bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A battery pack according to claim 10 11 or 12 wherein the partition portion comprises a relatively thick portion and a relatively thin portion the said relatively thick portion projecting between two of the battery cells..

Related passage: The casing 10 accommodates a plurality of battery modules 21 on the same plane and in parallel with each other.The battery modules 21 laid in a traverse direction are serially connected with each other for improving the output voltage.The illustrated casing 10 accommodates the battery modules 21 between a first casing 11 and a second casing 12.The first casing 11 and the second casing 12 provide guiding grooves 13 for guiding the battery modules 21.The guiding groove 13 is so designed that the inside profile thereof is slightly larger than the outer shape of the battery module 21.In the casing 10 an airblowing space 14 for allowing the air to pass is formed between the inner surface of the guiding groove 13 and the surface of the battery module 21.Furthermore the first casing 11 and the second casing 12 form a ventilation hole 15 in the bottom of the guiding groove 13.The cooling air passing through the airblowing space 14 flows on the surface of the battery module 21 to cool the battery module 21.The ventilation hole 15 has a slitlike shape.The slitlike ventilation hole 15 connects between each secondary battery 20 constituting the battery module 21 and the opening thereof extends to almost both ends of the secondary battery 20.
Patent claim: An imaging system 100 comprising a camera 110 having a field of view 115 a set of axially spaced moveable mirrors 120 to 122 supported on a rotor 125 to rotate the mirrors within the field of view 115 of the camera 110 and a set of stationary mirrors 135 to 137 supported to redirect the fields of view from the set of moveable mirrors 120 to 122 to provide multiple fields of view at different angles.

Related passage: At optional step 404 an illuminator is activated.The illuminator suitably directs light along the same paths as incoming light so as to illuminate an object that is within the field of view of the imaging device at any particular time.
Patent claim: The method according to claim 7 characterized by further comprising the step 212 of comparing the model 300 to a machining model 400 the model 300 having a first plurality of values indicating whether the crankshaft 100 has material present at each of a first plurality of specific locations the machining model 400 having a second plurality of values indicating whether a machining operation would be performed at each of a second plurality of specific locations and wherein the step 214 of identifying which portions of the model 300 would be machined away is based on the step 212 of comparing of the model 300 to the machining model 400.

Related passage: The centerhole working machine 10 holds the material crankshaft 1 disposed on the temporary receiver with a workpiece clamper and a phaseadjustment clamper both clampers are not illustrated in the figure and accurately sets the material crankshaft 1 in a predetermine position.
Patent claim: A hybrid construction machine comprising a hydraulic actuator a hydraulic pump as a hydraulic power source of the hydraulic actuator a generatormotor which performs an electric generator action and an electric motor action an engine serving as a power source of the hydraulic pump and the generatormotor the engine connected to the generatormotor so as to be assisted by the generatormotor performing the electric motor action an electric actuator which generates regenerative electric power an electrical storage device which performs a chargeanddischarge action of making supply and receive of electric power with the generatormotor and the electric actuator a charge rate detector which detects a charge rate C1 of the electrical storage device and a control section which controls an operation of the generatormotor and the chargeanddischarge action of the electrical storage device wherein The control section when the charge rate C1 detected by the charge rate detector is greater than a value Cs predetermined as a value of a charge rate at which the electrical storage device can be overcharged by receiving the regenerative electric power generated by the electric actuator performs overchargeprevention control of making assist power by the electric motor action of the generatormotor be greater than that in the case of C1Cs.

Related passage: In the specific operations problems related to the capacitor 24 can occur.For example the capacitor 24 tends to fall into a low energy state in the crushing operation or into an overcharged state in the swing unloading operation.
Patent claim: The electrophotographic photosensitive member 1 according to any one of claims 1 to 5 wherein the i is at least one selected from the group consisting of the compound represented by formula C1 the compound represented by formula C2 the compound represented by formula C3 the compound represented by formula C4 and the compound represented by formula C5 and the molecular weight of the i is from 150 to 1000.

Related passage: CYMEL 25510.CYMEL melamine resins are commercially available from CYTEC Industries Inc.and yet more specifically the melamine resin may be selected from the group consisting of methylated formaldehydemelamine resin methoxymethylated melamine resin ethoxymethylated melamine resin propoxymethylated melamine resin butoxymethylated melamine resin hexamethylol melamine resin alkoxyalkylated melamine resins such as methoxymethylated melamine resin ethoxymethylated melamine resin propoxymethylated melamine resin butoxymethylated melamine resin and mixtures thereof.
Patent claim: The surgical access port of any preceding claim wherein the rims are in contact with a body member.

Related passage: To access a desired cavity the cannula is inserted through a percutaneous opening in the patients body such as an incision through the abdominal wall made by a trocar.The cannula must typically pass through the abdominal wall which includes the outer skin a layer of fat a layer of fascia or alternating muscle and fascia and the peritoneum.The layers of fat and fascia may vary in thickness depending upon the body location and whether the patient is asthenic or obese.The peritoneum is a strong elastic membrane lining the walls of the abdominal cavity.Just below the peritoneum lie several vital organs such as the liver stomach and intestines and other sensitive tissues.This is typically the area that the access assembly is positioned to reach.
Patent claim: The information processing apparatus according to claim 6 or 7 wherein the input device 13 is configured to detect a push movement of the rotary portion 131 for entering a selected information of the plurality of information POI RT displayed on the display device 15 for processing by the processing device 12.

Related passage: When the user presses the button corresponding to the item 41a shown in FIG.4a the category selection screen 50 shown in FIG.4b is displayed on the display monitor 16.The category selection screen 50 is a menu screen on which a category of facility which is a search condition when facility search is conducted can be selected.Hereafter the menu screen 50 is called a category selection screen.On the category selection screen 50 there are displayed items 51a to 51h that indicate categories of facilities respectively.The user can select a category of search condition by pressing one of the items 51a to 51h.Then a facility in the category selected by the user is searched.
Patent claim: The collisions avoiding system as claimed in claim 9 wherein said processing unit 25 is arranged to continuously calculate and predict specific paths of manned vehicles based on present positions and preferred routes of said manned vehicles and to continuously compare said predicted paths with currently used predetermined paths of autonomous vehicles 10 to detect overlapping positions and to forward interrupting commands to vehicles heading to an overlapping position.

Related passage: When the other vehicle as the obstacle is extracted the obstacle possible track calculating section 11 calculates possible tracks where the other vehicle is movable as loci in a spatiotemporal system constituted by time and space for each other vehicle S2.Here as the possibletracks where the other vehicle is movable the tracks of the other vehicle until the lapse of a predetermined moving time during which the other vehicle moves are determined instead of defining a certain arrival point and calculating possible tracks thereto.In general no place is guaranteed safe beforehand on roads where the own vehicle runs whereby collisions cannot reliably be evaded even when arrival points of the own vehicle and other vehicles are obtained in order to determine the collision possibility between the own vehicle and other vehicles.
Patent claim: A repeater system 1 comprisinga front end section 10 constituted to in a downlink direction receive signals from at least one communication source 3 4 7 8 9 located outside of a coverage area 20 of the repeater system 1 and to in an uplink direction transmit signals to the at least one communication source 3 4 7 8 9 anda back end section 13 14 constituted to in the downlink direction transmit an RF communication signal into the coverage area 20 and to in the uplink direction receive an RF communication signal out of the coverage area 20 characterized in thatin the downlink direction the front end section 10 is constituted to combine multiple signals from multiple communication sources 3 4 7 8 9 into a combined signal and to transmit the combined signal to the back end section 13 14 wherein the back end section 13 14 is constituted to produce from the combined signal the RF communication signal for transmission into the coverage area 20 andin the uplink direction the back end section 13 14 is constituted to produce from a received RF communication signal a combined signal wherein the front end section 10 is constituted to produce multiple signals from the combined signal received from the back end section 13 14 for transmission to the multiple communication sources 3 4 7 8 9.

Related passage: The micro base station 100 may be regarded as a base station subsystem BSS in a mobile communication service system.The radio network controller 108 provides radio network communication functions such as mobility management call processing link management switch bridge etc.to accomplish the foresaid functions.The radio network controller 108 controls the first wireless communication module 104 to connect to a core network via the second antenna 102 and the secondwireless communication module 106 to connect to an access network via the first antenna 101.Take FIG 1 as an example the core network is the communication coverage area covered by the macro cell base stations BS01 and BS02 and the access network is the mobile communication device on the vehicle 30.
Patent claim: A method according to claim 4 or claim 5 the process for calculating aggregated time stamp values is dependent on the aistribution of time stamp data inputs.

Related passage: Returning to Figure 3 the ingestion processor is provided with a display screen 44 which can be used to view the automatically generated highlight summary.The automatically generated highlight summary may then be transferred to an appropriate access format such as a web server 46 or a streaming server 48.For the streaming server 46 the highlight summary is stored in a way which can allow internet access by a connection 50 so that users may log into the web server 46 to download the edited highlight summary to review the highlights of the match.For the example of the streaming server 48 the edited highlight summary is provided in a format in which this can be streamed on demand to for example mobile terminals with an appropriate interface and via an appropriate access network such as the GPRS network.
Patent claim: An end effector according to claim 13 wherein the ridge comprises opposed sides rising from a surface of the substrate and a reservoir is formed adjacent each opposed side wherein overflow electricallyconductive material from depositing electrically conductive material onto the ridge is deposited on the opposed sides and in the reservoirs.

Related passage: Referring particularly to FIG.5C it is envisioned that insulator substrate 111 may meet outer periphery 145 in a generally tangential fashion about radius r.Again this profile also tends to reduce current concentration and thermal spread and may also contribute to a reduction in the incidence of flashover.More particularly FIG.5C illustrates the electrode 110 of the electrode 110 120 configuration of FIGS.4 and 5A respectively wherein the pair of electrodes 110 120 each includes an electrically conductive surface 116 126 an insulating substrate 111 121 having a top or first edge111a shown in FIG.5C for electrode 110 only and an insulating layer 140 positioned in a channel 111b formed by the electrically conductive surface 116 within the top or first edge 111 a between the conductive surface 116 shown in FIG.5C for electrode 110 only and the top or first edge 111a of the insulating substrate 111.The insulating layer 140 has a portion 140a proximal to the electrically conductive surface 116 and a portion 140b distal from the electrically conductive surface 116 and a gradient such that the proximal portion 140a has a lower dielectric strength than the distal portion 140b.
Patent claim: Host interface circuit IF1 according to claim 3 configured tooperate in a call mode of operation when connected to an accessory device ADEV being compatible with a power supply via the first line LM and when operating in the call modeto couple the power regulator PR to the first line LM andto couple the legacy terminal MICS to a second line LR of the data cable 4PAC.

Related passage: If the accessory device 20 is detected as a standard accessory device no power or simple bias power is provided by the host device 10 and supplied to the accessory device 20.If it has been detected that the accessory device is an intelligent accessory device the electrical power transmitting controller device 100 validates that the accessory device 20 is capable of accepting electrical power from the host device to be operated.If the accessory device is arranged to be supplied with electrical power to be operated from the host device the electrical power transmitting device 100 provides electrical power to the electrical power receiving controller device 200 of the accessory device 20.The electrical power transmitting controller device 100 is arranged to find out a level of supply current or supply voltage which is necessary to operate the accessory device 20.A voltagecurrent regulatorgenerator of the electrical power transmitting controller device 100 then generates the identified level of the supply current or supply voltage and provides the electrical power to the power delivering terminal IO100.The power is then transferred to the accessory device 20 via the auxiliary pole AUX of the 3.5 mm jack interface.
Patent claim: Tie strap of claim 1 wherein the formed waves 26a number five.

Related passage: Cable tie 10 of the present invention is preferably formed by first obtaining a suitable length of strap 18 depending on the application of tie 10 from a spool not shown.Next spring means 26 discussed more fully below and a first projection 28 are formed in strap 18 at predetermined distances from a first end 30 of strap 18.Projection 28 is preferably formed so that it protrudes out of second surface 20b and operates to retain one end of locking head 16 at a predetermined position on strap 18 i.e.a specific distance from first end 30.As shown in Figs.18 strap body extension 24 is an integral part of strap body 18 and is defined generally by the distance or length of strap 18 between first end 30 and first projection 28 extending from locking head 16.However while extension 24 is preferably an integral portion of strap 18 it may also be a separate piece suitably attached to head 16 in a conventional manner.
Patent claim: The control method according to claim 7 wherein during the second rotation cycle S24 the drum 12 is intermittently rotated at a second RPM.

Related passage: A plurality of preliminary drying periods exist between a plurality of the second periods for rotating the drum 3 at the low dewatering speed exceeding 600 rpm.Namely a plurality of the preliminary drying periods substantially correspond to the second periods for rotating the drum 3 at the normal dewatering speeds of 900 rpm or 1000 rpm respectively.
Patent claim: The propylene ethylene random copolymer RPP according to anyone of the preceding claims wherein e the propylene ethylene random copolymer fraction RPP1 has an ethylene content of 1 to 8 wt.and f the propylene ethylene random copolymer fraction RPP2 has an ethylene content of 1 to 10 wt..

Related passage: In the present invention in a case where an inorganic foaming agent such as air nitrogen carbon dioxide gas water or the like is used as a foaming agent the polypropylene resin may be prepared using a socalled twostage process in order to obtain expanded particles with a high foaming ratio.This is because the polypropylene resin which is subjected to only firststage foaming would have a relatively low foaming ratio.The twostage process is a process in which after the polypropylene resin expanded particles are obtained using the aforementioned method the expanded particles are impregnated with inert gas such as air etc.and then are heated to be further foamed.
Patent claim: The method according to claim 9 characterized in that the step of forming the bottom electrode layer 1210 includes forming at least one layer selected from a group consisted of molybdenum Mo tungsten W aluminum Al and Indium Tin Oxide ITO.

Related passage: The method of preparing a Group 1a1b3a6a material comprises providing a substrate optionally providing a Group 1a source comprising sodium providing aseleniumGroup 1b ink of the present invention providing a Group 3a source optionally providing a Group 6a source forming at least one Group 1a1b3a6a precursor material on the substrate by optionally using the Group 1a source to apply sodium to the substrate using the seleniumGroup 1b source to apply selenium and a Group 1b material to the substrate wherein the Group 1b material selected from copper and silver preferably copper using the Group 3a source to apply a Group 3a material to the substrate optionally using the Group 6a source to apply at least one of sulfur and selenium to the substrate treating the precursor material to form a Group 1a1b3a6a material having a formula NaLXmYnSpSeq wherein X is at least one Group 1b material selected from copper and silver preferably copper Y is at least one Group 3a material selected from aluminum gallium and indium preferably indium and gallium 0L0.75 0.25m1.5 n is 1 0p lt 2.5 and 0 lt q2.5.Preferably 0.5Lm1.5 and 1.8pq2.5.Preferably Y is In1bGab wherein 0b1.More preferably the Group 1a1b3a6a material is according to the formula NaLCumIn1dGadS2e1fSe2ef wherein 0L0.75 0.25m1.5 0d1 0.2e0.5 0 lt f1 wherein 0.5Lm1.5 and 1.82ef2e1f2.5.Optionally one or more of the Group 1a source the seleniumGroup 1b ink the Group 3a source and the Group 6a source of the present invention are combined before application to the substrate.The components of the precursor material can be treated by known methods to form the Group 1a1b3a6a material having formula NaLXmYnSpSeq.The components of the precursor material can be treated individually or in various combinations.Annealing temperatures for the deposited components can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional Group 6a material can be introduced during the annealing process in the form of at least one of a selenium ink selenium vapor selenium powder hydrogen selenide gas sulfur powder and hydrogen sulfide gas.The precursor materials can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The precursor materials can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.
Patent claim: The apparatus according to claim 1 or 2 wherein the number of bits of the system information configuration information associated with respective subframes is less than or equal to the number of subframes in a radio frame none of the bits is associated with at least one ofsubframes used for reception of system information configuration informationsubframes used for a physical broadcast channelsubframes configured for multimedia broadcast operation and the system information is transmitted only on subframes indicated by the bits in the subframe scheduling field of the system information configuration information.

Related passage: Specifically the transmission timing determination unit 11 is configured to determine a radio frame with a frame number SFN satisfying SUN mod T1T00 as a transmission radio frame for the first type of system information SI1.T1indicates the transmission cycle of the first type of system information SI1 and T180 ms in LTE.
Patent claim: The apparatus of claim 2 wherein the application output includes a display object wherein the display object is assigned a resistance that corresponds to a perceived mass of the object and wherein the force applied against the magnetic user input device corresponds to the assigned resistance.

Related passage: The drive signals 516 may be dependent upon graphical content displayed on a screen of the host electronic device.For example a force may be generated to indicate the boundary of a displayed object such as an icon menu item or graphical item.In another illustrative example the stylus tip may be attracted to or repelled from displayed items.
Patent claim: The image reader according to claim 12 wherein a portion of the convey roller 49 extends below a plane of the contact glass 61 configured to support the document.

Related passage: Then the control flow goes to step S25 in which the control unit 55 calculates a difference between the value obtained by the reading the white area 53A and the value obtained by the reading the black area 53B that are stored in the RAM 58.The control flow then goes to step S26 in which the control unit 55 determines whether the difference is not smaller than a predetermined threshold.When the document holding member 6 is closed relative to the reading table 4 the document holding member 6 blacks the external light L i.e.the external light L does not enters the reading table 4.Hence a space inside the reading table 4 is dark.In this state when the CIS unit 40 reads the white area 53A and the black area 53B of the reference member 53 with the light source 42 off there is no reflected light coming from either of the white and black areas 53A 53B.Thus both the values of the CIS output for the white and black areas 53A 53B become almost equal to the value of the black level data denoted by N in the graphs of Fig.11A.Hence when the difference between the values obtained by the reading the white and black areas 53A 53B respectively is smaller than the predetermined threshold the control unit 55 makes an affirmative decision YES in step S26 that is determines that the external light L is not entering the reading table 4 in step S27.