bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The power conversion device 100 according to any one of claims 1 to 4 wherein a valve 370 for injecting or discharging the liquid refrigerant to the cooling device 300 is provided in at least one place of a side surface and a bottom surface of the power conversion device 100.

Related passage: The connector 21 is connected to the control circuit board 20 built in the apparatus casing 12.Types of signals received from external are transmitted to the control circuit board 20 through the connector 21.The DC battery negative and positive polarity side connection terminals 510 and 512 are used to connect electrically the battery 136 to the capacitor module 500 respectively.In this embodiment the connector 21 is provided on the outer periphery surface of one of the short sides of the apparatus casing 12.On the other hand the DC battery negative and positive polarity side connection terminals 510 and 512 are provided on the outer peripheral surface of the other short side.This means that the connector 21 is separated from the DC battery negative polarity side connection terminal 510.This makes it possible to reduce the noise that enters the apparatus casing 12 from the DC battery negative polarity side connection terminal 510 and transmitted up to the connector 21 thereby the control circuit board 20 comes to further improve the motor controllability.
Patent claim: Network element for transmitting a multicarrier signal in a multicarrier communication system the network element comprising a transmitter according to any one of claims 610.

Related passage: In an OFDM system the spectrum ynf of a single subcarrier n after filtering with a rectangular pulse shaping filter is given by ynfdnsinffnffn with f representing the frequency shifted to the OFDM center frequency and normalized to the sampling frequency fn representing the normalized center frequency of the nth subcarrier and dn representing the complex symbol of the nth subcarrier.
Patent claim: The method of claim 9 wherein the mapping and storing the Xray imaging regions includes receiving a selection related to the Xray imaging region to be mapped in correspondence with each of the Xray imaging protocols from a user and mapping and storing the Xray imaging region for each of the Xray imaging protocols according to an input of the selection.

Related passage: When the high voltage generated by a highvoltage supply is applied to the Xray generator 1 the filament serving as a cathode emits the thermoelectrons.The emitted thermoelectrons travel in a controlled direction due to the strong electric field and collide with an anode and an Xray is generated at the point with a small size where thethermoelectrons collide with the anode.In FIG.2 the region represented by S indicates the point or region with a small size where an Xray is generated by collision of thermoelectrons with the anode.
Patent claim: The device of any preceding claim wherein the damping circuit forms an electrical loop around all elements within the first circuit.

Related passage: In the present context both pins 240 and sockets 160 are referred to herein as connector terminals.Although in the present example circuit 200 is mounted in the female connector in alternative embodiment the active shielding circuit may be mounted in the male connector.Although the present example refers to male and female connectors the disclosed techniques can also be used in hybrid connectors having any suitable mix of one or more pins and one or more sockets.Furthermore the disclosed techniques can be used with connectors having any other suitable kind of connector terminals.
Patent claim: The liquid laundry detergent composition according to any preceding claims comprising an adjunct ingredient selected from hueing dyes polymers surfactants builders dye transfer inhibiting agents dispersants enzymes enzyme stabilizers catalytic materials bleach activators polymeric dispersing agents antiredeposition agents suds suppressors aesthetic dyes opacifiers perfumes perfume delivery systems structurants hydrotropes processing aids pigments and mixtures thereof.

Related passage: A multicompartment unit dose article may also be prepared by fitting a first piece of film material into a mould.A composition or component thereof can then be poured into the mould.A preformed compartment can then be placed over the mould containing the composition or component thereof.The preformed compartment also preferably contains a composition or component thereof.The preformed compartment and said first piece of watersoluble or dispersible film material are sealed together to form the multicompartment unit dose article.
Patent claim: A clock signal transmission method wherein the method is applied to a clock circuit wherein the clock circuit comprises a buffer module N first multiplexers and N clock gating cells wherein N is a positive integer the buffer module comprises an input end and N output ends and the N output ends of the buffer module are connected to data ends of the N clock gating cells one to one and output ends of the N first multiplexers are connected to enabling ends of the N clock gating cells one to one and the method comprises inputting a clock signal from the input end of the buffer module enhancing by the buffer module a driving capability of the clock signal received by the input end of the buffer module and outputting the clock signal whose driving capability is enhanced from the N output ends of the buffer module inputting a logic selection signal from an address input end of at least one of the first multiplexers inputting a gating logic signal from a first data end of the at least one first multiplexer inputting a frequency division logic signal from a second data end of the at least one first multiplexer and outputting the frequency division logic signal or the gating logic signal from an output end of the at least one first multiplexer according to the logic selection signal and outputting by a clock gating cell connected to the at least one first multiplexer a clock signal from an output end according to the frequency division logic signal or the gating logic signal received by an enabling end from the output end of the corresponding first multiplexer and the clock signal received by a data end from an output end of the buffer module.

Related passage: Each of the coarse clockgating units 14 is coupled to receive a respective clock enable signal from clock control unit 12.When an enable signal is asserted to a respective coarse clockgating unit 14 the clock signal is passed for distribution to the corresponding functional unit 15.If the enable signal is deasserted the respective coarse clockgating unit 14 may inhibit the clock signal from being provided to the corresponding functional unit 15.For example if clock control unit 12 asserts the CCLKEn0 signal the corresponding coarse clockgating unit 14 may provide Clk0 to the respectively coupled functional unit 15.If the CCLKEn0 signal is deasserted by clock control unit 12 then no clock signal is provided to the corresponding functional unit 15.As will be discussed in further detail below clock control unit 12 may also dynamically i.e.on the fly change the frequency of a clock signal provided by a given coarse clockgating unit by toggling its respectively received clock enable signal.
Patent claim: The multiplexer 200 of claim 1 wherein the first threeport device 220 comprises a first waveguide circulator and the first reflective filter element 225 comprises a first waveguide having at least one length of narrowedwidth waveguide wherein the second threeport device 2321 comprises a second waveguide circulator coupled to an output of the first waveguide circulator and the second reflective filter element 2351 comprises a second waveguide having at least one length of narrowedwidth waveguide.

Related passage: With the embodiments provided by this disclosure no one load element needs to be rated to handle the full power of a reflected wave.For example in one implementation where reflected RF power is split evenly by waveguide power divider 165 between loads 152 and 154 i.e.a 3dB power divider then each of the loads need only be rated for absorbingof the maximum potential reflected RF power.In some embodiments waveguide loads 152 and 154 are implemented for example using attenuating wave guides that comprises a tapered wedge design andor absorbent material that substantially absorbs and spreads out the energy from reflected RF power along the length of the waveguide.It should also be appreciated that in other embodiment waveguide power divider 165 may divide power between more than just two waveguide loads.
Patent claim: The device according to claim 8 wherein the answer extension function determiningmodule 82 comprises a first answer extension function determining submodule 91 configured to determine the corresponding answer extension function according to a preset binding relationship between answer extension functions and corresponding answer extension operations when the answer extension operation from the user on the call interface is detected

Related passage: If a request event for an additional function is detected at step 223 at block 224 the control unit 170 creates data association caused by the execution of an additional function.For example in a messengerbased video call environment the control unit 170 may enter into an image capturing mode a handwriting mode etc.according to a users selection and then create a photo a memo etc.The flow continues to block 225.
Patent claim: A process according to claim 7 for steam methane reforming.

Related passage: The implementation of the flame inside of a porous radiating shell enclosure leads to a more homogenous temperature profile of the flame itself.The radiating shell is made of high temperature resistant material such as porous ceramic foam with high emissivity silicon carbide aluminum oxide and silicon oxide.The use of radiant burners allows designing the furnace with optimized burner tube to tube pavement that minimizes circumferential flux unhomogeneities.The most interesting pavements are a square or a hexahedral configuration of the burner with regard to the catalyst tubes.
Patent claim: The electronic apparatus according to claim 11 wherein the wiring board further includes a second wiring portion 320 350 360 that is formed on the base and an electricity storage element 500 that is mounted between the first wiring portion and the second wiring portion on the wiring board.

Related passage: The elastomer is not particularly limited.Preferred examples of the elastomer include urethane rubber acrylic rubber silicone rubber ethylenepropylene copolymerized rubber natural rubber styrenebutadiene copolymerized rubber acrylonitrilebutadiene copolymerized rubber epichlorohydrin rubber chlorosulfonated polyethylene and chlorinated polyethylene.
Patent claim: A hearing assistance device according to any one of claims 19 comprising a wind noise detector andor an own voice detector.

Related passage: Figure 1 a shows a schematic view of a hearing aid user wearing a hearing aid with a number of input transducers such as microphones.The hearing aid is shown to comprise a part away from the ear such as a behindtheear BTE shell or part 101 and part near or in the ear canal such as an intheear ITE part 102.In the following the part near or in the ear canal will be referred to as an ITE part but it is understood that the part arranged near or in the ear canal is not limited to an ITE part but may be any kind of part arranged near or in the ear canal.Furthermore in the following the part arranged away from or behind the ear will be referred to as a BTE part but it is understood that the part arranged away from or behind the ear is not limited to a BTE part but it may be any kind of part arranged away from or behind the ear.The two parts may be connected by means of a wire 103.The BTE part 101 may comprise two input transducers 104 105 which may be arranged as a front microphone and a rear microphone respectively andthe ITE part 102 may comprise one input transducer 106 such as a microphone.
Patent claim: The surgical instrument of any one of Claims 13 further comprising at least one user feedback element wherein the program instructions when executed further cause the processor to employ the at least one user feedback element to alert a user of the malfunction.

Related passage: In some forms the motor controllers 6314a6314c is configured as currentforce limiting controllers.A currentforce limiting controller is configured to limit a measured value such as the current delivered to a motor or the force exerted by a motor to a predetermined value.For example in one form a first motor controller 6314a is configured to limit the force exerted during a clamping operation to a predetermined value.A force sensor monitors the force provided by a first motor 6318a configured to control a clamping operation of a surgical instrument.When the force value measured by the force sensor matches the predetermined value the first motor controller 6314a ceases operation of the first motor 6318a.In some forms a motor controller 6314a6314c is configured to monitor the current delivered to a motor 6318a6318c.The current drawn by the motor 6318a6318c is indicative of one or more functions of the motor 6318a6318c such as the speed of the motor or the force exerted by the motor during a surgical operation.If the current drawn by the motor 6318a6318c exceeds a predetermined threshold the motor controller 6314a6314c ceases operation of the motor to prevent damage to a patient and to the surgical instrument.
Patent claim: A method for making i a material comprising a network of nonhuman collagen fibrils wherein less than 10 by weight of the collagen fibrils in the material are in the form of collagen fibers having a diameter of 5 m or more are in the form of fibrils aligned for 100 m or more of their lengths or both wherein said material contains no more than 40 by weight water and wherein said material contains at least 1 of a lubricant comprising in any order fibrillating an aqueous solution or suspension of nonhuman collagen molecules into collagen fibrils crosslinking said collagen fibrils by contacting them with at least one crosslinking agent dehydrating the crosslinked collagen fibrils so that they contain less than 40 by weight water incorporating at least 1 by weight of at least one lubricant into said material or ii a material comprising a network of recombinant nonhuman collagen fibrils wherein the collagen contains substantially no 3hydroxyproline and optionally substantially no hydroxylysinewherein said material contains no more than 25 by weight water and wherein said material contains at least 1 of a lubricant comprising in any order fibrillating an aqueous solution or suspension of nonhuman collagen molecules into collagen fibrils crosslinking said collagen fibrils by contacting them with at least one crosslinking agent dehydrating the crosslinked collagen fibrils so that they contain no more than 25 by weight water and incorporating at least 1 by weight of at least one lubricant into said material.

Related passage: The regenerated collagen fibers treated with the aluminum salt as described above are then subjected to washing oiling and drying.For example washing can be performed with running water for 10 minutes to 4 hours.Examples of an oil solutionfor use in oiling include emulsions such as aminomodified silicone epoxymodified silicone and polyethermodified silicone and a Pluronictype polyether antistatic agent.The drying temperature is preferably 100C or less and more preferably 75C or less.The load to be applied during drying is 0.01 to 0.25 g and preferably 0.02 to 0.15 g per dtex.
Patent claim: The touch screen panel 300 1300 2300 of one of claims 5 to 9 wherein the first protection layer 320 1320 2320 comprisesa first layer comprising an organic material and a second layer overlapping the first layer the second layer comprising silicon oxide SiOx.

Related passage: In addition the ratio of the width of the first subpattern 310 to the height of the first subpattern 310 may be in the range of about 10.1 to about 11.Further the ratio of the width of the first subpattern 310 to the width of the first subpattern 310 may be in the range of about 0.11 to about 11.In other words as shown in FIGS.2 and 3 one sectional surface of the first subpattern 310 may have a rectangular shape or a square shape.
Patent claim: The method according to claim 2 wherein said obtaining 100 and said combining 110 are performed periodically and wherein said displayed graphical representation is updated 120 when said relative positions have changed.

Related passage: Once a new node has been detected the inviting node and the new node determine their distance d from one another using their ranging capabilities if any are available.The internodal distance may be determined by various conventional methods such as by measuring the time of travel of an acoustic ultrasonic or RF pulse or by comparison of RF received signal strength with transmission signal strength.Various means of ranging by radar echoing of RF pulses are known such as multiple discrete PRF pulse repetition frequency ranging as described in Skolnik Merrill I.Radar Handbook Mcgraw Hill 1990 Section 17.4.These RF pulse methods are suitable for use with high clock rates and RF frequencies sufficiently high to allow for accurate measurement of short time intervals consistent with the minimum range to be measured.Another ranging method timing an acoustic or ultrasonic pulse is better suited to low clock rates and lower RF frequency operation and is thus more appropriate with low power lower frequency less than 1Ghz circuitry.One realization of the acoustic or ultrasonic ranging method is described below in connection with the description of the node hardware.In some embodiments the position of each node may be known for example by global positioning system GPS devices provided on the nodes.Range can then be calculated easily from the known node positions.However derived the ranging information greatly enhances the topology learning process of the invention.
Patent claim: The computer implemented method of claim 1 further comprising generating in the aircraft system controller corrective control signals to protect the aircraft system based on the error value and transmitting the corrective control signals to one or more components of the aircraft system.

Related passage: The measurements received by the modeling computer 62 generally fall into three categories engine inputs U gas path parameters Y and engine subsystem parameters Z.Example engine inputs include mach numbers altitudes total ambient temperatures engine power requirements etc.Example gas path parameters include measurements collected along the engines gas path such as low spool speeds high spool speeds exhaust gas temperatures etc.Example subsystem parameter measurements include turbine case cooling measurements bleed measurements variable stator vane measurements etc.
Patent claim: The solar cell module of claim 5 wherein the back surface of the semiconductor substrate included in each solar cell includes a middle portion and edge portions positioned at both edges of the middle portion in the second direction wherein the long pattern of the second adhesive layer is positioned in the edge portions or the second adhesive layer is formed in the long pattern on the entire back surface of the semiconductor substrate and wherein in the edge portions of the semiconductor substrate a second direction length or a location of the long pattern overlapping the first conductive line is different from a second direction length or a location of the long pattern overlapping the second conductive line and wherein the second adhesive layer of the long pattern overlaps the first adhesive layer and the insulating layer.

Related passage: In the solar cell having the abovedescribed structure according to the embodiment of the invention holes collected by the first electrodes C141 and electrons collected by the second electrodes C142 may be used as electric power of an external device through an external circuit device.
Patent claim: The adapter assembly of any preceding claim wherein each of the first second and third drive assemblies include a proximal drive shaft a distal drive shaft and a drive screw.

Related passage: With reference to FIGS.2932 trocar assembly 270 of extension assembly 200 includes an outer housing 272 a trocar member 274 slidably disposed within tubular outer housing 272 and a drive screw 276 operably received within trocar member 274 for axially moving trocar member 274 relative to tubular housing 272.In particular trocar member 274 includes a proximal end 274a having an inner threaded portion 273 which engages a threaded distal portion 276b of drive screw 276.As drive screw 276 is rotated within trocar member 274 engagement of inner threaded portion 273 of trocar member 274 with threaded distal portion 276b of drive screw 276 causes longitudinal movement of trocar member 274 within outerhousing 272 of trocar assembly 270.Rotation of drive screw 276 in a first direction causes longitudinal advancement of trocar member 274 and rotation of drive screw 276 in a second direction causes longitudinal retraction of trocar member 274.A distal end 274b of trocar member 274 is configured to selectively engage anvil assembly 50 FIG.34.
Patent claim: A liquid crystal display device160 characterized by comprising an acquiring module 802 configured to acquire a pixel grayscale value of each pixel in each row in a displayed content on a liquid crystal panel a first setting module 804 903 configured to set a refresh rate of an ith row in the displayed content to a first refresh rate if the grayscale values of all the pixels in the ith row are lower than the predetermined value and a second setting module 806 configured to set a refresh rate of a jth row in the displayed content to the second refresh rate if at least one grayscale value of the pixels in the jth row is not lower than the predetermined value wherein ij and the first refresh rate is lower than the second refresh rate.

Related passage: The percentage is thus determined according to each of the plurality of analysis regions.Therefore even in a case of animage in which such pixels that cause flicker to easily occur are locally concentrated it is possible to prevent recognition of flicker by properly changing a refresh rate.In addition in a case of an image or region in which flicker hardly occurs it is possible to reduce electric power consumption by displaying the image or region at a low refresh rate.
Patent claim: A printer comprising a body configured to accommodate recording paper a lid attached to the body to be openable and closable relative to the body a platen roller attached to the lid a lever configured to support bearings of the platen roller with the lid being closed a spring in the body and a pressing part on the lid provided at a position corresponding to the spring wherein the spring is pressed by the pressing part to generate a spring force during closure of the lid.

Related passage: As illustrated in FIGS.2 and 3 the thermal printer 3 includes a frame 10 having a pair of side wall portions 10a provided opposed to each other in a width direction of the recording sheet P a thermal head 11 having a plurality of heatgenerating elements and which is provided along the width direction of the recording sheet P a conductive head supporting body 12 for supporting the thermal head 11 the platen roller 13 for feeding the recording sheet P by rotating while sandwiching the recording sheet P with the thermal head 11 in a closed state of the lid member driving means 14 for rotating the platen roller 13 to feed the recording sheet P elastic members 15 such as coil springs provided between the frame 10 and the head supporting body 12 for supporting the head supporting body 12 in a state where the head supporting body 12 is biased toward the platen roller 13 and a flexible substrate 16 whose surface is provided with a wiring pattern not shown and which is electrically connected to the thermal head 11 to transmit a signal.