bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A power source system 1 comprising a first power source 20 that is mounted on a vehicle a second power source 30 that is mounted on the vehicle a Direct Current to Direct Current converter 40 that is mounted on the vehicle and is connected to the second power source and that is configured to adjust power supplied from the second power source so as to output the adjusted power to a first path L1 connected to the first power source a first load 52 that is mounted on the vehicle includes a vehicle control device configured to perform predetermined control regarding at least one of traveling steering and braking of the vehicle regardless of a driving operation performed by a driver of the vehicle and an electric actuator as a control target of the vehicle control device and is connected to the first path so as to be supplied with power from the first power source and a power source control device 70 that is mounted on the vehicle and is configured to control an operation of the Direct Current to Direct Current converter such that power is supplied to the first path from the second power source in a case where the predetermined control is performed.

Related passage: According to the second aspect of the present invention a power supply control device for an electric power steering device used for a power supply system comprises a first battery connected to the electric power steering device via a first power supply line and a second battery connected to the electric power steering device via a second power supply line wherein when detecting a state of the second battery said power supply control device restricts power supply from the first battery to the electric power steering device while it permits power supply from the second battery to the electric power steering device characterized in that when detecting thestate of the second battery said power supply control device restricts the power supply from the first battery to the electric power steering device within a range in which range a predetermined operation of the electric power steering device is enabled based on the restricted power supply.
Patent claim: The slide rail assembly of any of claims 13 characterized in that the fixing member 30 43 on the chassis 12 42 hasa first fixing part 38 and a second fixing part 40 connected to the first fixing part 38 the first fixing part 38 is connected to the chassis 12 42 an outer diameter of the second fixing part 40 is greater than an outer diameter of the first fixing part 38 wherein when the chassis 12 42 is mounted to the guide rail 22 the fixing member 30 43 on the chassis 12 42 passes through the path 32 of the guide rail 22 and the first fixing part 38 of the fixing member 30 43 on the chassis 12 42 abuts against one of an upper edge of the second rail section 26 and a lower edge of the third rail section 28 one side of the second rail section 26 and one side of the third rail section 28 of the guide rail 22 are configured to support another portion of the chassis 12 42.

Related passage: Slide rail is a mechanic device that is widely employed to carry an item such as a drawer a server or a UPS to be slid relative to other structures.In the simplest way the slide rail is composed of an inner rail and an outer rail wherein the inner and outer rails are fixed onto two devices to be slid relative to each other respectively.For example the inner rail can be fixed on a UPS while the outer rail is fixed on a cabinet and the inner rail is nested within the outer rail such that the UPS is mounted on the cabinet by means of the outer rail.In use pushing a UPS will lead to the sliding of the inner rail fixed on the UPS relative to the outer rail under the guidance of the outer rail thus causing the sliding of the UPS relative to the cabinet.Usually a UPS is pushed into or pulled from the cabinet.
Patent claim: The method according to claim 1 characterized in that the first fine particles 101 are obtained by subjecting at least a binder resin to a phase inversion emulsification method.

Related passage: Microcapsules can be manufactured as follows.1 Fine resin particles as shells are adheredto cores and fixed by a mechanochemical method using Hybridizer Nara Kikai K.K.Mechanofusion HOSOKAWA MICRON CORP.or Cryptron Kawasaki Heavy Industries Ltd.2 Fine resin particles as shells are adhered to cores and continuously polymerized insitu polymerization.Examples of this polymerization are emulsion polymerization suspension polymerization soapfree polymerization seed polymerization and dispersion polymerization.Emulsion polymerization and suspension polymerization are preferable because a shell material having higher thermalmechanical strength than that of the core resin can be obtained.However the use of an acid catalyst as a polymerization catalyst is unpreferable because if the acid catalyst remains it causes regeneration of color after decoloration.It is also possible to mix the obtained microcapsules in a polymerizable monomer which gives a binder and add a polymerization initiator to this mixture to cause a polymerization reaction thereby forming a binder resin.Polymer chains intertwine with each other and the microcapsules are incorporated between these polymer chains.This method forms toner in which the microcapsules are dispersed in the binder resin.3 A binder resin and dye components are added to a solvent to form a solution or slurry.The resultant solution or slurry is sprayed to form fine particles which are dried.Lowmelting wax is often used as a core.This core exists in the form of a solid gel or liquid in a shell.
Patent claim: An apparatus comprising a flexible probe having a distal portion for insertion into a body cavity of a patient the probe having a distal tip which is configured to be brought into contact with tissue in the body cavity a resilient member that couples the distal tip to the distal portion of the probe and is configured to deform in response to pressure exerted on the distal tip when the distal tip engages the tissue and a position sensor disposed in the distal portion of the probe for sensing a position of the distal tip relative to the distal portion of the probe which changes in response to deformation of the resilient member wherein the position sensor is configured to generate a signal indicative of the position of the distal tip responsively to a magnetic field that is generated in a vicinity of the distal tip a magnetic field generator within the distal tip for generating the magnetic field wherein the position sensor comprises a first coil of conductive wire having a longitudinal axis and first windings and three second coils of conductive wire having respective second windings the second coils being symmetrically distributed about the longitudinal axis of the first coil.

Related passage: The joint 54 further comprises a resilient coupling member 60 such as a coil spring or a tubular piece of an elastic material with a helical cut along a portion of its length.For example the coupling member may comprise a polymer such as silicone polyurethane or other plastics or a superelastic alloy such as nickel titanium Nitinol.The helical cut causes the tubular piece to behave like a spring in response to forces exerted on distal portion 13D.Further details regarding the fabrication and characteristics of this sort of coupling member are presented in U.S.patent application Ser.No.12134592 filed Jun.6 2008
Patent claim: Part 100 400 500 of a shoe according to any one of the preceding claims 18 wherein a fiber material 313 is arranged in the second subarea 130 131 430 530 to increase its tear strength.

Related passage: Leather sole 11 is previously cut with an appropriate shape shown sectioned in figure 5 and from below or from the above in figures 8 or 9.Sole 11 has afirst face 12 that in use is the lower face i.e.It faces towards ground 20 of figure 4 and to which is then glued heel 24.Furthermore it has a second face 13 suitable for being glued to vamp 16.
Patent claim: The surgical instrument of claim 3 wherein the occurrence of the second predefined event comprises at least one of the following the closing motion being stopped for a period of time and the slope of the curve falling below a third predetermined threshold.

Related passage: The controller 121a in the handle assembly 112 can be programmed to read the information on the chip 361 or receive instructions from other controllers as a function of information stored in chip 361.This information is used in the operation of the surgical system.Desirably some or all of the information is encrypted which can be accomplished as discussed above in connection with FIGS.121.The controller can be programmed to not provide power to a motor not shown disposed in the handle assembly 112 and not operate the adapter assembly and loading unit in the event that the serial number or other data is not recognized.Varying levels of function can be enabled or disabled based on the authentication status of any system chip including but not limited to chip 361.For example a system which does notsuccessfully authenticate may be set to allow the stapling reload to clamp articulate and rotate at a reduce speed but not fire.The maximum force information is used in conjunction with a load sensor such as a strain gauge disposed in the surgical system.For example a load sensor can be disposed in the adapter assembly 114 andor loading unit such as a load sensor on the drive beam.The controller is programmed to compare the data from the load sensor to the maximum force data stored on the chip so that for example the operation of the motor not shown is interrupted or altered before the maximum force is exceeded.In another example the controller can be programmed to operate in slow mode if the measured force reaches a predetermined level or when any other triggering metric is satsified.The predetermined level of force can be the maximum force discussed above or another level of force stored on a chip in the system such as chip 361.Slow mode means that the controller operates the motor not shown at a slower rate and also delaying the compression of tissue andor firing of staples.In thick tissue slow mode can allow fluid in the tissue to move away from the site of stapling facilitating more compression of the tissue.Alternative methods of load detection can be used such as sensing changes in tissue thickness rate of change in thickness or compression monitoring the current draw in the motor of the handle assembly the velocity of the movement of the drive assembly etc.
Patent claim: The surgical stapling system of any one of Claims 1221 wherein said first staple cartridge assembly comprises staple drivers configured to push said first staples out of said first staple cavities and wherein each said second staple comprises an integrallyformed staple driver.

Related passage: The second staples 285b are laterally wider than the third staples 285c.In various instances the second staples 285b are twice as wide laterally than the third staples 285c for example.The second staples 285b can be at least twice as wide laterally than the third staples 285c for example.In some instances the second staples 285b are thrice as wide longitudinally than the third staples 285c for example.Similar to the above the second staples 285b are laterally wider than the first staples 285a.In various instances the second staples 285b are twice as wide laterally than the first staples 285a for example.The second staples 285b can be at least twice as wide laterally than the first staples 285a for example.In some instances the second staples 285b are thrice as wide laterally than the first staples 285a for example.The second staples 285b are comprised of thicker wire stock than the first staples 285a and the third staples 285c however other embodiments are envisioned in which the first staples 285a the second staples 285b and the third staples 285c comprise any suitable thickness.
Patent claim: The method of claim 1 wherein the communication channel operates with a carrier sense multiple access CSMA protocol.

Related passage: In step 37 another voice communication transmission or an activation of the PTT 10 during the predetermined period of time T3 step S32 the voice communication service over the predetermined fixed frequency continues.In step S34 the onboard system computer 3 will send out command signals to the radio communication device 2 and the audio management system 4 to go back to its original settings.This is done by first having the onboard system computer 3 send a command signal to the audio management system 4 to terminate the PTT and audio connection to the radio communication device 2.Secondly in step S35 the onboard system computer 3 waits for a predetermined period of time T4 in order for the audio management system 4 to be reset.The predetermined period of time T4 depends on the performance of the audio management system 4.
Patent claim: The fuel supply pump according to claim 1 wherein an annular welding portion 91w joins the outermost edge of the damper cover 14 and the inner circumference of the tubular part of the lowpressure fuel chamber 10c.

Related passage: Although the damper cover 14 is fixed to the pump housing by being screwed in this embodiment the damper cover 14 can also be fixed by for example welding the entire periphery at the P position.In this case a seal is also provided by the welding so the seal member 10D in the first embodiment can be eliminated.
Patent claim: A downhole system according to any of claims 79 further comprising a storage unit 62.

Related passage: Fig.1 shows a completion component 1 having a circumference for insertion into a well tubular structure 2 as illustrated in Fig.12.The completion component 1 comprises a tubular base part 3 which is to be mounted as part of the well tubular structure 2 via a thread 30.The tubular base part 3 has an axial extension along the axial extension of the well tubular structure and a thickness t1.The completion component 1 comprises a displaceable part 4 arranged within a groove 33 in the tubular base part 3 and displaceable in relation to the tubular base part 3 from a first position to a second position in order to align or unalign a first opening 20 in the tubular base part 3 with a second opening 21 in the displaceable part 4 to let fluid flow between a formation surrounding the completion component 1 and an inside of the tubular base part 3.A screen 22 is arranged on the outside of the tubular base part 3 opposite the opening 20 in the tubular base part 3 for filtering the well fluid before it is let into the tubular base part 3.The base part 3 comprises a first marker 5 and the displaceable part 4 comprises a second marker 6 for determining a position of the displaceable part in relation to the tubular base part 3.As can be seen the first and second markers 5 6 are arranged with a first marker distance in which the openings 20 21 are unaligned so that the first and second openings do not overlap and no fluid is allowed to flow from the formation into the tubular base part 3.Sealing means 32 such as Orings or Chevron seals arranged in grooves in the tubularbase part 3 provides a sealing connection between the tubular base part 3 and the displaceable part 4.
Patent claim: A system for rendering a haptic effect comprising a receiver module configured to receive an ambient environmental stimulus signal from at least one sensor a process module configured to determine a notification event based on the stimulus signal anda haptic output device configured to render a haptic effect based on the notification event.

Related passage: The processor 210 may then utilize the information regarding the environmental condition or conditions that it receives from one or more sensors such as sensor 270 to determine one or more modifications to make to a haptic effect.For example the processor 210 may determine to increase or decrease a parameter associated with a determined haptic effect based at least in part on the sensor information received from sensor 270.For instance if the ambient noise in a room is above a threshold level then a parameter corresponding to a predetermined haptic effect may be increased.In addition or alternatively the processor 210 may change from one determined haptic effect to another haptic effect based at least in part on information received from sensor 270.
Patent claim: The inverter system of claim 6 wherein the second control unit transmits data corresponding to the address of the necessary power data to the first control unit.

Related passage: That is the communication data includes destination information.That is if there is communication data that are to be transmitted to a specific slave device the master device 100 inserts destination information corresponding to the specific slave device into the communication data and transmits the communication data having the destination information inserted to the parallel communication device 200.
Patent claim: The device according to claims 1 and 8 characterized in that said slider 14 there are two or more cams 21a 21b which acts as seats for said two or more magnets 20a 20b.

Related passage: With reference to the abovementioned figures reference numeral 1 indicates a security device for a cylinder lock 100 fig.7a applicable for example to a door 200.The device comprises a basic body or casing 2 of essentially cylindrical shape associable to the lock 100 and provided with a first axial opening 3 for inserting a cylinder not shown in the enclosed figures.The first opening 3 is arranged in an eccentric position with respect to the casing 2.
Patent claim: The system of any one of claims 8 to 13 further characterized by one or more sensors 50 52 54 for intermittent or continuous measurement of at least one system 10 operating condition of temperature flow rate and humidity.

Related passage: In the present embodiment the concentration apparatus 41 is interposed in a dehydrated filtrate supply line L21 to concentrate the dehydrated filtrate 33 fed from the dehydrator 32.
Patent claim: The blood analyzer according to claim 1 wherein the cell analysis portion is configured to detect cells in an area with afluorescence intensity higher than that in the area where lymphocytes and monocytes appear as abnormal lymphocytes cells.

Related passage: Next the second measurement process will be described.The second measurement process is temporally overlapped with a part of the first measurement process.The blood analyzer 1 in the second measurement process prepares an NRBC assaysample by mixing a complete blood sample 17.0 L with a second reagent 1.0 mL and a third reagent 0.030 mL.The NRBC assay sample is measured in the optical detector D by a flow cytometry method.As the second reagent the abovementioned Stromatolyser NR hemolytic reagent was used.As the third reagent the abovementioned Stromatolyser NR dye solution was used.
Patent claim: The system of Claim 10 wherein the control module determines a convergence of the current state based on the current state matching the current target state and outputs the user interface for display on the display with a convergence indicator that graphically illustrates the convergence of the current state with respect to the one of the plurality of legs of the selected flight plan.

Related passage: FIGS.4A4C are further examples of deviation symbology 400 that may be displayed on a display unit 170 FIG.1 including the visual display 200 of FIG.2.FIGS.4A4C are generally similar to the deviation symbology 230 of FIGS.3A3C except that the first indicator 312 of FIGS.3A3C has been replaced by separate lateral and vertical indicators 412 and 422.The lateral indicator 412 is positioned on a horizontal axis 410 to indicate the lateral deviation and the vertical indicator 422 is positioned on a vertical axis 420 to indicate the vertical deviation.A time indicator 432 and reference circle 430 function similar to the second indicator 332 and reference circle 330 of FIGS.3A3C described above.
Patent claim: The controller 100 for a bicycle image capturing device according 70 to claim 11 wherein the control unit 104 receives an input for changing the image capturing stop condition and changes the image capturing stop condition based on the received input.

Related passage: In this way the image presented to the user of the motorcycle by means of the image display means 7 remains the useful image comprising the space 25 above the horizon line and 75 below the horizon line despite the fact that an additional pillion passenger has mounted the motorcycle.Accordingly the user of the motorcycle does not have to manually adjust the camera 3 in the event that an additional pillion passenger mounts the motorcycle the suspension movement correction means 9 ensures that the region of interest is consistently displayed on the image display means 7.
Patent claim: The method of claim 10 11 or 12 wherein emitting by the optical transmitter the optical signal comprises emitting laser pulses having a constant amplitude using a step frequency methodology and wherein determining using the controller the at least one temperature for each of the plurality of zones comprises determining the at least one temperature based on optical frequency domain reflectometry IOFDR.

Related passage: In the depicted embodiment each sensing element 16a 16b...16N is configured to sense temperature changes in M distinct zones.As stated above each sensing element 16a 16b...16N is outfitted with FBG having a distinct Bragg wavelength B in each zone Z1 Z2...ZM thereby allowing high speed spectrometer 20 and data processor 22 to distinguish between temperature changes in each zone.According to this embodiment high speed spectrometer 20 identifies M distinct Bragg wavelengths from each sensing element 16a 16b...16N corresponding to zones Z1 Z2...ZM and analyzes the relative shift in each e.g.11 22...MM.Processor 22 may alternatively or additionally differentiate between each zone Z1 Z2...ZM based on timeofflight from each zone to interrogator 12.Some embodiments of the present invention may sense only one temperature i.e.only one zone per sensing element 16a 16b...16N.
Patent claim: The hedge trimmer as claimed in claim 1 wherein the rotation axis and an axis of the electric motor are obliquely intersected.

Related passage: As shown in FIGS.4 and 5 the motor 30 a reduction gear 32 for amplifying a torque output by the motor 30 and a crank cam 34 for changing a rotary motion of the motor 30 to a reciprocating motion of the pair of shear blades 102 104 are housed in the first unit 20.Furthermore a front start cooperative switch 28 operating interconnectedly with the front start lever 26 is housed in the first unit 20.As shown in FIGS.6 and 7 the motor 30 is coupled to the battery pack 80 by an electric power supply circuit 90 and rotates by receiving electric power from the battery pack 80.The front start cooperative switch 28 is provided on the electric power supply circuit 90 and capable of enablingcutting off the electric power supply circuit 90.In other words when the front start lever 26 is at the stop position the front start cooperative switch 28 is turned off and cuts off the electric power supply circuit 90.When on the other hand the front start lever 26 is operated to the start position the front start cooperative switch 28 is turnedon and enables the electric power supply circuit 90.