bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Method according to claim 1 characterized in applying a zirconia based slurry coating 2 with alumina silicate or zirconium silicate additives and a slurry coating binder being a silicate solution phosphate solution or silicon emulsion.

Related passage: When the slurry composition is being used to fill in cracks and pits which are sometimes formed in protective coating surfaces asdeposited or after grinding the number of topcoats will depend in part on the depth of the pits and cracks.For a TBC which has pits and cracks with a depth in the range of about 125 microns to about 1000 microns the number of topcoats of a zirconiaoxide matrix precursor system will usually range from about 4 to about 20.
Patent claim: Composition for use according to claim 16 characterised in that R2 is selected from fluorine and bromine.

Related passage: The present invention is based on the fact that the inventors have demonstrated that the compounds of formula I are neuroprotective in primary cultures of astrocytes and glia andor dopaminergic cell lines Examples 12 as well as in an in vivo model of lipopolysaccharide LPSinduced neurotoxicity Example 3.In addition the inventors have demonstrated that the compounds are capable of crossing the bloodbrain barrier in vitro and have antioxidant properties meaning that they can be used in the production of pharmaceutical compositions for the treatment andor prevention of neurodegenerative diseases andor neurological diseases.
Patent claim: A surgical stapling apparatus for stapling tissue comprising a cartridge body comprising a deck comprising a tissuesupporting surface a plurality of staple cavities anda plurality of wells wherein each said well surrounds a said staple cavity a plurality of staples removably stored in said staple cavities a layer positioned above said deck wherein said staples are configured to implant said layer against the tissue when said staples are ejected from said staple cavities wherein said layer extends into said wells and wherein the interaction between said layer and said wells is configured to releasably retain said layer to said cartridge body.

Related passage: Referring still the FIG.117 in various embodiments the tissue thickness compensator 6058 can be thermoformed around the projections 6048 of the tissue thickness compensator 6058.For example the tissue thickness compensator 6058 can be positioned relative to the cartridge deck of the cartridge body 6050.Once positioned the tissue thickness compensator 6058 can be heated to a sufficient temperature such that the tissue thickness compensator 6058 deforms to accommodate the shape of the cartridge deck including the shape of the projections 6048 extending therefrom.The tissue thickness compensator 6058 can be locally heated for example and can reach a temperature near andor approaching the glass transition temperature of the material comprising the tissue thickness compensator 6058 for example.The tissue thickness compensator can be heated to approximately 90 degrees C to approximately 120 degrees C for example.In certain embodiments the tissue thickness compensator can be heated to approximately 75 degrees C to approximately 150 degrees C for example.Once the tissue thickness compensator 6058 has deformed to fit around the projections 6048 theheat source can be removed or reduced and the tissue thickness compensator 6058 can cool.The tissue thickness compensator 6058 can be subjected to the heightened temperature for approximately 2 seconds to approximately 5 seconds for example to attain sufficient deformation around the projections 6048.In other circumstances the tissue thickness compensator 6058 can be subjected to the heightened temperature for approximately 1 second to approximately 10 seconds for example to attain sufficient deformation around the projections 6048.When cooling the tissue thickness compensator 6058 can shrink closer toward andor tighter around the projections 6048 for example.In various embodiments the thermoformed tissue thickness compensator 6058 can prevent andor limit lateral shifting andor buckling of the tissue thickness compensator 6058 between fastener cavities 6054 and along the length of the cartridge body 6050.
Patent claim: The capacitive position sensor system according to claim 1 wherein the second electrodes of the first capacitors are arranged equally spaced between the second electrodes of the second capacitors.

Related passage: The detection circuit 20 essentially uses the switched capacitance circuit elements of detection circuit 20 to measure and sample each of the three sensor strip capacitances designated in FIG.5A as CSA CSB and CSC.Sensor capacitance CSA is the capacitance between sensor terminals T1 and T2 sensor capacitance CSB is the capacitance between sensor terminals T1 and T3 and sensor capacitance CSC is the capacitance between sensor terminals T1 and T4.In general the reference numerals from FIG.2 have been reused to designate identical or corresponding components in FIG.5A.For example switches 3842 are regulated by the state of timing signal 1 while switches 4448 are regulatedby the state of timing signal 2 which is complementary but nonoverlapping with respect to timing signal 1.The additional switches 86 88 and 90 are controlled by a set of staggered timing signals A B and C respectively to individually and successively couple the circuit line 64 to the sensor strip terminals T2 T3 and T4.The timing signals 1 and 2 as well as the staggered timing signals A B and C are developed by the timing signal generator TSG 52 and are graphically depicted in FIG.5B.
Patent claim: A removable notepaper dispenser comprising a box body 1 consisting of a set of hollow cases 10 11 notches and grooves with small notches are formed separately onto three adjacent sides around the opening of the cases such that openings and two holding spaces with small notches are formed into the assembled box body a lug 15 and a trough 16 are separately set on the remaining side of the opening of the case an elastic body 2 pressed into the box body and removable notepaper assemblies 3 of three dimensions of which the biggest removable notepaper assembly is placed into the box body correspondingly to said opening and supported by the elastic body such that a notepaper is partially exposed out of the opening the other two are embedded separately into a single holding space and a notepaper is partially exposed out of the small notch.

Related passage: The right casing 2 is also a hollow eggshaped structure and is aligned symmetrically with the left casing 1 to form a combined body.The casing 2 is provided with an internally disposed columnar sleeve 20 to be in contact with the sleeve 10 of the left casing 1.A stepped reducing ring flange 201 with a protruding end is formed at the inner end of the sleeve enabling secure locking of the aforementioned flexible hook 101.A guiding coupling portion 202 in the form of a plurality of grooves is set symmetrically on the circumference of the free end of the sleeve 10.In this embodiment the grooves can be mated securely with the aforementioned ribs.On the circumference of the right casing 2 the following parts are provided two parallel supporting bars 21 for stable standing a curved wall 22 with one side connected with a sawtooth structure 220 for tearoff of the selfadhesive notepaper and the other side terminating adjacent a rectangular opening 23.At least one coupling portion 24 is set onto the circumference of the right casing 2 and aligned with the coupling portion 14 of the left casing 1.In this embodiment the bosses are combined.An arched slot 26 is set within the circumference of the right casing 1.The slot 26 is connected with an aperture 25 on the circumference.
Patent claim: The method of claim 1 wherein the one or more security keys comprises a link key.

Related passage: Now referring to fig.4 in a second embodiment of the invention the system comprises a user communications device 401 a service communications device 411 and a service provider server 418.The user communications device 401 may be standard electronic equipment or part of such electronic equipment as described in connection with fig.2a.The user communications device 401 comprises a Bluetooth transceiver 406 for connecting the user communications device 401 to the service communications device 411.The transceiver 406 is connected to a microprocessor 404 including a RAM 404a.The microprocessor 404 is connected to a memory unit 405 which may comprise a ROM section 205a and an EPROMEEPROM section 405b as described in connection with fig.2a.The microprocessor 404 is further connected to a user interface unit 402 which comprises a display 402a and a keypad 402b.The user communications device further comprises a transmitreceive aerial 403 for transmitting and receiving radio signals via a telecommunications network 420.The aerial 403 is connected to the microprocessor 404 and signals received via the aerial 403 are routed to the microprocessor 404 and the microprocessor 404 may initiate and control the transmission of signals via the aerial 403.
Patent claim: The portable electronic device 200 of claim 1 wherein the display 206 is a touchsensitive display 118 and the feedback module 240 provides tactile feedback in response to interaction with the touchsensitive display 118.

Related passage: According to this embodiment the piezoelectric actuators 3 their wiring and their mounting structure need to be disposed in the outer edge portions of the transparent panel 6 so that they do not obstruct the display surface.Thus according to the present invention the production efficiency and the space efficiency can be improved.In addition the high performance force sense feedback function can be accomplished at low cost.
Patent claim: The phase locked loop of claim 1 wherein the phase detector has a current output a voltage output or any output signal receivable by the loop filter.

Related passage: When as usual i ltlt 1s for all i the modulus of Ho is close to KdKvKfN for1rads and decreases at least globally for increasing.This must always be true since the order of the denominator is at least 1 higher than the order of the numerator.From the above equation it becomes clear that when ndni12 the phase is already less than or equal tofor0.At least nzminmaxnind 0 zeroes are needed with i gt 1u to boost the phase atu to a value higher than 34 such that the phase margin is larger than 4.Additional poles with i lt 1u may be provided to cancel the unwanted gain boost for higher frequencies caused by the zeroes.This is a popular way to design a PLL but strictly not necessary for the working principle.
Patent claim: The fastener cartridge assembly of Claim 1 or Claim 2 wherein the tissue thickness compensator comprises a support positioned in the pocket wherein the support comprises a geometry and wherein the geometry is selected from a group comprising a centered singlebend support beam an offcentered singlebend support beam an elliptical support beam a multibend support beam and a symmetrical dualcantilevered support beam.

Related passage: In various embodiments referring now to FIG.66 a staple cartridge such as staple cartridge 3800 for example can comprise a cartridge body 3810 including an outer layer 3811 and an inner layer 3812.The inner layer 3812 can be comprised of a compressible foam material and the outer layer 3811 can be at leas partially wrapped around the inner layer 3812.In at least one embodiment the outer layer 3811 can comprise a first portion 3811a configured to be positioned on a first side of the inner layer 3812 and a second portion 3811b configured to be positioned on a second side of the inner layer 3812 wherein the first portion 3811a and the second portion 3811b can be connected by a flexible hinge such as hinge 3809 for example.In at least one such embodiment at least one adhesive such as fibrin andor protein hydrogel for example can be applied to the first side andor the second side of the inner layer 3812 in order to secure the portions of the outer layer 3811 thereto.In various embodiments the outer layer 3811 can comprise one or more fastening members extending therefrom.In at least one such embodiment the outer layer 3811 can comprise a plurality of deformable legs 3821 extending from one side of the outer layer 3811 which can be seated in the compressible inner layer 3812.In at least one such embodiment the legs 3821 may not protrude from the second side of the inner layer 3812 while in at least one alternative embodiment the legs 3821 may at least partially protrude from the inner layer 3812.When the compressible cartridge body 3810 is compressed in use the legs 3821 can be configured to pierce the inner layer 3812 and thesecond portion 3811b of the outer layer 3811.In certain embodiments the second portion 3811b of the outer layer 3811 can comprise apertures such as apertures 3808 for example defined therein which can be configured to receive the staple legs 3821.In certain embodiments at least portions of the staple cartridge 3800 can comprise a knife slot 3803 which can be configured to slidably receive a cutting member therein.In at least one such embodiment the knife slot 3803 may not extend entirely through the thickness of the cartridge body 3810 and as a result the cutting member may incise the cartridge body 3810 as it is moved relative thereto.
Patent claim: A method for controlling a hybrid vehicle 100 comprising an internal combustion engine 2 an electrical storage device 16 an electric motor 10 configured to be supplied with electric power from the electrical storage device to generate a running driving force and a communication device 30 that is configured to acquire host vehicle position information on the hybrid vehicle the method comprising the steps of i selecting one of a charge depleting mode and a charge sustaining mode ii causing the hybrid vehicle to run while making a changeover between a first running mode and a second running mode in accordance with a running situation of the hybrid vehicle in each of the charge depleting mode and the charge sustaining mode the first running mode being a mode in which the hybrid vehicle runs using the electric motor with the internal combustion engine stopped and the second running mode being a mode in which the hybrid vehicle runs with the internal combustion engine in operation iii changing driving force characteristics of the hybrid vehicle in accordance with a mode changeover between the charge depleting mode and the charge sustaining mode in making the mode changeover in accordance with a selection made by a user or a state of charge of the electrical storage device such that a driving torque of the hybrid vehicle for a given vehicle speed and a given accelerator opening degree becomes larger when the charge depleting mode is selected than the driving torque for the same given vehicle speed and the same given accelerator opening degree the charge sustaining mode is selected andiv refraining from changing the driving force characteristics in accordance with the mode changeover in case of making the mode changeover based on the host vehicle position information.

Related passage: The engine 11 is operated by a combustion of a fuel to output a power and as thisengine 11 for example a spark ignition type of an internal combustion engine i.e.a gasoline engine or a compression selfignition type of an internal combustion engine i.e.a diesel engine can be employed.
Patent claim: A pressuresensitive adhesive strength exhibiting unit 6 configured to heat a pressuresensitive adhesive label 10 to exhibit pressuresensitive adhesive strength the pressuresensitive adhesive label including a printable layer 12 and a pressuresensitive adhesive layer 13 the printable layer being provided on one surface of a base 11 the pressuresensitive adhesive layer being provided on another surface of the base and covered by a nonpressuresensitiveadhesive function layer 14 the pressuresensitive adhesive strength exhibiting unit including a thermal head 30 including a plurality of heat generating elements 31 arranged along a width direction of the pressuresensitive adhesive label the thermal head being configured to heat the pressuresensitive adhesive label which is conveyed along a conveyance direction from the pressuresensitive adhesive layer side to form holes 15 in the nonpressuresensitiveadhesive function layer by the plurality of heat generating elements to thereby expose the pressuresensitive adhesive layer a control part 39 for applying energy independently to the plurality of heat generating elements to control heat generation of the plurality of heat generating elements and a discharge mechanism 50 placed on a downstream side of the thermal head in the conveyance direction the discharge mechanism including a first discharge member 51 placed on the printable layer side and a second discharge member 52 placed on the nonpressure sensitiveadhesive function layer side the discharge mechanism being configured to convey the pressuresensitive adhesive label to a discharge position S located on the downstream side of the discharge mechanism while sandwiching the pressuresensitive adhesive label between the first discharge member and the second discharge member wherein the control part applies the heat energy to the plurality of heat generatingelements so as to form the holes and to form a pressuresensitive adhesive strength nonexhibiting region 45 in which the nonpressuresensitiveadhesive function layer extends continuously from a downstream end 10a of the pressuresensitive adhesive label along the conveyance direction and the second discharge member 52 includes a discharge roller 56 configured to sandwich the pressuresensitive adhesive label with the first discharge member via the pressuresensitive adhesive strength nonexhibiting region and to run relatively on the pressuresensitive adhesive strength nonexhibiting region along with the conveyance of the pressuresensitive adhesive label.

Related passage: The pair of discharge rollers 6 for discharging the heat sensitive adhesive sheet 2 from a discharging outlet 12 to the outside is disposed on the downstream side of the thermal head 4.Further a sheet removal detecting sensor 9 is disposed at the vicinity of the discharge rollers 6.The sheet removal detecting sensor 9 is disposed so that its sensor portion faces the transporting path 11 of the heat sensitive adhesive sheet 2 and detects presence or absence of the heat sensitive adhesive sheet 2 before it is removed from the discharging outlet 12 to the outside.
Patent claim: Control system according to claim 1 characterized in that the server is arranged to transmit to a hub security certificates of nodes which are assigned to the hub and the hub is arranged to transmit the security certificate of an assigned node to the assigned node for verification in the pairing process.

Related passage: In the preferred embodiment generated device names are registered 220 with an enterprise server 60 within the network 100.This can involve a systems administrator of an organisation which owns the device notifying the organisations enterprise server of the device names of all devices owned or approved by the enterprise.A communications manager process at the server thereafter routes to a respective serverbased input queue all communications which are destined for that device.
Patent claim: A memory device comprising protocol logic including circuitry configured to exchange communications with a host device coupled to the memory device the host device to control the memory device the communications based on a unified protocol specification the protocol logic including receiver circuitry configured to receive a data frame from the host device frame evaluation logic configured to detect an error based on the data frame code identification logic configured to select an error code corresponding to the error a frame generator configured to generate a negative acknowledgment control NAC message including a negative acknowledgment identifier and the error code wherein the NAC message is based on a NAC frame structure defined by the unified protocol specification and transmitter circuitry configured to send the NAC message to the host.

Related passage: Each of the wireless transceiver circuits 24 and 32 includes a radio frequency circuit a baseband processing circuit a medium access control circuit etc.and can use arbitrary wireless transmission scheme its further explanation is omitted in the present embodiment.For example it is possible to use a wireless transmission scheme defined in IEEE 802.11 using radio wave in 2.4 GHz band or 5 GHz band or a wireless transmission scheme using radio wave in millimeter wave band.
Patent claim: A cartridge assembly for use with a surgical instrument comprising a cartridge having a proximal portion and a distal portion a longitudinal channel extending between the proximal portion and the distal portion a first row of slots disposed on a first side of the longitudinal channel at least one slot in the first row of slots being empty and a second row of slots disposed on a second side of the longitudinal channel at least one slot in the second row of slots having a staple disposed therein.

Related passage: Depressions 68 are generally of a semispherical shape for receipt of supply treatment material 38.As best shown in FIG.6 a side wall 72 of hills 70 forms a common side wall with knife slot 26.Thus when supply of treatment material 38 not shown is positioned within depressions 68 treatment material 38 is exposed to the knife as it passes through knife slot 26.This allows the knife blade to scrape or rub off a portion of supply of treatment material 38 as it passes depressions 68.Depressions 68 thus serve as reservoirs for a supply of treatment material 38.
Patent claim: A motion sensor for a mobile device the motion sensor comprising a loudspeaker for outputting an audio signal the loudspeaker having a loudspeaker input a trigger detector having a trigger input coupled to the loudspeaker input and a trigger output wherein the trigger detector is operable to output a detection signal on the trigger output in response to a mechanically induced signal on the loudspeaker input due to a motion source.

Related passage: According to a further aspect of the invention there is provided a personal audio device comprising a loudspeaker and the apparatus of any preceding claim.
Patent claim: The method of claim 7 wherein configuring the mobile device comprises displaying services accessible by the IVIS from the mobile device when connected.

Related passage: Next the information acquiring unit 13 acquires various pieces of information from the connected device 1 step S12.The operation information generating unit 14 generates first operation information relating to the predetermined operation executable by the connected first device 1 based on the device identification informationacquired by the information acquiring unit 13 and first acquired information various pieces of information acquired at step S12 as well as the stored information stored in the storage unit 11 step S13.Next the control unit 15 based on this first operation information controls the connected first device 1 step S14.The control unit 15 during a period of controlling the first device 1 stores the first acquired information and the first operating information in the storage unit 11 step S15.After that during a period until the portable information processor 10 is detached from the first device 1 step S16 loop of NO the control unit 15 continuously performs the processing subsequent to step S12 and executes a control by the connected first device 1.