bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A light bar structure 10 comprising a longitudinal circuit board 100 comprising a first segment S1 a second segment S2 and a third segment S3 arranged along a longitudinal axis A of the circuit board 100 wherein the second segment S2 is between the first segment S1 and the third segment S3 a plurality of lightemitting elements 200 disposed on the circuit board 100 and a powerinput terminal 300 disposed on the second segment S2 and electrically connected to the lightemitting elements 200 in parallel.

Related passage: As illustrated in FIG.16 a wiring pattern 15 and mounting pads 15a are formed on the substrate 10.The wiring pattern 15 is formed of power supplying conductors 18 power supplying posts 18a and power receiving terminals 15c.The power supplying conductors 18 are arranged as a pair of positive and negative electrodes linearly in parallel to each otheralong the longer side of the substrate 10 with a distance provided from each other in a direction of width crossing the longer side of the substrate 10.Each of the power supplying conductors 18 includes a plurality of power supplying posts 18a extending inward.
Patent claim: The anvil assembly of claim 9 wherein the head assembly includes a retainer member for maintaining the backup member in the proximal position preferably wherein the retainermember includes a body and a frangible ring separable from the body to permit movement of the backup member from the proximal position to the distal position.

Related passage: With particular reference now to FIG.32 when the head assembly 212 of the anvil assembly 210 is in a prefired condition the backup membercutting ring assembly 225 and thus the knife 232 extending from the backup member 220 are longitudinally spaced from the inner surface 218a of the housing 218.As noted above the backup membercutting ring assembly 225 is maintained in the proximal position through engagement with the frangible ring224b of retainer member 224 and is retained within the cavity 231 of the housing 218 through engagement of the plurality of tabs 222a of the cutting ring 222 with the outer rim 230b of the housing 218.
Patent claim: The method of claim 1 wherein determining whether or not at least one of the messages complies with the model includes monitoring time lapses related to a plurality of messages communicated on the invehicle communication network and having the same message ID value calculating an average time lapse for the ID value based on relating the average time lapse to a threshold included in the model determining whether or not at least one message included in the plurality of messages is related to an anomaly.

Related passage: The data on a traveling point can be acquired by the gateway obtaining data from a Global Positioning System GPS device connected to the bus.It is also possible for the gateway to acquire data on a traveling point received by a mobile telephone or a PHS Personal Handyphone System via the bus.The position information obtained by these methods is compared with a map database prepared in advance and the region in which the vehicle is traveling is ascertained by the gateway.
Patent claim: A server 105 505 comprising a processor 521 a memory 522 operably coupled to the processor 521 the memory 522 including data storage to store parameters to operate the server 105 505 an encoder 525 a communications interface 526 wherein the processor 521 the memory 522 the encoder 525 and the communication interface 526 are arranged to operate the server 105 505 according to any of claims 6 to 11.

Related passage: Every mobile device in the architecture is directly and univocally associated with a user that will be authenticated.This user in turn is associated with a user name or user ID that is public and recognizable by the authenticating system.This user ID might for instance be the users name the users email address or a users mobile identifier IMEI IMSI MSISDN.It just needs to be unique and public.
Patent claim: A shoulder harness for a portable work machine comprising a back member that is to be located on a back of an operator said back member including a main frame to which a downward extension frame connected with a waist belt is detachably attached right and left shoulder belts that respectively extend from right and left upper end portions of said back member a joint buckle that is to be located on a chest of said operator distal ends of said right and left shoulder belts being connected to said joint buckle a hip pad that is to be located on a side of a waist of said operator and is provided with a locking device to which a work machine is connected a relay member that is located above said locking device and is connected to said locking device by a hanging member a rear suspension belt that is connected to said relay member and said back member and a front suspension belt that is connected to said relay member and said joint buckle.

Related passage: In FIG.4 reference numeral 250 denotes a hip pad.The upper end portion of the hip pad 250 is connected to a widthwise intermediate portion of the intermediary plate 232 positioned above the hip pad 250 by a wide belt 252 that acts as a suspension member.As a variant of the embodiment the hip pad 250 and intermediary plate 232 may be connected to each other by a plurality of suspension belts isolated widthwise of the intermediary plate 232 and connected to the intermediary plate 232.The suspension belt 252 is made of a known wide band of polyester fibers and preferably includes a lengthadjusting buckle or joint buckle 254.As shown in FIG.4 a known hook 260 is attached to the hip pad 250 to retain a working machine not shown hung thereon.
Patent claim: The method according to claim 1 further comprising inserting a stud 140 415 into the node 110 410.

Related passage: Still referring to FIG.1 method 10 continues by selecting a repair material 26 step 200.The repair material selected should be suitable for a cold spray deposition process as hereinafter described and have the desired material strength tensile strength and shear strength and bond strength for a desired adhesive shear strength as hereinafter described.Repair materials suitable for a cold spray process are those materials that are available in the form of particles in the size range of about one to about 50 microns in diameter.Suitable exemplary repair materials include for example metals such as copper nickel aluminum and titanium or alloys containing copper nickel aluminum titanium tungsten carbide matrices and combinations thereof.As specific examples a repair material including for example about 60 aluminum40 aluminum oxide about 88 aluminum12 silicon or 100 pure aluminum powder may be used.The repair material and the base material may be the same or different.
Patent claim: The subsea electrical unit according to claim 1 wherein disconnecting the line insulation monitor 22 from the second electric power connection 12 comprises disconnecting the line insulation monitor 22 from a ground line of the second electric power connection 12.

Related passage: As mentioned hereinbefore a common failure in subsea electrical equipment connectors and cables is the loss of insulation resistance as a result of partial or full failure of barriers to sea water.The ingress of sea water may not directly manifest itself as an over current condition but over time degradation of the integrity of the system is likely to take place resulting ultimately in an over current condition.Where there are several devices 4 connected to a single umbilical 1 as in the arrangement illustrated then it is normal to monitor the subsea insulation resistance from the surface.Whilst such monitoring may detect the presence of a fault it cannot identify the location of the fault and so diagnosis of the precise nature and location of the fault and remedy thereof is typically a timeconsuming and expensive exercise.A subsea megger device can be used in some circumstances in order to detect the presence orlocation of a fault.However such a device requires disconnection of the devices to be tested and the application of a high voltage thereto to detect the electrical integrity thereof.The use of such a megger device is therefore inconvenient as the devices need to be disconnected and in some circumstances there may be a risk of damage thereto resulting from the application of high voltages thereto.It cannot be used whilst use of the devices being tested in ongoing.
Patent claim: The autostereoscopic 3D display device of any one of claims 1 to 4wherein the 3D filter 120 consists of a lenticular lens 125 slanted with respect to the subpixel R G B at a predetermined angle.

Related passage: As described above it is possible to enlarge the uniform area of viewing zone dispose one or more intermediate viewpoints between binocular viewpoints and determine positions of both of the viewers pupils to remove image information other than a viewpoint providing image information thereby minimizing lack ofuniformity of image brightness and occurrence of crosstalk which are problems of conventional autostereoscopic 3D image display devices.
Patent claim: The system of claim 1 wherein the client media players include one or more of a television a game console a DVR a computer a laptop a tablet or a smart phone.

Related passage: Video source device 1302 communicates with each of display devices 1304a and 1304b using a respective one of communication signals 1306a and 1306b to provide corresponding video data such as MPEG formatted data.For example communication signals 1306a and 1306b may be BLUETOOTH communication signals or communications signals according to another protocol.Video source device 1302 and display devices 1304a and 1304b may each have a corresponding BLUETOOTH communication module.The BLUETOOTH communication module of video source device 1302 may stream the video data to right and left display devices 1304a and 1304b according to a BLUETOOTH Video Distribution Profile VDP format in an embodiment.
Patent claim: Method MET1 according to claim 4 wherein said coding parameter is a group of at least two transmit codes wherein a first one of said at least two transmit codes is allocated to a first one of said at least two states and wherein a second one of said at least two transmit codes is allocated to a second one of said at least two states.

Related passage: Therefore in view of the above problems in the state of the art one object of the invention is to improve the HARQ protocol and more specifically the use of the various HARQ processes of the HARQ protocol.
Patent claim: A battery pack 10 configured to be detachably mounted to a device body 100 of an electric tool or a charger comprising a battery side terminal 80 80A 80B 80C electrically connectible with a device side terminal 102 of the device body 100 the device side terminal 102 being configured to have a shape of a flat plate and having a first side surface and a second side surface opposite to each other wherein the battery side terminal 80 80A 80B 80C comprises a first contact portion 94 94A 94B 93C and a second contact portion 97 98A 97B 96C the first contact portion 94 94A 94B 93C being configured to form an electric contact through contact with the first side surface of the device side terminal 102 and the second contact portion 97 98A 97B 96C being configured to form an electric contact through contact with the second side surface of the device side terminal 102 the first contact portion 94 94A 94B 93C is configured to contact the first side surface in a first contact range having a first length K1 L1 M1 N1 and the second contact portion 97 98A 97B 96C is configured to contact the second side surface in a second contact range having a second length K3 L4 M3 N2 that is different from the first length K1 L1 M1 N1.

Related passage: And when the electric tool slides further in the backward direction with respect to the battery pack 10 the male power terminals 55 are inserted into the female power terminals 62 along the insertion center line CL and the male signal terminal 57 is inserted into the female signal terminal 68.
Patent claim: An IMS network entity configured to identify a charging priority value in respect of a user registering with the IMS network and to provide the charging priority value to one or more other network nodes serving the user.

Related passage: The SCSCF sends a response message for the SIP service request to the 3GPP network in which the UE locates after it accomplishes the processing of the SIP service request.The response message includes priority service ID and can include or exclude the priority service class of the SIP service request.
Patent claim: The light emitting device package according to any one of claim 1 to claim 6 further comprising an inorganic cover layer disposed at an uppermost end of the package body wherein the AR coating layer is also disposed at at least one side of the inorganic cover layer.

Related passage: FIGs.15 to 17 are views illustrating light emitting device packages according to a ninth embodiment.Contents overlapped with the above described embodiment will not be described again.
Patent claim: A mobile communication system including the vehicle of claim 9 and the mobile terminal of one of claims 1 to 8.

Related passage: In Figure 11 each standalone system 600 includes or uses a geographic database 638.The geographic database 638 in each system 600 may be similar or identical to the geographic database 138 in Figure 1 238 in Figure 2 438 in Figure 9 or 538 in Figure 10 or may contain some or all of the same data.The copies of the geographic database 638 are stored locally with the systems 600.The copy of the geographic database 638 may be stored on a fixed or hard disk a CDROM disk a DVD disk or any other type of media.The navigationrelated applications 610 on each of the standalone systems 600 use the data stored in the copies of the geographic database 638 stored locally.
Patent claim: The rechargeable battery according to claim 1 wherein the second fuse LFA is electrically connected between the first fuse HFA1 and the electrode assembly 110.

Related passage: Referring to FIGS.4A through 4C the first fuse part 144 and the second fuse part 145 are spaced apart from each other on the second extension part 143 in a lengthwise direction on the second extension part.The second extension part 143 is connected to the second electrode noncoating portion 115 of the electrode assembly 110.The first fuse part 144 includes a hole or recess e.g.a penetration hole formed through the second extension part 143.The first fuse part 144 includes a rectangular penetration hole but this may have a different shape such as circular in alternative embodiments.Further the second fuse part 145 includes a hole or recess e.g.a penetration hole formed through the second extension part 143.The second fuse part 145 includes a rectangular penetration hole but other shapes such as circular are possible In this embodiment the penetration hole of the first fuse part 144 is larger than the penetration hole of the second fuse part 145 such that a width 146 from an edge of the first fuse part 144 to an edge of the second extensionpart 143 is less than a width 147 from an edge of the second fuse part 145 to the edge of the second extension part 143.
Patent claim: A mobile device wherein a primary subscriber identity is associated the mobile device and wherein a first home zone is associated with the primary subscriber identity the mobile device comprising a memory a communication subsystem and a processor configured to carry out the method of any one of claims 1 to 7.

Related passage: The instructions 35 from the server 18 also include a routine 44 to cause the mobile station 10 to send all outgoing calls fixed or mobile to a pointofpresence POP server 19 associated with the visited network 13.
Patent claim: A gas turbine engine 10 comprising an axial compressor comprising a rotary assembly wherein the rotary assembly comprises a first rotor segment 104b comprising a first inner rim 112 and a first aft sealing surface 122b wherein the first inner rim 112 comprises a first aft engagement feature 116b anda second rotor segment 104c positioned aft of the first rotor segment 104b and comprising a second inner rim 112 and a second fore sealing surface 120c wherein the second inner rim 112 comprises a second fore engagement feature 114c that is complementary to the first aft engagement feature 116b wherein the first aft sealing surface 122b and the second fore sealing surface 120c are complementary to each other and bonded together via a transient liquid phase diffusion process.

Related passage: With reference to Figure 12A the blades 64 and seal surface 82 may be formed as segments that include axial wire seals 96 between each pair of the multiple of seal surfaces 82 and each pair of the multiple of blades 64 as well as tangential wire seals 98 between the adjacent HPC spacers 62C and HPC rotors 60C.The axial seals 96 extend between each blade and the tangential seals 98 extend about the rotor on each side of the spacer 62C.In one example the axial seals 96 are configured to extend along a length of each edge of each blade platform 76 and the tangential seals 98 are configured to extend circumferentially about the axis A between fore and aft edges of each spacer 60c and the corresponding circumferential fore and aft edges of the platforms 76 for each set of blades 64.The tangential wire seals 96 and the axial wire seals 98 are located within teardrop shaped cavities 100 Figure 13 such that centrifugal forces increase the seal interface forces.Figure 12B shows an improved secondary flow configuration that takes advantage of the spoked rotor design to provide additional cooling to the high pressure turbine HPT 54 as indicated by arrow 140.This configuration entrains air from the engine gaspath at a midcompressor location and flows through spokes in the disk 66 and spacer 62C portions of the HPC rotors 60C.Flow exits at the aft rotor location and combines with additional air flow to be delivered to a second blade of the HPT 54.As such in thisarrangement existing hardware is utilized for secondary flow geometry to allow elimination of pumps at the aft end of the HPC 52.This cooling system can be utilized in any configuration where sufficient flow passes through slotted rotor geometry at sufficient driving pressures.
Patent claim: A waste inlet unit 1 1 for communication with a vacuum waste collection system and having an outer cover 2 supporting at least one opening waste inlet door 3 4 for allowing access for a user to an inlet inner volume V that connects downwardly to a waste collection system temporary storage utility SU characterized bya control valve 5 adjustable between closed CP and open OP positionsin that the control valve is a flap type valve that consists of two flaps 5A 5Bby first and second sensors D1 D2 on each of two control valve 5 flaps 5A 5B indicating an open OP or closed CP valve statean electrically controlled door lock anda third sensor indicating an opened or closed inlet door.wherebythe control valve in the closed position blocks objects introduced into the inlet from entering the waste collection system temporary storage utility and in the open condition allows introduced objects to fall into the waste collection system temporary storage utility

Related passage: FIG.1 is a perspective view illustrating the capacitylimited waste receiving device for the waste collection system according to the present invention in which a cover is open.As illustrated in FIG.1 the capacitylimited waste receiving device comprises a cover 10 being openedclosed to openclose the waste receiving device and a housing 20 with an upper end and a lower end the upper end on which the cover 10 is installed and the lower end which it is connected to a conveying line 30 connected to the central collecting station.The housing 20 comprises an inlet passage casing 21 an underpassage casing 22 a damper 24 a chute 23 and an interlocker 26.The inlet passage casing 21 has an upper end to which the cover 10 is attached.The under passage casing 22 is installed under the inlet passage casing 21.The damper 24 is installed between the inlet passage casing 21 and the under passage casing 22.The chute 23 is connected to a lower end of the under passage casing 22.A discharge valve 25 to discharge waste to the conveying line 30 is installed under the chute 23.The interlocker 26 opens the cover 10 while closing the damper 24 or the interlocker 26 closes the cover 10 while opening the damper 24 so that the cover 10 and the damper 24 are operatively connected.
Patent claim: The compound cycle engine as defined in any one of the preceding claims wherein the flowpath of the first stage turbine is an axial flowpath.

Related passage: Still referring to Fig.2 in the particular embodiment shown the rotary engine 10 comprises an outer body 12 having a plurality of rotor cavities 20 only one of which is shown each defined by axiallyspaced end walls 14 and a peripheral wall 18 extending therebetween with a rotor 24 received in each cavity 20.The inner surfaceof the peripheral wall 18 of each cavity 20 has a profile defining two lobes which is preferably an epitrochoid.
Patent claim: The geared turbofan engine 120 as recited in any preceding claim wherein each of the plurality of planet gears 182 is supported by one of a ball bearing a roller bearing a tapered roller bearing and a journal bearing.

Related passage: The fan shaft has a support mechanism that includes a forward bearing 20 that supports the fan shaft in its radial position through a support arm 22.A location bearing 24 serves to limit the axial movement of the fan shaft within the engine.The fan shaft is connected to the output side of the gearbox 25.
Patent claim: The method as claimed in claim 10 wherein coordinating substantially simultaneous display of different audio streams associated with the single multimedia program on the different media players using a digital program clock as a common reference comprises determining a network latency for primary and secondary media players networked to the media server determining a client system latency based on presentation time stamps associated with rendering video frames on the primary and secondary media players adjusting the program clock reference value for the secondary media player to account for the network latency and the client system latency and transmitting the adjusted program clock reference value to a secondary media player to synchronize data presentation with that of the primary media player.

Related passage: Note that in an embodiment display device 1204 may include a latency calculator to synchronize video output from display device 1204 with sound output by speakers 1206a1206h.