bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 1 further comprising incorporating into or onto said material at least one filler or further comprising incorporating into or onto said material at least one woven or nonwoven material or incorporating said material into at least one woven or nonwoven 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: A developing agent obtained by the method according to any one of claims 1 to 10.

Related passage: The toner particle shown in FIG.7K has a structure in which a plurality of microcapsules each composed of a core containing a color former developer and reversible decolorizer and a shell covering this core are phaseseparated in a polymer filler.The toner particle shown in FIG.7L has the same structure as in FIG.7K except that a decolorizer is dispersed in a polymer filler containing microcapsule cores.
Patent claim: A cell analyzing method comprising applying light to a measurement specimen containing a body fluid detecting light generated from cells in the measurement specimen to which the light is applied counting the number of tumor cells separately from at least white blood cells macrophages and mesothelial cells based on cell distribution information generated from the detected light information and outputting information about tumor cells in the body fluid.

Related passage: The most part of the sample used in the screening of a cervical cancer is composed of normal cells.Thus when the histogram as shown in Fig.15 is drawn in which the horizontal axis shows the area of the pulse of the fluorescence signal fluorescence amount a peak appears at a position corresponding to normal cells.The fluorescence amount at this peak position shows the DNA amount of normal cells.Thus the system control section 13 classifies as abnormal cells those cells showing a 2.5 times or higher fluorescence amount than that of normal cells.
Patent claim: The tire of at least one of the previous claims wherein the wider mouth of the groove access passage 42 at the outward surface of the first sidewall 18 has a lower boundary offset along the outward surface of the first sidewall 18 from the longitudinal axis of the groove channel 34.

Related passage: The number of ridges D0 through D6 and respective radii of each ridge may be constructed outside the above ranges to suit other dimensions or applications.The increasing radius of curvature in the direction of air flow may result in the ridges D0 through D6 projecting at an increasing amplitude and to an increasing extent into the passageway 43 toward the outlet device 70.As such the passageway 43 constricts to a narrower region 138 toward the outlet device 70 and causes a correspondingly greater increase in air pressure from a reduction in air volume.The benefit of such a configuration is that the tube 42 may be constructed smaller than otherwise necessary in order to achieve a desired air flow pressure along the passageway 43 and into the tire cavity 40 from the outlet device 70.A smaller sized tube 42 may be economically and functionally desirable in allowing a smaller groove 56 within the tire 12 to be used thereby resulting a minimal structural discontinuity in the tire sidewall.
Patent claim: The accordion according to claim 1 wherein the four rows of buttons are arranged in lines in a direction substantially orthogonal to an expansion and contraction direction of the bellow the first continuous four pitches are assigned such that the first continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow the second continuous four pitches are assigned such that the second continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow andthe third continuous four pitches are assigned such that the third continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow.

Related passage: It is to be appreciated that the minorthird arrangement keyboard will further become easy to play by including on the order of ten keyboard rows.
Patent claim: The system according to claim 1 further comprising a database registration unit 21 configured to register the load adjustment range predicted by the load adjustment range prediction unit 16 as the history data in the database 10.

Related passage: In the information table there are stored as a history record in association with one another the operation states of main load appliances the consumed electric power amounts of load appliances as a whole at that time and the time information and the like of that time.Here main load appliances denote load appliances that consume large amounts of electric power for example showcases and air conditioners.Fig.4 is a diagram schematically showing the information table in Embodiment 1.
Patent claim: The method of any one of claims 1 to 6 wherein the evaporator device 7 is a system with moist absorbent material dispersal.

Related passage: In addition the spray drying apparatus 50 includes a gas introduction unit to which the branch gas 18a branched from the flue gas 18 is introduced through the flue gas introduction line L11 branched from the flue gas supply line L2 which is a main line of the flue gas 18 supplied from the boiler 11 and a spray unit 52 which is configured to disperse or spray the concentrateddehydrated filtrate 33A.Then the dispersed or sprayed dehydrated filtrate 33 is evaporated and dried by heat of the flue gas 18 to be introduced.Furthermore reference numeral L12 represents a flue gas supply line through which the fluegas 18b contributed to the drying in the spray drying apparatus 50 returns to the gas supply line L3.A damper unit 59 is interposed in the flue gas introduction line L11 and the flue gas supply line L12 to stop inflow and discharge of the branch gas 18a and the flue gas 18b.
Patent claim: The catheter of claim 7 wherein the ablation electrodes are configured to engage ostial tissue when the maximal outer diameter of the selfcentering multiray electrode assembly is engaged with an inner diameter of a vessel.

Related passage: FIG.3 shows a catheter 110 designed to ablate at the ostium of a vessel such as but not limited to an artery or a vein.The particular embodiment describes a catheter that has a plurality of spine assemblies at the distal end.The shape of the distal assembly is created from nitinol or other shape memory material.The shape of the distal structure in the free state position looks like multiple S shapes spines 120 protruding from the distal end of the catheter shaft.The ablation element 122 that sits at the distal end of the S shape forms the secondary curve.Due to the curve or elbow of the electrode the electrode can engage the vessels ostium.The Nitinol spines are covered by a Pebax Pellethane or other thermoplastic elastomer.
Patent claim: The device according to Claim 1 wherein the circuitry is configured to determine based on the input from one or more motion sensors the orientation of the device and the circuitry is configured to select the application interface based on the tilt angle and the display orientation.

Related passage: In the present invention a gradient detection portion is provided inside themobile phone signals which are output from the arithmetic circuit to the display portion control circuit are switched by signals in accordance with the degree of the gradient of the mobile phone in the gradient detection portion and display is performed on the display portion in which the pixel circuit portion is provided.That is in the gradient detection portion when the mobile phone detects the gradient of the housing in the case of being provided with the housing as shown in FIG 4A the arithmetic circuit performs processing so that display with the display element provided in each pixel is performed as shown in FIG 4B therefore the user can watch images by using most of the portions of the display surface with the display element provided in each pixel.
Patent claim: The catheter of claim 1 wherein the shunting electrode is configured to form an electrical circuit between blood surrounding the shunting electrode when the electrode assembly is deployed in a patients vasculature and irrigation fluid contained within the irrigation lumen.

Related passage: Another alternative embodiment of the invention is shown in Figs.13 14A and 14B wherein the EP device 12 is provided with an inner lumen 49 for fluid delivery.An adapter 50 is secured to the proximal end of the EP device 12 to facilitate introduction of fluid to the inner lumen 49.In Fig.14A the lumen 49 is offset from the electrical conductors 51 which are braided about the core 52 whereas in Fig.14B the lumen 49 is formed by the braided conductors 51 within a polymer matrix 53.The embodiment of Fig.14B does not have a core member 52 as in Fig.14A.A discharge port 54 is provided in the distal end of the EP device 12 which is in fluid communication with the inner lumen 49.
Patent claim: An absorbent article according to any of the preceding claims wherein the first core layer 56 has an IPRP value of less than 1200.

Related passage: Glue HL1358LO available from HB Fuller was applied as an auxiliary adhesive onto the core cover as 41 slots 1mm wide a spaced by 1 mm such to cover a pattern 81mm wide and 310mm long centered versus the longitudinal axis of the core such that the basis weight was 5gsm.The first SAP layer was bonded to the auxiliary glue.The first SAP were sourced as AQUALIC CA Type L520 having a CRC of 30gg and a UMP of 50 107 cm3 secg.A total of 664g of first SAP was used.
Patent claim: A hearing assistance device according to claim 1 wherein the signal processing unit is configured to provide that said processed output signalin a normal mode of operation of the hearing assistance deviceoriginates from said electric audio input signal.

Related passage: In some embodiments it may be sufficient to process and transmit a directional signal from the BTE microphones to the output transducer in the hearing aid at low frequencies without multiplying the directiondependent timefrequency gain 303 to the directional signal 305 whereby the low frequency part of the directional signal may be a weighted sum of the two BTE microphone signals.However the directionality may be further improved by multiplying the directiondependent timefrequency gain to the directional signal.
Patent claim: The system of claim 2 wherein the main lubrication oil system further includes an airoil heat exchanger 256.

Related passage: The first and second liquidtoliquid heat exchanger subsystems 18 20 preferably operate at conventional aircraft oil temperatures which are typically less than approximately 325 degrees Fahrenheit 163 C.That is the components which are cooled by the generator oil loop 34 and the fan gear oil loop 3 6 are preferably operated below approximately 325 degrees Fahrenheit 163C.Concurrently the fuel flow prior to the main fuel pump 38 receives thermal energy from the oil loops 34 36 and will thereby remain below approximately 325 degrees Fahrenheit 163 C.It is preferred that the fuel remain below approximately 325 degrees Fahrenheit 163 C prior to the main fuel pump 38 to minimize cavitations within the main fuel pump 38.
Patent claim: The tool according to any one of claims 2 to 5 wherein when the the switch manipulation part is pressed along the pressing direction the load sensor detects the load corresonding the pressing force and when the switch manipulation part is further pressed along the pressing direction to apply the predetermined load to the switch mamipulation part the load adjusting mechanism is configured to move the load sensor along the pressing direction.

Related passage: The movable block 32 has a storage space 32s in which a pressing pin 36 configured to press the load sensor 35 can be housed and in a rear wall of the storage space 32s there is provided an opening 32h through which a shaft portion 36j of the pressing pin 36 protrudes backward.The pressing pin 36 includes the shaft portion 36j and a flange portion 36f provided at the proximal end portion of the shaft portion 36j and the flange portion 36f is housed in the storage space 32s of the movable block 32.Further inside the storage space 32s of the movable block 32 there is placed a second spring 36b that presses the shaft portion 36j of the pressing pin 36 in the backward direction.The load sensor 35 is mounted to the rear inner wall surface of the housing 33h of the switch main body portion 33 at a position where the pressing pin 36 of the movable block 32 can be brought into contact with.As a result when the movable block 32 is displaced backward by pulling the trigger 31 the pressing pin 36 of the movable block 32 is broughtinto contact with the load sensor 35 with the spring force of the second spring 36b being applied.
Patent claim: The surgical instrument of any one of claims 13 wherein the guide pin is in the form of a threaded fastener.

Related passage: Figure 24 illustrates the operation of pin 654.During operation pin 654 fixes the position of anvil assembly 660 with respect to cartridge assembly 650 preventing or at least hindering anvil assembly 660 from cantilevering away from cartridge assembly 650 during firing of the surgical stapling instrument.Pin 654 moves distally in response to actuation of trigger 140 which approximates the cartridge and anvil assemblies as discussed above.During this distal motion of pin 654 grooves 682 in conjunction with protrusions 676 guide the movement of pin 654 through bore 656.In particular protrusions 676 first slide along the straight portion 684 of grooves 682 during the distal advancement of pin 654.While protrusions 676 slide along straight portions 684 pin 654 does not rotate and merely translates distally toward anvil assembly 660.Then pin 654 moves into anvil assembly 660 through hole 662 and external thread 480 engages inner thread 692 when protrusions 676 slide along the spiral portion 686 of grooves 686.While protrusions 676 slide along the spiral portion 686 of grooves 686 pin 654 rotates about longitudinal axis GG see Figure 23 and also moves distally toward anvil assembly 660 causing external thread 680 of pin 654 to threadedly engage inner thread 692 of locking structure 690 to secure pin 654 to anvil assembly 660.A mechanism for reverse rotation of pin 654 can be provided to retract the pin to unapproximate the cartridge and anvil assemblies.
Patent claim: A downhole manipulation method according to claim 14 further comprising the steps ofreading the power used by the downhole manipulation tool during movement of the sliding sleeve anddetecting that an increased amount of power is used for verifying that the projecting part has disengaged the second groove.

Related passage: As shown in Fig.14 the detection tool 50 in the downhole system 100 may further comprise a downhole driving unit 73 an anchoring tool section 74 having radial extension anchors 75 and a key tool 76 having keys 77 engaging grooves in the completion component 1.The key tool 76 is operated by a stroking tool 79.The detection tool 50 is powered through a wireline 78.The key tool 76 is able to both open and close a completion component in one run that is without the tool having to be retracted from the well.By the detection tool 50 and the key tool being in the same tool string the key tool can change the position of the completion component and the detection tool can verify that the performed operation of the key tool has resulted in the planned position change of the completion component.
Patent claim: The method according to any one of claims 7 to 10 wherein the treeshaped clock structure is an Hshaped clock network structure.

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: A surgical instrument comprising a handle a shaft extending distally from the handle an end effector positioned at a distal end of the shaft the end effector comprising an anvil a firing member translatable proximally and distally along a longitudinal axis of the end effector from a stroke beginning position to a stroke end position distal of the stroke beginning positiona knife coupled to the firing member and a staple cartridge comprising a wedge sled positioned to be actuated by distal translation of the firing member a motor coupled to the firing member to translate the firing member between the stroke begin position and the stroke end position a motor controller to receive a motor set point and provide a drive signal to the motor and a control circuit comprising at least one processor and a memory device in communication with the at least one processor wherein the memory device comprises instructions that when executed by the at least one processor causes the at least one processor to receive a first firing signal at a first time and in response to the first firing signal set the motor set point to a first motor set point value determine that an initial time period has passed since the first time receive translation data describing a distal translation of the firing member during the initial time period determine that the distal translation of the firing member during the initial time period is greater than a distal translation threshold and modulate the motor set point to drive the firing member distally at a thin tissue firing member velocity value at least until the firing member reaches the stroke end position.

Related passage: The position sensor 7012 of the sensor arrangement 7002 may comprise one or more magnetic sensor analog rotary sensor like a potentiometer array of analog Halleffect elements which output a unique combination of position signals or values among others for example.
Patent claim: The electronic device according to any one of claims 1 to 8 further comprising a communication means configured to perform communication with an external network wherein other broadcast station is a broadcast station that distributes a program via the communication means.

Related passage: Particularly the first and second audio signals transmit corresponding or substantially the same audio content.The earlier one of the first and second audio signals derived from an analog audio broadcasting signal or digital audio broadcastingsignal respectively may be delayed within a particular period of time until it is synchronous with the respective other of first and second audio signals so that from this point of time a seamless switch between both audio sources is possible particularly after a change of the program or channel has taken place.The slow forwarding of one of the first and second audio signals may be established in a way that this is not or hardly audible for the user for example by setting the particular period of time for generating a slow forwarded audio signal appropriately.
Patent claim: The air conditioner controller 12 according to claim 2 or 3 wherein a heat releasing sheet 46 is interposed at a junction part between the substrate side part 25B and the refrigerant pipe side part 25A of the thermally conductive block 25.

Related passage: The controller 12 includes a controller body 18 and is provided with a substrate 21 having an upper side part and a lower side part fixed and installed on the controller body 18 through supporting tools 19 and 20 respectively.On the substrate 21 various control circuits a large number of electronic components configuring the circuits and the like are mounted.Herein a mounting structure and a coolingstructure of a plurality of heating electronic components 22 23 and 24 such as the active converter the diode module and the power transistor that are components of the inverter for driving an electric motor for the compressor 2 are hereinafter described in detail.
Patent claim: The gas turbine engine of any preceding claim and further comprising a controller 136 a sensor 134 adapted to detect rotation of the fan rotor wherein the sensor transmits a signal to the controller when the fan rotor rotates and wherein so long as the sensor detects rotation of the fan rotor the controller is configured to supply power to the electric motor thereby driving the auxiliary pump.

Related passage: Thus pump system 50 including the valve system combining either first shuttle valve 60 or first shuttle valve 60 with second shuttle valve 62 can provide substantially continuous liquid to bearing 54 under a variety of engine operating conditions.This is done by selecting an appropriate source of liquid depending on the conditions.
Patent claim: An aircraft according to claim 6 wherein the rotatable locking member comprises a slot associated with the landing such that the rotatable locking member may extend to either side of the landing whilst still allowing for the rotational movement of the rotatable locking member.

Related passage: Because secured portion 1012 may be connected to unfixed portion 1040 when barrel latch 1002 is in position shown in Figure 10 with securing portion 1024 of rotating portion 1010 rotated away from secured portion 1012 and slot 1022 positioned so that secured portion 1012 may be withdrawn from barrel 1014 then secured portion 1012 may be withdrawn from barrel 1014 asunfixed portion 1040 is rotated away from fixed portion 1042 and wing 300 moves toward folded position 304.
Patent claim: The arrangement according to any of the preceding claims wherein G1 is a 2D chessboardmeshtype grating and G2 is a 2D array grating with each element of the array to be a circular grating.

Related passage: A standard xray tube stationary or rotating anode type can be used as radiation source.The anode material should be chosen to have appropriate emission lines in the relevant energy range.For mammography applications these could be Nb Mo Rh Pd Ag which have Kemission lines in the 5 to 50 keV preferably 15 to 25 keV region.Especially suited for this setup would be a line focus tube.In this case the grating lines should be parallel to the source line if a line focus source is used as the setup requires even less coherence in the direction along the lines.The spectrum of the xray source may be filtered to reduce the source bandwidth.