bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A battery pack comprising a plurality of battery cells arranged in a plurality of rows a holder situated between mutually adjacent first and second rows of the battery cells the said holder having a first surface contacting a side surface of the first row of battery cells and a second surface contacting a side surface of the second row of battery cells and a temperature device that is configured to measure a temperature of the battery cells wherein at least one of the said first and second surfaces includes a first receiving groove that accommodates the temperature device.

Related passage: The temperature detecting plate 30 fixes the temperature sensors 50 for detecting the temperatures of the secondary batteries 20 accommodated in the casing 10 on an insulation substrate 31.The temperature sensor 50 is implemented for example by a PTC.The PTC has such a characteristic that when the temperature of battery rises to a preset temperature or higher the electric resistance thereof dramatically increases.Accordingly a rise in temperature of the battery can be detected from a change in resistance value.The temperatures 50 which are PTCs are fixed to the insulation substrate 31 and connected in serial with each other.As described above the temperature sensors 50 fixed to the insulation substrate 31 provide an advantage of extremely easy wiring.The temperature sensors 50 are provided so as to protrude from the insulation substrate 31 and access to the secondary batteries 20 accommodated in the casing 10 via the ventilationholes 15.In the illustrated battery apparatus the ventilation holes 15 are open so as to penetrate through the first casing 11 and also the insulation substrate 31 of the temperature detecting plate 30 is provided with air holes 33 to be communicated with the ventilation holes 15 of the casing 10.The ventilation hole 15 and the air hole 33 are open so as to oppose to the same position and the temperature detecting plate 30 is arranged so as not to close the ventilation holes 15.The air passes through the air holes 33 and the ventilation holes 15 to cool the secondary batteries 20 in the casing 10.
Patent claim: The device 1 according to claim 6 wherein the insulating layer 18 is provided between the fluorescent substance layer 30 and the resin layer 25 in the outer peripheral portion 30d of the fluorescent substance layer 30.

Related passage: In particular the SiAlONbased phosphor represented by the following composition formula 2 can be used.M1xRxa2AlSib2Oc2Nd22
Patent claim: A radiographic imaging device comprising a radiographic imaging device main body and a protective cover that is removably applied to a surface of the radiographic imaging device main body a thickness including the radiographic imaging device main body in the state in which the protective cover is applied being at most 16 mm.

Related passage: In the above exemplary embodiments while not particularly mentioned the thermal insulation material 66 may also be provided with an Xray screening layer.By so doing the electronic components are disposed on the opposite side to the Xray generation section with the thermal insulation material 66 interposed therebetween protecting the electronic components from exposure.
Patent claim: The gaseous fuel internal combustion engine 10 of any one of the preceding claims wherein the preset pressure ranges from about 50 bar to about 190 bar particularly from about 70 bar to about 120 bar.

Related passage: As used herein dual fuel engine may mean any type of internal combustion engine configured to combust both liquid fuel for example diesel heavy fuel oil HFO or marine diesel oil MDO and gaseous fuel for example natural gas.
Patent claim: The method of claim 13 wherein the selecting comprises comparing the first number with the second number and selecting one of the first activity and the second activity as the representative activity during the selected period of time at least partially based on a result of the comparison.

Related passage: In a second aspect the system includes at least one sensor and a processing system coupled to the at least one sensor wherein the processing system includes an analytics engine that is configured to receive a determined context and one or more outputs from at least one sensor to provide analytics results.
Patent claim: The subsea fuse according to any of the preceding claims wherein the hollow elongated element 30 is made of a material selected from the group comprising rubber nitrile rubber thermoplastic polyurethanes TPU polyvinyl chloride PVC silicone butyl rubber or a material comprising polyester filaments.

Related passage: According to an aspect of the invention a subsea fuse assembly adapted to be operated in a pressurized environment is provided.The subsea fuse assembly comprises an enclosure adapted to be filled with a dielectric liquid and a pressure compensator comprising a flexible element for pressure compensation.The pressure compensator is mounted to the enclosure and is adapted to seal an opening in the enclosure.It further comprises a first penetrator and a second penetrator each passing through a wall of the enclosure for leading a first electric conductor and a second electric conductor respectively into the enclosure and a fuse arranged inside the enclosure and connected between the first and the second electric conductors.The assembly is configured such that the inside of the enclosure is sealed to the outside of the enclosure.
Patent claim: An evaluation unit the evaluation unit comprisingan input connection for receiving image dataa buffer for storing a predetermined number of image frames wherein the evaluation unit is operative toreceive image data from the vehicle camera via the input connection the image data comprising images framesassign transition values to pixels of the image framesassign threedimensional coordinates to the pixels using a model of the exterior sceneuse the assigned threedimensional coordinates and movement data of the vehicle to assign trajectories to the pixels the movement data being provided by one or more vehicle sensors for those pixels to which a trajectory is assignedcompute an expectation value for the pixel the expectation value being derived from a transition value of a starting pixel of the trajectorycompute a satisfied transition value for the pixel location the satisfied transition value being derived from transition values along the trajectory for a set of frames in the buffer that are adjacent to the frame of the starting pixelaccumulate the expectation value and the satisfied transition value over timederive a cleanliness value from a ratio of the accumulated satisfied transition value to the accumulated expectation value.

Related passage: The vehicle informationobtaining process Step S10 and the vehicle speed determination process Step S20 are executed by the vehicle information obtainer 33.The vehicle speed obtainer 33 obtains speed information sent from a speed sensor or the like Step S10.Next it is determined whether or not the vehicle speed is a predetermined value or more for example 1 kmh or more Step S20.When it is determined that the vehicle speed is a predetermined value or more YES the subroutine proceeds to the next process areaobtaining process Step S30.When it is determined that the vehicle speed is less than 10 kmh NO the subroutine proceeds to the output information generation process Step S90 after skipping the processes in Steps S30S80.After that the whole lensattached matter detection process is completed.More particularly the attachment of the dirt easily occurs while the vehicle 2 is running.For this reason the attachment of the dirt hardlyoccurs while the vehicle 2 is not running or is slowly running in which case it is determined that it is not necessary to execute the lensattached matter detection process.
Patent claim: A method of manufacturing a fireresistant composite electrical panel according to any one of the preceding claims comprising two fire protection layers with the layered structure being a thin panel having two opposing major surfaces each of which is formed by a fire protection layer.

Related passage: In the example of Figure 5 the fibre and resin compound is formed of a sheet of interwoven fibres or strands.The strands in Figure 5 extend in perpendicular directions although the strands may extend in any one or more directions as required.The strandsfibres may be preimpregnated or prepregged with the resin.
Patent claim: The method according to claim 9 characterized in that the step of generating 302 506 a reply message based on the state switching request comprises steps of displaying 5061 the device identification list based on the state switching request receiving 5062 a trigger instruction generated by a user triggering a target device identification the target device identification being a device identification selected from the device identification list by the user and generating 5063 the reply message containing the target device identification based on the trigger instruction.

Related passage: FIG 3 is a flow chart depicting an example method 300 of device registration in a network.FIG.4 is a flow chart depicting an example method 400 of determination whether to allow or reject a device to join a network.FIG.5 is a flow chart depicting an example method 500 of device migration from a network.The methods of FIG.3 FIG.4 and FIG.5 may but need not be implemented in the environment of FIG.1 and using the device of FIG.2.For ease of explanation methods 300 400 and 500 are describedwith reference to FIGS.1 and 2.However the methods 300 400 and 500 may alternatively be implemented in other environments andor using other systems.
Patent claim: The method of claim 1 wherein the identity information received from the end device is received automatically upon connection of the end device to the network.

Related passage: On receipt of the message 340 from the captive portal server 120 the user location manager server 140 updates its records in the user database 142 to specify IP address of the access point 110 to which the user is connected together with the present time in the present embodiment the typical lease time is the same for all users and all access points and so this information is stored centrally and used to determine on the basis of the timestamp information stored in the user details whether or not any particular record for any given user is valid or not.
Patent claim: The mobile terminal of claim 2 wherein the controller is further configured to execute a first application for displaying one or more images and to control a specific image from among the one or more images to be displayed in the overall shared area when the one side of the mobile terminal comes into contact with the one side of the external terminal while the specific image is displayed on the touchscreen.

Related passage: The portable electronic device 200 also has one or more communication interfaces 210L 210R 210T 210B for establishing a shortrange communication channel with another portable electronic device 200.In the disclosed embodiment such communication interfaces are provided at the four edges of the display 203 wherein a first communication interface 210L is provided at the lefthand side of the display 203 a second one 210R is at the righthand side a third one 210T is at the top and a fourth one 210B is at the bottom of the display 203.The communication interfaces are implemented as NFC interfaces in the disclosed embodiment having an ultrashortrange operating distance of the order of only 10 cm.Therefore when the aforesaid another portable electronic device 200 also referred to as the receiving device in the following is remote from the portable electronic device 200 the sending device there will be no shortrange communication channel between the devices.See Fig 2b.
Patent claim: A mobile device comprising a ground plane a ground branch coupled to the ground plane wherein a slot is formed between the ground branch and the ground plane a circuit element coupled between the ground branch and the ground plane and a switch element coupled between the ground branch and the ground plane wherein a first antenna structure is formed by the ground branch and excited by a first signal source wherein a second antenna structure is coupled to the ground branch and excited by a second signal source.

Related passage: In the present embodiment as described above thedielectric substrate 70 having the reactance circuit 7 formed thereon in a different process is inserted into the recess 29 of the dielectric base 2 and thus mounting of the reactance circuit 7 is simplified.Therefore the capacitor 71 and the inductor 72 which are components of the reactance circuit 7 are hidden inside the recess 29 and do not protrude from the dielectric base 2.As a result as illustrated in Fig.1 and Fig.3 the shape of the dielectric base 2 can be determined without being limited by mounting of the reactance circuit 7.In the present embodiment the upper surface of the dielectric base 2 is a bent surface including the upper surface 22 extending horizontally and the inclined surface 23 extending downward and thus compactness of the antenna device 1 can be achieved.
Patent claim: The method of Claim 1 further comprising receiving clock information over an optical supervisory channel OSC the clock information indicating the scrambling frequency and generating the polarization signal partially based on the clock information.

Related passage: Fig.7 is a diagram of the constitution of the polarization dependent optical receiving part 190 in the case where the optical modulating signal is constituted by the polarizationmultiplexed wave and the digital coherent detection is adopted.
Patent claim: A device 100 comprisingan interface 12111213 configured to receive on a first channel 17011703 a sequence 200 of symbols 201 20112013 202120214at least one processor 101 configured to estimate a noise contribution 401 of a given synchronization symbol 201 20112013 of the sequence 200 of symbols 201 20112013 202120214 and further estimate a reference noise contribution 402 of at least one further symbol 201 20112013 202120214 of the sequence 200 of symbols 201 20112013 202120214 wherein the at least one processor 101 is configured to selectively consider based on the noise contribution 401 of the given synchronization symbol 201 20112013 and based on the reference noise contribution 402 of the at least one further symbol 201 20112013 202120214 the given synchronization symbol 201 20112013 when determining a coupling coefficient of crosstalk between the first channel 17011703 and a second channel 17011703.

Related passage: FIG.3 illustrates an embodiment of a crosstalk training method 300 which may be used to improve crosstalk training in a DSL system e.g.the DSL system 100 and account for impulse noise andor other noise sources.For instance the crosstalk training method 300 may be implemented by the VTUR 204 and the impulse noise monitor 205 in the crosstalk training system 200.The method 300 may begin at block 310 where a downstream signal may be received.For example the VTUR 204 at the CPE 104 may receive a tone in a DMT symbol from the VTUO at the central office.At block 320 an error in the received downstream signal may be measured.The error may be caused by crosstalk interference impulse noise andor other noise sources.For example the VTUR 204 may measure the error value in the received signal based on the expected signal value of the tone in the symbol.At block 330 the method 300 may determine whether the measured error is corrupted by impulse noise andor other noncrosstalk noise source.For example the impulse noise monitor 205 may process the measurederror andor received signal to detect any relatively large bursts due to impulse noise any substantially high levels that exceed the dynamic range any relatively large error values andor error due to RFI.The method 300 may proceed to block 340 if the condition in block 330 is met.Otherwise the method 300 may proceed to block 345.
Patent claim: The rechargeable battery of claim 1 wherein the fuse part 35d further comprises a fuse opening 35d1.

Related passage: According to embodiments the fuse body may be formed of a resin that includes one of polyethylenenaphthalate polyethylenterephthalate polyamide polyimidepolybutyleneterephthalate polyphenyleneoxide polyethylenesulfide polysulfone and a mixture thereof.
Patent claim: Steerable antenna 1 according to claim 13 wherein the drive pulley 48 49 comprises two parallel pulleys 48 49 attached to each other by means of a coupling system which permits adjustment of the reciprocal orientation of said parallel pulleys 48 49.

Related passage: In the antenna portion the antenna supporting longitudinal plates A65 the antenna supporting longitudinal plate B66 and the amplifier supporting lateral plate 67 constitute a box structure so as to hold the antenna portion.To prevent the transmission loss of the radio waves the transmission and reception amplifiers are mounted on the amplifier supporting lateral plate 67 in the vicinity of the antenna portion although it is hidden in the antenna portion in the drawing.
Patent claim: A printing apparatus 100 comprising a plurality of printing sections 10 each associated with a corresponding one of printing colors of inks used in the printing apparatus and configured to discharge a corresponding one of the inks onto a printing medium 5 to execute a printing process a printing medium movement section 20 configured to move the printing medium relatively to the printing sections a driving controller 30R configured to drive control the printing sections and the printing medium movement section a plurality of printing data controllers 30C30K configured to for each of the printing colors generate a singlecolor printing data on a basis of a set of fullcolor printing data associated with an image a target of printing and set a set of printing unit data resulting from dividing the set of singlecolor printing data into a corresponding one of the printing sections and a communication bus 60 coupled to the driving controller and the printing data controllers to provide information communication using no handshaking communication wherein in order to combine the printing process executed by the each printing section using the set of printing unit data to perform the printing of the image the driving controller is configured to perform timing control through the information communication provided by the communication bus on the setting of for the each printing color the set of printing unit data into the corresponding one of the printing sections and on the driving control of by the driving controller the printing sections and the printing medium movement section.

Related passage: Fig.4 is referred to again.When receiving the creation processing completion notice of the separate plate data from each unit controller 20 the server controller 10 this time transmits an execution command for printing output processing to each unit controller 20 step S50.Each unit controller 20 receiving this command executes various types of processing at a step S60 in correspondence to each command.The processing at this step S60 is hereafter described in detail with reference to a flow chart of Fig.6 and an operation explanatory diagram of Fig.10.
Patent claim: A coffee machine including a brewing device 1 including a steam spout 13 for downwardly discharging steam and a milk box 4 having a box body 41 that is coupled removably to said brewing device 1 and that has a top surface 411 formed with a steam inlet portion 42 that is disposed below said steam spout 13 characterized in that said coffee machine further includes an operating device 5 including a driving unit 52 and a linking member 53 that is pivotally connected between said driving unit 52 and said steam spout 13 said driving unit 52 being rotatable in a first rotational direction A to move said steam spout 13 downwardly to an engaging position where said steam spout 13 engages said steam inlet portion 42 to permit entry of the steam into said box body 41 and said driving unit 52 being rotatable in a second rotational direction B which is opposite to the first rotational direction A to move said steam spout 13 upwardly to a disengaging position where said steam spout 13 is disengaged from said steam inlet portion 42.

Related passage: The brewing device 1 is operable to generate steamin a conventional manner and includes a housing 11 a steamgenerating unit 12 and a steam spout 13.
Patent claim: The bead reinforcement element of at least one of the previous claims wherein the hybrid or composite cord 130 has a 11 cord construction.

Related passage: The net effect of the incorporation of the knitted fabric flipper 54 is to provide a strain buffer that relieves or absorbs differential shearing strains that otherwise were the flippers not present could lead to separation of the adjacent materials that have disparate shearing moduli of elasticity.Furthermore this reinforced construction may increase durability of the tire by means of the incorporation of a smaller number of components than for standard constructions with gum strips.
Patent claim: The navigation system according to claim 13 or 14 wherein the controller is configured to cause the display means to display the twodimensional graphical object if the distance of the graphical representation of the physical object from a center of the displayed at least a part of the digital map exceeds a predetermined threshold.

Related passage: The representation methodchanging part 312 calculates the distance in a straight line the horizontaldistance or the level difference between the view point V and the position M of each map element and for example stereoscopically displays map elements near the view point that is map elements within a predetermined distance from the view point are stereoscopically displayed.Further map elements outside the region within the predetermined distance from the view point are displayed into plane shapes.The predetermined distance is set in advance or by the user.
Patent claim: The cooling apparatus according to claim 1 wherein the first section 21 21 and the second section 22 22 of the second cooling element are in fluid communication with each other via one or more additional manifolds 26.

Related passage: In Figures 1 and 2 the mounting base is utilized in a position where the second connecting part 10 is located higher than the first connecting part 9 and the circulation of the fluid will take place due to gravity and condensationevaporation of the fluid in a similar way as has been explained in EP2 031 332 A1
Patent claim: The resin according to claim 3 wherein the primary particles 53 have a semiconductor of wurtzite crystal structure.

Related passage: Because the sizes of the second powder bodies 57 are less than the minimum distance between the pside interconnect layer 21 and the nside interconnect layer 22 as described previously bridges between the second powder bodies 57 do not occur easily as long as the compounding ratio of the plurality of second powder bodies 57 to the resin component 51 is extremely large.On the other hand because the number of surge paths increases as the compounding ratio of the plurality of second powder bodies 57 to the resin component 51 increases the compounding ratio is preferred to be large.In that case the influence of the characteristics of the second powder bodies 57 itself increases to thecharacteristics of the composite resin 56.Because the the coefficient of thermal expansion of the composite resin 56 is necessary to be small in order to suppress warpage of a device or wafer it is favorable to use a material with a low coefficient of thermal expansion such as the 42 alloy invar kovar etc.for the second powder bodies 57.