bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to any one of claims 1 to 3 wherein the method further comprises reacquiring a pixel grayscale value of each pixel in each row in the displayed content onthe liquid crystal panel if the displayed content has changed.

Related passage: Alternatively as illustrated in b of Fig.10 the image determining section 35 can i divide the entire part of the image screen 11d into a plurality of analysis regions 13c through 13h and ii determine whether or not a first threshold value or a higher percentage of pixels of all pixels in each of the analysis regions have grayscale levels falling within a first range.In such a case the image determining section 35 generates a histogram in which pixels of each of the analysis regions are categorized into a corresponding one of classes.An analysis region 13c and an analysis region 13d are each driven by common scan signal lines.Therefore in a case where it is determined that flicker easily occurs i.e.that a first threshold value or a higher percentage of pixels have grayscale levels within a first range in at least one of the analysis regions 13c and 13d the driving changing section 36 determines that part of the screen 11d which part corresponds to both the analysis region 13c and the analysis region 13d is driven at a high refresh rate 60 Hz.
Patent claim: An oxidation catalyst for exhaust gas purification comprisinga refractory inorganic oxide A zeolite B a catalyst component Ca and a metal component Cb which are supported on the refractory inorganic oxide A and zeolite B and said components A B Ca and Cb being supported on a three dimensional structure D wherein the catalyst component Ca is i platinum or ii platinum and palladium and wherein the metal component Cb is strontium in an amount of 0.001 to 0.12 mol per 1L of a catalyst in Sr conversion.

Related passage: More particularly the catalysts prepared by EXAMPLES 1 to 22 are controlled such that a volume occupying rate of the zeolite layer in which the zeolite thickness in the cell flat portion is in excess of 50 m exceeds 50.Thus it can be understood that the optimization of the zeolite layer and the metalbased layer can be achieved according to such coating layer structure and also HC adsorption desorptionpurification cycles can be effectively accomplished.
Patent claim: A computer program comprising computer readable program code configured to cause performing of the method of any of the preceding claims when said program is run on a computer.

Related passage: In a subsequent communications session e.g.in the example of figure 1 when a user enters the underground lobby for the first time after having subscribed to an eticket service via the Internet the user communications device 510 and the service communications device 512 establish during interaction 522 a Bluetooth connection.During a service discovery sequence 523 the user communications device 510 receives the service identifier from the service communications device 512.Based on the service identifier the user communications device 510 may in step 525 retrieve the PIN value from the memory or storage medium 518.In step 528 based on the BDADDR of the user communications device the service communications device 512 may retrieve the PIN value from its memory or storage medium 520.On the basis of the PIN value the user communications device and the service communications device 512 may now perform a secure baseband pairing 530 and as described in connection with fig.3b store the resulting link key in their respective memories or storage media 532 or 534.After this initialisation procedure the user communications device 510 and the service communications device 512 may continue to communicate or disconnect the communications link.In a subsequent communications session between the user communications device 510 and the service communications device 512 the unit authentication may be performed directly on the basis of the stored link key without establishing a WTLS handshake generating andor exchanging PIN values or initialisation keys.If encryption is desired an encryption key may be derived from the link key.
Patent claim: The method of claim 13 the signal comprising a reset signal the processing comprising resetting the safety controller module or the signal comprising a mute signal the processing comprising muting a safety function of the safety controller module.

Related passage: Fig.1 shows an example of a network system to which the invention is applied.Fig.2 shows an example of an internal construction of a PLC 1 as a controller.As shown in Figs.1 and 2 in this mode for carrying out the invention the PLC 1 is constituted by connecting a plurality six in this case of units 1a 1b 1c 1d and so on.Unlike the related art the PLC 1 of this mode for carrying out the invention is constituted by connecting under a mixed state units nonsafety nits for constituting a network system of a nonsafety system not having a safety function and units safety units having a function of constituting a safety network system to one another.
Patent claim: The surgical instrument of claim 10 wherein the cartridge includes each of the knife and the plurality of staples.

Related passage: Figures 22 and 23 show a pin 654 a cartridge assembly 650 and an anvil assembly 660 for use with a surgical stapling instrument such as instrument 100 of Figure 1.Cartridge assembly 650 includes a bore 656 adapted to receive pin 654.Pin 654 has a proximal portion 670 and a distal portion 672 and defines a longitudinal axis GG therealong.Proximal portion 670 of pin 654 includes a body 674 and two protrusions 676 extending radially from body 674.Although Figure 23 shows body 674 with a substantially cylindrical shape body 674 may have any suitable shape or configuration.An elongate member 678 extends between proximal and distal portions 670 672.Distal portion 672 of pin 654 has an external thread 680 formed thereabout.External thread 680 is configured for threadedly engaging an inner thread 692 of anvil assembly 660.As a consequence pin 654 secures cartridge assembly 650 to anvil assembly 660.
Patent claim: Method 6 according to the preceding claim 13 wherein the milling is performed by a multiaxisCNCmilling tool 62 in particular a CNCmilling tool 62 with 36 axes and preferably wherein the milling tool 62 comprises a robot with a movable millingarm.

Related passage: On first face 12 shallow housings 14 are then executed having a predetermined shape as a function of the final shape of the injections 15 by milling leather 11 by means of a tool 27 fig.5.In figure 9 are shown from the above the substantially elliptical shape of milling 14 whereas in figure 5 its thickness is shown.
Patent claim: The medical device kit according to claim 1 wherein the first and second locking members are made from an elastic material and wherein the first locking member is first locking member is more elastic than the second locking member.

Related passage: The locking element 48 is resilient and may be deformed in response to an insertion force directed from the inferior aperture 34 towards the superior apex 32 such as the insertion force provided by the insertion of the spherical head 18 of a femoral endoprosthesis 14 into the inferior aperture 34 of the cup 12.A peripheral groove 52 may be disposed on the superior side 54 of the locking element 48 to provide clearancefor the locking element 48 to deform.Longitudinal grooves 56 may also be provided to aid in the deforming of the locking element 48.
Patent claim: The Xray imaging apparatus of claim 5 wherein the display is configured to display a protocol list for receiving a selection of one of the Xray imaging protocols and display the camera image in response to a camera image display command being input via the input unit.

Related passage: Referring to FIG.7 when the object 3 is imaged using the camera 20 the control member 50 displays the image 42 of the object 3 on the display member 30 in step 200.
Patent claim: An article of manufacture including a nontransitory tangible computer readable storage medium having instructions stored thereon that in response to execution by a controller 110 cause the controller 110 to perform operations comprising calculating 304 by the controller 110 a wheel speed characteristic for a first wheel and a second wheel identifying 306 by the controller 110 a lowest value for the wheel speed characteristic determining 308 by the controller 110 a moving average for the wheel speed characteristic comparing 310 by the controller 110 the lowest value to the moving average and determining 312 by the controller 110 whether the lowest value for the wheel speed characteristic indicates a dragging brake.

Related passage: Step 510 comprises comparing the deviation from the slip ratio average to a predetermined threshold value.In this regard if the deviation from the slip ratio average exceeds the threshold value it may be determined that a dragging brake is present.In response to the determination a dragging brake signal may be send to another aircraft component.A pilot or other crew member may then use the dragging brake signal to delay landing gear retraction to allow the dragging brake additional time to cool.In various embodiments a value is set to true or false in response to the determination of a dragging brake.
Patent claim: The system 200 of claim 11 wherein the plurality of access ports 62 are spaced apart axially along at least a portion of a compressor 22 24 of the gas turbine engine 10 such that each access port 62 is located at or adjacent to a different stage of a plurality of stages of the compressor 22 24.

Related passage: The fixture to be attached to each of the external access ports OAP has an insertion hole Th through which an insertion portion 11 of a borescope 2 which is an endoscope can be inserted.The borescope 2 is inserted into the inside of the compressor portion E2 through the insertion hole Th of the fixture.
Patent claim: An absorbent article according to any of the preceding claims wherein the second core layer 58 has an IPRP value of less than 1200.

Related passage: The second substrate herein referred to as dusting layer used was a hydrophobic non coated PP nonwoven material with Spunbonded Meltblown Meltblown and Spunbonded layers forming an SMMS structure.The basis weight of each Mlayer was 1 gsm and the basis weight of each SLayer 4 gsm resulting in a material with an overall basis weight of 10 gsm.The dusting layer had a width of 140mm and a length of 414mm.
Patent claim: The controller 100 for a bicycle image capturing device 70 according to any one of claims 1 to 10 wherein when the information obtained by the reception unit 102 satisfies at least one image capturing stop condition the control unit 104 switches an operation mode of the first image capturing unit 90 to a stop mode that stops capturing an image.

Related passage: The imaging system 101 comprises an image capturing means comprising a camera 103 mountable to a vehicle for example just above the rear number plate of a motorcycle.The imaging system 101 further comprises image processing means 105 associated with the camera 103 and image display means 107 which in this embodiment is mounted to the safety helmet of the user of the motorcycle.
Patent claim: A hydraulic assembly 100 comprisingat least one heat exchanger 30 40at least one hydraulic functional device 50A 50B andat least one interface manifold 50 which offers an interface on one side with said at least one heat exchanger 30 40 and on the other side with said at least one hydraulic functional device 50A 50B said hydraulic assembly 100 being characterized in that said at least one interface manifold 50 comprises at least one hydraulic functional support bar 51 52 having a main body CP1 CP2 supporting a plurality of closable joining elements 61A 62A 63A 64A 61B 62B 63B 64B 61C 62C 63C 64C 61D 62D 63D 64D 71A 72A 73A 74A 71B 72B 73B 74B 71C 72C 73C 74C 71D 72D 73D 74D which join said at least one heat exchanger 30 40 and said at least one hydraulic functional device 50A 50B.

Related passage: As can be seen from Fig.9 a platetype heat exchanger 103 can be fitted as internal secondary heat exchanger 22.As can be seen from Fig.10 a boiler 104 can be fitted as internalsecondary heat exchanger 22.In the examples shown in Figs.9 and 10 the secondary heat exchanger 22 is supported by the hydraulic block.
Patent claim: Large diesel engine in accordance with claim 5 wherein the heating chamber 9 is an integral part of the injection device 7 or is attached to the injection device 7.

Related passage: The person skilled in the art knows a great variety of different types of reciprocating piston combustion engines such as twostroke or fourstroke trunk piston engines used in a variety of vehicles like ships cars aeroplanes or for example large diesel engines for ships or stationary units for the production of electrical power.
Patent claim: The handle of Claim 1 further comprising a shifter coupled to the sliding gear wherein a pin extends from the shifter and into engagement with the clutch.

Related passage: FIGS.47 911 and 14 illustrate various internal components of powered surgical instrument 100 including a drive gear 200 or drive member a drive motor 210 and a shift motor 220.It is envisioned that a threeposition solenoid for instance can be used as an alternative to shift motor 220.Drive gear 200 is rotatable about a drive gear axis CC extending therethrough FIG.4 and is selectively movable along drive gear axis CC.Drive motor 210 is disposed in mechanical cooperation with drive gear 200 and is configured to rotate drive gear 200 about drive gear axis CC.Shift motor 220 is disposed in mechanical cooperation with drive gear 200 drive motor 210 is illustrated between drive gear 200 and shift motor 220 in accordance with a disclosed embodiment and is configured to translate drive gear 200 axially along drive gear axis CC.In a disclosed embodiment drive motor 210 andor shift motor 220 may be a motor or a gear motor which may include gearing incorporated within its housing.
Patent claim: The composition of Claim 1 wherein the protuberating core of the phosphorus acid functionalized polymer particles comprises based on the weight of the core a from 2 to 15 weight percent structural units of a phosphorus acid monomer b from 0.2 to 20 weight percent structural units of a carboxylic acid monomer or a salt thereof c from 0.1 to 30 weight percent structural units of a multiethylenically unsaturated monomer d from 5 to 60 weight percent structural units of methyl methacrylate or styrene or a combination thereof and e from 35 to 90 weight percent structural units of ethyl acrylate butyl acrylate or 2ethylhexyl acrylate or a combination thereof wherein the shell of the phosphorus acid functionalized polymer particles comprises based in the weight of the shell a1 from 0.1 to 4 weight percent structural units of a sulfur acid monomer or a salt thereof and b1 from 35 to 74.9 weight percent structural units of methyl methacrylate or styrene or a combination thereof c1 from 25 to 64.9 weight percent structural units of butyl acrylate or ethyl acrylate or a combination thereof and d1 less than less than 1 weight percent structural units of a phosphorus acid monomer or salt thereof and wherein the shellcore weighttoweight ratio is in the range of 31 to 501.

Related passage: Formulation A shown in Table 1 was used to test viscosity stability hiding and gloss of paints prepared using Acorn PreComposite Polymers.PreComposite polymer is the sole binder in this formulation to amplify the differences in performance but a formulator could use optional nonadsorbing binders blended in different ratios.The pH of the paints was maintained at approximately 9.0 and approximately same amount of time 45 min was used to make the paint from start to final mixing.Table 1Paint Formulation Using PreComposite PolymersFormulation AWeightAcorn PreComposite Polymer 56.46Ammonia 28 0.08Water 9.75DuPont TiPure R746 TiO2 26.825min mixBYK348 surfactant 0.31Foamstar A34 defoamer 0.13Texanol coalescent 1.06Water 3.07ACRYSOL RM2020 NPR Rheology Modifier 1.95ACRYSOL RM8W Rheology Modifier 0.3515 min mixTotal Weight 100.0
Patent claim: Method 6 according to any one of the preceding claims 1314 wherein the method is performed according to instructions generated from a customized user input.

Related passage: Leather sole 11 is previously cut with an appropriate shape shown sectioned in figure 5 and from below or from the above in figures 8 or 9.Sole 11 has afirst face 12 that in use is the lower face i.e.It faces towards ground 20 of figure 4 and to which is then glued heel 24.Furthermore it has a second face 13 suitable for being glued to vamp 16.
Patent claim: Household appliance 2 according to claim 3 whereby said sealing element 180 is a gasket which is comolded to said cover 78.

Related passage: The protruding tailpieces 7 in fact can be incorporated in two or more models of outer dashboard 2 see Figures 4 and 6 thus allowing the use for several controlpanel assembles 1 of a sole model of protecting boxs 4 which is provided with a suitable number of cupshaped elements 8 that can match with the protruding tailpieces 7 of all models of outer dashboard 2 with allcost savings concerned.
Patent claim: The method of claim 3 wherein changing the transmitter supply voltage or the transmitter internal resistance is performed by an active attenuator.

Related passage: As an example the aboverecited method is initiated by an initial contact with a transponder 108 and results in the controller 276 generating an initial bias instruction signal.The controller 276 outputs the initial bias instruction signal to the variable voltage source 284 which sets an initial tuning bias signal at an initial preferably nominal voltage value in response to the initial bias instruction signal.The variable voltage source 284 outputs the initial tuning bias signal to a variable capacitance circuit.The signal driver 272 of the excitation signal generator circuit 248 outputs an AC drive signal to the reader antenna 220 via the tuning circuit 224 while the controller 276 measures the magnitude of the AC drive signal.It is noted that if the impedances of the reader antenna 220 and signal driver circuit 272 do not match which is a frequent occurrence the AC drive signal may be subject to environmental conditions.
Patent claim: The slide rail assembly of claim 10 characterized in that the second rail section 26 of the guide rail 22 is located at a front end of the guide rail 22 the guide rail 22 further has a rear blocking part 27 located at a rear end of the guide rail 22 the rear blocking part 27 of the guide rail 22 is extended with a rear supporting part 27a an upper edge of the rear supporting part 27a is configured to abut against the fixing member 43 on the chassis 42.

Related passage: It is understood that the first slide rail assembly 60 and the second slide rail assembly60 can have identical or different configurations.In the embodiment shown in the drawings the first slide rail assembly 60 and the second slide rail assembly 60 are in mirror symmetry wherein the first slide rail 10 and the first slide rail 10 are different from each other and thus are not replaceable with each other.However the second slide rail 20 and the second slide rail 20 may be the same in terms of their profiles and thus are replaceable with each other and so it goes with the third slide rail 30 and the third slide rail 30.
Patent claim: The electronic circuit according to any one of claims 6 to 8 wherein when it operates in the respective second operating mode the first coupling circuit RD1 RD2 connects the first additional capacitor CRES1 to a reference potential.

Related passage: In the first place the gyroscope could have any different micromechanical structure.For example the invention may be advantageously exploited in gyroscopes with one or more sensing masses that are linearly movable with respect to the driving mass and sensitive to rotations of pitch andor roll in addition to yaw gyroscopes with cantilever sensing masses or ones shaped like beams oscillating aboutcentroidal or noncentroidal axes and uniaxial and multiaxial gyroscopes with angularly oscillating driving mass.
Patent claim: The backsheet element according to claim 1 wherein the polymer of ethylene a bears functional groups containing units which are the silane groups containing units b.

Related passage: In the present invention from the viewpoint of theindustrial availability and various characteristics thereof and also from the economic efficiency thereof propylene 1butene 1hexene and 1octene are preferred as the olefin to copolymerize with ethylene.Further from the viewpoint of the transparency and the softness thereof an ethyleneolefin random copolymer is preferred for use herein.The olefins capable of copolymerizing with ethylene may be used alone or in combination of two or more thereof.
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 and a spring on the lid the spring including a first part connected to the lid wherein the body includes a contact part provided at a position corresponding to a second part of the spring and the second part of the spring is pressed by the contact part to generate a spring force during closure of the lid.

Related passage: For each of the side wall portions 10a a concave portion bearing portion 10d is formed by cutting an upper circumferential edge of the side wall portion in a height direction.Both end portions of the platen roller 13 are received in the concave portions.On the inner surface sides of the side wall portions 10a a pair of lock arms 17 with which both end portions of the platen rollers 13 are engaged are respectively provided.
Patent claim: The dishwasher control method of claim 1 wherein when a heating step is performed in one or more of the preliminary washing step the main washing step and the rinsing step the heater sensing step is performed before the heating step.

Related passage: When the amount of the electric currents measured in the measuring step S14 is equal to the reference amount the control method in accordance with the present disclosure may include a watersupply stopping step S16 a pump stopping step S17 and a heating step S21 of operating the heater 98 after the watersupply stopping step S16 and the pump stopping step S 17 so as to heat the washing water.
Patent claim: The method according to claim 1 characterized in that the method includes coating the aggregated particles with particles containing at least a binder resin after forming the aggregated particles.

Related passage: The second image forming material has a structure in which the color former and the developer are separated from the decolorizer by microcapsules.These microcapsules are destroyed by an external stimulus such as light heat or a contact of a solvent.The material contained as a core in the microcapsule can be the dye components color former and developer or the decolorizer.Also the dye components can be formed into microcapsules and covered with the polymer filler.This structure is advantageous to improve thedispersion and decreases variations in the manufacture of the image forming material.