Datasets:

VikramJi

/

patent-classification

like 0

the distance separating the two upper die members and this momentary response enables the resultant configured fabric piece to attain a substantial temperature reduction perhaps on the order of 100 u00b0 f or more the upper die member shown in fig3 by the reference numeral 78 prevents the resultant configured fabric piece from fully opening up or moving any farther upward thereby enabling such piece to cool to the extent noted and thereby obviating the danger of localized overheating which could damage or destroy the fabric piece e g melting of synthetic fabric and also the need for a subsequent separate cooling stage accordingly the present upper die assembly successfully accommodates considerable automation of the creasing or folding process with considerably enhanced productivity in production as a consequence the upper die members 76 78 are required to be heat conductive but capable of being durable under the conditions of heat to which they are exposed e g about 250 u00b0 f about 350 u00b0 f preferably about 300 u00b0 f with respect to synthetic fabrics such as conventional polyesters and about 350 u00b0 f about 450 u00b0 f preferably about 400 u00b0 f for cotton and wool fabrics temperatures below the minimum temperatures of these rangers are generally insufficient and render the creasing or folding process inoperative whereas temperatures above the.

the superoxide anion and the oh radical generated by the photocatalyst reaction unit 114 can smoothly move to the head part 120 through the inside of the toothbrush body 110 together with the external inflow air flowing into the toothbrush body 110 along the air inflow opening 117 the head part 120 is joined with the upper end part of the toothbrush body 110 to be exchangeable and includes a brush 121 used to brush teeth and an air transfer unit 122 which is configured as one body with the brush 121 and is exchangeably jointed with the upper end part of the toothbrush body 110 to transfer the superoxide anion and the ho radical transferred by the air pump 115 together with external inflow air to the vicinity of the brush 121 and discharges the superoxide anion and the ho radical together with the external inflow air here the brush 121 is configured in a form similar to or same as a brush constituting a general toothbrush further an air flow path 122 a through which air or the like can smoothly flow is formed inside the air transfer unit 122 and a plurality of air discharge openings 122 b connecting to the outside are formed at an end of the air flow path 122 a in this case the plurality of air discharge openings 122 b are formed in the vicinity of the brush 121 and are configured to discharge the superoxide anion and the oh.

to the separate antennas a 1 to a n a common clock 154 usually of the receiver 152 is used as a reference to process carrier signal information from the antennas a 1 to a n to thereby enable differential carrier phase gps position detection each of the antennas a i to a n connects to the receiver 152 via a respective antenna adapter module 110 1 to 110 n in this particular embodiment these adapter modules 110 1 to 110 n have separate down converters 112 1 to 112 n that down convert the radio frequency rf carrier signals to an intermediate frequency signal if this down conversion can be accomplished for example via low side mixing with the common clock signal clk 153 from the clock 154 of the receiver 152 in more detail in one embodiment the down converters 112 1 to 112 n synthesize a lo signal preferably from the clock signal clk 153 and also preferably a multiple of the frequency of the clock the lo signal is used to heterodyne the carrier signals and obtain a lower frequency difference signal i e low side mixing specifically this lo signal is used to produce the intermediate frequency signal if it.

by forcing engagement of latching mechanism 12 to lip 9 of step 6 when utility ramp board 5 it is on step 6 securing spring 11 pushes latching mechanism 12 beneath lip 9 of step 6 with sufficient force to prevent ramp board 5 from disengaging with step 6 during use of vehicle 10 as shown in fig4 lower plate 36 is affixed to an end of ramp board 5 such that latching mechanism 12 is in communication with lower plate 36 via rod 14 although not shown a latching mechanism may be applied for affixing ramp board 5 to a step 6 at either terminal end of ramp board 5 when latching mechanism 12 is set to an engaged position lower release handle 34 which is attached to lower plate 36 is in a closed running board positioned for an open utility ramp position lower release handle 34 is rotated about pivot point 39 within lower plate 36 such that lower release handle 34 extends outward and away from the body of ramp board 5 similar to the configuration shown in fig3 a when lower release handle 34 is rotated pivot point 39 is rotated along with ball joint 37 located at the end of rod 14 as ball joint 37 is askew slightly of pivot point 39 rod 14 is able to pass through pivot point 39 during the rotation of lower plate 36 securing.

operated by the operator to give the command 34 steam into the ascension pipe 34 on the same panel is a switch 24 which is operated upon the command 34 levelling completed 34 pressing button 23 is not effective until the machine has been positioned and the remaining conditions which permit injection of steam into the ascension pipe have been met by pushing button 23 an additional signal is generated by the local oscillator on the pusher machine 5 which signal is converted into a binary code and transmitted as a series of pulses after the other signals for commands and messages via the coils coil 50 and one of the coils 51 52 53 54 from the unit 83 the number of the chamber arrives in the form of octal numbers in the input buffers of the unit 82 which distinguish between selection and logic furthermore the command 34 steam into the ascension pipe 34 arrives from the locking system 81 via a line sv and the command 34 leveller coil selected 34 via a line lss the correct oven which has just been charged and must be kept under sub atmospheric pressure for a period is selected by decoders also included in unit 82 when the button 23 in the coke pusher machine 5 is pressed to give the command 34 steam 34 an electronic counter with an adjustable clock frequency in unit 84 starts working this counter directly operates a bistable flip flop circuit through which the appropriate one of the valve coils 31 32 33 34 is energised as long as the counter functions thus corresponding one of the air valves 131 132 and the corresponding one of the steam valves 141 142 are opened and steam is injected via the steam valve into the injector.

sh 1 sh 2 sh 3 sh 4 sh n intervene between the switching devices sw 1 sw 2 sw 3 sw 4 sw n and the light emitting devices oel 1 oel 2 oel 3 oel 4 oel n respectively the sample and hold circuits sh 1 sh 2 sh 3 sh 4 sh n have capacitors c 1 c 2 c 3 c 4 c n respectively that are connected to sample and hold switching devices whose gates are connected to a common line so the gate of each sample and hold switching device switches on or off at a predetermined interval in synchronism with the rotation of the photosensitive drum another electrode of each of the capacitors c 1 c 2 c 3 c 4 c n is set to the ground or a given dc bias voltage v g the dc bias voltage v g can be changed in view of the external temperature and the life fig5 is a pulse sequence diagram for driving the active matrix circuit shown in fig4 pulse sequences having voltages in response to image signals are applied to the source lines i 1 and i 2 in synchronism with gate on pulses for the gate lines g 1 and g 2 the height of the pulse sequence for image signals reflects the gradation of the image density in a preferable embodiment the pulse width or the number of pulses can be changed in response to the gradation of the image density gate on pulses are applied to the connecting line so in order to switch on the gates of the sample and hold switching devices so that charges held in.

invention are realized by not sparging gas or running a pump continuously but by duty cycling their operations based on the needs of the algae culture for mixing ensuring suspension of the culture and providing adequate co 2 as illustrated in fig1 and 3 the photobioreactor pbr assembly 10 includes a first bank of a plurality of vertical transparent cylindrical tubes 12 i e a phototube array a second bank of a plurality of vertical transparent tube not shown may also be provided wherein the banks are offset such that the center of each tube 12 of the first bank is aligned with space between tubes 14 of the second bank an upper horizontal manifold 16 and a lower horizontal manifold 18 are connected to the ends of the first bank of tubes 12 the lower horizontal manifold 18 is connected to a gas inlet source 24 at one end 26 and a tube fill line 28 and a tube drain line 30 at the other end 32 the upper horizontal manifold 16 is connected to an overflow and or gas exchange line 34 the overflow line 34 enables gas originally in the empty tubes 12 14 to be transferred back to the tank 36 during full cycles.

the automatic latch arrangement shown in u s pat no 5 974 706 the swiveling second bracket 68 receives and supports a quick attachment frame 90 of the excavator bucket or other implement 20 frame 90 includes a pair of side plates 93 and an end cross member 94 that fits into the saddle 80 the side plates 93 are spaced sufficiently so they fit on the outer sides of the side plates 84 and cross plate 86 of the swiveling second bracket 68 the nose member 82 fits beneath a retainer bar 92 on the frame 90 on the bucket 20 as shown in fig6 a cross bar 94 is positioned to extend between and rest on outer ends of both of the side plates 93 on the frame 90 the bar 94 is held against the edges of the side members 93 of the frame 90 and the nose member 82 of the bracket 68 is pulled into place and held with cap screws 98 also as shown in fig3 of u s pat 5 983 535 when the bucket 20 or other tool or implement and frame 90 are positioned substantially as shown in fig1 and 3 and the swivel assembly is mounted on the boom dipper arm 16 it can be seen that by extending and retracting the rod of linear actuator or cylinder 62 the angle of the blade 100 of the bucket 20 relative to a horizontal plane can be changed since the bracket 68 swivels about the axis.

supported by a bracket 2 which is fixed to a body 1 of an automobile the bracket 2 has guide bars 3 and 3 39 which pass through the electric powered reducer 1 for mounting the reducer 1 thereon the reducer 1 engages a receiving member 5 by means of a rail 2 39 the receiving member 5 is securely fixed to the inner face of a sliding door b and has horizontally extending upper and lower support plates 6 for receiving a roller chain 4 therebetween each of the support plates 6 is provided with elongated bores 7 and 7 39 at each end thereof the roller chain 4 is moveably mounted between the upper and lower support plates 6 by means of hinge member 8 and 8 39 and movable in the left right direction one hinge member 8 is supported in a bush 9 and has a connection portion 10 to which is connected a wire roped the wire rope d is connected to a lock c a sprocket gear 11 is connected to the reducer 1 with this arrangement the roller chain 4 is moved by the sprocket gear 11 causing the sliding door to be opened a numeral 12 denotes a sensing switch 13 bevel gear 14 support member 15 worm gear and 15 bolts in operation see fig3 a switch or button not shown is on with the sliding door closed to drive the electric powered reducer 1 with the driving of the electric powered reducer 1 the sprocket gear 11 rotates clockwise causing the roller chain 4 to move the bush 9 as shown in fig4 simultaneous with the movement of the bush 9 the connection portion.

layout for use with an alternate application in view c a traditional phone key arrangement is shown that is used to input information when the device 100 is being used as a phone mechanical keys are depicted in view c however those skilled in the art would appreciate that a variety of input techniques are usable a touch sensitive screen for example can be positioned in this exposed area for inputting information as well as outputting information when the phone style keyboard is deployed the device 100 references the application software being used detects whether the keyboard is deployed and if deployed the relative direction that it is deployed the device 100 orients the information presented on the display 200 so that it can be properly viewed by the user while inputting information through the keyboard since multiple applications may be running at the same time on the device it is important that the keyboard deployment direction be detected for all directions in relation to all applications when multiple applications are all competing for time to use the display 200 it could be confusing to the user if information presented on the display 200 is not controlled in relation to the applications running the information on the display 200 may be oriented in relation to the keyboard with regard to the application being used so that the user has proper viewing for example a user is inputting information in pda mode using the qwerty keyboard when a message is received for use with the phone mode the device may prompt the user to close the keyboard assembly from pda mode and deploy the keyboard assembly in phone mode the user may simply stow the keyboard assembly from pda mode and deploy the keyboard assembly into phone mode the changes.

following manner the anvil carrier 90 containing a perforated buttress strip 100 is slid onto the open anvil 40 of the surgical stapling device 20 next the anvil 40 is closed and the end effector 35 of the surgical stapling device 20 is inserted into the patient the anvil 40 is opened and the end effector is placed onto tissue at a selected surgical site anvil 40 is closed to clamp tissue between a second clamping surface 41 on the anvil 40 and a first clamping surface 46 on the removable staple cartridge 45 the surgical stapling device 20 is fired stapling the perforated buttress strip 100 onto tissue and severing the tissue and buttress between the staple lines the anvil 40 is opened and the surgical stapling device 20 is withdrawn proximally away from the surgical site as the surgical stapling device 20 is withdrawn the stapled perforated buttress strip 100 remains attached to tissue and the arms 94 of the carrier shell 91 slip out of the openings 101 within the perforated buttress strip 100 releasing the perforated buttress strip 100 from the surgical stapling device 20 to reload the surgical stapling device 20 with a fresh anvil carrier 90 the surgeon must remove the surgical stapling device 20 from the patient next the surgeon removes the spent carrier shell 91 from the anvil 40 by lifting the nose 95 to unlock the retention feature 97 from the anvil 40 and slides the carrier shell 91 off of the anvil 40 a fresh anvil carrier 90 is slid onto the anvil 40 to finish the reloading process.

and extends into the filter unit 20 the driving unit 30 has a front and a rear output shaft not shown the rear output shaft extends into the smaller chamber 112 via the axle hole 141 of the positioning plate 14 the suction unit 40 is provided in the smaller chamber 112 and has a fan blade 41 rotatably driven by the rear output shaft of the driving unit 30 the blowing unit 50 is provided inside the filter unit 20 and has a fan blade 51 rotatably driven by the front output shaft of the driving unit 30 the blowing unit 50 is further provided with a downwardly oriented air outlet 52 the air outlet 52 is substantially cone shaped and has an elongated mouth which extends in the axial direction of the filter unit 20 the operation of the first preferred embodiment is as follows when the driving unit 70 is activated the sprocket 71 rotatably drives the chain 80 to cause axial rotation of the filter units 20 the filter units 20 are rotatably supported on the mounting plate 12 by the flange 211 of the filter units 20 which extends into the peripheral groove 61 of the bearing members 60 when the driving unit 70 is activated the driving units 30 inside the filter units 20 are simultaneously activated the output shafts of the driving unit 30 rotate.

insert 2 connections shown in fig3 between the circuit board 7 and the socket bases 6 are made with wires 10 circuit board 7 is connected to screw base interface with wires 9 power is then transmitted from the screw in socket to the screw base of the lighting device 5 and to the circuit board 7 which then configures and sends the power for use by the leds 3 as can be seen in fig2 the top cap 1 is faceted 11 to aid in light dispersion different facet shapes and polishes may be used to create lighting effects according to what is known in the art it should also be noted that the led 39 s 3 are removable and therefore replaceable led 39 s 3 may be removed in the event of failure or based upon the desires of a consumer who may want a different color of led utilized a second embodiment is shown in fig5 9 like the first embodiment the second embodiment features three led 39 s 26 inserted in the top cap 25 which is mounted on the main body 22 which is in turn mounted on a screw base 21 with an insulative washer 22 circuit board 24 is contained within the main body 23 and is electrically connected to the screw base 21 through wires 28 with this embodiment led 39 s 26 are secured with threaded washers 27 and are connected to the circuit board with wires 29 as the led 39 s 26 are directly connected to the circuit board 24 and each other this embodiment is designed to be disposable as a unit and does not allow replacement of the led 39.

the working piston 14 to be moved towards the left in fig1 in addition the air from the passage 104 in the body portion 100 flows towards the left in fig1 to a recess or opening 105 in the housing 101 and from there into a suction chamber 106 and then by way of bores 107 into the interior of the piston rod 108 which is connected to the working piston 14 there the air serves for sucking the rivet unless depending on the design configuration of the tool the operation to be performed is that of screwing on a screwthreaded rivet nut in addition the air flowing through the bores 107 in the piston rod 108 is available for removing the rivet pins rearwardly through the passage 109 which is indicated at the right in fig1 and 2 the tool also includes an adjusting valve 110 for steplessly adjusting the strength of the air flow and thus the force produced by the air insofar as the valve 110 can be suitably adjusted by means of a cap nut 20 or an adjusting screw which is not illustrated in the drawings in addition the air flowing through the passage 201 in the valve rod 27 flows through a lower transverse passage 209 in the valve rod 27 into a pressure chamber 210 associated with a pressing piston 211 the chamber 210 being disposed above the pressing piston 211 and thus being disposed at the rear thereof in the operative direction of movement of.

adheres to the upper surface of flight 18 which is roughened so that the lint is pulled through the space between the bottom of knife 60 and the upper surface of flight 18 to effect separation of the seed from the lint the seed remains on the upper surface of the knife and are engaged by counter clockwise rotating seed removal rotary knife 70 rotary knife 70 is rotating in a counter clockwise direction and carries the seed at sufficiently high velocity to cause the seeds to be propelled into transverse auger housing 48 and fall into the curved channel 50 so that the rotating auger 52 conveys the seed transversely to the side of the belt for removal from the gin assembly the lint is gathered by suction in the vertically extending duct 36 and is conveyed into the lint removal and out feed duct 30 which conveys it to downstream processing equipment fig9 illustrates a second embodiment of the invention in which a gin assemblies is canted at an angle relative to the direction of movement of the upper flight 18 it is consequently possible to obtain increased production since there is a longer length of knife across the width of the upper flight of the belt however if the arrangement of the type illustrated in fig9 is used it is necessary that the backup.

phenol c adding a boron salt to the reaction vessel containing the formaldehyde and the phenol and the base d heating the reaction vessel to generate the alkaline phenol formaldehyde resin in other embodiments of the invention the alkaline phenol formaldehyde resin composition made by the above listed processes are also within the scope of the instant invention it is understood that any of the above listed processes and or compositions can be modified in many ways including some of the illustrative following ways the boron salt of the invention is preferably selected from amongst sodium potassium lithium ammonium magnesium calcium or beryllium boron salts or any combination of these salts e g magnesium calcium boron salts with the boron salts more preferably selected form amongst ammonium lithium potassium or sodium boron salts and even more preferably selected from amongst ammonium lithium potassium or sodium borate salts and most preferably selected from sodium tetraborate salts it is possible to form the necessary boron salt in situ by reacting boric acid h 3 bo 3 or borax na 2 b 4 o 7 10h 2 o with an alkali metal hydroxide such as sodium hydroxide or any of the other corresponding alkali metal hydroxides neutralizing each mol of boric acid requires one mol of alkali metal hydroxide while neutralizing each mol of borax requires two mols of hydroxide to form the metaborate salts it must be remembered that the hydroxide needed to neutralize the borate source is in addition to that needed to maintain alkaline conditions in the.

network 30 the transition device 100 is ecp and wdp equipped and is responsible for receiving itc network commands 30 and translating them into mu commands 40 and train brake pipe commands 50 to the conventional trail 12 in fig2 the first locomotive consist lead consist includes conventional lead locomotive 13 and a transition device 100 the convention lead 10 is neither ecp nor wdp equipped and although responsible for controlling the propulsion and brake systems of all the locomotives and cars within the train is incapable due to the electronic configuration of the train therefore the conventional lead locomotive 13 requires a transition device 100 to receive the local mu commands 40 and train brake pipe commands 50 and translating them into itc network commands 30 to all cars and locomotives within the train the second locomotive consist includes itc controlled 14 and itc trail locomotives 11 the itc controlled locomotive 14 is responsible for receiving the itc network propulsion commands 30 and relaying them to the itc trail locomotive 11 in fig3 the first locomotive consist includes a conventional lead locomotive 13 and a transition device 100 and functions as described for fig2 the second locomotive consist includes a conventional trail locomotive 12 and a transition device 100 and functions as described for fig1 as illustrated in fig4 and 5 the transition device 100 interfaces the conventional locomotive with the itc network 30 via the mu interface 40 the mu interface 40 includes mu propulsion control signals commands 46 and mu pneumatic brake signals commands 47 the mu propulsion signals 46 include traction as well as dynamic brake commands for the propulsion system the transition device 100 is connected to the itc network 30 and provides itc network commands 38.

or u2014 nc to the non controlling input 214 of the nor gate 211 in fig3 b b i or u2014 nc o or u2014 nc and output 216 characteristics are shown as illustrated both i or u2014 nc and o or u2014 nc signals have a substantially simultaneous fall as these signals fall see e g the right half of fig3 b b the output 216 will rise after an output rising delay 320 see also fig2 a b once i or u2014 nc rises the output 216 will fall after an output falling delay 318 see also fig2 a a accordingly the system 300 of fig3 b a can determine both the rising and falling output delays for the nor gate 211 also indicated is a non controlling rise input delay 316 between the time i or u2014 nc rises and when o or u2014 nc falls see e g the left half of fig3 a b it is envisioned that the rise delay 316 be selected such that it is sufficiently longer than the output falling delay 318 otherwise if the o or u2014 nc signal rises prior to the output 216 falling the falling output delay for the output 216 may not be accurately determined it is envisioned that no logic gate be used in design of the and_nc and or_nc devices in part because logic gates generally have a finite delay through them based on the i o characteristics of these devices as illustrated in fig3 a b and 3 b b it is desirable that the output signal be substantially similar to the input signal for at least one of the edges i e without any finite delay for example fig3 a b illustrates that i and.

pulls down the voltage at the base of transistor q2 and q2 conducts as we 11 the collector of transistor q2 is coupled to ground through biasing resistor r3 current flowing from the collector of transistor q2 flows through diode d3 raising the voltage on the base of transistor q3 with charging of capacitor c3 coupled between the base of transistor q3 and ground transistor q3 then turns 34 on 34 the collector of transistor q3 is coupled to the positive terminal of battery bt3 when the engine is off and is also connected to bt1 when the engine is on the emitter of transistor q3 is coupled to ground through the coil of relay k1 therefore when transistor q3 conducts relay k1 is energized and changes state from that shown in fig1 relay k1 thus decouples batteries bt2 and bt3 from their pre existing series configuration and couples them in parallel for charging current from the collector of transistor q2 also flows to the base of transistor q4 thereby turning transistor q4 34 on 34 the base of transistor q4 is coupled to the collector of transistor q2 through series resistor r4 and two series coupled forward biased diodes d5 d6 transistor q4 turns 34 on 34 when the voltage at the anode of diode d5 exceeds about 2 1 v the collector of transistor q4 is coupled through biasing resistor r7 to the base of pnp darlington pair q5 and the emitter of q5 is coupled to the positive supply voltage at the emitter of q2 the collector of transistor q5 is coupled to ground through the coils of relays k2 and k3 which are in parallel therefore when transistors q4 and q5 conduct relays k2 and k3 conduct the contacts.

of the jet the venturi may be moved from a string up position to an operating position between positive set points engaging the movable venturi located within the jet application_number US 53631483 A description referring to the drawing the major elements of the jet device are body 10 yarn guiding element 12 movable venturi 14 with its attached collar 16 and baffle 18 with its supporting bracket 20 attached to body 10 yarn guiding element 12 is press fitted into body 10 at the inlet end of the jet and consists of a cone shaped entrance 13 in communication with the yarn exit orifice 15 of the yarn guiding element the outer portion of the yarn guiding element comprises a cylindrical portion 17 with a conical tip 19 fluid orifice 22 has its axis parallel to the axis of yarn passage 17 and is supplied with fluid such as compressed air through fluid connection 23 venturi 14 is free to move axially within the body 10 and a seal is formed between the venturi and body by o ring seal 24 seated in an annulus 25 in the body the venturi 14 is press fitted into collar 16 and collar 16 is free to move within the recess 26 at the outlet end of the jet body a circumferential groove 28 is formed in collar 26 a rod 30 extends through body 10 and engages groove 28 the rod is rotatable in both the body and the groove a handle 32 is attached to the end of the rod so that the rod may be easily rotated the rod is not completely circular but has a flat sided cut.

120 and a highlight video level 122 when the white video level 118 is present in the composite drive signal 116 the actuator 52 contracts to the length lou u2122 and the diamond stylus 95 is raised out of contact with the cylinder surface 28 as shown by the stylus position 124 when the dc video component 106 goes from the white video level 118 to the black video level 120 the actuator 52 elongates to a length l in and the diamond stylus 95 moves into engraving contact with the cylinder surface 28 as shown by the stylus position 126 when the dc video component shifts to the highlight video level 122 the actuator elongates to a length somewhere between l in and l out and the diamond stylus 95 oscillates in and out of engraving contact with the cylinder 24 as shown by the stylus position 128 this oscillation in turn causes the engraver 10 to engrave the predetermined pattern while the forms of the device herein described constitute the preferred embodiments of the invention it is to be understood that the invention is not limited to these precise forms of device and that changes may be make therein without departing from the scope of the invention which is defined in the appended claims for instance instead of introducing the bias current through the separate bias coil 56 the bias current may be introduced by means of a magnet or by applying dc bias current to the drive coil 54 through a series inductor placed in parallel with.

fig3 may comprise any suitable material such as oxides nitrides and metals light transmissive materials are more preferable and materials such as metals are less preferable the bumps 30 may be formed by methods such as depositing the material and etching the triangular shape over the microlens 10 u2032 forming the bumps 30 by etching provides accurate control in shaping the bumps however other methods are also possible the bumps 30 may also be formed by depositing a photoresist over the material and etching by photolithography if formed by photolithography the bumps 30 would have a parallel orientation relative to each other as represented by bumps 40 in fig4 described below the bumps 30 may also be formed by preparing the microlens 10 u2032 surface with a plasma vapor deposition process spin developing or spin wetting to deposit the material and growing the bumps 30 the bumps 30 may also be formed by forming studs in the microlens 10 u2032 and etching away the surface of the microlens to expose the bumps 30 fig4 illustrates a cross section of microlens 10 u2033 in another exemplary embodiment of the invention in this embodiment the microlens 10 u2033 features bumps 40 having a rectangular shape and are arranged in an approximately parallel configuration bumps 40 preferably have a height h 3 equal to or greater than a wavelength of light the wavelength of light is in the range of approximately 400 nm to approximately 700 nm the bumps 40 preferably have a width w 3 along the x and z axes as with bumps 20 of fig2 c width w 3 is much less than a subwavelength of light preferably in the range of approximately.

moreover is designed for snap together construction at end 42 tube 34 has a rib 74 that extends circumferentially around the enlarged diameter portion 43 and engages an undercut 76 that extends circumferentially around bore 20 as depicted by fig1 a pair of fins 68 extend from the outer surface of the center body and stop just short of contacting the inside of bore 20 another pair of fins 70 extend radially outward from the sides of center body 34 and as shown by the partial section of fig2 each fin 70 is received in a groove 72 formed in the inner surface of housing 10 fins 68 and 70 and the grooves 72 may be alternately located on the inner surface of housing 10 and the center body 34 fig2 also shows an arrangement of ribs 77 that are used to support disc 50 in a manner similar to ribs 40 and hereinafter described fins 70 and groove 72 align chord member 38 and bar 28 to cause disc 50 to bend about its centerline only thereby facilitating proper sealing of disc 50 against the exhaust tube the valve is easily assembled by first placing discs 50 and 52 over pins 46 and 48 and then sliding the exhaust tube into the housing through the exhaust port the exhaust tube has a wider diameter across fins 70 than the inside diameter of bore 20 the greater overall diameter of fins 70 prevents the tube from being inserted into the housing unless it is in the proper rotational position as the tube is slid into.

shown in the drawings when the inventive clip is under load the bend at reference no 121 in the first arm 26 due to the acute angle u03b1 forces the suspension strap 18 to slide down the strap engaging portion 119 to the apex marked in the drawings by reference no 121 of the acute angle u03b1 where the strap engaging portion 119 of the latching member 115 meets the first arm 26 short of the latching member 115 the location marked in the drawings by reference no 121 where the strap engaging portion 119 of the latching member 115 meets the first arm 26 short of the latching member 115 is the strongest location to point load the clip preferably the acute angle u03b1formed between the strap engaging portion 119 of the latching member 115 and the first arm 26 short of the latching member 115 is less than 90 degrees and more preferably is in a range of about 20 degrees to about 80 degrees and even more preferably is in a range of about 45 degrees to about 70 degrees and even more preferably is in a range of about 50 degrees to about 65 degrees a very preferred value for acute angle u03b1 is 57 degrees also in some preferred embodiments of the invention the inventive clips are constructed in accordance with the invention such that the end portion 123 of the second arm 28 at the latching end 113 of the clip is first bent laterally at an angle u03b8 that is preferably less than 90 degrees and more preferably is in a range between about 45 degrees to about 87 degrees and even more preferably is in a range between about 50 degrees to about 85 degrees.

lever 2 clockwise as indicated by the arrow in fig6 into connecting groove 11 of connecting piece 1 pin 3 moves along positioning groove 112 toward curved surface 116 when pin 3 passes convex point 117 on curved stop surface 114 convex point 117 and the surrounding material are elastically deformed to a certain extent as a result pin 3 is embedded and engaged in the positioning space for pin 3 between convex point 117 on positioning groove 112 and curved surface 116 in this way top lever 2 and connecting piece 1 are assembled and movably connected in one embodiment the connecting position between top lever 2 and connecting piece 1 indicates a connecting position for the tent frame in a folded state to unfold the tent top lever 2 is rotated downward depicted as a clockwise rotation according to the arrow in fig6 so that the inner end of top lever 2 rests against bump stopper 118 as depicted in fig3 in this way tent frame top levers 2 and connecting piece 1 can be unfolded as shown in fig3 and the top frame connecting structure thereby enters the unfolded state although the invention has been described in connection with specific embodiments variations of these embodiments will be obvious to those of ordinary skill in the art for example more or fewer connecting grooves 11 and top levers 2 than described may be arranged on connecting piece 1 bump stopper 118 may be moved to a position adjacent to positioning grooves.

with the catalyst or activator due to the need for other effects brought about by the retarder for instance chromium lignosulfonate may be used as a thinner along with the activator even though it also functions as a retarder other suitable thinners include chrome free lignosulfonate lignite sulfonated lignite sulfonated styrene maleic anhydride sulfomethylated humic acid naphthalene sulfonate a blend of polyacrylate and polymethacrylate an acrylamideacrylic acid copolymer a phenol sulfonate a naphthalene sulfonate dodecylbenzene sulfonate and mixtures thereof the selection of the proper adhesive thermoplastic material to improve bonding and sealing in well fluid in a particular situation requires two considerations first the material may be selected because it melts between the circulating temperature of the wellbore and the undisturbed geothermal temperature of the well the material is incorporated into the cement slurry drilling fluid or spotting fluid or on the outside of the casing string and placed in the wellbore at a temperature less than the static or undisturbed geothermal temperature after placement the wellbore will heat up melting the material and allowing it to fill unsealed areas and or react to adhere to surfaces or to form an ionomer with metallic ions in the cement drilling fluid and or formation secondly for thermal recovery projects or deep water wells where the well temperature of the formation is lower than the operating temperature of the well a material may be selected because it will melt at a temperature between the undisturbed geothermal temperature of the well and the operating temperature of the well or at slightly below the operating temperature of the well hot injectants.

c d e f g and h the player has thus had a streak of 6 consecutive wins of games c to h using the same rationale as for the tickets illustrated in fig1 and 2 the longer a player 39 s streak of consecutive wins the larger is the ultimate wager per game and therefore the larger the possible prize amount this would be denoted in a win table 170 in many instant win gaming tickets the prize amount for winning a single game is double the amount wagered thus if the amount wagered is 5 as in game a of the ticket in fig3 winning that game results in a payout of 10 for the player for the same ticket the progressive nature of the wagering with each wager dependent on the result of the immediately preceding game results in an increasingly larger prize amount as the number of consecutive games won increases four consecutive games won results in cumulative winnings of 260 with the prize amount for the fourth game being 150 the amount wagered on the fourth hand was therefore 75 the given total does not include the 10 won in game a to simplify matters the individual amount.

space a sensor element of the sensor device detects the heat transfer over time between the sensor element and the fluid the sensor element which has a temperature dependent electrical conductivity and to which a voltage has been applied is brought to a temperature which lies outside the range of the fluid temperatures in the passive phase the fluid is brought to a constant passive temperature by a heat transfer between the sensor element and the surroundings the sensor device provides a constant passive output voltage a heat transfer between the sensor element and its surroundings takes place in the active phase by changes in the fluid filled space the sensor device provides an active output voltage which is different from the passive output voltage when a difference between the output voltages is exceeded the signal is generated the device can be used for triggering the flushing action in sanitary installations and for keeping a level constant for example in aquarium installations application_number US 29899299 A description fig1 shows a sensor device 10 with a sensor element 12 with lines 14 a 14 b to which voltage has been applied as well as a heating element in the form of a heating resistor 16 which is connected via lines 18 a 18 b to a current or voltage source not represented.

masking layers for fabricating inverse mems structures u201d proc spie 7972 79722j 2011 doi 10 1117 12 881653 and 2 scott a ostrow and jr ronald a coutu u201c novel microelectromechanical systems image reversal fabrication process based on robust su 8 masking layers u201d j micro nanolith mems moems 10 033016 sep 2 2011 doi 10 1117 1 3625633 both of which are incorrorated herein by reference the process starts with the coating of a clean silicon wafer with su 8 at the standard spin speeds a 5 u03bcm thick su 8 layer was utilized in the development of this novel process this is followed by a ramped softbake with a bake at 65 u00b0 c for 3 min followed by a bake at 110 u00b0 c for 10 min this is a longer bake time and higher bake temperature than typically prescribed but it is critical to ensure the integrity of the su 8 layer and to optimize material compatibility throughout subsequent processing after a rest of several minutes at ambient temperature to allow for the su 8 layer to stabilize the wafer sample is coated with a buffer layer of s1818 positive photoresist which serves to protect the su 8 from being exposed and crosslinked during metal deposition allowing the su 8 layer to stabilize creates a solid base for the s1818 layer and reduces the chances of unwanted interactions between the two photoresists the su 8 layer needs to be protected.

20 inserted in a cylindrical bore of magnet 16 and a control acquisition system 18 electrically connected to magnet 16 and probe 20 probe 20 includes one or more radio frequency rf coils 24 and associated electrical circuit components for simplicity the following discussion will focus on a single rf coil 24 although it is understood that a system may include other similar coils rf coil 24 and the various components connected to rf coil 24 form one or more nmr measurement circuits a sample vessel 22 is positioned within probe 20 for holding an nmr sample of interest within rf coil 24 while measurements are performed on the sample sample vessel 22 may be a sample tube or a flow cell to perform a measurement a sample is inserted into a measurement space defined within rf coil 24 magnet 16 applies a static magnetic field b 0 to the sample held within sample container 22 control acquisition system 18 comprises electronic components configured to apply desired radio frequency pulses to probe 20 and to acquire data indicative of the nuclear magnetic resonance properties of the samples within probe 20 rf coil 24 is used to apply radio frequency magnetic fields b 1 to the sample and or to measure the response of the sample to the applied magnetic fields the rf magnetic fields are perpendicular to the static magnetic field the same coil may be used for both applying an rf magnetic field and for measuring the sample response to the applied magnetic field alternatively.

effectively isolating the voltage charge on node 52 this voltage charge is stored in capacitors 28 and 26 and thereafter used as the bias voltage v b v b remains substantially the same value indefinitely due to greatly reduced leakage current of semiconductor devices at cryogenic temperatures although it is possible to design a single stage semiconductor amplifier to convert jj signals typically 5 millivolts to the 1 2 volt signals required for cmos semiconductor logic a limitation exists in semiconductor amplifier design this limitation restricts the available bandwidth of high gain amplifiers and is referred to in the art of amplifiers as the gain bandwidth product a high gain amplifier will have a narrow bandwidth thus restricting the maximum operating frequency of the logic system it is well known in the art that multistage amplifiers can improve upon the gain bandwidth product restrictions of a single stage amplifier provided the increased delay of the signal through the added amplifier stage s is tolerable in addition a high enough gain single stage amplifier would have to be designed using long channel transistors which adds capacitance to the circuit and therefore adds delay to the signals for the above reasons a second stage of semiconductor amplification is added to the circuit of the present invention referring now to fig2 the preferred embodiment of the present invention is illustrated as a schematic circuit diagram pmos fet 36 and nmos fet 38 comprise an inverting cmos amplifier having an output connected to output node 60 and an input connected to node 54 the approximately 100 millivolt signal at node 54 is amplified to a signal voltage having high and low voltage.

determining the location of a droplet of liquid placed on a surface of a semiconductor wafer in one embodiment the method includes establishing first and second reference axes that intersect at a point and superimposing the point over the droplet on the semiconductor wafer surface a first reference coordinate indicative of the position of the point along the first axis and a second reference coordinate indicative of the position of the point along the second axis are generated application_number US 37330503 A description referring now to the drawings for the purposes of illustrating the present preferred embodiments of the invention only and not for the purposes of limiting the same fig1 4 show a preferred location device 10 for supporting a component such as a silicon wafer 12 thereon although the subject invention is particularly well suited for use in connection with silicon semiconductor wafers the skilled artisan will readily appreciate that the subject invention could be easily adapted for use in connection with a variety of other types of articles and components without departing from the spirit and scope of the present invention as can be seen in fig1 and 2 the location device 10 preferably comprises a base 16 that movably supports a component or wafer carriage 40 and a transparent locator plate 60 in a preferred form the base 16 includes two side members 18 fabricated from stainless steel or other suitable material a pair of spaced rods 20 are attached to the side members 18 and extend therebetween as will be discussed in further detail below rods 20 define a first plane along which the component carriage 40 can be selectively positioned the linear directions in which the component carriage 40.

light 144 thus conducted by a reflector 145 in the interior of the rotational center 142 is emitted from the indicator body 141 as it is passing through the indicator body 141 specifically by the function of a hot stamp 146 provided on the lower surface a greater amount of light 148 is emitted from an upper surface 147 thereby improving the visibility of the indicator 140 specifically in this embodiment as shown in fig6 the indicator 140 is formed to have a rectangular cross section and side surfaces 149 and 150 of the indicator body 141 are perpendicular to a dial plate 130 thus lights 151 and 152 coming through the side surfaces 149 and 150 of the indicator body 141 advance in directions substantially parallel to the surface of the dial face 130 by virtue of the above configuration and function of this embodiment of the indicator 140 if light conducted in the longitudinal direction of the indicator body 141 comes through the side surfaces 149 and 150 of the indicator body 141 which are perpendicular to the surface of the dial plate 130 the light advances in the direction parallel to the dial face 120 and thus does not light the dial face 120 especially near the indicator 140 therefore occurrence of halation which deteriorates the visibility of the indicator and was a prior art problem is prevented thereby improving the visibility of the indicator the indicator of this embodiment is preferably used with the above described dial plates but can also be used with a dial plate as shown in fig8 which is of the same configuration as the prior art dial plate in which only one of the marking and the dial face is light transmissive through.

that can be closed by a butterfly valve 44 within the passage 39 a number of exhaust passages 45 extend inwardly from the periphery of the rotor 36 and these carry exhaust gases away the pressure in the hollow center port 38 causes combustion gas to flow along each radial passage 39 to cause clockwise rotation of the rotor 36 due to gas u2014 force exerted on each flap 43 during clockwise rotation spent gas at the other side of each flap 43 escapes via the exhaust passages 45 when the flap encounters the ramped surface 41 of the next buffer 40 it closes enabling rotation of the rotor 36 to continue the flaps might be spring biased to re open the rotor 36 is connected to the drive pulley 22 the oil pressure chamber 28 acts as a pressure buffer device serving to alleviate excessive pressure this device prevents explosive failure of the combustion chamber 11 it further serves to stabilise pressure within the combustion chamber for delivery to the turbine 21 it also serves as a standby hydraulic system for powering ancillary hydraulic equipment such as door closing devices steering wheel retractors seat belts hydraulic suspension and the like more importantly when the internal combustion engine of the preferred embodiment is installed in a motor vehicle the vehicle may come to a standstill without omission of exhaust gas for a short period of time before moving off at traffic lights for.

more current flows to the motor windings and the rotor rotates more rapidly also the above described pwm is performed in a period taken from a rising edge of the start sensor to a falling edge thereof then the rotating speed and the phase of the motor is detected using the start sensor and the detected rotating speed is compared with the reference speed determined by the system step 806 if the detected rotating speed of the motor is faster than the reference speed as a result of comparison at step 806 the base of commutation is changed from the start sensor to the operation sensor and a dwell time control is performed while if the detected rotating speed is slower than the reference speed the process of adjusting the pwm duty ratio is continuously performed the dwell time control is performed in a manner that the current is supplied or cut off at a time for a time determined by the microcomputer instead of turning on or off the switching elements according to the pwm duty ratio in comparison to the pwm the dwell time control greatly reduces the number of switching operations of the switching elements of the.

10 protective means in the form of angle irons and the like as shown at 400 401 are provided mounted above the hinges to prevent jamming of the hinge by material exiting from the unit the doors open into a chute 222 which has a second pair of similarly mounted doors 224 which function in a similar fashion as shown by the solid and phantom lines the chute 222 opens into the crusher 92 the ejector improves the operation of the system by recirculating a portion of the nitrogen which would otherwise be discharged this portion of the nitrogen is drawn into the ejector from the discharge header 218 as shown by the arrows in fig6 and is induced to flow from the discharge end of the drum toward the intake or upstream end of the drum the flow pattern provided by the recirculating system provides a pre cooling chamber in the upstream portion of the drum 10 between the port 86 and that nozzle which is positioned at the upstream end of the header 100 in this pre cooling chamber the nitrogen gas which has lost much of its cooling power by virtue of contact with the material in the drum in the downstream freezing portion thereof is exposed to the incoming material to reduce its temperature before it enters the freezing chamber thereby increasing the effectiveness of the system in the freezing portion of the drum since more nitrogen is constantly being introduced through the nozzles 102 there is a build up of nitrogen gas such that the excess must at times be withdrawn this.

from the first component part 70 biasing the first component part 70 rearwardly such that the pins 78 and 80 abut the foward edges of slot 72 and 74 slots 90 and 92 formed in the frame 62 are arranged to receive shoulder screws 94 which are attached to the second component part 76 the interaction of the screws 94 and the slots 90 and 92 permit the composite slider 66 movement only in the direction of work feed referring to fig2 the second slider 68 is formed with a narrow slot 96 which extends angularly across the slider 68 starting on the left end near the upper edge of the second slider 68 and extending toward the center thereof terminating into a laterally enlarged aperture 98 the edge of the slider 68 opposite the slot 96 is formed with a cam protuberance 100 which extends outwardly from the slider edge at substantially the same angle as the slot 96 extends toward the center of the slider the second slider 68 mounts directly to the frame 62 using shoulder screws 102 through transverse slots 104 formed in the frame 62 the second slider 68 is so positioned on the frame 62 that the slot 96 containing portion of.

one side including the corner is gripped by the clip 45 on the right side position a in fig1 the clamp 35 gripping the sheet 1 rises in the direction of arrow b through the drive conveyor rail 31 at the uppermost point the clamp 35 transfers to a free conveyor rail 32 inclined slightly downward to lower in the direction of arrow c and temporarily stops at the position of lower end d a transverse transfer device 61 intermittently transfers clamp cases 62 at certain intervals when the clamp case 62 stops at position d it is possible to transfer the clamp 35 from the conveyor rail 32 to the clamp case 62 one or a plurality of clamps 35 are pushed into the clamp case 62 by a sequential feeding device not shown for feeding the clamp 35 with an air cylinder then the transverse transfer device 61 intermittently transfers clamp cases 62 the clamp case 62 containing clamps 35 reaches position e and stops there then an air cylinder 63 operates to push a clamp girder 42 of the clamp 35 which is in the clamp case 62 and grips the sheet 1 to push out the clamp 35 the clamp 35 which has been pushed out is transferred to.

stinging highly protonated and nondermatropic the composition has a very high hydronium proton count and is created by a process involving the blending of a premix that comprises a highly protonated non corrosive nondermatropic hydronium carrier and a biocide added to a predetermined quantity of water until it dissolves in one embodiment the present hydronium comprises a proton count of between about 4 u00d7 10 20 and about 5 8 u00d7 10 23 in one embodiment the present hydronium disposed at a ph of from about 1 5 to about 1 8 is found suitable for hand sanitizing or any applications requiring contact with human skin while the preferable ph range for hard surface sanitizing or any applications where contact with human skin is not a concern ranges from about 0 5 to about 1 2 in one embodiment the biocide further comprises one or more quaternary ammonium compounds the described unsubstituted quaternary ammonium salt composition with other ingredients comprises a blend of an inorganic acid a sulfate and water or a blend of organic acid a sulfate and water the quaternary ammonium compound is selected from one or more of the group consisting of benzalkonium chloride cetylpyridinium chloride silver chloride adsorbed to titanium dioxide initially notified under silver chloride cetalkonium chloride benzyldimethyl octadecyl ammonium chloride miristalkonium chloride dimethyldioctylammonium chloride hydrogen chloride hydrocholoric acid silver chloride dodecylguanidine monohydrochloride bromine chloride dimethyloctadecyl 3 trimethoxysilyl propyl ammonium chloride decyldimethyloctylammonium chloride benzyldimethyloleylammonium chloride dimethyltetradecyl 3 trimethoxysilyl propyl ammonium chloride benzylcoco alkyldimethyl chlorides dicocoalkyl dimethyl chlorides bis hydrogenated tallow alkyl dimethyl chlorides benzyl c8 18 alkyldimethyl chlorides benzyl c12 18 alkyldimethyl chlorides di c6 12 alkyldimethyl chlorides benzyl c8 16.

to a pressure gradient in a single direction only as described below with reference to fig8 referring now to fig4 piezoelectric stack 12 is shown in greater detail piezoelectric stack 12 comprises a series of monolithic piezoelectric elements 24 that are preferably plate like in structure and disposed within a sleeve 28 each piezoelectric element 24 is arranged such that opposing flat planar faces 26 a thereof contact adjacent flat planar faces 26 b of adjacently positioned piezoelectric elements 24 piezoelectric elements 24 are disposed within sleeve 28 such that a piston chamber 30 is defined at one end thereof each piezoelectric element 24 is a piezoelectric transistor pzt and is preferably fabricated of lead zirconate titanate other materials from which piezoelectric element 24 may be fabricated include but are not limited to quartz sio 2 tourmaline barium titanate batio 3 and various other barium and titanium salts organic and metallic tartrate salts and particularly sodium potassium tartrate nakc 4 h 4 o 6 may also be utilized piezoelectric stack 12 is actuated by the application of an electric potential thereacross the application of a voltage across each individual piezoelectric element 24 results in the structural deformation of the piezoelectric element 24 the greatest degree of deformation being in a longitudinal direction that is normal to the direction of the applied voltage field the resulting longitudinal deformation or strain induced in the direction normal to the applied voltage field is typically on the order of about one percent as a result of this strain actuator controller power conditioner 14 is incorporated to provide a voltage as a step function signal to actuate piezoelectric.

prepared by stirring under nitrogen a solution of 2 amino 5 chlorobenzophenone in an organic solvent such as benzene methylene chloride chloroform or the preferred solvent ethyl acetate with a slight molar excess of 3 n naoh aqueous solution maintained at a temperature of about 5 u00b0 to 25 u00b0 c preferably about 15 u00b0 c this is followed by the dropwise addition of a slight molar excess of chloroacetyl chloride during a period of about 15 minutes maintaining the reaction temperature at 15 u00b0 25 u00b0 c the reaction time is from 1 to 4 hours with the reaction substantially complete in about 1 5 hours in a preferred process 2 chloroacetamido 5 chlorobenzophenone dissolved in methylene chloride is contacted at room temperature under nitrogen with about 1 5 to 2 molar equivalents of thionyl chloride and about 3 molar equivalents of pyridine the stirred mixture is then heated under gentle reflux for about 18 to 20 hours at 40 u00b0 42 u00b0 c in place of methylene chloride chloroform at a reaction temperature of about 60 u00b0 c or benzene at 80 u00b0 c may be used phosgene or phosphorus pentachloride may be used in place of thionyl chloride to the crude methylene chloride solution of 2 1 39 chloroimino 2 39 chloromethyl 5 chlorobenzophenone obtained as described above is added a slight molar excess of hydroxylamine hydrochloride followed by 2 3 molar equivalents of pyridine the solution is stirred at 25 u00b0 40 u00b0 c until the reaction is substantially complete 20 48 hours in place of methylene chloride chloroform at a reaction temperature of about 60 u00b0 c or benzene at 80 u00b0 c may be used 6 chloro 2 chloromethyl 4 quinazoline.

in conjunction with the bottom frame member 40 to form a raceway at the baseline as shown in fig6 in fig3 the raceway element 52 is below the transverse frame member 44 while in fig4 the raceway element 52 is inverted as compared with fig3 and co operates with the bottom frame member 40 fig7 a shows the raceway element 52 in the position it occupies in the belt line position shown in fig3 while fig7 b shows the element in the position of fig4 raceway element 52 comprises a frame member 74 that is essentially the same as the top and bottom frame members 38 and 40 i e all three members are the same the member is channel shaped and is shown in fig7 b with its channel facing upwardly so that its base 74 a confronts the corresponding face of the bottom frame member 40 as it appears in fig4 tabs 74 b are folded upwardly at the ends of the frame member 74 for receiving sheet metal screws that are driven through those tabs and into the respective uprights 34 and 36 of the frame for securing the raceway elements within the frame the raceway element 52 also includes spacer means in the form of a pair of short channel members 76 that extend outwardly from the.

when installed the lower end lies under the channel the block plate cannot be removed while the plank brace and the block plate are as shown in fig1 for installing and removing the block plate in selected operative position the plank brace must slide forward in the channel to allow manipulation of leg into and out of a channel aperture 12 g in use the block plate leg slips through an aperture in the channel with the plate 18 a behind the plank brace and with block plate shoulders 18 d engaging the top of in turned channel flanges 12 d it is to be understood that the plank brace may be slid further up the channel to another position without first removing the block plate after the plank brace is moved along the channel to another position the block plate itself is moved into position behind the brace holding it in its new position each of the channel members is supported above a roof surface by spacers s at the upper and lower ends of the channel the entire span of the channels along the roof incline is so spaced to facilitate installation of roofing materials under the channels in order to compensate for deflection of the channel members under full operational weight a movable support 20 shown in fig1 and 6 may be positioned under each channel 12 the movable support comprises a support cylinder 20 a with spaced shoulders 20 b for placement under the channel 12 with the channel spaced between the shoulders the shoulders disengage the channel when the support cylinder is rotated up to 90 u00b0 about the cylinder axis x x u2032 so that the support cylinder can be moved laterally from under the channel the movable support.

distinct from the conduits 36 the mass of material which is manipulated to form the framework 32 can be any suitable material including thermoplastic resins and photosensitive resins but the preferred material for use in forming the framework 32 of the present disclosure is a liquid photosensitive polymeric resin likewise the material chosen can be manipulated in a wide variety of ways to form the desired framework 32 including mechanical punching or drilling curing the material by exposing it to various temperatures or energy sources or by using a laser to cut conduits the method of manipulating the material which will form the framework 32 of course can depend on the material chosen and the characteristics of the framework 32 desired to be formed from the mass of material preferably the photosensitive resin is manipulated by controlling the exposure of the liquid photosensitive resin to light of an activating wavelength since the reinforcing structure 33 is positioned between the first surface 34 and at least a portion of the second surface 35 of the framework 32 the second surface 35 of the framework 32 can either completely cover the reinforcing structure 33 cover only a portion of the reinforcing structure 33 or cover no portions of the reinforcing structure 33 and lie entirely within the interstices 39 of the reinforcing structure 33 the conduits 36 have a channel portion 41 which lies between the conduit openings 42 and 43 these channel portions 41 are defined by the walls 44 of the conduits 36 fig2 4 show that the holes or channels 41 formed by the conduits 36 extend through the entire thickness of the.

the valve 114 causes the two liquids a b to be forced in sequence into and through the zigzag mixing channel 108 the liquids then become intermixed and are advanced in the third measurement channel up to the wall section 134 which is farthest from the mixing channel fig7 the mixed liquid ab is then measured out wherewith the excess amount of liquid disposed upstream of the wall section 130 which is closest to the valve 114 is drawn off by application of a pressure difference between the gas conduit above the second wall section 130 and the gas conduit above the wall section 124 of the second measurement channel which section is distal from the valve 114 the second measurement channel 106 now serves to hold the waste liquid in a next step fig9 the precisely measured amount of liquid ab disposed between the second wall section 130 closest to the valve 114 and the first middle wall section 132 next farther from the valve 114 is transported toward the withdrawal conduit 112 for further use inside or outside the microfluidic chip this is done by establishing a pressure difference between the gas conduit over the wall section 132 and the interior pressure of the conduit 112 finally.

an insert that is held at its ends in corresponding housings 9 the branches 3 and 4 can also be made integrally with the handle 2 by molding a plastics material by way of example the pin 8 is made integrally with the massage member or else it is made separately in the embodiment shown each massage member 6 is carried solely by the corresponding branch 3 or 4 the massage device 1 shown in fig5 and 6 differs from the massage device of fig1 and 2 by the end 10 of the handle 2 that is remote from the branches 3 and 4 carrying another massage member 11 that turns about an axis of rotation w that is perpendicular to the longitudinal axis x of the handle 2 for example by way of example the massage member 11 comprises spikes 13 thereby making it possible to perform a treatment that is similar to acupuncture while it is being displaced over the skin the branches 3 and 4 can be connected to a handle or as shown in fig7 and 8 they can be connected to a common support 15 for fastening on a receptacle 16 in the fig7 embodiment on the side remote from the support 15 the receptacle comprises a dispenser orifice 17 and a closure cap 18 making it possible to close the dispenser orifice 17 while the device is not in use by way of example the receptacle 16 has a flexible wall and the composition is.

as shown in fig3 and 4 row leveling tool assembly 200 includes bracing members 220 and 240 which are mounted to blocks 15 in contiguous rows and hook members 280 and 290 that are removably mounted to cavities 80 and 90 row leveling tool assembly 200 also includes support member 250 and a straight elongated rigid members 260 with cooperative dimensions to be received by bracing members 220 and 240 in this manner blocks 15 in contiguous rows and those in between are kept in alignment as seen in fig5 a and 5 b straight elongated rigid member 260 includes a plurality of openings 262 that receive fastening members 264 therethrough additionally bracing members 220 and 240 includes l shaped openings 222 and 242 to cooperatively and slidably receive fastening members 264 mounted straight elongated rigid member 260 as best seen in fig4 a once a user mounts straight elongated rigid member 260 to bracing members 220 and or 240 he she aligns it with tool assembly 200 by adjusting fastening members 264 block 315 is intended to be used in rows other than the base first laid row block 315 has substantially the same shape and dimensions of block 15 as shown in fig6 7 and 8 with longitudinal walls 320 and 340 and transversal walls 330 350 and 370 defining internal cavities 380 between walls 330 and 350 and 390 between walls.

and 83 in order to allow only a slight bend of the tubing extending from fittings 82 and 83 the part of middle liner 45 generally disposed beneath the fittings may be sloped inwardly at an angle as illustrated in fig4 and 6 as is well known expansion of a refrigerant under pressure brings about a rapid temperature drop of the refrigerant the chilled refrigerant is thence conveyed through an area to be cooled to absorb heat from the area turning now to fig6 the expansion valve employed in the present invention to effect a temperature drop of the refrigerant under high pressure and conveyed from refrigeration unit 2 of the automobile through line 15 will be described a length of capillary tubing 86 extends from a fitting 87 at one end of coupling 33 into line 15 nominally the capillary tubing extends about twelve inches into the line end 88 of the capillary tubing is disposed within a volumetric space 89 within fitting 87 whereby the refrigerant flowing through line 15 is forced through capillary 86 and ejected into space 89 the sudden expansion of the refrigerant flowing out of end 88 results in a rapid temperature drop of the refrigerant as.

the second wireless device 310 set respective beam directions and sense each other 39 s existence based on the user input so that all operations performed in a general searching process between wireless devices e g searching neighboring wireless devices setting a beam direction or the like may be optional and the mmwave short distance wireless communication can be performed referring to fig3 b the first wireless device 300 may sense the data reception graphic image which indicates the antenna beam direction being rotated in the left direction by a user input 311 and a beam direction 312 to the left direction in which the data reception graphic image is rotated in addition the second wireless device 310 may sense the content being dragged to the 2 o 39 clock position by a user input 313 and set a beam direction 314 to the 2 o 39 clock position thereafter the second wireless device 310 which is the transmission device may transmit a probe request signal in the set beam direction 314 the first wireless device 300 receives the probe request from the second wireless device 310 estimates a cir value 315 and determines whether a los based on the estimated cir exists if the cir value indicates that a los does not exist the first wireless device 300 either may transmit a negative acknowledge character nack or may not transmit a response signal in this case at least one of the first.

narrow enough to be invaded by the granules e g a space up to about 0 1 mm for talc etc it has a function to mitigate the mechanical impacts on the hollow ceramic body 42 due to its elasticity as well as to provide sealing and thermal insulating functions if the o ring packing 34 used in the embodiment 3 is preliminarily retained on the end side of the collar portion 42c close to the cylinder and the aforementioned space is sealed the inorganic thermally insulating granules 44 can be packed even when the space is wide the arrangement 41 for thermally insulating the precombustion chamber is press fitted into a hollow space of a cylinder head not shown the glow plug 20a and the fuel injection nozzle 20b are inserted into respective bores 42a and 42b in the arrangement 41 after an engine incorporating the present apparatus was operated at 4000 rpm for 100 hours the precombustion chamber was observed by lifting the cylinder head it showed no defects at the ceramic members no tilting descent indentation or deformation of the thermally insulating arrangement upon disassembling the arrangement 41 for thermally insulating the precombustion chamber it has been found that there was no sign of invasion of combustion gas into the space between the inner surface of the fitting member 47 and the collar portion 42c so that complete sealing was maintained referring now to fig5 there is shown a further embodiment.

of the shoulder adjacent to tissue may be roughened or otherwise treated in order to provide an irritant to that tissue so as to cause endothelialization as discussed above such endothelial cells are typically not conductive and thus act as a long term care modality while not required in all implementations various coatings or other agents may be applied or made part of the rings and or helices such coatings or agents capable of disrupting the propagation of aberrant electrical signals or otherwise treating arrhythmias such coatings may include drugs biologics chemicals or combinations that by themselves or in combination with the mechanical compression act as a treatment for hypertension as another example the rings and helices may be coated with tantalum for example a 3 5 micron coating the implant device may be permanent removable or the same may be configured and designed to be absorbed into the body after a period of time in a removable embodiment a removable portion which may be the entire implant device or a portion thereof may be installed for a period of time for example between 30 minutes and 24 hours and then removed other aspects of the invention may include one or more of the following the device may include a contiguous circumferential ring normally perpendicular to the ostium of the vessel and the ring or coil structure may have at least one full rotation as well as a pitch that is gt 1 u00b0 from the first ring the ring or coil.

unless it is in a climate controlled printing environment when the part begins to cool the adhesive of subsequent printed sections is diminished and can compromise the integrity of the final printed part additionally if parts of the part cool at different rates the part may end up deforming or with a partial deformation with can also compromise the integrity of the final printed part or render it useless to avoid these problems with stage printing the 3d printer can be equipped with infrared heating lamps or other directed heat sources such as lasers or xy projectors to ensure the entire printed segment or areas where adhesion must be improved due to temperature loss can be spot heated to ensure integrity of the final and complete printed part by using spot heating the chamber used by some 3d printers can be eliminated resulting in a larger work area and the ability to print larger models additionally the heating elements can be adjust to provide flash heating of key spots on a previously printed stage of the part to ensure adhesion when new sections are printed in subsequent stages spot heating of certain parts reduces the probability of warping or deformation of the entire printed parts resulting in more accurate printing of large parts of parts requiring multi stage printing in another embodiment the partially printed part may be scanned and then either coated having something inserted into an open cavity or have a surface milled to provide a smooth surface for further printing it is not uncommon for a partially printed part to cool and change dimension typically shrinking in size as a partially printed parts cools the surface will also.

as seen in fig2 the body 51 of the muzzle plug 33 provides a housing 58 for the lock cylinder 76 the locking member housing 44 of the chamber plug 32 is hollow and forms a bearing 47 for the shaft guide 72 a circular chamber 48 to rotationally receive the locking member 73 and a diametric slot 49 to slidably pass the locking member 73 into the chamber 48 the block 56 has a longitudinal opening 59 aligned with the opening through the circular tube 55 so that the shaft 71 can extend through and rotate in the block 56 with the square tube 74 rotating in the circular tube 55 the block 56 also has a radial opening 61 extending into the longitudinal opening 59 a pin 62 is threaded into the radial opening 61 with the shaft 71 inserted into the longitudinal opening 59 in the block 56 until the opening 59 aligns with the annular channel 78 in the shaft 71 the pin 62 is screwed into the block 56 until it penetrates into but does not contact the channel 78 thus the linkage 34 is free to rotate in the block 56 of the muzzle plug 33 but cannot be longitudinally withdrawn from the block 56 to install the gun barrel lock 31 in the shotgun barrel 21 the stop to stop distance from approximately the center of the chamber reduction 26 to the choke seat 28 is measured the shaft guide 72 is inserted through.

can be calculated ssz 102 is useful as an adsorbent for gas separations ssz 102 can also be used as a catalyst for converting oxygenates e g methanol to olefins and for making small amines ssz 102 can be used to reduce oxides of nitrogen in a gas streams such as automobile exhaust ssz 102 can also be used to as a cold start hydrocarbon trap in combustion engine pollution control systems ssz 102 is particularly useful for trapping c3 fragments ssz 102 can be used to separate gases for example it can be used to separate carbon dioxide from natural gas typically the molecular sieve is used as a component in a membrane that is used to separate the gases examples of such membranes are disclosed in u s pat no 6 508 860 the present disclosure comprises a process for catalytic conversion of a feedstock comprising one or more oxygenates comprising alcohols and ethers to a hydrocarbon product containing light olefins e g c 2 c 3 and or c 4 olefins the feedstock is contacted with ssz 102 at effective process conditions to produce light olefins the term u201c oxygenate u201d as used herein designates compounds such as alcohols ethers and carbonyl compounds e g aldehydes ketones carboxylic acids the oxygenate can contain from 1 to.

on the lower surface thereof here comprised of copper the conductive layer on the lower surface of support structure 30 is removed entirely with a suitable chemical etchant layer 15a is etched using conventional photolithographic chemical etching techniques to provide flared notch 16a more specifically layer 15a is etched to form flared notch 16a main slot portion 22a and rearwardly extending slot portions or slotline circuit portions 64a 66a also etched into conductive layer 15a is slot 44 as shown support structure 42 similarly has copper layers 68 17a clad onto upper and lower surfaces thereof respectively like conductive layer 15a the conductive layer 17a disposed on the lower surface of support structure 42 has a flared notch 16a a main slot portion 22a and branch slot portions or slotline circuit portions 64a 66a etched therein using conventional photolithographic chemical etching techniques the conductive layer 68 clad onto the upper surface of support structure 42 is selectively etched to provide radio frequency feed 20a fig2 and 3 here providing a stripline circuit note however that feed 20a may alternatively be a coaxial or a slotline transmission line each of feed branches 36a and 38a has a transition end portion 76 78 respectively coupled thereto as will be described here the feed 20a is comprised of copper with a thickness of approximately 0 0015 inches referring briefly to fig3 it is noted that feed 20b differs from feed 20a in inter alia the length of the feed branches 36 b 38b more specifically here feed branches 36a 38a of feed 20a are longer than feed branches 36b 38b of feed 20b this length difference.

hole while the lower slot 38 of the hanger rests near the point 68 where the lower arc 48 and straight edge 50 meet this will cause one corner 70 of the locking member to point downward as shown in fig1 when all eight of the locking assemblies are in this position the panel is raised into the grid system this causes the pads 62 to compress at this point key 72 is used with the keying portion 74 inserted through the space remaining between the support 10 and the panel 16 due to pads 62 this space will also allow for ventilation of the space above the panel and shock absorbtion by the panel the keying portion is pressed against the indented edge of the locking member most effectively at indentation 40 causing the locking member to raise slightly this raising action causes the upper slot 36 of the hanger to leave the second recess 26 of the hole in the locking member the greater weight of the rear portion 66 of the locking member causes that member to rotate with the upper slot entering first recess 24 and the lower slot of the hanger coming to rest near the point 54 where two arcs of the hole meet this results in the lower corner 70 now overlying.

test signals for transmission by transmitter 312 over pair a of data cable 18 the test signal returns through filter 18 and pair b of data cable 18 receiver 314 to detector 324 if the network device 12 u2032 is a self powered dte device as shown in fig2 b or if there is an open circuit detector 324 does not detect a return signal as a result power is not supplied by network device 10 to network device 12 u2032 over data cable 18 referring to fig3 a an exemplary test signal generated by signal generator 322 comprising plural pulses is illustrated an initial pulse having a magnitude of u2212 1 volt is applied for 752 ns followed by positive pulses 1 volt having a width of about 152 ns negative u2212 1 volt pulses having a width of approximately 72 ns and ending with a negative u2212 1 volt pulse having a width of 304 ns successive test signals are spaced by at least 156 ms it will be appreciated that the test signal in fig3 a is shown for illustrative purposes only and other appropriate test signals may be utilized fig4 a illustrates the test signal received by detector 324 when the length of the data cable is approximately zero meters and network device 10 is connected to cable powered dte device 12 the received test signal comprises a peak to peak voltage of about 1 25 volts fig5 a illustrates the.

formed on the corners of the card connector 1 the card connector is installed into the electric device by a method such as a screw via these legs 9 in the case of supporting the pc card c in card connector 1 the pc card c is inserted into the space 21 from the other end side of the card connector 1 thereby the pins of the connection unit 3 are respectively inserted into the holes not shown formed on the distal end of the pc card c and these pins are connected to the pc card c at the same time the card bus shield comes in contact with the surface of the pc card c and as a result the pc card c is connected to the electrical device via pins and the terminals 32 extending from the card bus shield 31 the holes 33 a in the board 33 and the contact points in addition when the pc card c is inserted into the space 21 the pc card c is supported in the space 21 by the aforementioned release mechanism furthermore along with supporting the pc card c in the card connector 1 the eject plate 42 presses on.

the conventional multi beam transducer systems manufactured by the odom hydrographic systems inc however other transducer systems other than those manufactured by odom may also be used to facilitate the easy swinging of the boom 27 and to insure that sufficient space is provided for the pod 50 as it passes in front of the prow it may be desirable to cut back the prow of the vessel reducing its sharp pointed configuration to provide a flat barge like appearance at least above the water line the size and configuration of the prow of the boat is not critical and will of course be determined in connection with the configuration and length of the boom the position at which the boom is mounted to the drive shaft and the position at which the rotary actuator is mounted to the main deck the vessel 10 will be provided with various equipment and systems to carry out its function as a hydrographic survey vessel for example the transducer operating system will include a data processor 58 for operating the transducer itself and for processing the raw data recorder devices to record the data both as a visual display as well as written graph as shown the data processor 58 is electronically connected to the transducer via a plurality.

high speed usb client 200 stops operating the data lines d and d u2212 transitioned into the se 0 state all with low levels s 5 in the se 0 state the usb host 100 detects disconnection with the bus powered high speed usb client 200 s 6 and an internal state of the usb host 100 is initialized s 7 the usb host 100 turns the switch sw 1 on s 8 to supply the power voltage to the bus powered high speed usb client 200 the switch sw 1 being connected to the power line vbus by the switch sw 1 being turned on the bus powered high speed usb client 200 is rebooted by the power supply and the positive data line d is transitioned up to the high level s 9 when one of the data lines d and d u2212 has the high level for the predetermined time t 3 the usb host 100 detects a state of connection with the bus powered high speed usb client 200 s 10 and resumes data communication with the bus powered high speed usb client 200 s 11 fig1 through 3 illustrate the bus powered high speed usb client 200 having the pull up resistor r 3 connected to the positive data line d in which according to presence of the power.

a simulated liver 90 is provided which may or may not be secured in place to the body cavity or one or more of the adjacent organs as mentioned previously the various organs can all be located within the body cavity as shown in fig2 while not all of the organs are visible in fig2 the lungs 52 54 the heart 62 the liver 90 the small intestines 76 and the colon 82 are all shown in their proper relative positions the various organs may be readily removed for explanatory purposes for example if a child is about to undergo an appendectomy the large intestine 82 and the small intestine 76 could be removed from the body cavity either completely or partially to expose the appendix 84 the nurse or doctor could then show the child how the appendix would be removed by cutting it off with a scissors it is also contemplated that the appendix 84 could be detachably secured to the end of the colon 82 by means of snap fastners or the like so that it would only be necessary for the doctor to unsnap the appendix for purposes of demonstration the various organs and the rib cage may be made from any suitable materials and the organs may be constructed from different colored materials to help distinguish them from each other it is obvious that various types of fastners could be utilized in lieu of snap fastners for example velcro fastners could be provided for securing the various organs to each other and to the wall of the body cavity while the invention has been particularly shown and described with reference to a preferred embodiment thereof it will be understood by those in the art.

the edited file from his or her workspace along with the unchanged content retrieved from the base site the servlet reads the file contents from a database based upon the workspace information in the session and displays the edited files from the workspace in conjunction with the remaining files from the base web site in accordance with the present invention dynamic content can also be handled in this fashion for dynamic web content such as jsps a servlet hereinafter referred to as the jsp servlet compiles the jsp file into a java servlet class class file this class file is then loaded by the class loader when the jsp is requested by a browser the class file is invoked via the jsp servlet the jsp servlet generates file paths for the class files based upon the relative location of the jsp files with respect to the base web site file locations otherwise known as the web module 39 s root an example of this is illustrated in the tables shown in fig2 a and fig2 b an exemplary web site contains a web page page 1 utilizing three jsp files u201c index jsp u201d 201 u201c contents jsp u201d 205 u201c welcome jsp u201d 207 the source files for these three files are u201c index jsp u201d u201c page1 contents jsp u201d and u201c page1 welcome jsp u201d respectively in this example the file u201c welcome jsp u201d is responsible for the recognizing the identity of the user and presenting a welcome message on the screen of a user 39 s computer when the site is accessed via a web browser in order for a programmer to edit the manner in which this is done u201c welcome jsp.

as in the prior art is avoided also serial sampling of the particle sensor data is avoided to increase the information rate instead a comparator that includes a diode in a feedback loop so as to function as a latch is used in conjunction with a serial shift register that has parallel data input lines this enables a microprocessor to monitor the output from a multiple bit memory element which stores a digital representation of the outputs of plural sensor elements at a higher rate than attainable in the prior art as a result of the increased rate at which information can be obtained from the particle sensor elements the microprocessor can not only provide particle flow blockage status data but can also provide particle flow rates for the monitored particle flow paths application_number US 95605397 A description fig1 shows a side view of a tractor 20 intended to represent various types of farm tractors that perform various tasks in a high volume agricultural environment as may be present on a farm in the depiction of fig1 the tractor 20 is towing an air seeding system 22 including a tool bar 24 and an air cart 26 by a tow bar 28 the air seeding system 22 can be any known air seeding system such as the 735 air seeder and 737 air hoe drill both available from the john deere company the tool bar 24 creates multiple parallel furrows in the soil of a field area to be planted dispenses a controlled quantity.

of the cone with growth the diameter of the cone decreases with growth with nitrogen doses beyond 20 sccm fig1 illustrates the control over the conical angles with different nitrogen doses by appropriately timing the oxygen dosing during the growth we could successfully control the internal diameters of the carbon tubes as mentioned earlier using oxygen dosing during the second half of the growth we could synthesize u2018 tube on cone u2019 morphologies by dosing oxygen 0 10 min 20 min and 30 min after the start of the experiment we could increase the diameters of the carbon tubes from 150 nm to about 1 5 microns the diameter distribution of the carbon tubes obtained in these experiments is shown in fig1 and fig1 the total time for each experiment lasted one hour the principle involved in this method is that as the cone is growing the diameter of the cone increases with time therefore by appropriately introducing oxygen at different times during the growth we can tune the diameter of the tube that grows after the oxygen dosing the diameter of such tubes can be increased to values as high as 25 microns provided there is enough gallium to sustain the growth in our experiments the amount of gallium required for such large diameters is limited due to the use of thin film of gallium this limitation can however be overcome by constantly supplying gallium through the gas phase by using gallium precursors such as tri methyl gallium the carbon wall.

or more demetalling reactors wherein the cobalt values are converted into cobalt acetate separating the crude hydroformylation into an aqueous phase comprising cobalt acetate and an organic phase comprising the crude hydroformylation product concentrating the aqueous phase comprising cobalt acetate in said evaporator by distilling off a stream comprising water and acetic acid and taking a bottom portion comprising cobalt acetate from said evaporator comprising concentrated cobalt acetate passing said concentrated cobalt acetate to a preforming stage wherein said portion comprising concentrated cobalt acetate values is contacted with synthesis gas in the presence of an organic phase to form cobalt carbonyl passing said cobalt carbonyl from the preformer to said one or more stripper reactors wherein said process further comprises at least one additional step selected from separating said stream comprising water and acetic acid from said evaporator into an acetic acid rich stream and acetic acid depleted water stream and using the acetic acid depleted water stream to wash said aldehyde phase recovered in step e in a wash tower whereby an acetic acid depleted aldehyde phase is obtained and adding an organic alcohol to said preforming stage in an amount and for a time sufficient to convert a substantial portion of formic acid impurities into formate esters of said organic alcohol while avoiding a substantial portion of acetic acid conversion to acetate esters of said organic alcohol and also more preferred embodiments including.

the bottom surfaces and sides of trough 34 to apply additional heat to the thickened edge crust portion of the pizza flat wall 24 of cover 20 is also positioned directly above trough 34 adjacent apertures 37 to concentrate additional heat in oven chamber 16 about the thickened edge portion baking thereof will be accomplished in the same time that the thinner central portion resting on cooking surface 32 will be completed heat about the trough in oven chamber 16 also causes the extra batter to rise slightly above the batter baking on the base thereby forming a rim about the pizza in the preferred embodiment of the invention it has been found that the cooking utensil can be economically fabricated from stamped sheet metal having a gauge of about 0 064 of an inch the flanges lips ridges and rims etc give a material of this thickness sufficient rigidity preferably the cooking surface trough and at least a portion of the side wall 36 of pan 30 are coated with a non stick finish to prevent material cooked thereon from sticking teflon coatings and other materials well known to those skilled in the art may be satisfactorily utilized in the preferred embodiment the pan and base are formed of.

its steady state value at about time t 0 corresponding to the termination of the flow mode the mass flow controller 22 fig1 is commanded u201c off u201d shortly thereafter i e 0 5 sec or less pneumatic on off valve 24 is actuated to close such that fluid flow decreases from the steady state rate to zero generally simultaneously with the actuation of valve 24 signal pressure is discontinued to regulator 50 to remove the differential pressure setting in this regard the operation of valve 24 and regulator 50 advantageously may be synchronized under the control of a common signal pressure with the differential pressure setting being removed the setting of regulator 50 effectively is reduced to 12 psi inasmuch as the outlet pressure remains at the operating pressure of 14 8 psi the regulator closes such that the outlet pressure is maintained substantially at 14 8 psi depending upon the length of the no flow period and or on the interval typically about 0 5 sec between when the no flow mode is initiated and when the control pressure signal is removed to effect the closing of the regulator the outlet pressure may increase slightly to perhaps 15 psi over the period u03b4t 0 it will be appreciated however that by virtue of the controlled differential pressure setting no appreciable creep effect is evident even when the system is operated with very long intervals i e 1 hour or more.

operator may be seated on a suitable seat neither of which are shown behind an accelerator pedal 28 for controlling the speed of the electric motor 25 a brake pedal 29 for operating the wheel brakes 27 and a steering wheel 31 for steering the front wheels 23 in any desired manner also juxtaposed to the operator 39 s position is a main switch 32 and a direction control switch 33 for controlling the direction of travel of the golf cart 21 by controlling the direction of rotation of the motor 25 the main switch 32 and the direction control switch 33 are connected to a controller 34 operation of the accelerator pedal 28 is transmitted to an on off pedal switch 35 and an accelerator opening degree sensor 36 connected to the controller 34 to send on or off state of the accelerator 28 and its degree of opening to the controller 34 a plurality of batteries 37 as power sources are mounted suitably on the body frame 22 and are connected through a relay 38 to the controller 34 referring now to fig2 this is a circuit block diagram of the electric vehicle 21 using the shunt motor 25 and embodying the invention electric power sent from the batteries 37 is supplied through the relay 38 to an mpu 39 having a memory and a control.

invention a check is made whether a time limit has expired step 51 if the time limit has expired seating the player is rejected step 58 this time parameter is preferably configurable when the time that is specified for late registration ends players should preferably no longer be able to register for the tournament a check is made whether registration is closed step 52 if registration is closed step 52 seating the player is rejected step 58 a check is made whether a blind level has been reached step 53 if the blind level has been reached step 53 seating the player is rejected step 58 this blind parameter is preferably be configurable a check is made whether a maximum number of seats has been reached step 54 if the maximum number of seats has been reached step 54 seating the player is rejected step 58 a check is made whether the last seat has been allocated step 55 if the last seat has been allocated step 55 the tournament is considered complete and registration is closed step 56 in either case the player is seated step 57 and his buy in and fees are deducted from his account in any.

nodes concerned 106 connect to a network access infrastructure 108 via an access point 110 which may be a wifi terminal or a cellular antenna in order to communicate with a remote security entity 112 in a preferential implementation the remote security entity 112 comprises at least one authentication server the authentication server 112 which is responsible for the authentication of nodes stores the cryptographic data required for the authentication of each of the nodes in the group 106 as detailed hereinafter each node further to its authentication receives keys which are shared with neighboring nodes which have been authenticated these keys are used for the establishment of secure communications in the network thus formed nodes on the network with limited resources access the remote security entity via a third party communication network 108 which may be a cellular network or the internet the network access infrastructure 108 may incorporate intermediate entities such as routers 114 and or intermediate servers 116 in the interests of the simplicity of the description and not by way of limitation of the invention although the example illustrated in fig1 shows a finite number of entities and connections an expert in the field will be able to extend the principles described in the present invention to encompass a plurality and a variety of nodes and types of servers bridges or connections wireless mobile very high capacity the network of nodes 102 may be based upon level 2 communications for example 802 15 4 or 802 11 and or level 3 communications for example ip depending upon the protocols applied multicast or broadcast communication schemes may be employed fig2 illustrates the steps deployed for the authentication.

bore groove 48 if desired outer wall 54 may be constructed parallel to mating inner groove wall 50 so that when locked in place they will be flush while the present invention is disclosed in combination with slip spline assemblies that is designed for periodic replenishing of lubricant it may also be used in assemblies that are lubricated for life in such assemblies bleed opening 41 see fig2 and 3 would be eliminated and a boot type seal would be employed in place of seal 28 and retainer 30 in typical applications of this type one of the spline teeth is removed to prevent pressure build up and facilitate back and forth flow of lubricant during stroking also the flexibility of locking portions 46 may be reduced by reducing the number of notches 44 which extend from the end of plug side wall 40 or increased by increasing the number of notches sealing plug 36 may be a stamped metal part which is finished machined or alternatively a one piece molded part made from a suitable plastic material such as nylon or a nylon glass filled combination from the foregoing description it is apparent that the advantages of the present invention result from the combined relationship of the flexible locking portions of the sealing plug and its cooperation with the annular locking groove in the yoke bore the arrangement provides a positive and economical way of retaining a sealing plug in.

film 41 it is also possible to form this second insulating film by using instead of a silicon nitride film a silicon oxide sio film a silicon oxycarbide sioc film or the like having the above described characteristic the u201c sin u201d refers to a compound of si and n the u201c sio u201d refers to a compound of si and o and the u201c sioc u201d refers to a compound of si o and c these u201c sin u201d u201c sio u201d and u201c sioc u201d will not limit the composition ratios of the compounds this applies also to the following description over the n type field effect transistor 3 and the p type substrate region 16 a third insulating film 43 that covers the transistor 3 and the region 16 and has tensile stress is formed this third insulating film 43 is formed of e g a silicon nitride film having tensile stress in this semiconductor device 1 1 b the n type substrate region 14 is covered by the second insulating film 42 having tensile stress or compressive stress lower than that of the first insulating film 41 covering the p type field effect transistor 2 therefore although the density of the first insulating film 41 is high the density of the second insulating film 42 is lower than that of the first insulating film 41 in particular the density of the second insulating film 42.

shield wherein the first interconnection and the second interconnection are separated by one or more of the ground parts for electromagnetic shield application_number US 54316006 A description hereinafter the present invention will be described in more detail using preferred embodiments the accompanying drawings are used in the description to ease understanding of the present invention fig1 shows a configuration of a radio frequency power amplifier circuit in a first embodiment the radio frequency power amplifier circuit comprises an input impedance matching circuit 1 an input stage transistor 10 for power amplification an inter stage impedance matching circuit 2 an output stage transistor 11 for power amplifier an output impedance matching circuit 3 and a base bias voltage control circuit 20 for transistors 10 and 11 wherein the base bias voltage control circuit 20 in this circuit comprises the transistors 12 and 13 and resistors 30 and 31 the radio frequency power amplifier circuit comprises a first terminal 40 for supplying a voltage for collector driving to the output stage transistor 11 a second terminal 41 for supplying a voltage for collector driving to the transistors 12 and 13 making up the base bias voltage control circuit 20 a third terminal 42 for supplying a current and a voltage for gain control to the transistors 12 and 13 making up the base bias voltage control circuit 20 a signal input terminal 43 for inputting a signal to the base of the input stage transistor 10 a signal output terminal 44 for extracting a signal from the collector of the output stage transistor.

main component of the invention is the casing 21 responsible for providing protection against small dust particles or dirt casing 21 comprises a substantially u201c l u201d shaped body defining a cylindrical main portion and a leg portion radially extending in a plane perpendicular to the axis of said main portion said main portion having a first opening 25 at its upped end and said leg having a second elongated opening 23 at its distal end casing 21 is mounted to contact 18 by its a first opening 25 through a neck 22 in contact 18 and is mounted fixed to contact 16 and to conducting blade 15 through its elongated opening 23 contact 16 also has a highly conductive rivet 24 mounted on its conducting blade 15 in such a way that there is no sharp edge or burr it is important to point out that the casing 21 remains compressed when the motor is at rest and it goes back to its original position when the motor is operating fig2 shows the operation principle of fig1 and 3 it shows however the casing 21 in its open position with reference now to fig4 it follows the same principles of fig2 showing contacts 16 and 18 in their open position that is after the machine has reached its ideal speed to switch off auxiliary winding 2 the centrifugal set 120 displaces the actuating disk 10 together with the prop washer 13 the flexible conducting blade 17 and the contact 18 moving said contact 18 away from contact 16 and stretching casing 21 with reference to fig5 and 6 support base 14 has a casing opening 26 to receive casing 21 which allows great easiness in the assembly process where conducting blade 15 contact 16.

efficiency but no corrections were made for reflectivity at the device interface quantum yields for devices made with mg as the electronegative electrode were found to vary systematically with the thickness of the ppv layer with typical values of 1 for ppv layers of thickness 50 nm and 0 5 at 90 nm for power levels of 0 1 mw cm 2 these quantum efficiencies were measured under short circuit conditions i e at a bias voltage of zero volts the spectral response of the current for an ito ppv mg device with a relatively thick layer of ppv 220 nm is shown in fig7 at biases between 1 0 v and 1 5 v no correction has been made for the response of the light source and monochromator or for reflectance from the device the spectra show a sharp peak at the onset of the optical gap about 2 5 ev and a more shallow tail at higher photon energies between 1 0 and 1 5 v the polarity of the photocurrent reverses which indicates that the polarity of the electric field inside the device has reversed between these voltages this is consistent with the open circuit voltage for magnesium diodes of.

lever arm 21b through a clevis 22b and a pivot pin 23b as in the previous embodiments the body portion 24b includes an upward extension 58b and a lower extension 99 generally axially aligned therewith and an offset cylindrical passage 59b extends through both extensions and substantially tangentially intersects the stepped recess 38b in the body portion this assembly will utilize a one way spring clutch not shown such as shown in fig2 adapted to be in operative engagement with the cylindrical surface of the rotor 46b and the adjacent cylindrical surface of the worm shaft 40b however the torsion spring required in the previous embodiments is not utilized in the present assembly a radially extending actuating arm 51b integral with the rotor 46b extends into the cylindrical passage 59b and has an upper rounded surface 82b and a lower rounded surface 83b similar to that shown in the embodiment of fig5 the lower end of the cylindrical passage 59b terminates in suitable threads for threaded engagement with a screw cap 101 having an interior cylindrical recess 102 to receive the lower end of a return spring 103 a secondary hollow piston 104 is received in the lower portion of the cylindrical passage within the lower extension 99 and has a central passage 105 to receive the upper end of the return spring 103.

alternatively the processing steps relating to washing and drying may also be started manually in the aforedescribed case the vehicle is washed and dried at a single position here the washing position however when the driver drives his vehicle to a different car wash with a washing chamber and a separate drying chamber then the vehicle must be moved after washing into the drying chamber this different type of car wash was transmitted to the vehicle optionally automatically in the identification signal of the car wash at the beginning of the autonomous driving or before the autonomous driving specifically adapted to the type of car wash washing is then performed at step s 5 after the vehicle has stopped in the washing position in accordance with step s 3 after the last processing step of the washing process the car wash transmits a signal to the vehicle to move onward triggered by this onward driving signal the vehicle and or the engine is restarted the appropriate gear is engaged and the vehicle moves at step s 6 onward from the washing position into a drying position i e from the washing chamber into a drying chamber when the vehicle reaches the drying position it may switch back to idle and the engine may be turned off thereafter.

and a hollow barrel portion 136 the barrel portion has a plurality of ports and grooves communicating with the sleeve openings and with spool windows and grooves as will be described infra a shoulder 138 of the head portion is designed to abut a bottom surface 140 of the sleeve a pair of piston supply ports 142 communicate with the supply openings 108 of the sleeve 96 a pair of eec ports 144 communicate with the eec openings 110 of the sleeve a manual port 146 communicates with the manual opening 112 a shutdown port 148 communicates with the shutdown opening 114 an overspeed land 150 directs drain pressure from the shutdown groove 152 which communicates drain pressure from the top of the chamber 104 to the drain opening 118 or ports supply pressure from the supply pressure port 154 to the supply opening 116 a shutdown drain port 156 communicates with the shutdown groove 152 as will be discussed infra a groove 158 and a port 160 are provided to equalize pressure about the piston to prevent the piston from torquing a transfer groove 162 communicates with the transfer opening 120 either drain pressure or supply pressure is provided to the transfer groove via output ports 164 and 166 a port 168 is provided to provide equal pressure across the piston balancing the supply pressure in output port 164 and supply pressure port 154 across the piston slot 170 which mates with the pin 128 allows the piston to translate within the sleeve without rotating relative thereto the.

the sheet and a sealer circumscribing an outer periphery of the insert and a method of manufacture including the steps of removing the first sheet from the insert replacing the first sheet with a new sheet tensioning the new sheet and placing the insert into the window frame application_number US 65419703 A description the frame insert assembly 10 has an insert 12 for fitment within a frame 14 the frame 14 may be typically an existing window mounted in an existing wall of a building the frame 14 is conventional in construction and may include trim molding 20 mounted to the jams 22 of the frame 14 the frame 14 may have a movable sash 24 or perhaps as illustrated a double hung window having two movable sashes 24 as is conventional the frame 14 has a head jam 22 1 two side jams 22 2 and a base jam or stool 22 3 the insert 12 has a frame 30 with rails 32 including side rails 32 1 a top rail 32 2 and a bottom rail 32 3 at the junction of any two rails 32 there is a corner 34 the corner 34 serves the function of connecting and locating a pair of adjacent rails 32 each rail 32 is attached at each respective end to a corner 34 using a suitable mechanism the respective rails 32 and corners 34 should have substantially the same outer dimension so that the junction between a rail 32 and a corner 34 is.

one hour then air cooled and heated at 200 f 93 3 c for 24 hours and then air cooled to room temperature the coefficient of thermal expansion for specimens of each heat were measured on a differential dilatometer from room temperature up to 95 c 203 f and from room temperature down to 120 c 184 f or to the m s temperature for each sample the samples were each measured differentially against a sample of fused silica glass nbs standard reference material no 739 which is known to have a coefficient of expansion of 0 45 u00d7 10 6 u00b0 c over the temperature range of interest the average coefficient of thermal expansion determined for each sample over the range 55 c to 90 c 67 f to 194 f is listed in table ii as well as the respective m s temperatures determined for the respective sample ______________________________________ avg coeff m sub s temp ex u00d7 10 sup 6 u00b0 c u00b0 c ______________________________________1 0 34 1032 0 21 1033 0 07 1064 0 01 lt 1205 0 33 lt 120______________________________________ the data of tables i and ii show the dramatic increase in the thermal expansion coefficient of the present alloy near the low and high ends of the claimed range for cobalt examples 6 10 were vacuum induction melted 300 pound experimental heats having compositions in weight.

only memory one or more flash proms programmable read only memory battery backup ram combinations thereof and the like cpu 12 is coupled through a communication port 18 to a communication network 20 such as an ethernet lan local area network or wan wide area network communication network may include wireless components compatible with one or more wireless specifications such as an ieee 802 xx wimax or an equivalent standard finally remote computer systems 22 and 24 are coupled to communication network 20 as one skilled in the art will appreciate portions of computer programs including the processes and scripts hereafter described may execute on portions of environment 10 computer systems 22 and 24 or elsewhere portions of environment 10 may be used to evaluate various diagnostic algorithms according to the following described methodologies for example mass storage device 14 or memory 16 may store a particular dataset which is processed by cpu 12 using a particular diagnostic algorithm the following approaches to evaluating diagnostic algorithms including the depicted exemplary embodiments may be said to be based on two criteria non recurring engineering costs and recurring engineering costs cost metrics may be defined which correspond to each of these two criteria development data may be a large cost element and may be directly mapped to non recurring engineering costs cost metrics may be defined that measure how well a selected algorithm has used the development data tunable parameters correspond to the engineering time of tuning the algorithm once deployed and hence can be seen as recurring engineering costs cost metrics may be defined that measure how sensitive a selected algorithm is for the chosen tunable parameters these cost metrics may be measured with respect to the algorithm 39 s robustness and thereby reflect costs associated with sustaining the.

measured during manufacture in fig6 the x axis position error 40 and fig7 shows the y axis position error 42 in one embodiment the deviations are only in the micrometer range fig8 shows the rock screen exit diameter 44 fig9 shows the body outlet diameter 46 fig1 shows the inlet channel width 48 and fig1 shows the inlet channel length 50 position errors relate to the location of the feature relative to a reference feature located on the metal plate geometric features relate to the shape and dimension of the features such as the particle filter diameter the entrance outlet diameter the inlet width and the inlet length the standard deviation for the geometrical features is typically only a micrometer or less using this process which is a level or precision not previously attainable in this manner a laser manufacturing process produces an array of fluidic elements within tight manufacturing tolerances in a repetitive subtractive ablation process this allows for higher packing density for the fluidic elements the process allows for multiple fluidic elements to be manufactured at one time and in one part in one embodiment the process can manufacture 24 elements in one image field in another one can process 48 elements in one image field the process may be implemented in a bond and cut process such as that disclosed in the us patent application mentioned above where the film.

can also be patterned on a surface to have specific dimensions and orientations this is important because future commercialization of this technology will likely depend on the ability to control the size shape and orientation of the nanowires within a manufacturing context the above described processes of making metal nanowires provide numerous advantages over the existing prior art particularly for fabricating hydrogen sensors the number length diameter and orientation of nanowires in the device can all be controlled by lithography the electroplating deposition process can be more easily controlled because one knows exactly the length and number of wires and therefore can control the size of the nanowires more easily all the nanowires can be aligned in parallel if desired whereas the prior art does not have any control over this on a graphite surface much of the technology of the present invention is built on si which is easily cleaved sawed into individual devices rather than being on glass which is difficult to work with furthermore no glue cyanoacrylate is required in the processes of the present invention such glue has limited use over a temperature range and typically has a thermal coefficient of expansion which is may further limit its use over a range of temperatures in general the present invention also comprises any method that allows for the creation and controlled placement of pd and pd alloy e g pd ag nanowires for use as hydrogen sensors.

blue in the present invention the mole ratio of the alkyl ester of the unsaturated carboxylic acid to the alcohol is 1 0 to 10 1 preferably 1 1 to 5 0 1 needless to say any other ratio may be used but there is no advantage in doing so from the viewpoint of economy all of the catalyst may be used from the first or the catalyst may be added in increments over regular intervals or it may be continuously added to the reaction mixture however during normal operations all of the catalyst is preferably present from the start of the reaction the amount of catalyst used can vary considerably however it is generally used in amounts of 0 0001 to 1 0 mole per mole of the starting material alcohol preferably 0 0002 to 0 5 mole in case of zirconium catalyst and 0 0002 to 0 05 mole in case of calcium catalyst the temperature usually employed for the ester exchange reaction ranges from 30 u00b0 to 150 u00b0 c preferably 60 u00b0 to 140 u00b0 c the reaction can also be conducted under a reduced pressure having generally described the invention a more complete understanding can be obtained by reference to certain.

in preparation for the tenth stage in this stage the sheeting material is conveyed under the framing assembly and pressed up and adhesively joined to the framing members in addition fastening equipment such as automated screw guns or steel nail guns mechanically fasten the sheeting material to the framing members from below the panel plane stage 11 transfer of frame with bottom sheeting to a conveyor the framing assembly with bottom sheeting attached transfers to a conveyor system stage 12 installation and pressure testing of pre assembled mechanical and utility systems in this stage the mechanical and utility systems are fed through the holes in the transverse members and along the open edge beam channel from above once connections have been made between systems the assembly is pressure tested for quality control in this stage the framing assembly with attached lower sheeting and installed mechanical and utility systems advances to a vapor control area and the void between members is insulated with expanding foam issued from nozzles mounted above the panel plane the insulation can either be a soy u201c bio based u201d formulation or a traditional foam product nozzles above the panel plane lay a bead or coating of adhesive on top of the exposed members in.

65 25 4 the yellow band which developed on the plate rf 0 38 which could also be detected under both long and short uv light was stripped from the plate and eluted with the same solvent system the eluent so produced was evaporated and the residue of the evaporation triturated with methanol to form a mixture this mixture was then filtered through a polycarbonate membrane 13 mm diameter 0 2 um pore size nucleopore corp pleasanton calif mounted on a syringe filter holder and the filtrate so produced was evaporated to give dmae ams 15 mg 62 a solution of 2 39 6 39 dimethyl 4 39 carboxylphenyl 10 methyl acridinium 9 carboxylate bromide dmae cooh 18 mg 0 038 mmole in 3 6 ml of a dioxane water 1 1 mixture was treated with 1 3 dimethylaminopropyl 3 ethylcarbodiimide hydrochloride 37 mg 0 193 mmole aldrich chemical co inc milwaukee wis at room temperature for 5 minutes to form a reaction mixture a solution of 7 amino 1 3 naphthalenedisulfonic acid ands 26 mg 0 076 mmole aldrich chemical co inc in 0 9 ml of water was added to the reaction mixture which was then stirred at room temperature overnight and evaporated the residue of the evaporation was dissolved in a minimal amount of 0 1m sodium carbonate to obtain a solution at neutral ph this solution was mixed with an equal amount of methanol and purified on a 20 u00d7 20 cm preparative tlc plate silica gel 60 f254 merck amp co inc and developed with chloroform.

place on one side of the rail 10 first and second resonant members 102 and 104 are embedded in a deformable material 106 a third resonant member 108 lies over the deformable material a 06 and has one or more clamps 110 which extend beneath the rail foot 12 these clamps resiliently urge the third resonant member 108 towards the rail foot 12 and thus trap the first and second resonant members 102 104 to hold the damper 100 in place on the rail a small clearance is provided between one end of the third resonant member 108 and the rail 10 to allow the former to vibrate this could of course be replaced by a layer of deformable material but a manufacture step is avoided by using a clearance instead vibrations will still be transmitted to the third resonator 108 via the deformable material 106 in which the first and second resonators 102 104 are embedded the three resonators 102 104 108 are all of a different cross sectional profile and all thus generate a system with multiple resonant frequencies in practice some resonators could be matched if desired or if only a single or double frequency damper was required in fig4 a standard single mass damper 112 is provided on the second side of the rail the frequency damped by this.

transfer the borrower may have missed at least one payment due on the loan the default may be due to the borrower 39 s economic situation or due to falling real estate values which have made the property worth less than the balance of the loan or loans in the latter situation the borrower is left with a reduced incentive to make payments on his loans regardless of his ability to pay the user of the system who may be alternatively referred to in this description as the facilitator confirms that a property must be sold the facilitator confirms that the borrower is not in a position to either refinance his loan package or to negotiate a modification of the terms of the loan with the lender in many cases the lender servicer may have attempted a refi and or loan mod and they have been unsuccessful the borrower may be experiencing what is known as the u201c default waterfall u201d wherein the borrower is late on payments has little or no equity has been turned down for refi and has been rejected for loan mod when these events have been confirmed it may be determined that the property must change hands once a property reaches this point the borrower has two options some form of short sale or foreclosure it should be noted that there may be multiple loans on the distressed property as well as other liens such as tax or improvement liens if the facilitator confirms that the borrower is not able to in any.

c depicts rotating portion 1104 in its expanded state against the vessel wall 1106 after balloon 1108 has been removed fig8 depicts another example of how a different form of rotation portion 1104 according to the present invention may be disabled and spread within vessel support structure 1102 by using non compliant balloon 1108 rotating portion 1104 is preferably disabled by inflating the non compliant balloon 1108 preferably by radial inflation against vessel support structure 1102 fig8 a depicts the non compliant balloon 1108 entry into the lumen of vessel support structure 1102 threaded through rotating portion 1104 fig8 b depicts the inflation of balloon 1108 producing radial pressure that spreads rotating portion 1104 against the walls of vessel support structure 1102 effectively disabling and spreading it while opening the lumen of vessel structure 1102 fig8 c depicts rotating portion 1104 in its expanded state against vessel wall 1106 after balloon 1108 has been removed fig9 depicts an alternative optional method of optionally realigning a shifted or misaligned vessel support structure 1300 comprising a rotating portion 1304 in accordance with any one of the preferred embodiments of the present invention vessel support structure 1300 is preferably realigned by using a grasping device 1301 optionally including but not limited to a hook grasping device 1301 is preferably associated with a balloon 1308 for example from an angioplasty catheter used to preferably realign or optionally remove support structure 1300 by partially inflating balloon 1308 and positioning the semi inflated balloon 1308 at the.

that of 228 nm for one of the degraded pq1 molecules it is likely that all pq1 will eventually be degraded in to the small molecules during reaction or storage if the time is long enough in order to prevent the side end capping reaction and increase the main end capping reaction rate the amount of tea in the admixture of the reactants was increased table 2 shows the proton nmr spectrum data for pq1 synthesized at 65 u00b0 c with admixture of 1 mole of 1 4 bis dimethylamino 2 butene 0 9 moles of tea and 1 15 moles of 1 4 dichlo butene the molar ratio of 1 4 bis dimethylamino 2 butene with tea is 1 11 1 instead of 5 1 as in example 1 above the far right column of table 2 lists the end capping percentage over the reaction time it can be seen that even at the presence of large excess amount of tea the reaction is still not complete until a time of 4 hours see fig1 and 2 10 14 grams 71 3 mmoles of 1 4 bis dimethylamino 2 butene 6 4 grams 42 8 mmoles of tea 4 92 ml of 6n hcl 29 5 mmoles 18 8 grams of water and a stir bar were combined in a 100 ml three mouth flask the flask was submerged.

of employing broadband light sources as downstream light sources injection light having a wide line width generated from the first broadband light source 210 is delivered to a second interleaver 206 from a first wdm filter 207 through a circulator 208 in this case interleavers 205 206 213 and 214 are elements for outputting an input light through two output ports by splitting the input light into odd channels and even channels the interleavers 205 206 213 and 214 employed according to an embodiment of the present invention operate based on channels substantially identical to channels of muxs de muxs 203 204 215 and 216 in addition the muxs de muxs 203 204 215 and 216 employed according to this embodiment of the present invention have two input output ports at one side of the muxs de muxs 203 204 215 and 216 in the 2 u00d7 n shape in addition injection light output to an even port of the second interleaver 206 is divided into channels according to its wavelength s and output in the first mux de mux 203 connected to the second interleaver 206 since the injection light is input to the second port of the first mux de mux 203 the injection light is output as odd channels and input as injection light to a light injected light source 201 1 of the odd channels the light injected light sources may include a fabry perot laser or a reflective semiconductor optical amplifier.

coated magnetic beads dynal oslo sweden at the onset of stimulation 2 u00d7 10 5 peptide loaded dc and 2 u00d7 10 6 responder cells were co cultured per well of a 24 well tissue culture plate costar badhoevedorp the netherlands in 2 ml of iscoves medium containing 5 pooled human ab serum 10 3 u ml il 6 sandoz basel switzerland and 5 ng ml il 12 on day 8 and day 15 the responder populations were restimulated using peptide pulsed dendritic cells as stimulator cells the cultures were propagated in medium containing il 2 cetus corp emeryville calif and il 7 genzyme cambridge mass at final concentrations of 10 u ml and 5 ng ml respectively weekly hereafter the cultures were restimulated using adherent peptide pulsed pbmc as was described previously bakker et al 1995 cancer res 55 5330 responder populations were tested for specific lytic activity after at least 4 rounds of restimulation chromium release assays were performed as described previously bakker et al 1994 j exp med 179 1005 briefly 10 6 target cells were incubated with 100 mci na 2 51 cro 4 amersham bucks uk for 1 hour various amounts of effector cells were then added to the target cells in.

description with reference to fig1 a patient or subject is received in an examination region 10 magnets and magnetic flux stabilizers a generate a magnetic flux in the examination region 10 and compensate for drifts of the magnetic field the flux stabilizers a create and stabilize a magnetic field through the examination region magnetic resonance electronics b selectively induce magnetic resonance of dipoles in the gap to generate resonance signals from which an image or other diagnostic information is created a gradient field coil 20 is selectively driven by gradient amplifiers 22 to generate linear magnetic field gradients across the examination region 10 preferably along three mutually orthogonal axes a radio frequency coil 24 is connected with a digital transmitter 26 for selectively generating radio frequency signals for inducing and manipulating magnetic resonance in dipoles of the subject which are selectively aligned with the b 0 field the radio frequency coil 24 is also connected with a receiver 28 for receiving and demodulating received magnetic resonance signals the gradient amplifiers 22 and digital transmitter 26 are controlled by a sequence controller 29 optionally the gradient magnetic field coils and or the radio frequency coils can be mounted in a smaller coil 30 designed to receive a selected portion of the subject being imaged the received magnetic resonance signals are digitized and processed by a reconstruction process 32 to generate a magnetic resonance image representation for storage in an image memory 34 a video processor 36 under control of an operator retrieves selected portions of.

desired properties of the formulation any number of ingredients may be used alone or in combination based upon their functions such ingredients include but are not limited to buffers diluents binders disintegrants compression aids lubricants flavors sweeteners colorants and preservatives in embodiments the present application is directed to sublingual pharmaceutical formulations comprising zolpidem a buffer a binder a disintegrant and a lubricant and optionally one or more additional agents such as flavoring agents colorants and sweeteners in embodiments the present application is directed to disintegrating formulations comprising zolpidem as an active ingredient a superdisintegrant such as croscarmellose crospovidone or sodium starch glycolate a buffer such as sodium carbonate or meglumine and other desired excipients in embodiments pharmaceutical formulations of the present application have a sublingual disintegration time of about 5 minutes or less or about 2 minutes or less following administration to the mouth in embodiments formulations of the present application undergo disintegration within about 2 10 minutes or about 5 minutes or about 7 minutes following administration to the mouth typically the formulations of the present application comprise less than about 5 mg e g from about 0 5 mg to about 4 75 mg from about 1 5 mg to about 2 5 mg from about 3 0 mg to about 3 75 mg etc of.

as well as the impression tray 200 with the dental guard 100 positioned therein the storage case 300 is further provided with a cover member 302 secured to the closed base 303 via a living hinge connection 316 the perimeter edge 318 of the cover member 302 is shaped and dimensioned to mate with the upper ends 320 of the side walls 310 when the cover member 302 is brought into engagement with the storage case base 303 the perimeter edge 318 of the cover member 302 opposite the edge of the cover member 302 with the living hinge 316 is provided with a fastening notch 322 shaped and dimensioned to engage a fastening notch 324 formed along the upper end 320 of the side wall 310 in this way the cover member 302 may be secured to the closed base 303 so as to enclose the cavity defined by the closed base 303 while the closed base 303 is formed without holes or other apertures so as to provide a cavity 308 in which water may be contained the cover member 302 includes a plurality of venting apertures or holes 304 allowing for the venting of water vapor when the system 10 is subjected to microwave energy and heated in accordance with the present invention thus excess pressure in the storage case 300 and over heating of the dental guard is prevented in accordance with a preferred embodiment the dental guard 100 is impregnated.

sealed in addition reference numeral 32 designates guide rollers disposed just in front of the front side wall 13 and these guide rollers 32 are rotatably mounted to the member 33 that is integral with the machine frame it is to be noted that the reason why the air sealing plates 19 and 20 are mounted in a vertically movable manner to the bottom end portions of the left and right side walls 12a and 12b and the air sealing plates 16 are mounted in a vertically movable manner to the bottom end portions of the front and rear side walls 13 is because it was contemplated to realize perfect sealing between the respective side walls and the canvas belt 7 even if a joining portion lacing portion of the canvas belt 7 should come to these side walls or even if a thickness or thicknesses of the corrugated cardboard sheet 8 the single faced corrugated cardboard sheet 1 and the liner 2 should vary now the operation of the double facer shown in fig1 to 4 will be explained in more detail after the liner 2 has passed a gluing machine it is preheated and conditioned by a preheat roller and then fed to the heating box hot plate section 11 on the lower side on the other hand.

fig2 3 when the invention is in the inactive mode the shaft and spool assembly rides on the two bearing assemblies fig2 4 a b to allow free movement of the shaft in either direction when the invention is in the inactive mode the electromagnetic brake assembly fig2 2 a b is a two piece device consisting of an electromagnet fig2 2 b that is attached to the case assembly fig2 1 the second part of the electromagnetic brake assembly figs 2 2 a is attached to the shaft with a set screw and rotates with the shaft without interference from electromagnet fig2 2 b while the invention is in the inactive mode when voltage is applied active mode to the electromagnetic brake assembly fig2 2 a b part fig2 2 b produces an electromagnetic force that pulls the friction material of electromagnetic brake assembly fig2 2 a into physical contact with electromagnetic brake assembly part fig2 2 b this binds the electromagnetic brake assembly fig2 2 a which is attached to the shaft and spool assembly fig2 5 to the electromagnetic brake assembly fig2 2 b which is attached to the case assembly fig2 1 this renders the shaft and spool assembly fig2 5 locked and immoveable preventing the strap assembly fig2 3 from being pulled out of the case assembly fig2 1 as shown in fig3 the retractable restraint fig1 1 is mounted fig3 3 to the backside of the front passenger seat the strap assembly fig3 2 is passed through the gap between.

serve to supply power to electrical actuator assembly 66 and ultimately to motor 64 battery compartment 22 is closed by battery assembly closure 26 having a closure pin 76 configured therewith although a particular closure is demonstrated in the figures battery compartment 22 is contemplated as being opened and subsequently closed through any acceptable means as demonstrated in the embodiment of fig1 shaft 54 is configured with a bearing spacer 42 that connects to middle bearing 40 middle bearing 40 is associated with fitting 56 and front bearing 50 the front bearing 50 is configured to interact with adapter 48 which contacts shaft nut 46 ultimately turning head support 24 in the embodiments of cleaner assembly 1000 as shown in fig1 through 17 a water hose 82 is provided whereby hose 82 supplies water that is mixed with soap provided in soap reservoir 84 although the reservoir 84 is designated for soap any cleaning solution or liquid is contemplated use therein a flow valve 86 is provided to selectively adjust the mixture of water supplied by water hose 82 and soap in soap reservoir 84 a water control valve 80 is provided to regulate only the amount of water entering the system the selected amounts of water and or soap proceeds through dispenser shaft 88 and ultimately exits the device through dispenser shaft outlet 92 in one embodiment dispenser shaft 88 is secured with dispenser shaft bracket 90 in an embodiment demonstrated in fig1 dispenser shaft outlet 92 is movable and adjustable in order to direct solution that.

to the anode 1 to the conducting track 6 running to the cathode 2 preferably the resistor 7 is arranged below the insulating layer 8 in principle however it is also possible to use the resistor 7 to connect the connection sided ends of the conducting tracks 5 6 projecting from under the insulating layer 8 fig3 shows a measurement example of the voltage supplied by the sensor in millivolts along with the hydrogen peroxide concentration in millimoles over the time t in seconds therein the left hand ordinate indicates the voltage u in millivolts for the measurement curve a and the right hand ordinate indicates the hydrogen peroxide concentration in millimoles for the associated concentration graph which is represented by curve b as can be seen a new equilibrium voltage develops between the anode 1 and the cathode 2 across the load resistor 7 within a few seconds when the hydrogen peroxide concentration rises in a step like manner fig4 shows a measurement example of the voltage u supplied by the sensor in millivolts in relation to the glucose concentration in millimoles liter therein it can be seen that the electrical voltage between the anode and the cathode is higher as glucose concentration increases for this reason the associated glucose concentration can be determined with a calibration curve based on the measured voltage an analyte concentration can therefore be determined by measuring the voltage dropping at a resistor 7 which connects a conductor 5 running to the anode to a conductor 6 running to the cathode fig5 shows a further embodiment of a sensor according to the invention fig6 is a longitudinal sectional view of fig5 in essence the sensor shown in fig5 and 6 differs from the embodiment.

embodiment wherein only the trench 4 that forms the sealed cavity is formed at this juncture the trench that is open to ambient conditions is created at the end of the process the advantage of this latter option is that if both trenches are open it is difficult to remove material from the open trench during subsequent processing there is however a disadvantage in following this option in that the opening of the second trench at the end of the process introduces added steps to the process and may result in variations in the diaphragm thickness due to alignment variations the embodiment of the option of fig5 will be assumed for the remaining process steps a nitride protection layer 12 is then applied prior to the filling of the trench 4 with a sacrificial oxide layer 13 as shown in fig6 and step 130 after the trench 4 is filled the sacrificial oxide layer 13 is patterned and etched a partial etchback of the oxide 13 may be used to thin the oxide 13 prior to patterning and etching it as shown in fig7 and step 140 in step 150 a layer 5 is deposited patterned and etched to create a u201c cover u201d over the trenches this modification to the device of fig7 is shown in fig8 the sacrificial layer 13.