bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The adhesive of of any of the preceeding claims wherein the shell 321 is configured to shatter at a pressure in a range from 0.35 MPa to 1 MPa.

Related passage: Each microcapsule 1 has an outer diameter set to a value of not less than 2 m and less than 3000 m more preferably not less than 5 m and less than 1000 m.Here the outer diameter of each microcapsule 1 is set to fall within such a range because if the outer diameter is less than 2 m the outer wall 2 fails to be crushed even when subjected to an external force of not less than 150 Ncm2 with the result that the moisturecuring adhesive 3 fails to be released without serving its purpose while on the other hand if the outer diameter is more than 3000 m an inconvenience may arise that the outer wall 2 is crushed to release the moisturecuring adhesive 3 undesirably during application of microcapsules 1 at an external force of not more than 10 Ncm2.
Patent claim: An electrode assembly 10 400 comprising a positive electrode 11 410 comprising a positive electrode current collector 112 412 with a positive active material layer 113 413 on each of first and second surfaces of the positive electrode current collector 112 412 a negative electrode 12 420 comprising a negative electrode current collector 122 422 with a negative active material layer 123 423 on each of first and second surfaces of the negative electrode current collector 122 422 and an inner separator 13 430 between the positive electrode 11 410 and the negative electrode 12 420 wherein each of the positive electrode 11 410 and the negative electrode 12 420 comprises a side end uncoated region 11b 12b 410b 420b at respective side ends of the positive electrode 11 410 and the negative electrode 12 420 the side end uncoated regions 11b 12b 410b 420b of each of the positive and negative electrodes 11 410 12 420 comprising no active material layers on respective electrode current collectors 112 122 412 422 characterized in that at least one of the positive electrode 11 410 and the negative electrode 12 420 has an inner uncoated region 12c 410c positioned at a center of the electrode assembly 10 400 the inner uncoated region 12c 410c comprising no active material layer thereon.

Related passage: The electrode assembly 100 may include a first electrode tab 140 that is electrically and physically connected to the first electrode 110 and extends out of the electrode assembly 100.
Patent claim: The ultrasonic probe according to one of claims 13 wherein the ultrasonic elements are arranged in a row on the support frame.

Related passage: Fig.14 shows a cross section across the line A1A2 of the subelement 123 shown in Fig.13.In Fig.14 the cross section of the subelement 123 mainly consists of an insulation film 134 membranes 135 the membranes 135 include an upper electrode 132 membrane supporting parts 133 lower electrodes 136 a silicon substrate 130 and cavities 131.A detailed explanation of the constituent components in Fig.14 is omitted because they are explained in Fig.1 and Fig.2.
Patent claim: The device of claim 1 further comprising an environment information sensor configured to sense environment information about the device wherein the wakeup keyword model is one of a plurality of wakeup keyword models which are based on various environment information and the processor is further configured to detect the wakeup keyword from the received speech signal of the user by using the wakeup keyword model corresponding to the sensed environment information of the device among the plurality of wakeup keyword models.

Related passage: According to the speaker dependent recognition scheme a particular speaker or user needs to train a recognizer with hisher own voice in advance.In this case the speech recognizer can recognize only the speech of the trained voice.The speaker independent recognition scheme can recognize speech of an arbitrary speakervoice.The speaker independent recognition scheme extracts and databases information about hundreds or thousands of voices in advance and thus any user can use it without a separate training process.
Patent claim: An ink jet recording apparatus comprising at least one first liquid ejecting nozzle arranged to eject a first ink composition to record an image on a recording medium the first liquid ejecting nozzle having an open end the first ink composition having been ejected being split into a main droplet having a flying velocity Vm and at least one satellite droplet including a satellite droplet having a flying velocity Vs the flying velocities satisfying the relationship VmVs lt 3 ms and a platen having a surface on which the recording medium is placed the surface being spaced from the open end at a distance PG satisfying the relationship 0.5 mm lt PG lt 2.5 mm wherein the first ink composition satisfies at least one of 1 containing less than 3 by mass of 12hexanediol and 2 containing 10 by mass or more of glycerol.

Related passage: Next such relation in the case of the satellite ink droplet ejected in this embodiment corresponding to the dashed line is compared with that of the satellite ink droplet ejected in the related apparatus corresponding to the doubledashed chain line.The initial jetting speed in the case of the satellite ink droplet in the related apparatus is about 4.0 ms.Further the amount of ink thereof is extremely small 0.5 pL so that the rate of reduction in the ratio of the jetting speed to the flight distance is relatively high.The jetting speeds respectively corresponding to distances of 1.0 mm and 1.25 mm are about 0.7 ms and 0 ms.On the other hand similarly the initial jetting speed in the case of the satellite ink droplet in the present embodiment is about 4.0 ms.However since the amount of ink thereof is relatively large 1.0 pL as compared with that of ink of the satellite ink droplet in the related apparatus so that the rate of reduction in the ratio of the jetting speed to the flight distance is relatively low as compared with that of reduction in such a ratio in the case of the related apparatus.The jetting speeds respectively corresponding to distances of 1.0 mm and 2.0 mm are about 2.0 ms and 0 ms.
Patent claim: Method according to the claim 6 further comprising estimating a portion bleed of air bled upstream of the combustor based on a bleed valve setting THBOV in particular using a bleed valve characteristic 405 wherein the first function comprises the estimated portion of bled air.

Related passage: Flexible fuels that are burned in gas turbines often range in composition and associated calorific value.Compared with regular natural gas flexible fuel composition variations can create certain combustion problems including elevated emissions combustion noise dynamics undesirable flame holding events and inefficient burning.Adjusting combustor properties to optimize combustion as a function of fuel composition has traditionally been addressed by using a mass spectrometer calorimeter or other fuel measurement techniques such as a Wobbe Index meter.However such devices are expensive inaccurate and have a slow response time.In certain traditional systems at least three Wobbe Index meters are needed along with buffer tanks and other expensive infrastructure for determining the fuel composition variations and addressing the related combustion problems.
Patent claim: A body temperature maintaining apparatus as claimed in any one of claims 1 to 6 wherein the heat applying part is in a shape of a blanket.

Related passage: In addition the thermal exchange unit 120 may include one or more temperature sensors and thermocouples to monitor the temperature of a mammals extremity and provide temperature control feedback.For example a tympanic temperature probe may be inserted to other body portions such as ear canal etc.of amammal to monitor core body temperature and provide the core temperature feedback to the controller 160.
Patent claim: A honeycomb catalyst carrier provided with porous partition walls containing cordierite or aluminum titanate as a main component and separating and forming a plurality of cells functioning as fluid passages wherein the partition walls have a porosity of 0.5 or more and 10 or less.

Related passage: The body can have any degree of wall porosity from low to high.For example typically the wall porosity ranges from about 1 by volume to higher values which are determined by practical limits depending on the composition of the substrate and the intended application eg nature of the material which is to be coated on the walls of the open cells etc.The porosity is typically about 30 to about 70 by volume.The invention is especially suited for lowtomoderate porosity bodies that is those having total porosities of about 30 to about 50 by volume.
Patent claim: An industrial vehicle 10 which is equipped with an engine 19 and has an Ecomode in which torque of the engine 19 is restricted comprising an accelerator 29 an accelerator opening detector 30 that detects an opening of the accelerator 29 a vehicle speed detector 33 that detects a speed of the vehicle 10 an engine speed detector 35 that detects a speed of the engine 19 and a torque restriction releasing unit 32 which when the torque of the engine 19 is restricted if conditions that the opening of the accelerator 29 detected by the accelerator opening detector 30 is a first predetermined value XA or greater that the vehicle speed detected by the vehicle speed detector 33 is a second predetermined value YA or smaller and that the engine speed detected by the engine speed detector 35 is a third predetermined value Z or smaller are satisfied releases the torque restriction.

Related passage: A transmission output speed sensor 92 for detecting the speed of the output shaft of the transmission 26 is provided to the output shaft of the transmission 26.Detection signals from the transmission output speed sensor 92 second detector are inputted to the second controller 10b.The second controller 10b calculates the vehicle speed on the basis of the detection signals of the transmission output speed sensor 92.Therefore the transmission output speed sensor 92 functions as a vehicle speed sensor for detecting the vehicle speed.A sensor for detecting the rotational speed of other components may be used as a vehicle speed sensor in lieu of the output shaft of the transmission 26.The drive force outputted from the transmission 26 is transmitted to the front wheels 4a and the rear wheels 4b via a shaft 32 and the like whereby the vehicle travels.The speed of the input shaft of the transmission 26 is detected by a transmission input speed sensor 93.The detection signals from the transmission input speed sensor 93 are inputted to the second controller 10b.
Patent claim: The light emitting device according to claim 5 further comprising a resin layer arranged in each opening and around the light emitting element and the adhesive agent having a lower optical transmittance than the resin layer to light from the light emitting element.

Related passage: For the material of the base member 101 an insulating member is preferable and a member which allows little light emitted from the light emitting element 104 and outside light to pass through is preferable.Also a material which has a certain degree of mechanical strength is preferable.Specific examples thereof include ceramics Al2O3 AlN etc.and a resin such as a phenol resin an epoxy resin a polyimide resin a BT resin bismaleimide triazine resin and a polyphthalamide PPA.In the case where a resin is used for the material of the base member 101 inorganic filler such as glass fiber SiO2 TiO2 Al2O3 may be mixed into the resin to improve mechanical strength decrease the coefficient of thermal expansion and improve the optical reflectance.
Patent claim: The apparatus of claim 1 wherein the secondary cutting element is fixed relativeto the staple driver actuator.

Related passage: In various embodiments the distal cutting blade 2324 is not deployed to sever the distal portion 2316 of the layer 2306 until the firing stroke of the tissue cutting blade 2312 andor the staple driver 2340 have been completed or are almost completed.In such embodiments the distal portion 2316 of the layer 2306 can remain attached to the staplecartridge 2330 thereby stabilizing the layer 2306 relative to the staple cartridge 2330 until most or all of the staples have been fired by the staple driver 2340 andor until patient tissue and the layer 2306 have been severed by the tissue cutting blade 2312.In various other embodiments the distal cutting blade 2324 can be deployed to sever the distal portion 2316 of the layer 2306 before the tissue cutting blade 2312 andor the staple driver 2340 have begun their firing stroke.For example the firing member 2326 can be moved from the unactuated position illustrated in FIG.82 to the actuated position illustrated in FIG.83 by a first actuation of a firing trigger of a surgical stapler.A subsequent actuation of the firing trigger can move the tissue cutting blade 2312 andor the staple driver 2340.As a result the distal portion 2316 of the layer 2306 can be detached from the staple cartridge 2330 before the tissue cutting blade 2312 severs patient tissue andor before the staples capture the layer 2306 and patient tissue.As another example the firing member 2326 can be actuated by a first trigger of the surgical instrument and the tissuecutting blade 2312 andor the staple driver 2340 can be actuated by a second trigger.
Patent claim: The method according to either of claims 9 or 11 wherein the SiC layer is of a ptype.

Related passage: In the following embodiments of the invention are described with reference to the drawings.First a MISFET according to a first embodiment of the invention is described with reference to the drawings.With reference to Fig.1 A to Fig.4J a method for manufacturing the MISFET of the first embodiment is described.As shown in Fig.1 A on a 4HSiC0001Si substrate 1 a just substrate or a substrate having an offset angle of 15 or less in an arbitrary crystal direction if the offset angle is greater problems regarding the proximity of steps or the formation of facets would arise which would require consideration of other crystal growth mechanisms.The SiC crystal structure may be 6H instead of 4H.there is formed a SiC layer 1a by homoepitaxial growth for example.The epitaxial layer is a highquality singlecrystal layer.As shown in Fig.1B on the SiC layer 1a there is formed a mask R having openings in at least those regions where sourcedrain are to be later formed.Then N and P for example which are Group V elements are ionimplanted as impurities for forming an ntype conduction band in SiC.Thereafter a hightemperature annealing process is performed so as to electrically activate the ionimplanted atoms whereby sourcedrain regions 3a3b are formed as shown in Fig.1C.
Patent claim: The downconversion circuit 30 according to any preceding claim comprising a first lownoise amplifier LNA 200 arranged to supply the received RF signal to an input port of the first passive switching mixer 70 and a separate second LNA 300 arranged to supply the received RF signal to an input port of the second passive switching mixer 80.

Related passage: This problem can be solved as described below.The idea is to add a second waveform in parallel with a dutycycle enhanced square wave e.g.13 in order to deal with the 5th and 7th harmonics.This is illustrated with the mixing circuit 3 in Figure 4.The radio frequency input signal is fed to the two multipliers 4 5 where it is mixed with the two different local oscillator signals LO1 and L02 respectively.L01 is the square wave with 13 described above while L02 is a different waveform that will be described below.
Patent claim: The door of any of the preceding claims wherein the at least one second connecting device 4242 40 comprisesa plurality of mounting sockets 40 arranged spaced from each other at the front frame 30 30 and a plurality of connecting element arranged at the rear frame or a plurality of connecting elements 4242 releasably provided at the rear frame 70 70 a plurality of mounting sockets arranged spaced from each other at the rear frame and a plurality of connecting element arranged at the front frame or a plurality of connecting elements releasably provided at the front frame or both of the above wherein a first group of mounting sockets is arranged at the front frame and a first group of connecting elements is arranged or releasably provided at the rear frame while a second group of mounting sockets is arranged at the rear frame and a second group of connecting elements is arranged or releasably provided at the front frame.

Related passage: Cover ring 7 is attached to front frame 5 by any means.Preferably cover ring is attached to front frame by a snap fitting connection.For example a snapfit connector 38 may comprise a cantilever with a hook assigned to one of the cover ring or front frame and a corresponding recess or seat 20 assigned to the other of cover ring or front frame which is adapted to engage with the hook.The at least one snapfit connector comprises at least one first engaging element e.g.a hook which is arranged at the cover ring or front frame of the door assembly and at least one second engaging element e.g.a recess a ledge or a second hook which is arranged at a the cover ring or front frame of the door assembly.The at least one second engaging element is adapted to engage with the at least one first engaging element to attach the cover ring to the front frame i.e.to assemble the two components.Advantageously the snapfit connector may be the only connecting means necessary to permanently assemble the cover ring and front frame i.e.it may be not necessary to provide additional fixing means like screws however also one or more screws can be provided for further fixing the first and second component.
Patent claim: Machine according to any one of the preceding claims characterized in that means for imparting a reciprocating percussive movement are associated to said at least one breaking tool 18 20a 21a 32a 33a along a direction perpendicular to the supporting plane.

Related passage: At the end of the scoring operation the sheet L is subjected to a step of breaking a step of softening of the plastic film with known means for example via localized heating by means of a resistor and a step of tearing of the plastic film to obtain a total separation of the two portions L1 and L2 illustrated in Figure 9B.The further machining steps subsequent to the cutting step can be performed in any known way either automatically or manually.
Patent claim: A rechargeable battery 100 comprising an electrode assembly 110 a terminal 130 and a current collector 120 120 electrically connecting the electrode assembly and the terminal the current collector 120 120 including a first fuse HFA1 for a first current and a second fuse LFA for a second current the first current being different from the second current.

Related passage: The second extension part 343 includes the second fuse part 345.The second extension part 343 is connected to the second electrode noncoating portion 115 of the electrode assembly 110.The second fuse part 345 includes a hole or recess e.g.a penetration hole formed through a portion of the second extension part 343.In this embodiment the second fuse part 345 includes a penetration hole having a rectangular shape although other shapes e.g.circular are possible.The penetration hole of the second fuse part 345 is smaller than the penetration hole of the first fuse part 344.If an excessive current flows through the second fuse part 345 the second fuse part 345 isconfigured to melt at regions from edges of the second fuse part 345 to edges of the second extension part 343 in which case the second extension part 343 breaks.This will be referred to as a second current interruption.Although the shortcircuit member 376 may be reversed and cause a short circuit when the secondary battery 300 is overcharged since the electrode assembly 110 and the second collecting part 340 of the secondary battery 300 are separated due to the second current interruption a current does not flow in the secondary battery 300.
Patent claim: The door of any of the preceding claims wherein the at least one first connecting device 3838 30 comprises a plurality of mounting sockets 30 arranged spaced from each other at either the front frame 30 or the rear frame 70 and a plurality of connecting element arranged at the cover or a plurality of connecting elements 3838 releasably provided at the cover 50 50 a plurality of mounting sockets arranged spaced from each other at the cover and a plurality of connecting elements arranged at either the front frame or the rear frame or a plurality of connecting elements releasably provided at either the front frame or the rear frame or both of the above wherein a first group of mounting sockets is arranged at the front frame and a first group of connecting elements is releasably provided or arranged at the cover while a second group of mounting sockets is arranged at the cover and a second group of connecting elements is releasably provided or arranged at the front frame.

Related passage: Door cover 8 is preferably made of plastic material and more preferably the plastic material is also transparent or semitransparent to allow the user to inspect the laundry during the drying andor washing cycles of the laundry treatment device 1.Door cover 8 is preferably substantially planar and defines anouter edge 18.It is fixable or fixed to the door assembly 3a by interposition of at least a portion of its outer edge 18 between the front frame 5 and the cover ring 7.In other words at least a portion of the outer edge 18 of the door cover 8 is sandwiched between outer frame 5 and cover ring 7.More preferably the sandwich of the outer edge 18 of the door cover 8 between the front frame 5 and cover ring 7 takes place in proximity of the inner edge 15 17 of the front frame 5 and cover ring 7 respectively e.g.the door cover 8 closes the openings 7a5a formed in the cover ring 7 and front frame 5 and at least a portion of its outer edge 18 is hidden by the cover ring 7.Preferably the entire perimetral extension of the outer edge 18 of the door cover 8 is interposed between the front frame 5 and the ring cover 7 so that the outer edge 18 of door cover 8 is hidden beneath cover ring 7 in its entirety.
Patent claim: The method according to claim 2 further comprising displaying a main floating control interface by the video talk enhancement application when the electric device runs the video talk application to perform the video talk with the another electric device and the main floating control interface having at least one of a screen share icon a skin beautifying icon and a video film icon wherein the step of receiving the input signal further comprises receiving the input signal by the input unit when one of the screen share icon the skin beautifying icon and the video film icon is selected.

Related passage: In one exemplary embodiment the effect processing is performed in realtime and onthefly and a processed video stream 31 is then feed for example into the functional layer 26.The functional layer 26 may include functions commonly used in web camera device drivers such as for example brightness adjustment saturation adjustment contrast adjustment and so on.However in addition to the aforementioned controls the functional layer 26 may also allow effects selection functionality 42.The effects selection functionality 42 allows the IM application program 18 e.g.Yahoo IM to interact with the video device driver 22 so that a user can define the effect included in the video stream 30.One or more further functional layers may be provided to process the captured video stream which is then fed as a processed or modified video stream 33 to the IM application program 18.