bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 1 characterized in that the second fine particles 102 are encapsulated fine particles having a core component containing a color developable compound 111 a color coupler 112 and a color eraser 113 and a shell component 114 which encapsulates the core component.

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: The cell analyzer according to claim 1 or 2 wherein the measurement specimen is obtained by fluorescently staining nucleic acids of nucleated cells in the body fluid and flows through the flow cell the light detection unit detects fluorescence generated from the cells in the measurement specimen to which the light is applied and the analysis unit outputs the information about the tumor cells in the body fluid to the output unit based on fluorescent signal intensity and the forward scattered light signal intensity.

Related passage: The CPU 301 can execute computer programs stored in the ROM 302 and the computer programs loaded in the RAM 303.The RAM 303 is used to read out the computer programs recorded on the ROM 302 and the hard disc 304.The RAM 303 is also used as a work region of the CPU 301 when executing the computer programs.
Patent claim: The method of any of claims 1 to 6 wherein the alert includes an indication of a location of the defect region on the uncured compacted composite layers.

Related passage: Embodiments of the system for identifying defects in a composite structure according to the present invention are generally referred to as numeral 10 in Figures 1 and 2.As shown in Figure 1 the system 10 is positioned proximate a composite structure 22 which is generally comprised of a plurality of adjacent tows or strips 24of composite tape.The strips 24 typically include a plurality of fibers embedded in a resin or other material that becomes tacky or flowable upon the application of heat.The strips 24 are arranged on a work surface such as a table mandrel or other tool 26 and compacted with a compaction roller 20 to form the composite structure 22 according to an automated collation technique which is known in the art.For example an article entitled Material SelectionFabrication Issues for Thermal Plastic Fiber Placement by Richard Sharp et al.published in the Journal of Thermoplastic Composite Materials January 1995 discusses one conventional fiber placement process and is incorporated herein by reference.In addition U.S.Patent Application No.10068735 filed on February 6 2002 and entitled Composite Material Collation Machine and Associated Method for High Rate Collation of Composite Materials discusses another fiber placement process and is incorporated herein by reference.
Patent claim: The safety controller module of claim 1 configured to receive via the connector and process a signal from at least one of the nonsafety controller or another module communicatively coupled to the nonsafety controller.

Related passage: Next the tool processing that is a call acquisition processing of the data stored in a different unit will be explained.First Fig.9 shows a processing sequence for reading out the information held by the safety unit from the tool 5 connected to the CPU unit 1a.The information hereby read out is the safety system construction management information and the IO information of devices on the networkstored in the safety system construction management information storage portion 25 and in the IO information storage portion 22 respectively from the safety unit 1d as the safety system master and the IO information stored in the IO information storage portion 23 from the safety unit 1e as the safety system IO unit.
Patent claim: The retrofit baggage drop system according to claim 14 further comprising a scanner disposed in the housing for receiving passenger identification information a computing means for receiving passenger information and detecting baggage weight and size information from sensors and upon determination that the baggage parameters fall below predetermined limits actuating the conveyor system and a second printer for generating a printed baggage label for a passenger upon selection by a passenger.

Related passage: The checkin process in the selfservices mode 5 can operate by the steps of operated by passengers themselves by operating the MPCU terminal 2 i.e.respective active operating elementsfunctions 8 9passengers authentication and seat selection printing out of the boarding pass and luggage tag sticker weight checking of luggage and overweight detection identification of luggage application of the tag sticker transporting luggage by the conveyorbaggage handling system with a an automatic detection of misplacedinexistent tags and also an automatic rewind of the conveyor for correct label application and b successful reading of the tag and consequent complete transport by the conveyorbaggage handling system.
Patent claim: The method of claim 10 further comprising evaluating by the controller 110 the lowest value and the moving average against a threshold wherein the threshold is based on the moving average.

Related passage: A slip ratio beyond a given threshold value may indicate a dragging brake.While the selection of a threshold value may be based upon aircraft size weight engine power brake size and other suitable factors in various embodiments a threshold value may range from about 0.5 to 15 more preferably from about 1 to about 10 and more preferably from about 1.5 to about 4.The threshold value may be compared to the slip ratio of a particular wheel on an aircraft though in various embodiments the threshold value may be compared to an average slip ratio of one or more of the wheels of an aircraft.For example the threshold value may be compared to the average of the left outboard and left inboard wheel or the average of all aircraft wheels.
Patent claim: The method of any preceding claim wherein decrypting further includes using the second key to decrypt instructions for the process from a fourth portion ofstorage and loading the instructions into a memory for executing the process on the device step 231.

Related passage: The preoperating system environment 20 then uses the recovered key 31 to perform block decryption of the startup module 40 into volatile memory following which the startup module is executed from volatile memory.As part of its execution the startup module 40 generates a full stack of kernel mode filter drivers 41 to support subsequent access of the encrypted operating system 50 using the recovered key for encryptiondecryption of subsequent readwrite file operations to the encrypted operating system 50.
Patent claim: The controller 100 for a bicycle image capturing device 70 according to claim 1 wherein the bicycle component 30 includes a shifting device 34 of the bicycle 10 and the reception unit 102 obtains information related to the shifting device 34.

Related passage: The imaging system 1 further comprises a suspension movement correction means 9 associated with the camera 3 which is configured to facilitate the correction of vertical displacement of the camera 3 when it is mounted on the vehicle.For example in the event that an additional pillion passenger mounts the motorcycle the suspension of the vehicle will drop with the result that the image presented to the user of the motorcycle is no longer the useful image.As a result thesuspension movement detection means 9 will detect the associated vertical movement of the camera 3 and generate suspension shift data which is received by the image processing means 5.The suspension shift data is then used by the image processing means 5 in order to select the portion of the image data representing the region of interest in order to display the region of interest on the image display means 7.
Patent claim: The electronic device according to any one of claims 1 to 9 wherein the reception means includes a first reception means and a second reception means and the second reception means is configured to search the same program as a current program when the first reception means receives the current program.

Related passage: The program information is the RDS information and the service related information that is various types of information concerning the program being broadcast.For example the program information can include the information indicating the program ID of the program the information indicating the broadcasting station and service that is providing the program the information indicating the encode type compressing system used in the broadcasting of the program the information indicating theprogram type that indicates what sort of sound the program is and so on.
Patent claim: The connector part according to claim 4 or 5 wherein the movement of the movable element is effected by a mating force applied to the connector part or the second connector part during mating in particular the movement from the first position to the second position andor wherein the movement of the movable element is effected by an elastic force such as a spring force in particular the movement from the second position to the first position.

Related passage: Note that although the flushing arrangement 30 of Figure 1 comprises two separate parts 31 and 32 the flushing arrangement may in other embodiments only have a single independent element 31 or 32 with the other element being part of the respective connector part or protection assembly.As an example only a second element 32 may be provided with the seal 34 directly sealing against the sliding carriage 16.In even other embodiments only the first element 31 may be provided as an individual element and the seal 34 may be provided at the front face of the first element 31.Sealing may then occur directly against a second element comprising e.g.a front face or the front portion 24 of the plug body 23.Furthermorethe inlet and outlet ports 35 36 and the flow channels 37 38 may be provided in the second element 32 or they may be provided in both elements 31 32.
Patent claim: The end effector assembly of any one of claims 1 to 4 wherein the first and second adhesive layers are configured to cooperate to adhere the buttress body to either the deck of the staple cartridge or the underside of the anvil.

Related passage: In some instances it may be desirable to combine a naturally derived bioabsorbable polymer gel with buttress body 102 in addition to or as an alternative to having one or more adhesive layers 104 106 on upper or lower surfaces of buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.The below examples include various exemplaryconfigurations through which one or more naturally derived bioabsorbable polymer gel adhesive materials may be combined with a buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.In the present example it is contemplated that the adhesive material comprises a natural based polymer such as those referred to herein.However it should also be understood that synthetic based polymers may be incorporated with the below teachings.
Patent claim: The sintered magnet of any one of claims 1 to 5 wherein a total content of Dy and Tb is 0 to 5.0 at.

Related passage: T includes Fe and Co.The magnetization of the R2T14B type compound is produced mostly by Fe and will hardly decrease even if a small amount of Co is added.Also Co produces the effects of raising the Curie point of the magnet and improving the grain boundary structure of the magnet and increasing the corrosion resistance thereof and therefore can be added according to the intended use.In that case Fe is supposed to account for 50 mass or more of T.This is because if Fe accounted for less than 50 mass of T the magnetization would decrease significantly.
Patent claim: The apparatus according to claim 2 further comprising a second connector connected to a second external apparatus configured to process information on an access authority of the image signal.

Related passage: A tuner 101 receives for example a digital broadcast signal decodes the received signal and supplies the decoded signal to a transport decoder 102.Video and audio data in packets of a television program selected by the transport decoder 102 is input to an audiovideo AV decoder 103 and decoded by the decoder 103.
Patent claim: The connector part according to claim 12 or 13 wherein the shuttle pin 150 comprises at least a part of the one or more flow passages 32.

Related passage: Note that although the flushing arrangement 30 of Figure 1 comprises two separate parts 31 and 32 the flushing arrangement may in other embodiments only have a single independent element 31 or 32 with the other element being part of the respective connector part or protection assembly.As an example only a second element 32 may be provided with the seal 34 directly sealing against the sliding carriage 16.In even other embodiments only the first element 31 may be provided as an individual element and the seal 34 may be provided at the front face of the first element 31.Sealing may then occur directly against a second element comprising e.g.a front face or the front portion 24 of the plug body 23.Furthermore the inlet and outlet ports 35 36 and the flow channels 37 38 may be provided in the second element 32 or they may be provided in both elements 31 32.
Patent claim: A method of monitoring make up between two members comprising aligning a first member having a thread with a second member having a mating thread clamping the first member gripping the second member rotating the second member relative to the first member coupling the thread with the mating thread through a threading portion 115 to a shouldering point 119 to form a threaded connection capturing an acoustic signature 130 during at least one of the threading portion 115 and the shouldering point 119 determining whether the acoustic signature 130 represents a first type indicating a properly made up connection of the second member and the first member or whether theacoustic signature 130 represents a second type indicating an improperly made up connection of the second member and the first member and providing an output signal indicating whether the acoustic signature 110 is one of the first type and the second type.

Related passage: The present invention relates to a method which allows simply easily and accurately evaluating the fastening state of shoulder parts of a threaded joint which is used as a joint of pipes or tubes such as OCTG Oil Country Tubular Goods during fastening or after fastening a method for fastening a threaded joint of pipes or tubes using this evaluation method and an apparatus for evaluating the fastening state of a threaded joint of pipes or tubes to implement this evaluation method.
Patent claim: A MEMS accelerometric sensor comprisinga bearing structure 3a suspended region 2 62 92 of semiconductor material mobile with respect to the bearing structureat least one first modulation electrode 20 68 114 which is fixed to the bearing structure and is configured to be biased in use with an electrical modulation signal including at least one periodic component having a first frequencyat least one first variable capacitor 30 80 130 formed by said suspended region and by said first modulation electrode in such a way that the suspended region is subjected to a first electrostatic force that depends upon said electrical modulation signal anda sensing assembly 12 14 16 18 5a 12 14 16 18 65a 102 104 95a configured to generate when the accelerometric sensor is subjected to an acceleration an electrical sensing signal which indicates the position of the suspended region with respect to the bearing structure and includes a frequencymodulated component which is a function of said acceleration and of said first frequency.

Related passage: FIG.1 illustrates a system 10 for reducing bias in a force rebalanced accelerometer in accordance with an aspect of the present invention.The system 10 includes an accelerometer force rebalance servo 30 and a negative electrostatic spring servo 40 both coupled to an accelerometer 12.The accelerometer 12 includes a proofmass 14 coupled to an accelerometer housing 15 by a flexure suspension 16.The proofmass 14 can be formed of for example a single crystal silicon material that is doped to be conductive.The accelerometer 12 further includes a pair of electrostatic forcer electrodes 22 and 24 spaced apart from the proofmass 14 on opposing sides.A first electrostatic forcer electrode 22 is provided a first DC bias voltage e.g.50v DC and a second electrostatic forcer electrode 24 is provided a second DC bias voltage e.g.50v DC.
Patent claim: The method according to any one of claims 1 to 3 wherein the method further comprises acquiring 601 a current display mode which comprises a static display mode and a dynamic display mode the static display mode being a display mode in which the displayed content remains unchanged for a predetermined period of time and the dynamic display mode being a display mode in which the displayed content is changed within the predetermined period of time and acquiring 602 a pixel grayscale value of each row in the displayed content on the liquid crystal panel if the current display mode is in the static display mode.

Related passage: Fig.3 is a timing chart showing how the display device 1 displays a still image.Fig.3 illustrates a case where a still image A and a still image B are alternately displayed.The image A includes a first threshold value 30 or a higher percentage of pixels which have grayscale levels falling within a first range grayscale level 20 to grayscale level 80.This causes flicker to easily occur in the image A.The image B includes less than the first threshold value of pixels which pixels have grayscale levels falling within the first range.This causes flicker to hardly occur in the image B.Therefore the image A is displayed at a refresh rate of 60 Hz whereas the image B is displayed at a refresh rate of 1 Hz.
Patent claim: A method according to any of claims 9 to 11 wherein said method further comprises the step of determining said object gazed at based on said object identification.

Related passage: Figure 6 illustrates another architecture diagram of a system embodiment according to the present invention.This architecture diagram corresponds to the one shown in figure 1 with differences as explained hereinafter.The system 10 of figure 1 is not itself represented in figure 6 but is implicit.The gaze distance determination module 62 is shown as an implementation belonging to virtual object 601.The virtual object modification module 65 is shown as a module implemented by a virtual object 602.The virtual object 602 may or may not be the same virtual object as virtual object 601.The arrows 115 125 and 135 of figure 1 have been substantiated in figure 6 as gaze information 615 a gaze distance 625 and a gazed virtual object 635 respectively.Figure 6 also features an arrow 636 representing transmitting information pertaining to the gazed virtual object 635 via a network itself not shown e.g.to be provided to interested parties.The gaze translucency algorithm module 64 is shown to output two data outputs viz.a mutual gaze indicator 641 and a modification command 642.The mutual gaze indicator 641 could be used in the context of a system for implementing gaze translucency to indicate that a mutual gaze is happening i.e.that a gazed virtual object is gazing back at the user e.g.a conference participant to whom the user is looking is looking back at the user.The modification command 642 is used by the virtual object modification module 65 to modify in some way its corresponding virtual object 602 e.g.by applying said modification command 642 to said virtual object 602.The skilled person willunderstand that the modules comprised by the system could for example be implemented as dynamic libraries and the modules that implement interfaces comprised by the system or not and that are themselves comprised by the virtual objects as static libraries.Moreover the skilled person will understand that the gaze information 615 the gaze distance 625 and the gaze translucency filter 642 could for example be implemented as local system properties the gazed virtual object 635 as a global system property and the mutual gaze indicator 641 as an event.Nevertheless the skilled person will appreciate that other implementations of these features are also possible.
Patent claim: The high active polymer composition according to any preceding claims wherein the weight ratio of the second polymer to the first polymer is between 10.7 and 12 preferably between 11 to 11.5.

Related passage: The nonaqueous liquid compositions of examples 1 to 16 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.
Patent claim: The method of claim 1 wherein the step of receiving a token further includes receiving the token from a wireless transmission of a portable device 151 in possession of the customer and relayed from the wireless beacon 110 as the customer passes through the ingress point 120 step 213.

Related passage: Said user terminal may comprise a personal computer Internet device normal telephone mobile phone wireless communications device twoway television electronic book portable electronic device or car navigation system or the like.
Patent claim: Machine according to claim 1 wherein the air flow generating means 2222A22B22C are arranged near sources of heat 14 of the machine.

Related passage: Preferably the motor unit is fixed so as to project from the wall 23.As can be seen more clearly in Figure 2 and in Figures 3 and 4 at the front end of the final stage 27 there is a cupshaped element preferably made of plastic which receives and is fixed to the front end of the motor unit and which has flanges 39 for fixing the motor unit to the wall.
Patent claim: The method of claim 5 further comprises receiving a second locationupdaterequest after receiving the first locationupdaterequestdetermining that a time interval between obtaining the location in response to the first locationupdaterequest and receiving the second locationupdaterequest is greater than a threshold time interval in response to determining that the time interval is greater than the threshold time interval implementing the selflocation function to obtain a location and sending the location in response to receiving the second locationupdaterequest.

Related passage: At step 412 the at least one additional service request is redirected towards the optimum SG.In one embodiment an additional service request is redirected by a RE.In another embodiment an additional service request is redirected by another optimum SG associated with one of the at least one other UDs.At step 414 the redirected at least one additional service request is received.In one embodiment the redirected at least one additional service request is received by the optimum SG.At step 416 at least one session is established between the optimum SG and the at least one other UD from which the at least one additional service request is received.