Datasets:

VikramJi

/

patent-classification

like 0

lies along a first axis portion b lies along a second axis which is perpendicular to the first axis portions a and b are displayed together the relationship of portions a and b lying at 90 degrees to each other is maintained no matter what the location or orientation of the bidirectional measurement object 350 on the display fig4 shows a bidirectional measurement object 450 as displayed on a medical image 400 medical image 400 and structure 410 correspond to those shown in fig1 fig4 shows bidirectional measurement object 450 as it might first appear when a user superimposes it on a medical image 400 portions a and b are not aligned with any feature on the medical image 400 but remain at 90 degrees to each other a user may click onto the bidirectional measurement object 450 for example at the crossing point of portions a and b and then drag the bidirectional measurement object 450 to a point where a measurement is to be performed alternatively the bidirectional measurement object 450 may first appear with one end of portion a or portion b located at a point that the user selects for example a point on the perimeter of structure 410 i firstly the user clicks and drags bidirectional measurement object 450 to a location such as structure 410 in this example we assume that structure 410 is a tumour the bidirectional measurement object 450 may be configured such that by grabbing the crossing point of the measurement object with a mouse click the user may drag the whole tool around the medical image 400 ii the user then locates a first end of one portion for example portion a on.

is glued onto the packaging at the disc loaded tray placement station 7 the package is inspected at the inspection station 8 and the package is then folded and closed at the closing stations 9 the closing stations 9 have seven different closing operations depending on which type of packaging is used two panel three panel or four panel the folded and closed packages exit on exit conveyor 10 0018 fig3 shows the disc package assembly for packages containing two discs the board infeed with buffer 1 unloads the boards and the board strip station 2 separates and prepares one board from a stack of boards for gluing and for the arrival of the disc loaded trays 21 the glue station 3 has dual heads which prepare the board 31 for receiving two disc loaded trays at the tray with disc placement stations 7 tray placement station 7 is separated into two stations 7 a and 7 c for placing disc loaded trays on panels a and c of a four panel package board 27 such as shown in fig1 lateral line 35 is divided into two lanes with conveyors 35 a and 35 c which respectively serve stations 7 a and 7 c the tray buffer 4 loads trays 37 onto both of the tray conveyors 35 a and 35 c the disc buffer 5 has two loading mechanisms 6 and loads one disc 39 into each tray at the disc placement stations 6 a and 6 c the discs in the trays then go to the tray placement stations 7 a and 7 c having two points of arrival in multiple disc packages the tray buffer releases a second tray which is loaded onto the lane c or d tray conveyor 35.

and three fig1 2 and 3 when pressure drops to the set point of pressure switch ps5 fig4 and 5 68 its contacts will close the alternator coil fig4 64 will become energized and power will be applied through the closed contacts fig4 69 of the alternator and through the closed contacts of the hand off auto selector switch fig4 62 set in the auto position to the coil of magnetic motor starter m4 fig4 56 when the main contacts of m4 close pump number four will be placed into operation to supply additional water to the service with additional service demand the pressure in tank three fig5 67 will be reduced further when it reaches the set point of pressure switch ps6 fig4 and 5 77 its contacts will be closed to energize magnetic motor starter m5 fig4 57 through the closed contacts of hand off auto selector switch fig4 63 pumps two three four and five now operate simultaneously to supply system demands if pressure continues to be reduced pressure switch ps4 fig2 10 of the basic system will close its contacts at the set point and restart pump number one fig1 1 of the basic system pumps one through five will now operate simultaneously to supply maximum system design capacity to service needs and will remain in operation until service demand is reduced when service demand is reduced the pressure in the secondary tank fig1 5 and in tank number three fig5 67 will be increased pressure switches ps4 fig2 10.

been cooled down to room temperature the mixture is neutralized with 0 1 n hcl and then dialyzed and freeze dried the yield is 95 based on the ds achieved elemental analysis n 5 11 mean degree of substitution ds n 1 32 the antibacterial activity of the compounds as directed against staphylococcus aureus sg 511 s aureus 134 93 multiresistant and mycobacterium vaccae imet 10670 was tested by means of determining the minimum inhibitory concentrations mhcs in a microbroth dilution test in m u00fcller hinton broth difco in accordance with the nccls guidelines national committee for clinical laboratory standards methods for dilution antimicrobial susceptibility tests for bacteria that grow aerobically 4th ed villanova ed approved standard document m7 a4 nccls 1997 the results are shown in table 6 prior to the antiviral investigations the 50 cytotoxic concentration cc 50 in green monkey kidney gmk cells was determined in order to be able to exclude nonspecific substance effects to do this continuous gmk cell lawns in microtiter plates are inoculated with the appropriate substance dilution series factor 2 sclmidtke et al j virol meth 95 2001 133 after a 72 hour incubation the cells are stained with crystal violet methanol after the dye has been leached out the optical densities of the individual wells are measured 550 630 nm in a dynatech plate photometer and compared with the mean value for 6 untreated cell controls which value is taken to be 100 the cc 50 is the substance concentration at the point where the extinction curve of the dilution series intersects with the 50 line of the mean value for the control the antiviral effect of the compounds in regard to.

advantages of the present invention is that one surface of lever 20 is visible on the outside of the article of clothing to which the suspenders are attached as can be seen in fig2 this visible surface of lever 20 allows an individual to design the lever as a piece of jewelry or as a decorative surface to match one 39 s outfit or other jewelry such as a pair of cufflinks surface 20 can be changed if desired by the user fig4 a through 4d illustrate how attachment apparatus 10 can be secured to a pair of suspenders 12 the top end 25 of loop 21 is placed through a suspender loop 40 attached to an end 102 of a pair of suspenders end 25 is pulled through suspender loop 40 until suspender loop 40 is located about midway along the length of loop 21 as shown in fig4 b end 25 of loop 21 is then threaded under loop of material 22 which as discussed above is secured to loop 21 once end 25 has been threaded through loop 22 it is pulled through until narrow section 201 fig2 a is in proximity to loop 22 this serves to lock loop 21 in place as will be seen attachment device 10 via slot 24 is now in position to be hooked onto a button affixed to the inside of a pair of pants in the event that the user desires to use the jaw mechanism the mechanism is opened fig4 c and lever 20 is slipped through slot 24 the.

section 140 of the hull 122 and water 164 contained in the lower part of the interior of the second section 140 of the hull 122 opening the valve of the valve assembly 146 allows air 162 to vent from the hull 122 through the opening 144 and the outlet 145 as shown by the arrows in fig6 which permits more water 164 to flood into the hull 122 through the openings 142 thereby reducing the buoyancy of the ballast tank 102 and causing the depth of the auv 100 to increase to increase buoyancy and decrease the depth of the auv 100 the valve of the valve assembly 146 is closed and the valve of the valve assembly 154 is opened to introduce high pressure gas into the hull 122 the high pressure gas forces water 164 out of the openings 142 in the hull 122 as shown by the arrows in fig6 which increases the amount of air 162 in the hull 122 and increases the buoyancy of the ballast tank 102 the ballast tank 102 is a structure that is separate from the auv 100 and is not a part or sub part of the auv 100 as a result the displaced volume of the auv 100 remains the same before and after release of the ballast tank 102 from the auv 100 the auv 100 and the ballast tank 102 are releasably attached in any suitable manner for example the auv 100 and the ballast tank 102 can be releasably attached in a manner similar to the attachment described above for the auv 10 and the payload 12 shown in fig1 3.

its extension to 2d and 3d exchange conditions and its validation in relation to reference simulations on finely gridded models is described hereafter heading 0043 formulation of out of equilibrium oil and gas transfers between a fracture and a non gridded matrix block transfers between a fracture continuously swept by fresh injection gas and an initially oil saturated matrix block are based on the following modelling of the physical phenomena involved a component transfer takes place through the interface between the oil and the gas so as to establish a local equilibrium between the two phases this local equilibrium is obtained instantly in relation to the time required to establish a global equilibrium between the fracture and matrix fluids by means of diffusion phenomena on block scale a molecular diffusion takes place within each phase as a result of the composition difference between the interface between phases and the phase taken as a whole because of volumetric changes within each phase the vapour liquid interface progresses swelling or moves back vaporization within the matrix medium the simplified model of these phenomena considers that a vapor liquid front exhibiting a quasi static equilibrium at the interface is established from the initial time and progresses at a velocity controlled by.

peroxide drogen peroxide peroxide______________________________________number of bacteria 6 1 u00d7 10 sup 2 less than 1 u00d7 10 sup 1 6 4 u00d7 10 sup 2in water cfu ml number of bacteria 1 3 u00d7 10 sup 6 1 0 u00d7 10 sup 2 1 8 u00d7 10 sup 6on surface of coppertube cfu cm sup 2 rest potential 160 100 80of copper tube mv ag agcl ______________________________________ table 4______________________________________concentration of h sub 2 o sub 2 10 mg l added as sodiumperoxocarbonate before add after 2 hr after 24 hr from ing hydrogen from adding hy adding hydrogenexample 4 peroxide drogen peroxide peroxide______________________________________number of bacteria 2 0 u00d7 10 sup 3 less than 1 u00d7 10 sup 1 5 4 u00d7 10 sup 3in water cfu ml number of bacteria 5 4 u00d7 10 sup 5 8 2 u00d7 10 sup 3 2 3 u00d7 10 sup 4on surface of coppertube cfu cm sup 2 rest potential 150 140 60of copper tube mv ag agcl ______________________________________ table 5______________________________________concentration of h sub 2 o sub 2 10 mg l added as hydrogen peroxide before add after 2 hr after 24 hr from ing hydrogen from adding hy adding hydrogenexample 5 peroxide drogen peroxide peroxide______________________________________number of bacteria 1 6 u00d7 10 sup 3 1 8 u00d7 10 sup 2 2 2 u00d7 10 sup 2in water cfu ml number of bacteria 3 2 u00d7 10 sup 5 6 4 u00d7 10 sup 3 1 2 u00d7 10 sup 5on surface of coppertube.

75 part by weight of methyl chloride gas was added the reaction was additionally continued for one day after which the pressure was released the crystals that had formed within the system were separated off by vacuum filtration and then dried using a vacuum pump thereby giving 1 29 parts by weight of n 2 methoxyethyl n methylpyrrolidinium chloride yield 92 the cation exchange resin amberlist 15js hg dry organo corporation was packed into an approximately 20 ml column and exchanged to the hydrogen form an aqueous solution of 55 g of n 2 methoxyethyl n methylpyrrolidinium chloride mempcl dissolved in 100 ml of deionized water was passed through the packed column after which deionized water was thoroughly passed through the column until the eluate reached neutrality after carrying out this and similar operations a plurality of times the eluate obtained when n 2 methoxyethyl n methylpyrrolidinium chloride had been passed through was confirmed to be substantially neutral indicating that the resin had been converted to the n 2 methoxyethyl n methylpyrrodinium form following such conversion deionized water was thoroughly passed through the column and the eluate was confirmed to be neutral an aqueous solution of 7 57 g of sodium 3 trimethylsilyl 1 propanesulfonate from sigma aldrich co dissolved in 150 ml of deionized water was then passed.

i activities are expressed as the amount of material g l needed to reduce the activity of the ace i enzyme by 50 ic 50 ace i activity in the hydrolysate was 0 44 g l and flavour acceptability score as determined by a taste panel was very high a 50 solution of alacen u2122 421 whey protein concentrate 56 protein content 10 l was treated with commercial lactase sourced from kluveromyces lactis lactozyme 3000l ex novo nordisk at an enzyme to substrate ratio of 0 3 at 50 u00b0 c for 2 hours the lactase treated solution was hydrolysed with neutrase novo nordisk denmark for 1 hour at 50 u00b0 c at an enzyme substrate ratio of 0 3 active enzymes were inactivated by uht treatment 5 sec at 95 u00b0 c after a five fold dilution of the mixture the hydrolysate was spray dried the dry powder dh 2 8 contained no traces of active enzyme and had an ace i activity of 2 18 g l the flavour score was exceptionally high due to the introduction of a low level of sweetening into the product ace i measurements and flavour acceptability scoring were determined as for example 1 a 500 l hydrolysate made from alacen u2122 392 in a similar way to that in example 1 was cooled to 10 u00b0.

object storage receptacle 136 the spacing can vary via having mount extension 160 with different lengths utilizing a plurality of mount extension 160 or combination thereon snacks 119 can be stored in the object storage receptacle 136 as illustrated in the sectional view of fig1 alternately snacks 119 can be stored in the snack containing section 112 being sealed via the cover 120 two 2 alternate bowl configurations are presented in fig1 through 20 the bowl sectioning wall 114 a can be extended providing an additional coupling region for securing a cover 120 a to the bowl body 104 as illustrated in fig1 and 18 the cover 120 a would include an opening which provides a clearance for insertion and removal of a drink 118 by providing a cover securing interface 124 a the user can secure the cover 120 a to the bowl 102 and rotate the cover 120 a about the drink 118 thus giving access to snacks stored in the snack containing section 112 a small notch can be provided along the snap latch ring 126 fig2 for clearance for the rotation alternately the bowl sectioning wall 114 a can be extended as previously shown and a portion of the bowl body 104 adjacent to the drink holder section 116 b can be formed shorter as illustrated in fig1 and 20 the cover 120 b would be formed having a crescent shape exposing the drink holder section 116 b the.

skilled in the art to supply them as required in fig1 two lengths of pipe heat tubes 10 and 12 and delimit two tracing segments insulated conductor 14 is connected to heat tube 10 at a first end runs within heat tube 10 and passes without heat tube 10 at a second end similarly an insulated conductor 16 is connected to heat tube 12 at a first end runs within heat tube 12 and passes without heat tube 12 at a second end a window type current transformer 18 has a first conductor 180 a second conductor 182 electromagnetically coupled to conductor 180 and a winding 184 electromagnetically coupled to both conductor 180 and to conductor 182 a first terminal of a first alternating current source 20 is connected to a first terminal of a second alternating current source 22 at a node 21 a second terminal of alternating current source 20 is connected to a first end of conductor 180 a second end of which is connected to insulated conductor 14 a second terminal of alternating current source 22 is connected to a first end of conductor 182 a second end of which is connected to insulated conductor 16 the second ends of heat tubes 10 and 12 are connected to node 21 a first terminal of a current detecting apparatus 19 is connected to a first end of winding 184 a second terminal of current detecting apparatus 19 is connected to a second.

g a first rotational direction of the motor 44 is set step 192 if not a second opposing mobilization direction e g a second rotational direction of the motor 44 is set step 194 here the first mobilization direction represents moving the gate panel 30 toward the fully closed position i e reducing the actual open fraction fa of the gate and the second mobilization represents moving the gate panel 30 toward the fully open position i e increasing the actual open fraction fa of the gate a check can be performed to determine whether the motor 44 is energized step 196 and if not the motor 44 energized step 198 alternatively the gate control algorithm 170 can execute an energization of the motor 44 which in certain embodiments is simply and harmlessly redundant if the motor 44 is already energized after energization of the motor 44 is established and the attendant movement of the gate panel 30 in the proper direction the gate control algorithm 170 branches back to the main control algorithm 150 branch 184 referring to fig1 a position index tracking algorithm 200 is depicted in an embodiment of the disclosure the position index tracking algorithm 200 can be a service interrupt routine as depicted in fig9 that is initiated any time a pulse is detected by the cpu 102 step 201 in one embodiment a check is made to determine if the motor 44 is energized step 202 the check at step 202 can be done one of several ways including determining the presence of current being carried by cable 73 to.

that pump 62 is not activated by transient signals attributable to stimuli other than a gradual darkening or lightening of ambient light to a predetermined u201c trigger u201d level so called u201c dusk u201d and u201c dawn u201d discriminators u 4 then compare the signal being received from light sensor 18 to predetermined signal values consistent with u201c dusk u201d and u201c dawn u201d ambient light conditions parallel nand gates receive the signals from the discriminators and assuming that the pump start criteria has been met signal pump controller module 86 to start pump 62 optionally a manual override push button switch sw 2 is provided for use in manually starting pump 62 at a time other than as determined by light level discrimination module 84 referring to fig5 and 6 b power supply module 90 preferably comprises a 110 volt or 220 volt ac input current a step down transformer to reduce the current to 12v a rectifier to convert the 12v from alternating to direct current a filter and a regulator the 12v dc current is then fed to the circuitry on pc board 66 fig3 and 110 volt ac line current upstream of the transformer is desirably fed to pump 62 fig3 as shown in fig6 c an on off power switch sw 1 60 in fig2 and fuse f 1 are desirably provided between the inlet power plug p 2 fig6 b and transformer 68 fig3 referring to fig4 and 6 c pump start module 86 preferably comprises a misting duration selector a misting duration timer and a controller for the ac pump 62 fig3 referring to fig6 c the desired duration.

14 15 leading to the place of lubrication and to the oil tank respectively the pump is as an example operated by an angle gear with pinions 16 and 17 which have oblique teeth with a very small pitch therefore when the drive gear 16 rotates rapidly a large gear reduction takes place so that the piston 11 with the piston rod 18 and a helical spring 19 fitted on it rotates slowly during the rotation an oblique surface 20 of the piston slides towards the end of a lever 21 in the cylinder and from the force of the spring against the gear 17 the piston gets an axial movement of a length corresponding to the relative positions of the oblique surface as well as of the layer the movement is in one direction guided by the spring and in the other by the oblique surface the pumping effect is achieved by the axial movement mentioned and from the valve function caused by a bevel cutting 22 as well as by some ports 23 24 in the channels 14 15 of the pump housing 12 when the piston is fully pressed into the cylinder as shown on the figure the bevel cutting stands inclined upwards against the output channel 14 which then is open towards the cylinder twisted 180 u00b0 from there the bevel cutting stands towards the input channel 15 when the piston is somewhat retracted in the cylinder this type of oil pump is well known and used in chain saws the previously mentioned axial movement is made by the piston 39 s contact with the lever 21 which is swingably journalled on a pin 25 in the cylinder by means of different angular.

fig3 video probe 20 is pivoted at guide shaft 60 in a resting position which allows to introduce guide shaft 60 together with video probe 20 through trocar 16 into abdomen 12 of the patient to be treated as can be seen in front view according to fig4 video probe 20 is located in such a position that its outer cross sectional contour 72 is arranged essentially within and thus congruent to the outer cross sectional contour of guide shaft 60 the working position of video probe 20 of guide shaft 60 corresponds to the representation of guide shaft 14 in fig1 in the representation in fig4 furthermore a guide channel 76 of guide shaft 60 can be seen which is open on both ends i e at its distal end 38 and at its proximal end 68 in that way it is possible to introduce different working instruments 24 into guide shaft 60 or to remove them from the same in the course of the operation with reference numerals 77 and 78 two illumination devices are designated which are arranged at the distal end of guide shaft 60 and at image pick up unit 20 illumination device 77 comprises two led 39 s which are integrated in guide shaft 60 at both sides of guide channel 76 illumination device 78 comprises in comparison a disordered fiber bundle wherein the fiber ends are arranged concentrically to an image entrance opening 79 instead of the fiber bundles however also led 39 s can be.

11 according to fig5 a third embodiment cladding profile member 30 has a first u shaped profile member 31 with legs 31 1 longer and 31 2 shorter of unequal length which legs are bent over and form oppositely extending first and second flanges 31 3 and 31 4 respectively fastened to the first u shaped profile member 31 is a second u shaped profile member 32 with legs 32 1 and 32 2 of unequal length the shorter leg 32 1 of which is aligned with and extends in the opposite direction as the flange 31 3 and the longer leg 32 2 of which abuts the flange 31 4 contact surfaces for a further cladding element 33 which for example can be made of marble are formed by the leg 31 1 and the flange 31 3 the third cladding profile member 30 is fastened to the posts 2 by means of the screw connections 12 a fourth embodiment cladding profile member 40 is shown in fig6 as having a first u shaped profile member 41 one leg 41 1 of which has a bent over flange 41 2 which is connected with a leg 42 1 of a second u shaped profile member 42 contact surfaces for a further cladding element 43 made of for example marble are formed by the leg 41 1 and the flange 41 2 of the first u shaped profile member.

may be integrally formed with the body 12 as shown in fig1 the fingers 14 may be substantially rectangular in shape and composed of the same flexible wear resistant material as the body 12 as best shown in fig1 the fingers 14 may be arranged substantially parallel to each other in a substantially coplanar row extending substantially perpendicularly outward from the face 18 accordingly the row of fingers 14 defines an array of sieve like openings 24 of a predetermined size for allowing material of up to a predetermined size to pass through the fingers 14 as best shown in fig2 the rods 16 have a first end 26 embedded and or molded in the body 12 and a second end 28 extending outwardly from the face 18 and through the fingers 14 the rods 16 support the fingers 14 to provide sufficient stiffness for material separation as best shown in fig3 the rods may be embedded within the fingers 14 by a molding process and may extend the length of the fingers 14 the rods 16 may be composed of metals polymers combinations or composites thereof or other suitable materials in addition although illustrated as cylindrical in shape the rods 16 should not be deemed as limited to any specific shape one of ordinary skill in the art will appreciate the use of various shapes for the rods 16 turning to the screen 10 an example of how to use the screen 10 as illustrated in fig1 3 is set forth below as shown in fig2 the body 12 is positioned in a fixture cavity 22 of a vibrating screen machine.

24 this being a guarantee that the bulb valve element 28 39 is retained in the chamber 20 the diameter of the bulb valve element 28 39 is adapted to the diameter of the chamber 20 in such a way that when the engine is not running there is a gap between the bulb valve element 28 39 and the wall of the chamber 20 see fig4 a the dimensions of said gap are exaggerated for clarity reasons the gap has the effect that the pressure increase that occurs in the combustion chamber when the engine is started either manually or via the starter motor elevates the bulb valve element 28 39 somewhat see fig4 a in order to admit gas to flow out through the opening 24 and bypass the bulb valve element 28 39 said gas being discharged to the atmosphere via the radial holes 26 when the engine has started there is instantly through the combustion a very rapid heating of the bulb valve element 28 39 due to the fact that the spigot 29 39 is directly exposed towards the combustion chamber 22 the bulb valve element 28 39 then expands and the radial expansion brings about that the periphery of the bulb valve element 28 39 will sealingly contact the wall of the chamber 20 see fig4 b in the disclosed embodiment the bulb valve element 28 39 is designed with two axially separated sealing surfaces this is only an example of different sealing arrangements that are possible there.

generated for different target luminance of the light source the shortcoming that luminance may be regulated to a set extent only in the related technology is overcome the luminance of the light source may be smoothly regulated and dimming flexibility is ensured those skilled in the art should know that the embodiment of the disclosure may be provided as a method a system or a computer program product therefore the disclosure may adopt a form of pure hardware embodiment pure software embodiment and combined software and hardware embodiment moreover the disclosure may adopt a form of computer program product implemented on one or more computer available storage media including but not limited to a disk memory an optical memory and the like including computer available program codes the disclosure is described with reference to flowcharts and or block diagrams of the method equipment system and computer program product according to the embodiment of the disclosure it should be understood that each flow and or block in the flowcharts and or the block diagrams and combinations of the flows and or blocks in the flowcharts and or the block diagrams may be implemented by computer program instructions these computer program instructions may be provided for a universal computer a dedicated computer an embedded processor or a processor of other programmable data processing equipment to generate a machine so that a device for realizing a function specified in one flow or more flows in the flowcharts and or one.

39 and 38 respectively to provide secure closure of the valise structure when mutually engaged fig2 illustrates in perspective view a valise 40 formed from double shell 12 upon removal of the detachable components of hand truck 10 and the folding of half cylindrical sections 16 and 18 on hinge 14 until they meet along edges 38 and 39 the opposite ends of the resulting cylinder are closed by plugs with end plug or closure 43 shown fitted between the half cylindrical sections 16 and 18 alternatively the opposite ends of valise 40 may be closed by boots fitted over the outside of half cylindrical sections 16 and 18 the interior faces of half cylindrical sections 16 and 18 may be grooved to receive end plug 42 wheels 24 and 26 carrier 32 and handle 34 may be stored inside valise 40 a strap handle 44 is attached to an exterior face of half cylindrical section 18 openings 30 provide for ventilation of valise 40 referring to fig3 hand truck 10 is depicted carrying a scuba tank 46 tank 46 is secured within half cylindrical section 16 by a strap 48 which is wrapped around the scuba tank the exterior of the half cylindrical section and the lower portion of handle 34 the bottom of tank 46 rests on lateral carrier 32 handle 34 is mounted to the back.

optionally substituted phenyl includes phenyl and phenyl substituted once or twice with c 1 c 6 alkyl c 1 c 4 alkoxy hydroxy nitro chloro fluoro or tri chloro or fluoro methyl the compounds used in the methods of this invention form pharmaceutically acceptable acid and base addition salts with a wide variety of organic and inorganic acids and bases and include the physiologically acceptable salts which are often used in pharmaceutical chemistry such salts are also part of this invention typical inorganic acids used to form such salts include hydrochloric hydrobromic hydroiodic nitric sulfuric phosphoric hypophosphoric and the like salts derived from organic acids such as aliphatic mono and dicarboxylic acids phenyl substituted alkanoic acids hydroxyalkanoic and hydroxyalkandioic acids aromatic acids aliphatic and aromatic sulfonic acids may also be used such pharmaceutically acceptable salts thus include acetate phenylacetate trifluoroacetate acrylate ascorbate benzoate chlorobenzoate dinitrobenzoate hydroxybenzoate methoxybenzoate methylbenzoate o acetoxybenzoate naphthalene 2 benzoate bromide isobutyrate phenylbutyrate u03b2 hydroxybutyrate butyne 1 4 dioate hexyne 1 4 dioate caprate caprylate chloride cinnamate titrate formate fumarate glycollate heptanoate hippurate lactate malate maleate hydroxymaleate malonate mandelate mesylate nicotinate isonicotinate nitrate oxalate phthalate teraphthalate phosphate monohydrogenphosphate dihydrogenphosphate metaphosphate pyrophosphate propiolate propionate phenylpropionate salicylate sebacate succinate suberate sulfate bisulfate pyrosulfate sulfite bisulfite sulfonate benzene sulfonate p.

seen in fig9 the inner wall 109 has a ledge 112 which extends from the first part 105 the ledge 112 is the second electrode of the charging cap 102 and is arranged with a second spring element 113 so that the ledge 112 is spring loaded against the rechargeable unit 103 when inserted into the charging cap 102 at the inner wall 109 at an edge part 114 of the wall 104 two clamping members 115 are attached the clamping members 115 are in the present example arranged to extend from an outer surface 116 of the wall 104 through the wall 104 and extend far enough off the inner side 109 in order to be able to engage in corresponding recesses 115 a on the rechargeable unit 103 when the rechargeable unit 103 is inserted into the charging cap 102 the charging cap 102 is further provided with a female socket 117 to receive a cable for connecting with for example but not by way of limitation an ac dc adapter 118 the rechargeable unit 103 comprises an end surface 119 having a centered on off button which is arranged to function as a third electrode 120 the end surface is encircled by a fourth electrode 122 in the present and preferred example the fourth electrode 122 raises above the end surface 119 but embodiments wherein the fourth electrode is in level with.

that individual threads 24 do not touch each other in particular the thread guide arrangement 32 may be formed by a eyelet plate 32 with equally spaced eyelets 33 it is advantageous if these eyelets 33 are set around a circle with the eyelet plate 32 shaped in the form of a ring since tangling is then very unlikely even though the emerging threads may leave at time varying angles such an arrangement provides an easy way of preventing mutual interference between the strings 24 the frame 1 comprises a turning axle 34 which by cooperating with guiding wheels 5 through a central trunion nipple or other means may be definitely determined the central axis 34 runs through the guiding arrangement 32 the lapping arrangement 25 is similarly driven from main shaft 9 over a toothed belt 35 in such a manner that the threads 24 move in the direction shown by arrow 36 if lapping arrangement 25 is taken as a frame of reference in fig3 where the lapping arrangement 25 is viewed from below the circulation direction 36 of the lapping arrangement 25 and the turning direction 16 of the frame 1 are similarly indicated in fig2 an intermediate drive 37 for example a stepping drive is provided which is controlled by a program arrangement 13 by the means of which the lapping pattern may be provided with changes in the circulation movement for example stopping higher speed reverse direction may be imposed on lapping arrangement 25 the circulatory movement of the lapping arrangement 25 and the adjustments to the average speed of frame 1 which are controlled by program arrangement 13 are thereby advantageously adjusted to each other there remains the possibility that while the lapping arrangement 25.

layer 13 b and the structural layer 12 b in the guard ring 120 can form a tightly closed structure with other portions thereof the structural layer 12 b is preferably a dielectric layer or a layer with dielectric function so that the guard ring 120 is not short circuited to the conductive layer 17 but it should be formed by a material other than that for the dielectric layer 20 for example the dielectric layer 20 can be made of silicon dioxide and the structural layer 12 b can be made of silicon nitride silicon oxynitride etc in a preferable embodiment the structural layer 12 b is made of undoped polysilicon for better process integration in the microelectronic device area 200 the conductive layer 17 can be electrically connected to the microelectronic devices through interconnection formed by the contact layer 13 c the metal layer 14 etc fig4 illustrates the third embodiment of the present invention in this embodiment the contact layer 13 a is also used as the conducting wire in the mems device area 100 and the structural layer 12 a such as an undoped polysilicon layer or a layer made of any other material capable of providing electrical isolation is provided as the electrical isolation between the contact layer 13 a and the substrate 11 yet the cross area interconnection of the mems device and the microelectronic device is achieved by a well 18 in the substrate 11 the well 18 for example includes an n type well 18 a and a heavily doped n well 18 b above the n type well 18 a and the substrate 11 for example can be a p.

change is even more profound it is apparent that a combination of different depths of investigation allows differentiations of geological formation at different radial distances the modular design makes it easy to configure the tools for different array spacing further the use of one or more tri axial antennas as transmitters and or receivers increases the spacing that may be achieved which provides a corresponding increase in doi some embodiments of the invention relate to resistivity array designs having transceiver antennas in these tools the antennas are not designed as separate transmitters or receivers instead the same antenna can function as either a transmitter or a receiver such enhancement besides being economically advantageous allows more depths of investigation for the same number of subs as illustrated in fig3 fig3 shows a tool assembly 40 having three subs 41 42 43 that form two arrays with spacing of d and dx 2 because the antennas 41 and 43 can function as a transmitter or a receiver a third array having a spacing of dx 3 is also available with this tool configuration moreover with the transceiver antennas directional measurements can also be performed without having to have both transmitter and receiver belonging to a common downhole tool for example a set of symmetrized measurements may be obtained first with antenna 41 as the transmitter and antenna 43 as the receiver then with antenna 43 as the transmitter and antenna 41 as the receiver some embodiments of the invention relate to tools having.

of safety enclosure 101 is inserted into opening 205 fig3 b and 3d and extends through sleeve joint coupling 200 into vertical frame member 103 a distance that is sufficient to distribute any shearing and or torquing forces that may be imparted to vertical pole member 105 along the inside of vertical frame member 103 so that vertical frame member 103 does not fail vertical pole member 105 can be secured in vertical frame member 103 using for example a pin 301 and a cotter ring not shown alternatively vertical pole member 105 is secured in vertical frame member 103 using a sheet metal screw and or a bolt and nut fig4 a 4c respectively show a side view a top view and an end view of a second exemplary embodiment of a sleeve joint coupling 400 for a trampoline frame according to the present invention sleeve joint coupling 400 is generally shaped as a u201c t u201d and includes three arm members 401 403 each having a generally round cross sectional shape each arm member 401 403 receives a trampoline frame member not shown in fig4 a 4c of similar cross sectional shape into an opening 404 fig4 c sleeve joint coupling 400 includes an opening 405 shown in fig4 b that receives a safety enclosure vertical pole member not shown in fig4 a 4c having a generally round cross sectional member fig5 a 5c respectively show a side view a top view and an end view of a third exemplary embodiment of a sleeve joint coupling 500 for a trampoline frame according to the present invention sleeve joint coupling 500 is generally shaped as a u201c t.

u00b0 from about 180 u00b0 to about 95 u00b0 from about 180 u00b0 to about 80 u00b0 preferably from about 180 u00b0 to about 90 u00b0 more preferably from about 180 u00b0 to about 75 u00b0 whereas the field side end of the bracket may rotate about 45 u00b0 or less about 40 u00b0 to about 35 u00b0 about 40 u00b0 to about 30 u00b0 or vice versa an embodiment of a hinge that may be used in embodiments of the invention is shown in fig4 the hinge comprises a pin not shown and two halves a male half 410 and a female half 430 when assembled a pin not shown is inserted in a hole 440 in the female half 430 and through the hole 420 in the male half 410 connecting the two pieces of the hinge referring now to fig5 6 and 7 the rotation of the parts of an exemplary rail clip as disclosed herein is depicted a side view of an embodiment of a rail clip 540 with the field side of the bracket on the left and the gage side of the bracket on the right as described herein is shown in fig5 for convenience the rail clip is described as shown in fig5 with the field side on the left and the gage side on the right but the mirror image not shown would apply to the second rail with the gage side of the bracket on the left and the field side of the bracket on the right the rail clip 540 shown in fig5 comprises a j shaped bracket 550 connected to a reverse c shaped.

22 is pointed as shown by fig1 and 3 and also tapered to provide a gap 38 under the end portion 36 and above the dial plate 10 thus facilitating the displacement and wedging of yarn between the elastomeric member 22 and the plate 10 to retain the yarn in position when disengaged from the knitting instrumentalities the binder wire 24 may be bent slightly to position the elastomeric member 22 to the correct setting relative to the direction of yarn movement and to apply a selected amount of pressure on the dial plate 10 the binder member forward end pointed portion 36 should be positioned just off the dial 10 with the gap 38 diminishing or closing towards the heel portion 34 the elastomeric binder may be swiveled on the wire portion 32 to level it laterally with respect to the dial plate 10 the wire member 24 may be of various sizes and types and in a preferred embodiment has a diameter of approximately 0 020 inches the durometer hardness of the elastomeric element 22 may be within the range of 45 70 and in a preferred embodiment has a durometer hardness of 60 the room temperature vulcanized silicone rubber will not break down or harden when it comes in contact with oil and with heat generated by the knitting machine at any one time two or more yarns of various sizes or deniers may be clamped between the elastomeric member and dial plate at an one time the pliable surface of the member 22 permits the various sizes to be equally grasped fig4 6 illustrate another embodiment of the yarn binder mechanism of the invention the.

particular as a rectangular toroid body but is not limited thereto in other embodiments the main body may have a trapezoidal a circular or any other acceptable shaped transverse cross section still referring to fig1 and 2 the spring damper material 112 includes a compressible material in at least the first rib 116 the second rib 118 and the compressible portion 126 the compressible material includes one or more of an elastomeric material a hyperfoam material and a nylon each of these materials may be any such materials that are suitable to absorb and or damp the vibrations generated by the shaft and can withstand the general conditions experienced by the shaft such as temperature changes road conditions etc the elastomeric material may be or include one or more of a styrene butadiene rubber a natural rubber a nitrile butadiene rubber an ethylene propylene diene rubber epdm an ethylene acrylic elastomer a hydrogenated nitrile butadiene rubber and a polycholoroprene rubber one example of an ethylene acrylic elastomer is vamac u00ae ethylene acrylic elastomer from e i du pont de nemours and company the hyperfoam material may be or include one or more of micro cellular urethane sponge or the like the nylon may be or include nylon 6 nylon 6 6 or the like.

in to the notches 11 2 and 11 4 at the screw head 5 the screw part 3 can be removed by changing the direction of rotation out of the bone advantageously an assembly set as per the invention from the screw driver 12 and or 12 1 and a bone screw 1 is supplemented through a magazine such as shown in fig9 this magazine 31 serves the purpose to accommodate the bone screw 1 free of rotation and to prepare for removal with the screw driver 12 and or 12 1 in order to fulfill this task it presents two holder plates 32 1 and 32 2 these arranged over each other in a space which conforms to a height of the screw head 5 and the section 9 and present aligned openings 33 and 34 the opening 33 is created bigger than the largest diameter d 1 of the bone screw 1 the bone screw can be guided through the hole for this the opening 34 is shaped in such a way that the bone screw 1 remains hanging with its screw head 5 at the lower holder plate 32 2 preferably such a magazine serves the purpose of accommodating many bone screws even in different lengths in fig1 another embodiment of a surgical instrument r is shown this comprises of shaft 2 and bone screw 1 at the bone screw 1 the screw head 5 is formed here the advantage is that the transport and packaging costs can be.

17 may result in more complete loading and or unloading of the sampling bag 40 the contacting surfaces on the top additional plate 18 as well as bottom panel 13 comprise an adhering means the embodiments of the sampling device shown in fig1 and 2 may be used with conventional or standard sampling bags or specially designed sampling bags embodiments of the sampling device may comprise removable and or changeable panels or a set of removable and or changeable panels the panels in the set may be of different size shape or include a different adhesive for example an embodiment may include a kit of multiple sized panels so the panel may be changed to be more compatible with the size of the desired sampling bag for example a smaller panel may be removed and replaced with a panel comprising a larger surface area than the surface area of the sampling bags flexible wall the embodiments of the sampling devices shown on fig1 and 2 may be moved away from each other not only by the hands of operator but by other biasing means such as but not limited to weights springs an electric motor or other biasing mechanisms as described in fig3 another embodiment of the sampling device is shown the sampling device 10 of fig3 comprises two panels u2014 top panel 12 and bottom panel 14 made from a flexible material with shape memory embodiments of the invention may have a cross sectional shape in the general shape of a cylinder oval a portion of a circle or a portion of an oval the flexible material for those panels may be selected from a group including but not.

operating as a negative electrode collector and was dried in situ to form a layer of an active material of the negative electrode which was then compression molded to form a negative electrode first 42 5 parts by weight of ethylene carbonate 42 5 parts by weight of propylene carbonate and 15 parts by weight of lipf 6 were mixed together to prepare a plasticizer to 30 parts by weight of the plasticizer were mixed 10 parts by weight of a copolymer of vinylidene fluoride and hexafluoropropylene and 60 parts by weight of tetrahydrofuran and dissolved to prepare a gelated electrolyte the gelated electrolyte was coated on a teflon sheet to give a film of a gelated electrolyte which was sandwiched between a layer of an active material of the positive electrode and a layer of an active material of the negative electrode and pressure bonded together to prepare a flat plate gelated electrolyte cell having an area of 2 5 cm by 4 0 cm and a thickness of 0 3 mm first lithium carbonate and cobalt carbonate were mixed at a ratio of 0 5 mol to 1 mol and the resulting mixture was fired in air at 900 u00b0 c for five hours to produce licoo 2 as an active material for the positive electrode 42 5 parts by weight of.

distance u03b2 g m from the scan lines in the first field recall that u03b4 depends on the velocity of the aircraft to determine the velocity v and angle u03b8 which are solutions yielding m lines equally spaced the following equation must be solved equ25 the velocity v and the angle u03b8 that satisfy this equation provide solutions having m scan lines equally spaced except for the case when u03b8 u03b1 this corresponds to the scan lines being parallel to the direction of flight and u03b4 u221e in any case it is important to maintain m overlapping fields to prevent gaps in the data the sensitivity of u03b4 to variations of the angle u03b8 is determined by using percentage sensitivity a percentage sensitivity to small variations is attained by dividing a first derivative of a function by the function itself in this connection it is desirable to have small values of the percentage sensitivity in the following analysis u03b4 is the function whose sensitivity is to be determined with respect to variations in the angle u03b8 a u03b8 below is the equation within the absolute value of the numerator of u03b4 and c gy is the denominator of u03b4 in other words equ26 where the equations for a u03b8 and c gy are equ27 from these equation the first derivative can be obtained with respect to the angle u03b8 equ28 the graph of this function using the typical values used for the previous sensitivity analysis and with the x axis representing values of the angle u03b8 measured in radians is shown in fig9 from fig9 it is apparent that u03b4 is extremely sensitive to variations of the angle u03b8 for values of the angle u03b8 near.

an alkali metal a hydrate of the inorganic salts of alkali a hydrated salt a eutectic of the chlorides a nitrate an acetate and an ammoniate of the light metals the heat absorbing material 104 may include only a single endothermic material or any combination of endothermic materials the heat absorbing material 104 may be microencapsulated referring now to fig2 there is illustrated an electronic device 200 mounted on a pcb 201 the electronic device 200 is thermally and physically connected to the pcb 201 by way of a first thermal structural bond 208 the pcb 201 is thermally and physically connected to a housing 203 by way of a second thermal structural bond 202 the housing 203 contains a first heat absorbing material 204 which is a means for a first heat transfer 205 and a second heat absorbing material 206 which is a means for a second heat transfer 209 from the electronic device 200 the housing 203 is a thermally conductive structure which contains a first heat absorbing material 204 and a second heat absorbing material 206 the first heat absorbing material 204 may be the same as the second heat absorbing material alternatively the first heat absorbing material 204 may.

linear coupling mechanism for coupling the brake booster piston to the adjustment means in order to apply variable force to the brake booster piston application_number US 201113993073 A description fig1 shows a schematic view of the electromechanical brake booster under consideration in the text which follows identical reference signs denote identical components the brake booster under consideration comprises a brake booster piston 10 which exerts an assistance force on a brake master cylinder 100 in order to brake the vehicle 200 not shown the assistance force of the brake booster piston 10 is produced during the interaction of an electric motor 20 with an adjustment means 50 and is then transmitted to the brake booster piston 10 via a coupling mechanism 40 which interacts with the adjustment means 50 and implements a variable transmission ratio of the coupling mechanism 40 depending on its position the coupling mechanism 40 operates according to a simple lever arm principle in which the pulling force of the adjustment means 50 on the coupling mechanism 40 is intensified in proportion to the length of the lever arms of the coupling mechanism 40 the electric motor 20 is arranged above the brake booster piston 10 with the axis of symmetry of the brake booster piston 10 and the axis of symmetry of the electric motor 20 lying in a common vertical plane the output shaft of the electric motor 20 is formed by a threaded spindle 30 which extends substantially parallel to the axis of symmetry of the brake.

locking pin can be beaten in during these operations of course the tongue 3 is not in place instead of the locking pin any other locking measure may be taken such as a locking member positioned in the range of the channel 13 to press the antifriction insert 1 against the stock rail 2 this member for instance may be a spring supported on the web 4b of the guard rail 4 and on the end section 12 of the anifriction insert disassembly of the antifriction insert takes place in the opposite order first the locking member is removed if the locking member used is a pin it is beaten down all the way through into the space 16 then the antifriction plate is displaced toward the guard rail 4 until the projections 8 are aligned with the hollows 9 and the antifriction insert 1 can be lifted upwardly it is obvious that the path of displacement needed for disassembly is very short and this facilitates the disassembling fig3 is a top plan view of the antifriction insert shown in fig1 and 2 essentially this embodiment is characterized in that there are three projections 8 each at the two longer sides of the frame 7 fig4 shows a top plan view of a second embodiment of the antifriction insert similar to fig3 here the antifriction insert has three projections 8 at one side only while it comprises a chamfer 19 throughout the entire longitudinal direction at the opposite side the base member 5 accordingly has one continuous groove at one side while the groove at the opposite side has the three hollows 9 in this case the antifriction insert having been properly oriented with respect to the base member 5 is inserted from above first such that.

tunnel for freezing the wafer cone and the semi frozen confection and a dipping area including more than one pin less socket apparatus for accepting the wafer cone and moving the wafer cone through a dipping bin within the system the coating filling cooling and dipping areas may be on the same or separate assembly loops including the socket apparatus within one or more of such assembly loops application_number US 13635805 A description fig1 a is a perspective view of a pin less socket 10 in accordance with a first embodiment of the present invention the pin less socket 10 is shown with a wafer cone 100 inserted therein the pin less socket 10 includes a socket 11 in the form of a truncated section that is conical and hollow the socket is smooth and shaped to accept the bottom half of the wafer cone 100 it should be understood that wafer cones are fabricated in standard sizes that deviate very little cone to cone accordingly the bottom half of wafer cone 100 may snugly fit into the socket 11 even with minor cone variations the wafer cone 100 is held in place via a hook 13 that includes a hinge 14 an o ring 12 located within a groove 12 a surrounds the outside of the socket 11 to cause compression of the hook 13 compression of the hook 13 causes one or more teeth shown.

due to their accumulation and sliding on the wind tunnel bottom plate with resultant high sorting accuracy fig4 graphically shows the results of experiments which were conducted by the present inventors for a mixture of crushed pieces of planar plastic and bulky foamed heat insulating material this graph shows the recovery ratio and the mixing ratio of the plastic pieces in the recovered foamed heat insulating material pieces in this figure the black dot and the white dot indicate the recovery ratios of the inventive sorter and the conventional sorter respectively furthermore the black triangular dot and the white triangular dot indicate the mixing ratios of the inventive sorter and the conventional sorter respectively in the wind force sorter of the present invention the ideal sorting with 100 of the recovery ratio and 0 of the mixing ratio can be achieved at the wind speed 4 8 m s shown by the solid line arrow lt a gt on the contrary in the conventional sorter only the sorting with about 80 of recovery ratio can be achieved at a wind speed 5 1 m s shown by the broken line arrow lt b gt furthermore in the conventional sorter when the wind.

and the like in the case of reduced n type conductive polymers the cation of the salt must be capable of insertion into the polymer during reduction without decomposition suitable cationic species include li na k rb cs alkylammoniums such as ch 3 4 n c 2 h 5 4 n c 3 h 7 4 n c 4 h 9 4 n ch 3 c 3 h 7 3 n as well as sulfonium and phosphonium analogs and the like and cyclic ions such as pyridinium imidazolium and the like particularly preferred are the alkali metal ions for devices which contain only p type or only n type polymers the ion that remains in solution and which is not inserted must be inert to oxidation and rduction respectively preferred anions for use in the presence of reduced polymers are pf 6 alkylborates and arylborates u s pat no 4 522 901 and halides preferred cations for use in the presence of oxidized conductive polymers are the alkali metal ions protons and silver ions room temperature molten salts may also be useful as electrolytes in the present invention such salts include alkylimidazolium tetrachloroaluminates the use of which for the oxidation and reduction of conductive polymers is described in u s pat nos 4 463 071 and 4 463 072 alkylpyridinium tetrachloroaluminates and mixtures of the above with alkali metal halides a variety of transparent conductors such as sno 2 ino 3 and cd 2 sno 4 and the like can be used for the conductive surface on walls 7 and 11 see fig2 and.

elimination member 12 incorporated in a video display terminal vdt 8 which has a cathode ray tube crt 10 member 12 includes an electrically conductive screen 14 secured to a flexible frame 15 by conductive polymeric strip 18 fig4 and an adhesive strip 17 a ground wire 16 extends from inside crt 10 and is attached to frame 15 by a nut 19 and bolt 20 combination frame 15 includes a front frame part 15 39 and a rear frame part 15 34 as shown in fig5 frame parts 15 39 and 15 34 are joined at their end edges 9 to form frame 15 screen 14 is formed of fibers which range from 0 002 inches to 0 0028 inches in diameter and a mesh count of 109 to 200 filaments per inch to provide mesh openings of 0 003 to 0 006 inches as indicated in u s pat no 4 253 737 incorporated herein by reference screen 14 is mounted in frame 15 and maintains contact over the display surface 27 of the crt 10 to eliminate the distortions in newton rings and morie patterns screen 14 is formed by treating fine mesh fabric preferably nylon or polyester in a heated bath which contains copper ii sulfide and an acid carbon black powder may be added to the bath as a catalyst the copper sulfide is adsorbed onto the fibers to render the fibers of screen 14 electrically conductive which allows the screen to function as a static electricity and radiation elimination device also the screen 14 may be dyed with an anti reflective color such as dark grey or black to reduce glare the method of.

a thermistor is used as a temperature sensor 43 in this embodiment the thermistor detects temperature of the secondary coil 41 and the corresponding detected temperature values are received by the controller not shown however since the thermistor is not turned off even though the detected temperature is above a predetermined value it is preferable to use the thermistor along with one or more other components which function as a temperature responsive safety device e g a fuse as indicated above fig5 is an enlarged perspective view of a high voltage transformer in which a secondary coil part according to a secondary embodiment of the present invention is installed on a printed circuit board pcb while fig6 is an enlarged cross sectional view of the secondary coil part taken generally line vi u2014 vi of fig5 this embodiment is similar to that described above and hence description of parts which correspond to those in the high voltage transformer according to the first embodiment of the present invention will be dispensed with or only briefly made reference to the high voltage transformer 20 of fig5 includes a pair of cores 21 and 23 and primary and secondary coil parts 60 and 70 between the coil parts 60 and 70 is installed an insulation member or micasheet 27 made of suitable insulating material a temperature sensor 80 for detecting temperature of a secondary coil 71 see fig6 in order to protect the secondary circuit is installed in the secondary coil part 70 the secondary coil 71 of the secondary coil part 70 has an annular or ring shape and as shown in fig6 an.

be ploughed defined by the rearward projection or track between the outermost edges 104 106 of the plough blade continues to coincide with the tracks of the wheels 80 82 fig9 shows the body when rotated fully in the opposite direction i e with the cylinder 100 fully extended and the plough in a right displacing configuration now the shape of the quadrilateral 92 94 96 98 has distorted in the opposite manner relative to the fig7 shape with the distal axes of rotation and hence the apparatus body 52 shifted to the vehicle 39 s left i e as the body rotates clockwise the first and second pivot arms 74 76 rotate counter clockwise about their proximal axes of rotation 92 98 it can again be seen that this has the effect of keeping the track defined between the plough blade edges 104 106 aligned with the track of the wheels 80 82 when the vehicle drives straight ahead it is noted that as shown in fig8 and 9 the castors 68 have not rotated to trail along the line of the direction of travel as they would in fact do if the apparatus was driven in contact with the ground fig1 and 11 show the arrangement of fig7 from either side i e the front of the vehicle 78 with its pick up and mounting structure 88 in engagement with the apparatus 39 s vehicle mounting 70 it can be seen in this view that arm 74 is in two sections 74 a and 74 b section 74 a extends rearwardly from the first distal axis of rotation or pivot point 94 over the top of the vehicle body 52 and section 74 b connects downwardly at an angle to the first proximal.

condensate heat is emitted to the environment fig2 illustrates a cooling and heating rod which operates in accordance with the same principle as the cooling and heating plate of fig1 for cooling the water 21 is immersed into a liquid for heating the zeolite container 23 and the magnetic valve 22 is opened for reactivating purposes the zeolite filler 24 in the zeolite container 23 is heated to about 250 u00b0 c and the escaping steam is condensed on the water container wall 21 the absorbable material 26 distributes the condensate uniformly fig3 illustrates a further embodiment of the invention in the form of a combined cooling and heating pouch the sectional fig illustrates an insulation box 37 and a cooling and heating device in accordance with the invention in lid 38 the lid 38 is designed as a reverse lid so that the cooling water container 31 or the heating zeolite container 33 point into the inner chamber of the insulation box 37 depending on the intended purpose the cooling or heating operation is also activated by actuating the shut off device 32 or is interrupted by the shut off device a thermostatically controlled heating device 39 is mounted on the outer face of the zeolite container for reactivating the zeolite filler 34 to make sure that the reactivation of the zeolite filler 34 does not occur when the pouch is closed for safety reasons the current supply cable and the associated operating switch are so disposed that a regeneration cannot occur when the pouch is.

maintain the relative humidity in the tank 12 to 80 and more a preferred embodiment of an apparatus for preparing and or supplying a slurry for a cmp apparatus according to the present invention has been described the present invention however is not limited to the illustrative embodiment described above and various aspects may be implemented for example although the term u201c humidifying air u201d that comprises pure water and air is used an arrangement that uses water that has generally a similar effect including pure water and ultra pure water and nitrogen gas are within equivalents of the present invention and may also be implemented the slurry preparation apparatus etc 10 in a configuration as shown in fig1 was used to carry out cmp for verifying the effect of the present invention the capacity of the tank 12 was 15 liter and a colloidal silica slurry from cabot type ss 25 was used as a stock slurry solution ic1000 from rodel inc was used as a polishing pad a silicon wafer with an oxide film deposited was used for a working substrate humidity in the tank 12 during operation of the slurry preparation apparatus etc 10 was set to 92 and cmp was continuously run for 8 hours the slurry as it was after the run was used to polish working substrates for the test and microscratches were counted for polished 5 working substrates the number of microscratches in plane.

as seen in fig8 package support bars 60 one shown without a strip underneath extend parallel to and between each of two adjacent crossbars of the pallet and are connected to the bars 51a and 51b of the pallet by suitable fasteners 63 extending through apertures 64 and 64a fig1 a in the lengthwise bars and support bars respectively each support bar 60 fig9 and 10b has a series of sets of at least two downwardly extending pins which when the support bars are assembled over the strips 40 abut each of the topsides of the packages 22 inward of the leads 25 at at least two spaced points 65 and 66 to support each package in the row of the packages 22 the packages and frames are suspended transversely of bars 51a and 51b and extend parallel between crossbars 53 support bars 60 support each frame and each package so that the frame and package does not bulge upwardly and flex when they and the pallet are passed through the solder wave in solder coating operations using the preferred astra 16 machine the operator first assures that the preheater temperatures are at the desired level after conveyor start up the temperature of the upwardly facing surface of the package is checked care must be taken to have the specific gravity of the flux in the flux container kept within the manufacturer 39 s specifications the following operating parameters of.

the potential energy within the silicon regions is controlled by these gates via six phase timing that was detailed in fig3 a and fig3 b pixel pair 400 further includes window regions 405 and 406 through which a wide band of photons can be sensed by the photosensitive silicon beneath it thus providing very high qe within the window regions 405 and 406 channel potential gradient regions are created via implant doping that may be but not limited to for example boron in case of a p channel ccd pmos or for example phosphorus in case of an n channel ccd nmos the channel potential gradient regions 405 and 406 provide a permanent gradient from high to low potential levels that facilitate high efficiency charge transfer i e high cte from cell 409 to cell 410 the charge transfer is controlled by changing voltage levels in each of the gates 401 404 following the six phase scheme as depicted in fig3 a and fig3 b cycling through the voltage levels accordingly changes the potential in each region beneath gates 401 404 from a high enough level to block charge from reaching the window region 405 or 406 respectively during the off phase to a sufficiently low level to allow charge to transfer from region 405 to 406 during the on phase in accordance with another.

and 34 are held in the openings 20 by a connector mechanically connected to the fitting 32 and 34 to hold the fittings 32 and 34 in engagement with the interior of the first tank 18 about the openings 20 the invention is illustrated by two different embodiments of the fitting and connector in the first embodiment 32 of the fitting the fitting 32 extends through the opening 20 in the first tank 18 and the connector 35 surrounds and mechanically connects to the fitting 32 on the exterior of the metal tank 18 the fitting 32 includes an annular groove 36 and the connector 35 is disposed in the annular groove 36 more specifically the connector 35 comprises a pair of complimentary retention rings 38 disposed in the groove 36 and having ends abutting one another with mechanical connections 40 42 connecting the abutting ends thereof the connections 40 42 comprise hooks 40 on one of the rings 38 that are crimped around radial tabs on the other of the rings 38 the rings 38 may be identical with one of hooks 40 on one abutting end and one of the tabs 42 on the opposite abutting end the braze clad is disposed on the interior surface of the connector 35 to engage the annular groove 36 once in the brazing oven molten braze clad flows into the interface 44 between the fitting 32 and the interior of the.

balancing the controller 112 comprises a central processing unit cpu 122 support circuits 124 and memory 126 the cpu 122 may be a form of processor microprocessor microcontroller including an application specific integrated circuit asic the support circuits 124 comprise well known circuits that support the functionality of the cpu 122 including power supplies clock circuits bus circuits interface circuits and the like the memory 126 comprises random access memory read only memory and combinations thereof the memory 126 stores the control software 128 that is executed by the cpu 122 to control the operation of the interleaved flyback circuits 106 and 108 to facilitate digital control the signals from the sensors 114 116 118 and 120 are converted from analog signals to digital signals using analog to digital conversions adc that may stand alone or be part of the controller 112 in operation the controller 112 processes the sensor signals to derive timing signals for the switches q1 and q2 to achieve timing synchronization and load balancing for the interleaved flyback circuits 106 and 108 the use of interleaved flyback circuits reduces ripple current in the output power doubles the ripple frequency to facilitate simplified filtering to remove the ripple and doubles the output power of the converter interleaving functions best when the activation and deactivation cycles of each flyback circuit are exactly 180 degrees out of phase for embodiments of the present invention to achieve automatic balancing and timing accuracy the conversion frequency of the converter must be dependent upon the current i.

cause it to move from the outer expanded position where a maximum amount of air is contained within the vacuum chamber 36 defined within the interior of the bellows 33 to an inwardly directed collapsed position wherein a minimal amount of air is contained within the vacuum chamber 36 preferably this collapsed position is achieved before the assembly 10 is sealed against the user 39 s face when however the vacuum chamber 36 is positioned in its collapsed position and once the seal 20 is in sealing engagement about the nose and nostrils of the user 100 the patient facilitates isolation of the lower esophagus 32 by swallowing swallowing causes the rearward rotation in accordance with the directional arrow 24 of the end of the soft palate 25 into engagement with the nasopharynx 27 indeed once sealed against a user so as to enclose the nose there is a low pressure state inside the nasal cavity and nasopharynx and there is insufficient air movement to move liquids into the assembly 10 as the bellows moves to the expanded position shown in fig1 and 3 a flow of air which was under negative tension will be caused to travel from the interior of the nasal cavity 28 into the hollow interior 16 of the body portion 14 and eventually into the interior of.

of the actuator 32 to the position as shown in fig3 b at this time the knob 31a is allowed to protrude in such a direction to break the connection between the power source and power supply circuit 12 nevertheless when the actuator 32 is spaced away from the core 34 by a small distance the knob 31a breaks the circuit therebetween and accordingly the voltage applied across the coil 35 approximates the zero voltage as a consequence the magnetism occurring on the core 34 in the direction expelling the permanent magnet 32a will disappear and the non magnetized core 34 will attract the magnet 32a the switch 31 returns back to the condition as shown in fig3 a at once in other words the application of the breaking signals fails to turn the power supply path off it is desirable for the reason discussed above that the voltage to the coil 35 is of such an amplitude to move the actuator 32 to a sufficient distance where the repulsing force of the spring 33 is stronger than the attracting force between the core 34 and permanent magnet 32a or hence the attracting force does not extend to the core 34 the arrangment of a system illustrated with reference to fig4 and 5 shows one approach to avoiding the above described disadvantage this structure is the same as that of fig1 and 2 with the exception that on and off states of a switch 41 for controlling voltage supply of the power source 11 to the switch driver arrangment 9 are accomplished by a delay circuit 42 10 39 is the switch as illustrated in fig3 the outputs fig5 c at the time t 3 from the timer 5 are introduced into the delay.

but sufficiently above the vicinity of ports 30 as shown in fig1 the holes 37 are positioned above and away from ports 30 so as to prevent erosion of the holes 37 due to the swirl of fluid entering ports 30 thus drilling fluid is permitted to pass from throat 15 through holes 37 through annular space 28 through ports 30 and through orifices 54 into pockets 3 the strainer holes 37 are approximately 0 050 inch to 0 070 inch in diameter so as to be smaller than the apertures 40 thus foreign material large enough to clog orifices 54 cannot pass through strainer sleeve 26 when passing through throat 15 the annular space 28 is preferably made no wider than 0 070 inch so that it too prevents clogging of orifices 54 notice that the apertures 40 are sized to provide a flow rate through each of approximately 10 gpm to 15 gpm at the usual operating pressures in tests it has been found that flushing fluid exiting orifices 54 and passing through pockets 3 can cause erosion damage to the sealing surface of plungers 32 to prevent such erosion damage a clearance notch 50 is formed on the inner upper end of each wedge 29 as.

pawl 60 is positioned so that the top wall 62 of the pawl 60 and the underside of the forward end of the plate 30 are generally parallel and spaced from one another by slightly more than the thickness of the frame 150 thereby securing the panel 160 in a closed and locked position to operate the latch 10 to open the panel 160 the operator places a finger in the concavity 96 and pushes downwardly and rearwardly against the front wall 102 of the rear pleat 100 the travel of the rigid forward portion of the actuator 50 namely the front pleat 80 and the pawl 50 is limited and defined by the camming action of the pins 92 94 pressing against the respective edges of the apertures 34 36 formed in the side walls 24 26 of the latch body 20 simultaneously the flexible rear portion of the actuator 50 namely the rear pleat 100 and the rear section 110 are compressed as best seen in fig9 when the rigid forward portion of the actuator 50 has reached the ultimate limit of its rearward travel such as depicted in fig3 the pawl 60 extends no further forward than the edge 164 of the panel 160 thereby permitting the operator to pull the panel open such as depicted in fig7 when the operator removes her finger from the concavity 96 the spring means forces the rigid forward section of the actuator 50 forward to close and lock the panel 160 the operator can again manually retract the actuator 50 and push the panel 160 closed or in.

of the 1 5 mm pin of the invention was typically two to three times higher than that of the reference sample having the same diameter the test results demonstrate that the surface design of the pin of the invention reduces the risk of unstable fixation and gives more tolerance for instrumentation bone quality and surgical procedure than the reference sample the biomechanical rotation stability tests determined that the grooved surface design improves rotation stability of the pin of the invention when compared to the reference samples with a round and plain pin surface cylindrical pin geometry the tested rotation stability values for the pin of the invention were ca three times higher than the values for the reference sample biomechanical in vitro pull out tests determined that the maximum pull out force of pins of the invention gradually increases during the 63 hour test time this is a consequence of the hydrolytic self locking effect for the pin this behavior is an outcome of the dimensional changes of the pin of the invention during the hydrolysis the same dimensional change could be seen during the in vitro hydrolysis test series of the pin of the invention which were ongoing at the same time with the in vitro pull out tests during this test the pin of the invention gradually changed its dimensions after 2 weeks of hydrolysis the diameter of the pin was increased 0 5 1 and its length was decreased 0 5 1 when compared to the initial dimensions after 6 weeks of hydrolysis the diameter of the pin was increased 1 2 and its length was decreased 1 2 when compared to the initial dimensions these.

for example the p 1 value is set as pt 1 j j 1 n the p 2 value is set as pt 2 j j 1 n and the gi value is set as git j 1 m m is the length of gi the average of p 1 and p 2 is expressed by the following equation on the other hand the average of p 1 p 2 and gi is expressed by the following equation the gi is added to the average and thereby the s n ratio is improved therefore the accuracy of the transmission channel response estimation value is also enhanced in the embodiment the average corresponding to the length of gi i e m averages is taken in this case the average including gi may be less than m averages considering synchronization error and the influence of delay wave in multi path the smoothing circuit 18 will be detailedly explained below with reference to fig4 as depicted in fig4 the smoothing circuit 18 is composed of three registers 181 1 to 181 3 amplitude measuring circuits 182 1 to 182 3 186 dividers 183 1 to 183 3 187 and multiplier 188 the amplitude measuring circuits 182 1 to 182 3 and 186 calculates the amplitude of vector value the dividers 183 1 to 183 3 and 187 are used for dividing each vector into unit vector the vector combining circuit 184 combines each unit vector the average.

fig4 one core assembly may consist of three tunnel cores 6 all joined to a common frame 15 by means of the connectors 18 the horizontal tubes 13 are preferably also connected to the frame 15 by coupling means 19 so that the tubes 13 can also be withdrawn from the compost stack 1 at the same time as the tunnel cores 6 are withdrawn thus each core assembly includes three tunnel cores 6 and two horizontal tubes 13 see fig2 the frame 15 supports all of these elements in cantilever fashion and the frame itself is provided with supporting wheels 16 and a hitch 17 so that the core assembly and frame unit may be withdrawn readily normally each stack will initially utilize a plurality of core assemblies and corresponding frames 15 disposed in side by side relation and properly positioned for forming the tunnels 2 and passage 4 as the building of the stack progresses from one end to the other the core assembly first covered may be withdrawn and transported to a new site then the second core assembly covered may also be withdrawn and transported to a new site and so on thus there is a progressive withdrawal of core assemblies and transportation thereof to a new site making the process a continous one in order to support the end walls of the compost stack 1 the wall support elements 20 21 are preferably employed which are so constructed as to provide practically complete access of the surrounding air to the compost material accordingly the wall elements have slats 22 distributed over their height and secured to uprights 23 these slats consist preferably of planks secured between posts the slats are preferably inclined downwards towards the side adjacent to the compost stack the.

hz 1h 7 15 t j 7 8 hz 1h 6 77 s 1h 6 09 d j 4 7 hz 1h 5 90 d j 4 9 hz 1h 3 84 s 3h 3 80 s 3h triethylsilane 6 83 g was added to trifluoroacetic acid 33 13 g that had been pre cooled in an ice bath compound 3 10 g was added to the mixture keeping the temperature below 15 u00b0 c after stirring for 2 h mtbe was added to precipitate the product the slurry was filtered and the product washed with additional mtbe after drying 9 12 g of compound 4 was isolated 1 h nmr dmso d 6 400 mhz u03b4 12 11 br s 1h 7 47 s 1h 7 42 7 38 m 1h 7 14 7 08 m 2h 6 67 s 1h 3 87 3 84 m 8h triethylsilane 7 50 g was added to trifluoroacetic acid 49 02 g that had been pre cooled in an ice bath compound 3 14 65 g was added to the mixture keeping the temperature below 15 u00b0 c after stirring for 1 h a solution of 17 63 g sodium acetate in 147 ml methanol was added the mixture was heated to reflux for 3 hours then cooled to 0 u00b0 c the slurry was filtered and the product washed with additional methanol after drying 12 3 g of compound 4 89 7 yield was isolated 1 h nmr dmso d 6 400 mhz u03b4 12 11 br.

5 which may occur in the usb interface 11 and the pc clock can accommodate for example the higher frequency clock signal has a period of 117 u03bcsec in other words the clock generation switch 17 switches the period of a frame pulse signal supplied to the usb side codec 14 from 125 u03bcsec to 117 u03bcsec when the pc 1 starts data transmission in the isochronous mode transmission voice data sequentially store into the fifo memories 101 104 as described before when the fifo memories 104 and 103 become full the clock generation switch 17 starts supplying the normal frequency clock signal to the usb side codec 14 under control of the clock controller 21 as described before if the transmission voice data are stored in the fifo memories 104 to 102 the clock controller 21 switches the normal frequency clock signal to the higher frequency clock signal contrarily when the fifo memories 101 103 become empty the clock controller 21 switches the normal frequency clock signal to the lower frequency clock signal referring to fig3 each of the 16 byte fifo memories 201 204 outputs a full status signal to the fifo status monitor 20 when the fifo memory has stored 16 byte reception.

antibody concentration is less than 1 mg ml the conjugation will probably be sub optimal if necessary dilute the antibody to a concentration of 4 mg ml dissolve 10 mgs the entire contents of one vial no need to weigh of fitc molecular probes in anhydrous dmso immediately before use add fitc to give a ratio of 40 80 u03bcg per mg of antibody mix immediately wrap the tube in foil incubate and rotate at room temperature for one hour remove the unreacted fitc and exchange the antibody into 500 mm carbonate ph 9 5 by gel filtration or dialysis determine f p and protein concentration by measuring the absorbance at 280 and 495 nm igg 1 mg ml has an a 280 of 1 4 mw 150 000 igm 1 mg ml has an a 280 of 1 2 mw 900 000 fluorescein 1 mm has an a 495 of 68 and an a 280 of 11 8 f p values of 3 10 are probably optimal for any particular igg a bone marrow sample is obtained from an all patient and leukocytes are isolated according to standard procedures leukocytes are labeled with two cell surface markers to define a leukocyte subset via immunophenotypic characteristics fitc conjugated monoclonal anti human cd19 fitc cd19 and pe conjugated monoclonal anti human cd10 pe cd10 were used cells are then fixed according to standard procedures e g in 1 paraformaldehyde to preserve the integrity of the cell and its content the cell membrane is permeabilized using a detergent such as saponin to make the cell interior accessible.

calibration screen is used to select the channels which will be used the user supplies a minimum and maximum level of input to each sensor and the calibration program uses these measurements to adjust the output level of the system such that all output information is presented as a percentage of the sampled minimum and maximum values software programs for implementing the foregoing are wellknown in the art fig3 is an electrical diagram of the biofeedback unit depicted in fig1 a plurality of multiplexers receives electrical signals from the force sensing resistors 13 emg electrodes 7 and the goniometers 12 the outputs 22 23 of the two multiplexers 21a 21b associated with the emg electrodes 7 are input to an operational amplifier 24 which provides a filtered amplified signal 25 representing the level of contraction of a muscle over which the emg electrodes 7 are located the filtered emg signal 25 and the output 26 of the multiplexer 21 associated with the force sensing resistors 13 are input to a first analog to digital a d converter 27 which alternately samples the signals 25 26 at an adjustable rate up to 1000 hz a second a d converter 29 accepts electrical signals 30 from the multiplexers 21 associated with the goniometers 12 sampling the signals 30 at an adjustable rate up to 124 hz a processor 32 accepts the digital signals from the first a d converter 28 and the digital signals from the second a d converter 31 simultaneously displaying a base 10 numerical representation of the digital signals of the selected channel on the liquid crystal display 3 and transmitting the signals via an rs 232 cable 19 to the portable computer the digital signals may also be.

performing the selected washing course are set then according to the use amount of liquid detergent which was set at the use amount setting process s 100 the liquid detergent is supplied at step s 160 then a washing process is performed by the washing device 50 here since the process of performing a washing process using the washing device 50 may be easily understood by those skilled in the art the detailed descriptions thereof are omitted herein meanwhile the control unit 80 calculates a total use amount of liquid detergent by adding up the supplied amounts of liquid detergent at step s 170 when the total use amount of liquid detergent is calculated the total use amount of liquid detergent is compared to the preset reference amount so as to determine whether the total use amount of liquid detergent is equal to or more than the reference amount at step s 180 as a determination result when the total use amount of liquid detergent is equal to or more than the reference amount the control unit 80 controls the warning unit 60 to issue a warning for the residual amount of liquid detergent at step s 190 meanwhile when the total use amount of liquid detergent is less than the reference amount whether or not to perform the next washing process is checked when the use amount of liquid detergent is not set at the use amount setting process s 100 whether or not a washing command is inputted through the washing command input key 11 is checked at step s 110 when the washing command input key 11 is inputted a laundry amount is detected through the laundry amount detection unit 40.

from the caliper 112 an airbrake chamber 24 is located between the two cam levers 268 and 270 the chamber push rod 26 is pivotally connected to a hole 272 near the end of one cam lever 268 a mounting lug 274 on the opposite side of the air brake chamber 24 is pivotally connected to a hole 276 near the end of cam lever 270 a return spring 278 is connected to tabs 280 and 282 on the cam levers 268 and 270 respectively when the air brakes are applied the chamber pushrod 26 is forced outward from the air brake chamber 24 the ends of cam levers 268 and 270 are forced apart braking forces are developed within the disc brake entirely analogously to the operation previously described when the air brakes are released the return spring 278 pulls the cam levers 268 and 270 toward each other to aid in the rapid and complete disengagement of the brake the together directed force on the cam levers 268 and 270 forces the chamber push rod into the air brake chamber 24 fig1 shows an embodiment in which the air brake chamber 24 is supported at the end of a cantilever 284 the use of the cantilever 284 is an adaptation made necessary by the interference of suspension springs and other vehicle parts with an air brake chamber 24 which is closely connected as in those previously described the cantilever 284 is bolted to the mounting flange 174 on the torque plate 12 the air brake chamber 24 is bolted to support flange 286 286a at the unsupported end of.

spout 10 the pivotal connection 30 of the evacuation structure 26 allows it to flex away from the spout 10 when the flexible container 12 is filled with fluid this is shown by the direction of arrow a in fig3 thus the pivoting of the evacuation structure 26 ensures the evacuation structure 26 will not obstruct the flow of the fluid inhibiting the filling of the flexible container 12 in addition because the evacuation structure 26 is flexibly movable it will not break off under the force of the fluid during filling during evacuation of the fluid the evacuation structure 26 will pivot back towards the spout 10 ensuring that the walls 16 of the flexible container 12 will not inhibit the fluid from evacuating the flow of the evacuating fluid will cause the evacuation structure 26 to return to its original position or close enough to the spout 10 so the evacuation structure 26 will prohibit the walls 16 of the flexible container 12 from blocking the spout 10 during evacuation alternatively in another embodiment of the present invention the pivotal connection 30 will have memory after filling and before evacuation of the flexible container 12 the memory of the pivotal connection 30 will cause the evacuation structure 26 to pivot back towards the spout 10 the evacuation structure 26 will prohibit the walls 16 of the flexible container 12.

present invention to pull oneself forward snowboarder 1000 puts the pole in the snow and grips vertical grip 101 with one hand and horizontal grip 102 with the other hand snowboarder 1000 then has sufficient leverage to pull on handle 100 in order to propel him or herself in one embodiment both grips 101 102 are shaped to fit a snowboarder 39 s hand within a glove or mitten in one embodiment handle 100 includes door 103 that can be opened for example by pressing on release button 104 to gain access to pole segments within according to various embodiments door 103 can be designed to open in any number of ways whether by button lever or latch and can be pushed open either manually or via a spring loaded mechanism not shown referring briefly to fig7 at the bottom of door 103 is notch 702 which aligns with notch 701 in the bottom of handle 100 to provide an opening through which a first pole segment can protrude in one embodiment door 103 contains a latch or clip not shown that holds it in the closed position until button 104 is pressed again in one embodiment door 103 is spring loaded so that once opened it stays open.

from center bearing 28 with reference to fig9 and 13 saddle body 40 is provided with a longitudinal groove 62 a block 63 is slidably mounted in longitudinal groove 62 a pivot pin 64 is fastened in block 63 the plurality of pivotally connected grooved guide straight rail sections 15 are each provided with two tenter clip tracks vis a working side track 66 and a return side track 67 each rail section 15 has a pivotal recess 68 on one end and a pivotal tongue 70 on the opposite end see fig1 and 10 pivotal tongues 70 are adapted to pivotally engage pivot pins 64 and lie in the respective pivotal recess 68 in this manner a plurality of pivotally connected straight or longitudinally grooved guide rail sections 15 provide a left side guide path generally indicated at 72 in fig1 for tenter clips formed into a closed loop circulating tenter chain and a similar right side guide path generally indicated at 73 the diagrammatic view fig3 shows that the guide rail sections 15 while constituting straight sections may constitute straight sections of varying lengths so that in pivoted relationship gaps 5 of varying widths exist between adjacent guide rail sections 15 as will presently appear the shafts 14 and saddles 13 adjust the guide rail sections 15 in divergent and convergent relationship to provide curved paths for the tenter clip chains the two guide paths 72 73 provide.

providing an output alarm signal should the current deviate by a predetermined amount from a preset value in the embodiment of fig5 the grounding device 50 at one end of rotor 22 remains unmodified while at the other end thereof means are provided for establishing a resonant excitation frequency more particularly at some ac frequency the current path length through rotor 22 and the stationary assembly 12 will equal one electrical wavelength and the current loop will become resonant this resonant condition can be sensed by observing current and voltage relationships at the driving point and the existence of a rub would cause a change in the distribution of current which would cause a detectable change in the resonant frequency one way of accomplishing this is with the provision of transformer 90 having a secondary winding 91 connected in circuit between the rotor 22 and pedestal structure 30 the primary winding 92 of the transformer is connected to a swept frequency network impedance analyzer 94 which measures the relatinship between current and voltage in the loop current circuit as a function of frequency frequencies of parallel and series loop resonance can be associated with maximum and minimum impedance frequencies respectively a typical swept frequency network impedance analyzer may include a display 95 which will provide a visual.

intersection of two lines one of which is normal to the external lens surface at the point where it is desired that the normals to the modified and unmodified surfaces are to begin to diverge the other of which is the normal to the modified surface where the modified surface joins the obstruction in both internal and external modification embodiments the normals adjacent to the obstruction are calculated by application of the law of refraction with respect to the desired degree of refraction to negate the obscuration of rays by the obstruction in fig8 the internal surface 43 has a radius r 1 the external surface 44 has a radius r 2 and the modified surface 24 has a radius r 3 the origin 58 of the radius r 3 is offset a distance 60 from point 36 of the light source in a best mode of carrying out the invention r 1 0 681 r 2 0 776 r 3 0 577 and distance 60 0 103 fig9 shows the light source 36 right lens segment 18 and left lens segment 20 having modified surfaces 24 and 26 joined at 22 a a lens divider junction which employs an opaque vertical shield that extends radially outward from the assembly and b a lens segment junction which is caused when two lens segments are physically joined together a region is created on both sides of the junction where the bonding agent or process chemical ultrasonic etc results in the inability of this.

biasing device 25 pushes the hub 23 outwards the movable arm 13 not shown on fig2 with cooperation of the restraining arms 26 dispenses a funnels 15 one at a time the restraining arms 26 can have a portion extend inwards to hold the protrusions 43 not shown on fig2 of the funnels 15 the arms 26 are flexible enough to release the funnels 15 one at a time details at dashed circle 8 and 9 are shown in fig8 and 9 respectively in phantom lines fig2 shows the commode seat 201 in seating position the commode cover 203 in upright position the water tank 205 below the apparatus 100 and the commode bowl 207 of the commode 200 in dashed lines fig2 show fastening devices 20 l and 20 r which can be made of flexible plastic suction cups or other appropriate fastening device the fastening devices 20 l and 20 r are built below the apparatus 100 and are sized to fit on and secure to the water tank 205 the apparatus 100 can be made attachable to the water tank or an object including a wall by way of suitable fastening device fig3 a and fig3 b show a side cross sectional view of.

display of a setting menu on the host device establishment of wireless communication between the host device and the portable external storage device and saving of setting information in the portable external storage device is the same as that shown in fig8 and a description thereof will be omitted when the user wants to know the remaining amount of battery he she requests the host device to display the remaining amount of battery by e g clicking an icon 301 upon reception of the user request the host device transmits a remaining battery amount acquisition request to the portable external storage device 302 the portable external storage device checks the remaining amount of battery and determines whether the checked remaining amount of battery is equal to or smaller than a remaining amount of battery represented by the setting information at which a warning is generated 303 if the checked remaining amount of battery is larger than the remaining amount of battery represented by the setting information at which a warning is generated i e the battery has a sufficient remaining amount the portable external storage device transmits remaining battery amount information 304 if the checked remaining amount of battery is equal to.

210 may be formed to entirely mold the battery cell 100 except for the exposed ends of the positive electrode tap 114 and the negative electrode tap 115 but the present invention is not limited to any one injection molded structure at this time for coupling between the mounting frame 210 and the top case 220 at least a part of the upper end portion of the battery cell 100 corresponding to the exposed ends of the positive electrode tap 114 and the negative electrode tap 115 may be injection molded a label 230 may be disposed between the outer surface of the battery cell 100 and the mounting frame 210 the label 230 is adhered to a front surface or a rear surface of the battery cell 100 by using a double sided tape or an adhesive solvent the label 230 may preferably be adhered to the outer surface of the battery cell 100 before the mounting frame 210 is disposed on the battery cell 100 the label 230 is adhered to the outer surface of the battery cell 100 in order to display information about the battery cell 100 a protection circuit module 240 is disposed in a cavity 12 formed.

that is centered above the cylindrical path 131 fig6 is a diagrammatic view partly in section that is similar to fig5 but shows the substrate 18 with the coating 19 formed thereon and also shows the cutting machine 56 more specifically after the groove 51 has been formed the coating 19 is formed on the top surface of the substrate 18 in fig2 the groove 151 is formed with a depth that is greater than the thickness of the coating 19 thus a portion 19 a of the coating 19 is disposed in the bottom of the groove 151 but is not in contact with the remainder of the coating 19 that is on the top surface of the substrate 18 alternatively however the groove 151 could be shallower such that the portion 19 a of the coating 19 is in contact with the remainder of the coating but still defines a discontinuity in the coating the portion of the coating 19 that is within the diameter 26 has a radially inwardly facing edge surface 158 thereon next the tool 62 of the cutting machine 56 is used to cut the substrate 18 due to the physical width of the tool 62 this cutting operation will remove a portion of the optical component 11 disposed between the cylindrical path 131 and a further cylindrical path 171 that is concentric to and disposed radially inwardly of the path 131 the tool 62 is positioned radially so that as it is moved downwardly.

n alkyl pyrrolidone may also be present in small quantities the composition may optionally also contain a suspending agent such as clay as well as other additives such as a herbicide a dye an nbpt stabilizer or a micronutrient silicon dioxide a flow agent is optionally present in an amount of up to about 3 of the dry flowable additive the dry flowable additive prepared without the optional dcd contains about 1 to 80 nbpt and about 99 to 20 solid ufp the dry flowable additive is added to the uan solution aqueous urea or solid or molten urea in the range of about 0 1 to 5 0 additive in the final product preferably the dry flowable additive is added in the range of about 0 4 to 2 5 to fluid uan or urea solution or blends thereof to form a fluid fertilizer the fluid urea based fertilizer of the present invention contains from about 0 004 to 1 50 nbpt from about 0 040 to 0 850 dcd from about 0 030 to about 0 30 ufp and from about 99 9 to 98 0 aqueous uan optionally the fertilizer can contain up to about 0 03 silicon dioxide the aqueous uan contains urea and ammonium nitrate in concentration ranges of about 15 to 50 a preferred range is from about 25.

rigid and resistant to bending as current poles therefore a weight and cost saving may be realized in brush poles through the use of the invention to prevent the head 27 of screws 26 fig3 from scratching the pool walls the clamping members 24 and 25 fig3 8 10 have a molded in projection 28 that extends above the screw heads 27 the v shapes 29 in clamp members 23 and 24 combined with their angled pole contact surfaces can securely clamp to poles of different diameters without damage these clamp members cooperate with similarly angled surfaces 22 of opposing v notches 20 and 21 in attaching base 17 forces on the brush are thereby applied at two locations on the pole as well as along the head 12 of brush 4 and the forces on blade 14 are applied throughout its connection with attaching base 17 the reinforcing ribs 18 and along the edge 13 that contacts the brush 4 in certain brush structures a pole engaging sleeve portion of the brush may extend from the brush head 12 one or both clamping members 23 and 24 may engage the sleeve portion of the brush instead of the pole itself the fixed angle 2 between blade 14 and pole 3 of thirty five degrees has been found to be satisfactory in operation with certain brushes although angles between twenty five and forty five degrees may be useful in certain applications the hydrofoil 14 with reinforcing ribs 18 and attaching base 17 may be molded in one piece of light weight metal or a thermoplastic such as polyvinyl chloride high.

including the n mosfet 10 and p mosfet 20 each having the above described structure is formed according to a normal process herein a film thickness and impurity concentration of each portion in this cmos structure are arbitrarily set in response to demand characteristics of the cmos structure by way of example the gate electrodes 13 and 23 are each formed to a gate length of about 30 to 40 nm and a gate height of about 100 nm the sidewalls 14 and 24 are each formed to a width of about 50 nm fig2 is a schematic cross sectional view of an essential part of a tensile stress film deposition step after formation of the n mosfet 10 and the p mosfet 20 a tensile stress film 3 made of sin and having a film thickness of about 70 nm is deposited over the whole surface of the substrate the tensile stress film 3 is deposited for example using a chemical vapor deposition cvd method in the method silane gas sih 2 cl 2 sih 4 si 2 h 4 si 2 h 6 is used as an si material and ammonia nh 3 gas is used as an n material during the deposition a flow rate of the silane gas is set in the range of 5 to 50 sccm and a flow rate of the nh 3 gas is set in the range of 500 to 10000 sccm further nitrogen gas n 2 or argon ar gas is used as a carrier gas and a flow rate thereof is set in the range of 500 to 10000 sccm a chamber for introducing each gas is controlled to have an inner pressure of.

in the forward longitudinal direction of arrow t the lateral displacement of the trigger bar 30 is corrected by both the lateral restoring force imparted by biasing member 600 and the lateral force due to the effects of the trigger return spring that is in some embodiments the trigger bar 30 receives a lateral restoring force from two independent sources the trigger return spring and the biasing member 600 the addition of the lateral force contributed by biasing member 600 enhances the mechanical impact between the trigger bar 30 and the sear 50 as the trigger bar 30 and the sear 50 reconnect this added force in turn enhances the impact resonance at the trigger reset event allowing an operator to more easily ascertain when the reset even has occurred furthermore the longitudinal movements of the trigger bar 30 are not significantly impeded by the mechanical cooperation with the notch 660 of the biasing member 600 because the trigger bar 30 is allowed to slide freely in the forward and rearward longitudinal directions within the notch 660 the mechanical cooperation of the trigger bar 30 and the biasing member 600 does not impact the trigger pull weight additionally a secondary impact resonance is created between the first end 630 of the biasing member 600 and the interior surface.

3 153 574 and norton et al u s pat no 4 134 750 supra and in addition although similar retention times are used in this instant invention as in the prior art work of salladay et al the pipe reactor of the present invention has a significantly more compact design configuration than the long inclined reactor of salladay et al supra this is accomplished with an initial short length large diameter vertical section with the high retention time to obtain the high nh 3 h 3 po 4 mole ratio slurry required to produce diammonium phosphate and results in a low heat flux of about 0 04 u00b7 10 6 to about 0 16 u00b7 10 6 btu h u00b7 in 2 cross sectional area while maintaining an ammonia loading of about 0 3 lb h u00b7 in 3 to about 1 0 lb h u00b7 3 this vertical section is followed by a short horizontal transfer section with a higher heat flux and short retention time upstream of the slurry distributor the heat flux for the horizontal section should be about 0 2 u00b7 10 6 to about 1 0 u00b7 10 6 btu h u00b7 in 2 and that for the distributor.

foam the product was washed repeatedly with et 2 o and concentrated in vacuo the white solid was dried in vacuo at 40 u00b0 c for one hour to give r 2 6 bis 1 methylethyl phenyl carbamic acid 2 amino 2 phenylethyl ester to a 50 ml 3 neck flask equipped with a magnetic stirrer were added the ester obtained above 507 mg 1 3 mmole 10 ml thf and 407 mg 4 mmole triethylamine 652 mg 2 7 mmole of heptanoic anhydride was added in one portion under a n 2 atmosphere and stirred for two hours the mixture was diluted with ethyl acetate 10 ml and filtered the filtrate was washed with 1n hcl 1n naoh and brine the solution was dried over mgso 4 filtered and stripped to dryness to give r 2 6 bis 1 methylethyl phenyl carbamic acid 2 1 oxoheptyl amino ethyl ester m p 170 u00b0 172 u00b0 c when in the procedure oi example 2 an appropriate amount of s u03b1 phenylglycinol is substituted for r 31 u03b1 phenylglycinol s 2 6 bis 1 methylethyl phenyl carbamic acid 2 1 oxoheptyl amino 2 phenylethyl ester is obtained to 2 0 g 5 3 mmole of s 2 6 bis 1 methylethyl phenyl carbamic acid 2 amino 2 phenylethyl ester dissolved in 40 ml dmf was added 0 5 g 12 5 mmole sodium hydride 60 dispersion to this was then added 1 42 g 5 8 mmole 1 6 dibromohexane in one portion the reaction was stirred at room temperature for one hour then quenched with water and the product extracted with et 2 o the organic solution was dried over mgso 4 filtered and concentrated to dryness the oil was chromatographed on silica gel eluting with hexane ethyl.

determining the azimuthal position of the deflection barrel such as the mercury potentiometer described in co pending u s application of jackson m kellner ser no 584 736 filed june 9 1975 entitled drill director referring now to fig4 instrument package 27 is connected by threaded and shouldered connection 115 with pipe section 32 forming part of a string of pipe extending to out of hole drill rig 37 section 32 is the same as all of the other pipe sections 32 of the pipe string so that only one need be described as will be done in more detail hereinafter as many pipe sections 32 are used as necessary to extend the pipe string from instrument package 27 to the mouth of the hole the instruments in instrument container 116 terminate in conductor means 118 conductor means 118 includes a cable bundle of conductors 120 surrounded insulated and sealed by rubber 124 conductor means 118 extends radially through the side of tube 100 and into a position coaxial within hydraulic channel or tube 100 and is held concentrically therein by mount 119 leaving flow annulus 121 for flow of hydraulic fluid conductors 120 terminate in female banana connector 122 female electrical connector 122 extends beyond the pin end.

increasing amounts of jh164 deacetylation and developer reactions were carried out for 1 hour at 37 u00b0 c ic50 for jh164 is 23 5 micromolar the above embodiments are representative of the present invention and are not to be construed as limiting the scope of the invention as defined in the claims further compounds have been synthesized based on the initial compound jj91 u2014 also referred to hereinafter as tenovin 1 jh140 is of potential interest because it has been shown to irreversibly activate p53 unlike all the other compounds we have prepared which reversibly activate p53 u2014 it synthesis is described below within the procedures for tenovin 6 the experimental for the synthesis of these compounds shown in scheme 1 below scheme 1 a synthesis of tenovin 6 and analogues 1 5 7 i socl 2 ch 2 cl 2 rt 16 h 96 ii nascn acetone rt 8 h then 1 4 phenylenediamine 16 h 58 iii acid chloride net 3 dcm rt iv 40 aq hnme 2 dcm h 2 o rt 24 h v 2m hcl in diethyl ether to a solution of 3 prepared from 2 according to j am chem soc 1985 107 898 6 53 g 33 mmol 1 equiv in acetone 50 ml was added sodium thiocyanate 2 69 g 33 mmol 1 equiv the cream suspension was stirred at rt for 16 h then added to a solution of p aminoacetanilide 4 95 g 33 mmol 1 equiv in acetone 50 ml the yellow suspension was stirred at rt for 16.

member also has an angle measuring device that measures an angular position of the sensing member which is proportional to the compensating radius to be detected application_number US 91091792 A description referring firstly to fig1 shown therein is a main shaft 1 of a balancing machine with associated wheel clamping and centering arrangement comprising a clamping flange 2 which is non rotatably connected to the main shaft 1 a cone 7 and screw on bracing elements 3 and 4 the machine further has a sensing means comprising an extensible sensing member in the form of a lever 10 which in an initial or rest position is oriented in at least substantially parallel relationship with the main shaft 1 and which has a sensing tip as indicated at 11 which can be pulled out or extended in the direction indicated by the arrow a in fig1 the lever 10 is mounted pivotably by its one end 17 about a pivot point for example a hinge which is arranged in stationary relationship relative to the main shaft 1 through an angle which is dependent on the position of the sensing tip 11 for example the angle indicated at w in fig1 into a position shown in broken line and referenced 10 39 the angle of pivotal movement of the lever 10 is measured by means of an angle measuring device indicated generally at 24 which can have a rotary potentiometer in that arrangement a.

the gripper 6 is arranged above the container 11 by means of an appropriate movement of the carriages 2 1 to 2 3 in order to lower the gripper 6 exactly vertically onto the object 10 as shown in fig1 b all three carriages 2 1 to 2 3 are moved through the same distance with the carriages 2 2 and 2 3 following and both running to the carriage 2 1 in order to raise the object 10 exactly vertically out of the container 11 the three carriages 2 1 to 2 3 are once again moved back through the same distance as a result of which as shown in fig1 they are in the initial position as shown in fig1 a the three carriages 2 1 to 2 3 are now moved through the same distance to the right as shown in fig1 d until the object 10 is located above the supporting surface 12 all three carriages 2 1 to 2 3 are then once again moved through the same distance to be precise the carriages 2 2 and 2 3 successively and the carriage 2 1 towards the carriages 2 2 and 2 3 this results in the gripper 6 together with the object 10 being lowered onto the supporting surface 12 the gripping members 9 are now released and as shown in fig1 f the carriages 2 1 to 2 3 are moved back to the initial position as shown in.

the severe deformations also shorten the diffusion paths which again significantly increases the reactivity in order to enable the re dissolution and release reactions to take place with sufficient speed the preferably cold formed steel is annealed at temperatures from t 1 750 u00b0 c to t 2 1080 u00b0 c see fig5 in this range the re dissolution and release reactions take place under formation of new precipitates possibly having a new composition similar to the reaction described in equation 4 above according to the invention a final annealing step can be performed at temperatures not exceeding 450 u00b0 c in order to solidify released lubricant metals or newly formed very fine precipitates to harden in the steel matrix to reduce strain and to adjust the hardness or stability of the steel alloy the hardness can progressively decrease during the final annealing step if the temperature is above approximately 350 u00b0 c which suggests a loss of cohesion of the matrix preferably after at least one cold forming step with a deformation of more than 65 the steel is annealed for 30 to 60 minutes at a temperature of 750 u00b0 c to 1080 u00b0 c curve 3 and thereafter controllably cooled down for 30 to 180 minutes to a temperature t 2 from 500 u00b0 c to 700 u00b0 c while supplying a small amount of energy fig5 the precipitates produced during the annealing are thereby stabilized by controlled diffusion advantageously the steel is held steady at least once at one or more intermediate temperatures of for example 680 u00b0 c during the cooling step.

action on the nuts 42 and bolts 40 for tightening or releasing the anchoring member 24 of the holding device 20 to or from the support structure s respectively is easily done using a standard ratchet wrench and a drive socket the positioning of the securing member 26 in close proximity to the resilient link 36 allows for a second and simultaneous function of the nuts 42 and bolts 40 of the securing member 26 of displacing the two jaws 32 of the grasping member 22 towards each other to tighten post p therebetween this second simultaneous function is the simplicity and the heart of this invention and is produced by the particular design explained herein the tightening of the nuts 42 on the bolts 40 produces a force almost perpendicularly to the axis of the bolts 40 forcing and closing action onto the opening 34 due to the flexion of the resilient link 36 which in turn closes the circular opening 38 tightly confining the umbrella post p in the circular opening 38 between the distal ends 44 of the jaws 32 of the grasping member 22 this is shown by the arrows a 2 on fig1 fig3 shows that if the distance between the two generally vertical bars of the support structure s of the.

the first side being a mirror image of the other prior to attaching the machine leveling assembly 1 to the machine 2 the hold down plate 22 is assembled by placing each side about the ball 13 with the 34 u 34 facing toward the ball 13 the hold down plate 22 pieces are fixed to the ground engaging member 20 by hold down plate securing bolts 23 that are flush mounted in a countersunk hole in the hold down plate 22 after a number of machine leveling assemblies 1 without shims 15 have been installed on the machine 2 to be leveled the hold down nuts 16 are loosened freeing the load transmission member 10 for rotation a wrench or other appropriate tool is then placed on the tool attaching surface 12 and turned causing the load transmission element 10 to rotate and threadingly advance up or down once the machine 2 is level the distance between the bottom of the mounting member body 4 and the shim surface 29 is measured and a shim 15 is precision ground to fit between the bottom of the mounting member body 4 and the shim surface 29 the hold down nuts 16 are again loosened a tool is placed on the tool attaching surface 12 and turned raising the machine 2 enough to allow the shim 15 to be placed on the shim surface 29 the shim 15 is then secured to the bottom of the mounting member body 4 by the shim securing bolt 18 after the shim 15 is secured the tool is re attached to the tool attaching surface 12 and turned lowering the mounting member body 4 until the bottom of the shim 15.

which have been rotated u03c0 2 radians this aspect of the present invention is the basis for faraday rotation optical filters transitions from the ground state to higher energy excited states in cs 455 nm and rb 780 nm are known in the art the faraday effect also works for transitions between excited states if the population can be pumped into the first excited state from the ground state the right and left circularly polarized light beams travel through the atomic vapor at slightly different velocities the effect of this difference on a linearly polarized beam of light which may be considered to be a superposition of two equal amplitude right and left circularly polarized beams is the rotation of its plane of polarization because of this rotation the linearly polarized light is effectively blocked by the cross polarizers 98 110 a typical extinction ratio of 10 5 or higher is partially transmitted in the absence of the axial magnetic field the magnitude of rotation and consequently the transmission depend upon the number density of atoms in the vapor of the potassium vapor cell 102 the transition cross section the interaction length and the strength of the axial field provided by helmholtz coils 106 a simplified energy level diagram 140 illustrating the excitation process for potassium is shown in fig2 the excitation process is twofold first the population is optically excited from the 4s.

battery housing is considered as having two parts the housing cover and the housing base the housing cover from fig3 can be a plastic part made of for example prevalent technical plastic materials such as fiber composite materials this ensures cost effective processing and an optimal weight solution this achieves the required stability by lock beading and connection to the housing base the housing base as can be seen in the isometric representation in fig4 for example preferably should be made of materials such as high strength steel aluminum magnesium titanium fiber reinforced composite plastic metal hybrids etc the production of the housing base should take place by a casting method insofar as possible in this regard the housing base should be designed such that the required stiffness on the bottom is achieved by means of braces the housing which can comprise the housing cover as depicted in fig3 and the housing base as depicted in fig4 should be designed such that it is watertight and can be opened and closed again in a watertight manner the housing should likewise include elements for pressure equalization and avoidance of condensation the housing base then has for example a cover plate and a cast support element that.

c may be made a layer of pu with a multiple of micro pores furthermore the base material availed in step c may be treated with dyeing water repelling anti bacteria and insect depending on the particular requirements of the finished product 0018 fig1 shows a view of the blended type of the nonwoven within the point 3 where the microfiber 1 crosses the adhesive fiber 2 forms an adhesive point to give the nonwoven both high peeling and burst strength the adhesive fiber of the present invention constitutes the effective composition of the nonwoven to reduce the consumption of the regular fiber or the microfiber and the flexible polymer e g pu to achieve the purpose of being lightweight the present invention can be further described by those preferred embodiments and comparison examples of the present invention provided however the manufacturing process of the present invention is not restricted by those embodiments and examples 90 parts 90 of 3 den u00d7 5 mm polyester fiber and 10 parts 10 of 3 den u00d7 51 mm adhesive fiber comprised of 40 parts of tpu and 60 parts of pp are homogeneously mixed in a fiber blending machine then carded into web in a carding machine stacked alternatively into a web stack and punched into a nonwoven of 180 g m 2 the nonwoven is dipped in a bath of solution prepared by 10 parts or duration pu composition and 90 parts of dimethylformamide dmf to become an impregnated base material a solution comprised of 20 parts of duration pu and 80 parts of dmf is applied on either side of said impregnated base material to become a base material for imitation leather with a pu layer after coagulation water bath and.

fig5 the amount of shrinkage is a function of the type of fiber involved and the temperature to which it is subjected the temperature of the hot air is adjusted to accommodate a particular fiber so that the amount of shrinkage can be controlled regardless of the fabric additional information relating to the operation of such a pressurized heated gas apparatus including more detailed description of patterning and control functions can be found in coassigned u s pat no 5 035 031 that issued on jul 30 1991 which is incorporated by reference as if fully set forth herein and coassigned u s pat no 5 148 583 that issued on sep 22 1992 which is incorporated by reference as if fully set forth herein and coassigned u s pat no 4 393 562 that issued on jul 19 1983 which is incorporated by reference as if fully set forth herein and coassigned u s pat no 4 364 156 that issued on dec 21 1982 which is incorporated by reference as if fully set forth herein and coassigned u s pat no 4 418 451 that issued on dec 6 1982 which is incorporated by reference as if fully set forth herein in.

the art will realize that browsers on some wireless devices such as pagers and pdas may not be capable of displaying html documents in that case a tag language compatible with the particular browser must be used the reformatted web page is then written to a file and stored in ram 44 or on the hard drive 48 step 118 after that the file is compressed encrypted and transmitted over the wireless communications network 14 for delivery to the wireless device 12 by the server process step 120 in data packets because the type of wireless network to which the wireless device is connected is known the data packets are paced by the server process at a rate best suited for transmission over the particular type of network referring to fig7 once the file is received by the wireless device 12 the client process 32 first decrypts step 122 and then decompresses step 124 the file the client process 32 then reads the tags of decompressed decrypted data interprets their contents and displays the parsed web page to the user in the browser 30 window on the display 36 step 126 the present invention has numerous advantages over the prior art because the web page transmitted to the wireless device is greatly simplified from its original form the size of the web page is greatly reduced resulting in a reduced transmission time over the wireless communications network additionally because the web page transmitted to the wireless device does not have any non displayable elements the transfer is extremely efficient since there is no transmission of superfluous data additionally because the type.

explanation fig5 is a chart of the messages required to make a non idempotent request where the request is a slow request a non idempotent request is made when a requesting computer system 10 sends a request message 130 to a serving computer system 20 in the cluster when the serving computer system 20 fails to respond to the request within the prescribed period of time the requesting computer system 10 retransmits the request as request message 131 the serving computer system 20 identifying the request as a retransmitted request then marks the request as a slow request and sends a slow request message 132 the slow response message 132 causes the requesting computer system to stop sending request messages for this request then after the serving computer system completes the necessary processing the serving computer system sends a response message 133 the serving computer system saves a copy of the response message 133 the requesting computer system 10 then acknowledges the receipt of the response message 133 marked as a slow request by sending an acknowledge message 134 after the acknowledge message 134 is received the serving computer system 20 discards its copy of the response message 133 since there is no guarantee that any message transmitted over the network will reach the intended computer system the method of the present invention must tolerate lost messages in the event the original request message is lost over the network the requesting computer system for both the idempotent and non idempotent requests will wait the prescribed period of time defined by the underlying network protocol and retransmit the request message and again wait for a response in the event a repeated request message is lost.

3 is closed a first slider existing in a leading end of the rear door upper supporting arm provided in an upper side of the rear door 3 is engaged with the upper guide rail 8 b for the rear door and a third slider existing in a leading end of the rear door lower supporting arm provided in a lower side of the rear door 3 is engaged with the lower guide rail for the rear door provided in the front side lower rail board 11 for the rear door in the case of opening only the rear door 3 the rear door handle 7 of the rear door 3 is first drawn out to a near side then the rear door 3 is drawn out against a spring provided in an inner portion of the rear door upper supporting arm and the rear door lower supporting arm in such a manner as to rise to the near side the rear door upper supporting arm and the rear door lower supporting arm are locked at the rising position thereafter if the rear door 3 is slid to the rear side of the vehicle body 1 a second slider in a leading end of the rear door center.

block substrate pressure tempsample compound mgo ybco mgo mtorr u00b0 c ______________________________________895 ba sub 2 insbo sub 6 x x 150 800894 ba sub 2 scsbo sub 6 x x 1 500883 sr sub 2 scsbo sub 6 x x 1 400881 sr sub 2 scsbo sub 6 x x 1 400880 sr sub 2 scsbo sub 6 x x 1 300869 sr sub 2 scsbo sub 6 x 15 550868 sr sub 2 scsbo sub 6 x 1 500852 sr sub 2 insbo sub 6 x 30 600826 sr sub 2 gasbo sub 6 x 170 800815 sr sub 2 scsbo sub 6 x x 170 800814 sr sub 2 gasbo sub 6 x x 130 800______________________________________ analysis of x ray diffraction data obtained from single layer films of a 2 mesbo 6 on 100 mgo reveals that the 400 reflection of the perovskite phase when ordered or the 200 reflection when not ordered are the most intense similarly when sr 2 mesbo 6 is deposited on ybco 001 100 mgo 400 or 200 is the most intense reflection of the perovskite film specific results are given in table iv below table iv______________________________________ observed x ray reflections antimonatestructure ybco mgo reflection intensity______________________________________ba sub 2 insbo sub 6 mgo 200 100 very weak 400 110 very weak 200 very strong 400 weakba sub 2 insbo sub 6 ybco mgo 002 200 200 very strong 003 004 005 006 113 007 008ba.

eptfe and then placing a second tubular member of unsintered eptfe coaxially over the stent so that the stent is sandwiched between two layers of eptfe radial force is applied either internally or externally to force the first tubular member into contact with the stent and into contact with the second tubular members through openings in the stent or respectively to force the second tubular into contact with the stent and into contact with the first tubular member through openings in the stent finally the compound structure is exposed to an elevated temperature to bond the first tubular member to the second tubular member wherever they are pressed into contact in one embodiment an adhesive spread between the tubular members achieves the bonding in a preferred embodiment the elevated temperature is a sintering temperature above the crystalline melting point of ptfe and direct ptfe to ptfe bonds form as mentioned above a potential drawback of this approach is that when the radial dimensions of the stent change movement of components of the stent necessary for radial dimensional changes may be impeded by surrounding eptfe if the stent is encapsulated in an expanded form and then reduced in diameter prior to insertion into a patient the encapsulating eptfe may significantly increase the force needed to compress the stent and may fold in a manner.

or a resources received event if in decision step 32 the message is a clock tick event the process agent object 200 in step 46 can interrogate the output production schedule of its corresponding process object 100 to determine if any work in process is complete if in step 34 any output has been completed in step 40 all completed output can be placed in output stack subsequently in step 44 all output in output stack can be passed to an adjacent upstream process agent object 200 for placement in the input stack of an associated adjacent upstream process object 100 in contrast if in decision step 36 the process agent object 200 detects a receipt of resources produced by an adjacent downstream process object 100 in step 38 the process agent object 200 can initiate production of output using all received resources placed in the input stack significantly the process agent object 200 initiates production regardless of the requirements of the adjacent upstream process object 100 subsequently the process agent object 200 can return to an idle state in step 42 while waiting for a new event fig6 a 6e taken together is a flow chart illustrating the event driven response of a process agent object 200 during a simulation of a pull system manufacturing process as applied to a pull system the system 1 can simulate process behavior by messaging instances of process agents objects 200 each controlling a portion of the manufacturing process fig6 a shows a message loop 66 for a process agent object 200 in step 50 the process agent object 200 can receive a message either from another instance of a process agent object 200 or from a process center agent object 210 controlling all instances.

using a combination of rf and dc electric fields differences in separation of atmospheric pressure ions are significant although the techniques are not orthogonal in the strict sense they are such that the fusion of ion mobility spectra will result in signal attributes that will enhance false alarm reduction and in some cases eliminate false alarms altogether following fig1 from upper left to upper center down to lower center and finally to lower right the sequence of events is as follows 1 u201c primary u201d ions are formed as a result of electric discharge or ionizing radiation primary ions react with neutral species target analytes to form analyte ions and these ions drift into a reaction region where they are u201c trapped u201d by a grid that is electrically biased to prevent ions from passing through 2 periodically the grid voltage is lowered for a short period typically one to two hundred microseconds which allows a packet of ions to enter the separation or drift region 3 this packet of moves through the drift region under the influence of a constant electric field e where separation occurs according to the size of the ions and the charge on the ions u2014 the smaller ions move faster than the larger ions 4 as ions impact an ion collector a current is created in external circuitry and the variation of the ion current with u201c drift time u201d is an ion.

b and the rear end of the cavity 1 which determines the position of the target 11 in this position the electrons have increased their radii of rotation enabling the impact with target 11 electrons that are able to move beyond the plane where the target is located are reflected by the static magnetic field that grows in the space behind them having another chance to hit back in their movement it can also be seen in fig4 that the length of penetration of the target 11 inside the cavity 1 is defined from the average larmor radius of the electrons located in this position in an alternative embodiment of the x ray source the geometry of the resonant cavity 1 is modified the microwave mode energized in the cavity and the energization mechanism as described below in fig7 9 the basic components of an alternative embodiment of the source are shown a rectangular resonant microwave cavity 1 which is in vacuum and resonates in a te 10p mode p 1 2 3 a waveguide 2 which is coupled to the cavity 1 through an iris or resonant window 22 a microwave generator 9 connected to the coupling waveguide 6 which is coupled to the waveguide 2 through the ferrite insulators 7 three sources of magnetic field 13 u2032 13 u2033 and 13.

6604425 B1 abstract a method and apparatus for comparing a force to a signal or comparing two signals through mechanical movement of capacitive plates in a transducer the transducer plates are separated by d which in one embodiment is preferably a linear function of a pressure or force f in that embodiment application of a signal i to the plates will cause a voltage representing a correlation between f and i to appear between the plates in another embodiment instead of an external mechanical force or pressure an electrical signal v related to a signal s may drive the transducer plates to achieve a voltage indicating a correlation between s and the signal input i transducers to practice the invention may be microelectromechanical devices fabricated using integrated circuit techniques to permit small size and low cost application_number US 59111300 A description in order to compare two signals according to the present invention a physical capacitive device is required according to a preferred embodiment such a device preferably has capacitive plates which are separated by a distance d which varies as a linear function of an applied force or pressure fig1 a and 1 b show a top and side view respectively of a.

qualities of dispersion also it is well known in the prior art that the creation of thermoplastic olefins u201c tpo u201d and thermoplastic elastomers u201c tpe u201d compounds from virgin rubber requires both mastication and intensive mixing the dlc of the preferred embodiment exhibits the unexpected and unanticipated characteristic of a substantially reduced coefficient of friction in a plastic production machine or plastic compounding extruder this reduced coefficient of friction allows the dlc to be employed not only as a viscoelastic modifier with asphalt and various thermoplastics such as but not limited to polyolefins acrylonitrile butadiene styrene u201c abs u201d nylon and polyethylene terephthalate u201c pet u201d but also surprisingly as a processing aid and carrying agent in practice the dlc may be employed either i a dry liquid blend directly fed to for example a plastic injection mold machine or a plastic sheet extruder or ii in compound form the dlc may also be formed into compounds with various plastics by using a traditional thermoplastic compounding extruder to employ the dlc as a carrying agent or processing aid the preferred method is to combine tall oil agents with various additives modifiers such as but not limited to antifogging agents coupling agents antistatic agents odorants deodorants colorants antioxidants fire retardants and plasticizers examples of such additives and their function being 1 specific fatty acid esters for antifogging characteristic changing the dlc from hygroscopic to hydrophobic 2 coupling agents such as silanes and titanates to further enhance the bonding properties of the dlc with parent plastics 3 hindered phenolics such as butylated hydroxytoluene bht and thiobisphenolics to enhance antioxidation other useful antioxidants include aromatic amines and thioesters 4 antistatic.

to which planning symbols adhere in a particularly simple manner by the simple expedient of lamination by a transparent foil any pictorial representation which is fixed to a sheet of paper or the like in any manner can be converted into a board to which the symbols or planning elements 5 adhere by coating it with a foil 4 the plan with the planning elements or symbols adhering thereto can then also be copied and in this way the experimental condition of the configuration of the symbols can be fixed whereafter further experimentation by means of the planning elements may be proceeded with in this way the possibility is provided in a particularly simple manner of providing any form of representation fixed on paper in the form of a board to which planning elements or symbols adhere a suitable transparent foil 4 can readily be found by experimenting with the materials which are commercially available referring now to fig6 8 and to fig6 in particular there is shown another embodiment of the invention whereon a sheet of paper 11 is provided on one surface with a plan of representation 12 by means of printing or the like the plan 12 may be any suitable design such as a layout or floor plan of a factory in which machines furniture etc are to be located in selected positions the paper sheet 11 may be of any size and of conventional thin form such as stationery paper or the like so as to be highly flexible as in the embodiment of fig1 4 a transparent foil 13 of flexible plastic material is adhesively releasably and detachably secured in overlying relationship with the paper sheet 11 so that the layout 12.

of the enclosure 12 through the air intake opening 29 a back panel 31 is placed in the inner space of the enclosure 12 the back panel 31 stands upright in the vertical direction the system board units 14 and the input output units 13 are coupled to the front surface of the back panel 31 the electronic component units 32 and the input output units 13 is coupled to the back surface of the back panel 31 the individual electronic component unit 32 includes an interface unit controlling the interface of the server computer 11 and a controller unit controlling the processing of the server computer 11 for example the electronic component unit 32 includes a printed wiring board extending in the horizontal direction here a predetermined interval may be defined between the electronic component units 32 and the inward surface of the side panel 12 b the fan units 15 serve to generate airflow running in the vertical direction from the air intake opening 29 the pci boards of the input output units 13 and the system boards of the system board units 14 stand upright in the vertical direction the airflow thus runs in the vertical direction through the input output units 13 and the system board units 14 the airflow absorbs heat from the pci boards and the electronic circuit elements in the system board units 14 the pci boards and the electronic circuit elements are thus prevented from a rise in temperature the airflow then enters gaps between the power source unit sets 16 fig5 is a front view of the server computer 11 the arrows stand for airflow in fig5 referring also to fig5 the airflow runs in the vertical direction between.