bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A straddletype vehicle which turns in a state in which a vehicle body is banked from an upright state to a first side in a vehicle width direction around a predetermined angular displacement center the straddletype vehicle comprising a head lamp which irradiates a head lamp irradiation region set to be forward in a travelling direction of the vehicle relative to the vehicle body a first auxiliary lamp which irradiates a first auxiliary lamp irradiation region set to be forward in the travelling direction of the vehicle relative to the head lamp irradiation region in a region which is inward with respect to a turning direction in which the vehicle body turns and a second auxiliary lamp which irradiates a second auxiliary lamp irradiation region set to be forward in the travelling direction of the vehicle relative to the first auxiliary lamp irradiation region in the region which is inward with respect to the turning direction of the vehicle body wherein the second auxiliary lamp is placed in such a manner that a distance between the second auxiliary lamp and the predetermined angular displacement center is smaller than a distance between the first auxiliary lamp and the predetermined angular displacement center.

Related passage: Note that the target view 96 of the operator is relative to the location of the motorcycle 10 shown in FIG.6.The target view 96 moves relative to the travel of the motorcycle 10.Specifically the motorcycle 10 shown in FIG.6 travels along the path 80 and arrives where the target view 96 was a predetermined time period r earlier.The target view 96 stays on the path 80 ahead.
Patent claim: The method of claim 1 further comprising displaying the second information until the second information is scrolled off the display after which the first information is displayed until subsequent detection of the gesture.

Related passage: Instead of adjusting the size of the executed screen image 510 according to an environment setting option a portion of the region where the executed screen image 510 like the menu screen image 320 is displayed may be allowed to appear or be hidden asshown in FIG 9E.Namely as the exposure region of the menu screen image 320 increases the exposure region of the executed screen image 510 may be reduced inverseproportionally.Also as the exposure region of the menu screen image 320 is reduced the exposure region of the executed screen image 510 may be increased inverseproportionally.
Patent claim: The method of claim 1 or 3 wherein the controlling is performed during startup of the gas turbine engine 10.

Related passage: During potential compressor surge conditions a compressor discharge bleed air circuit is utilized.This circuit causes some of the compressor discharge bleed air to bypass the combustor and directs the bleed air directly to the gas turbine exhaust stack 30 via stream 32 and throttle valve 34 the valve 34 also controlling the amount of bleed air introduced into the combustor 20.
Patent claim: A method 100 for detecting a leakage in a fuel tank system the method 100 comprisinggenerating 130 an initial pressure in the fuel tank systemdetermining 140 a pressure difference between the pressure in the fuel tank system and the first reference pressuredetermining 150 a linearity metric by comparing the determined pressure difference to at least one out of a linear and a nonlinear data model the linearity metric quantifying the nonlinearity of said pressure difference as a function of time anddetecting 170 a leakage in the fuel tank system based on the linearity metric wherein a nonlinear pressure difference function of time is indicative of a leakage in the fuel tank system.

Related passage: The method may further comprise the step of analyzing the shape of the pressure curve using the Least Squares method.The Least Squares method may be seen as a method of fitting data.The best fit between modeled and observed data in the leastsquares sense is that instance of the model for which the sum of squared residuals has its least value where a residual is the difference between an observed value and the value given by the model.Although the Least Squares method as described above is the herein preferred method several other methods of fitting data could as will be obvious to the person skilled in the art be used for fitting a curve to a second order polynomial.The Least Squares method is the herein preferred method as it is relatively quick and requires a relatively moderate amount of calculations.
Patent claim: A method of nonflammable polymer paint production characterised in that it comprises the steps ofgrinding a huntite and hydromagnesite mixture to nanometric sizesgrinding boric acid andor antimony oxide mixture to nanometric sizesobtaining a nonflammable material by mixing the ground huntite ve hydromagnesite mixture with the ground boric acid andor antimony oxide mixtureaddition of the nonflammable material to the polymer paint by continuous mechanical stirring.

Related passage: Conventional EXAMPLE 3ContentProperty C9 C10 C11 C12Evaflex 360 90 90 90 90LLDPE 118 10 10 10 10Ultracarb LH 15X 120 120 120 120Secondary flame retardants Zinc borate Boric acid Barium strearate Red phosphorus Ammonium polyphosphate type 15 25 35 45Irganox1010 1 1 1 1Perkadox BCFF 3 3 3 3Tensile strengthMPa 9 9 8.5 8Elongation at break 450 420 400 365LOI34 36 40 42UL 94 test HB V1 V0 V0
Patent claim: The surgical stapling apparatus of Claim 1 or 2 wherein said well comprises a longitudinal well extending between said proximal end and said distal end and wherein more than one said staple cavity is defined in said well.

Related passage: Turning to the Drawings wherein like numerals denote like components throughout the several views in FIGS.12 a surgical stapling and severing instrument 10 includes a handle portion 12 that manipulates to position an implement portion 14 formed from a fastening end effector specifically a staple applying assembly 16 distally attached to an elongate shaft 18.The implement portion 14 is sized for insertion through a cannula of a trocar not shown for an endoscopic or laparoscopic surgical procedure.Advantageously an electrically actuated buttress deployment mechanism 20 reliability retains upper and lower buttress pads 22 24 respectively on an upper jaw anvil 26 and a lower jaw 28until tissue clamped within the staple applying assembly 16 is stapled and severed.Thereafter the electrically actuated buttress deployment mechanism 20 deploys the buttress pads 22 24 without undue force or ancillary surgical procedures e.g.use of a grasper.
Patent claim: The audio processing apparatus of claim 1 wherein said control device 12 is configured to retrieve a source identifier from said received status data to identify based on said source identifier an audio channel to which an audio signal 7 8 from said at least one source 2 3 is provided and to determine said at least one group 2128 of graphics display areas 5157 61 based on said identified audio channel.

Related passage: In the EF library there are registered equipment data of each music equipment hardware effector bookmarked or registered as a users favorite and equipment data of each music equipment hardware effector automatically registered as the equipment was connected to the music processing apparatus 1 via the music LAN.The user can select the equipment data of any desired hardware effector from the EF library and register the selected equipment datainto the EF table.The hardware effector thus registered in the EF table is displayed on the EF selection menu and can be inserted in a desired audio channel strip.Further when any one of the music equipments hardware effectors has been disconnected from the music processing apparatus 1 in response to users disconnecting operation or by erroneous operation or accident the equipment data of the disconnected music equipment hardware effector is deleted from the EF library.If any hardware effector inserted in an audio channel strip has been disconnected from the music processing apparatus 1 the disconnected music equipment hardware effector is placed in the dummy state but setting data such as parameters of the music equipment hardware effector are kept retained in the parameter memory i.e.the working memory area of the RAM 4 or the predetermined working area on the hard disk 3A or flash memory 3B in Fig.28 in the music processing apparatus 1.Then once the disconnected hardware effector is again connected to the music processing apparatus 1 not only the retained setting data are transferred to and automatically set in the hardware effector but also the hardware effector is released from the dummy state and placed in the normal operating state.
Patent claim: The method of claim 1 or 2 wherein the specific page corresponds to communication messages corresponding to a specific group and the event comprises a new message or a status change corresponding to the specific group.

Related passage: The makeup of the rings 70 is completely customizable by the user.That is a user can select which icons 48 will be grouped together in a ring 70 can determine the number of rings 70 and can determine the stacked arrangement of the rings 70.Also the user can select the specific positional arrangement of the icons 48 within any given ring 70.
Patent claim: The apparatus 1 according to claim 1 wherein the apparatus body is provided with a plurality of the thermal conducting fins 7 and the plurality of the thermal conducting fins 7 are provided radially in the direction of the inner circumference of the housing 6.

Related passage: The light source part 2001 has an LED module 2013 servingas a light source module constructed from the plurality of white LEDs 2011 2011 2011...and a diskshaped LED board 2012 having one surface where the plurality of white LEDs 2011 2011 2011...are soldered.The LED board 2012 is mounted on a diskshaped base plate 2014 having a larger diameter than the LED board 2012 by screwing or the like with an electrical insulation material not illustrated therebetween.As a result the other surface of the LED board 2012 goes into thermally close contact with one surface on the cover part 2004 side of the base plate 2014.On the other surface of the base plate 2014 a cylindrical holding column 2017 protrudes for holding the LED module 2013.The end part 2017b on the base part 2005 side of the holding column 2017 is screwed into and held by the circuit accommodating part 2006 in a removable manner.On the edge of the base plate 2014 a male screw part 2015 for screwing the cover part 2004 in a removable manner is provided.Further in the surface on the base part 2005 side of the holding column 2017 a cylindrical first pin plug 2016 connected to the LED board 2012 protrudes so as to permit electric attaching and detaching between the drive circuit section 2003 and the light source part 2001.In the outer peripheral surface of the middle part 2017a of the holding column 2017 a male screw 2017c is provided.Then the male screw 2017c constitutes a second screwing mechanism with the inner holding cylinder 2022 of a laterdescribed heat radiating part 2002 so that the heat radiating part 2002 is screwed around the holding column 2017 in a removable manner.On the other hand the endpart 2017b on the base part 2005 side of the holding column 2017 has a reduced diameter in comparison with the middle part 2017a.A male screw 2017d is provided in the outer peripheral surface of the end part 2017b on the base part 2005 side.The male screw 2017d constitutes a third screwing mechanism with the screw hole 2062 of a laterdescribed circuit accommodating part 2006 so that the holding column 2017 is screwed into the circuit accommodating part 2006 in a removable manner.Further in association with attaching and detaching between the circuit accommodating part 2006 and the holding column 2017 attaching and detaching between the circuit part 2007 and the holding column 2017 are performed.The base plate 2014 and the holding column 2017 are made of aluminum and formed as a unit.Further the LED module 2013 the base plate 2014 and the holding column 2017 are provided concentrically.
Patent claim: Method 10 for establishing forwarding patterns in an Ethernet switch 9 the Ethernet switch 9 comprising at least two interconnected Ethernet switch modules 1 and the method 10 comprising receiving 11 an Ethernet packet from an end system 5 6 7 at an ingress port 2 of one of the Ethernet switch modules 1 generating 12 an ingress port identifier depending on the ingress port 2 at which the Ethernet packet has been received modifying 13 a packet header of the received Ethernet packet by encoding the ingress port identifier of the ingress port 2 at which the Ethernet packet has been received in identification bits of the packet header forwarding 14 the received Ethernet packet through the Ethernet switch 9 and resetting 15 the modified packet header to the original content of the received Ethernet packet upon outputting the received Ethernet packet at an egress port 2 of one of the Ethernet switch modules 1.

Related passage: One embodiment is a methodology that inserts into each packet or frame at the ingress port of a packet switch an internal tag so that at an aggregation point e.g.an egress port the tag can be used to identify the ingress port from which the frame arrived.In addition to facilitating identification of the ingress port of a packet the tag can facilitate implementation of schemes for fair bandwidth allocation traffic shaping using the tag as a discriminator at the egress ports and accumulation of statistics of the distribution of traffic according to ingressegress port pairs.
Patent claim: The branching unit 210 of claim 1 or claim 2 whereinthe first and second incoming fiber and the first outgoing fiber 320 321 322 are configured to transmit wavelength division multiplex or WDM signals comprising a plurality of wavelengthsthe branching unit 210 further comprises a first WDM drop unit 350 configured to extract a first set of wavelengths from the first incoming fiber 320 a second WDM drop unit 351 configured to extract the first set of wavelengths from the second incoming fiber 321 and a first WDM add unit 352 configured to add the first set of wavelengths to the first outgoing fiber 322 andthe bypass switch 345 is configured to pass the first set of wavelengths from the second incoming fiber 321 to the first set of wavelengths from the first outgoing fiber 322 when in the first mode and to pass the first set of wavelengths from the first incoming fiber 320 to the first set of wavelengths from the first outgoing fiber 322 when in the second mode.

Related passage: The multiplexer 31b for multiplexing an optical signal D1 with pump light R is connected to the line immediately short of the receiving end of the branch station 30 and the pump light source 31a is connected to the multiplexer such that the pump light R is propagated in a direction opposite to the direction of the receiving optical signal D1 to carry out backward pumping.The pump light R travels through the branch line L5a so that the optical signal D1 undergoes Raman amplification due to the pump light R within the optical fiber constituting the transmission path of the branch line L5a.The optical signal D1 is received by the optical receiving section 32 through the multiplexer 31b.
Patent claim: The pressuresensitive adhesive tape for an electrochemical device according to any one of Claims 1 to 3 wherein the pressuresensitive adhesive tape exhibits a higher anchoring strength than an adhesive strength and the difference between the anchoring strength and the adhesive strength is 5.0 N10 mm or more.

Related passage: The amount of the crosslinking agent is for example about 0.01 to 20 parts by weight preferably about 0.1 to 15 parts by weight and particularly preferably about 1 to 10 parts by weight based on 100 parts by weight of the acrylic polymer.The crosslinking agent having an amount lower than the range reduces the gel content and leads to insufficient aggregation to be likely to interfere with the adhesiveness and the crosslinking agent having an amount more than the range hardens the pressuresensitive adhesive to be likely to reduce the adhesiveness.
Patent claim: The air cleaner device for a vehicle according to any one of claims 1 to 4 wherein the air cleaner case 70 is divided into an upper side case half body 70A and a lower side case half body 70B the filter element 71 is disposed between the upper side case half body 70A and the lower side case half body 70B the dirty side chamber 75 is defined within the upper side case half body 70A and the clean side chamber 76 is defined within the lower side case half body 70B the upper side case half body 70A of the air cleaner case 70 is formed so as to be larger in a lateral direction of the vehicle than a longitudinal direction of the vehicle and the filter element 71 has a plate shape and is disposed such its longer axis is parallel to the lateral direction of the vehicle.

Related passage: FIG.8 is a sectional view schematically showing an air cleaner 10 according to a third embodiment.As shown in FIG.8 in the third embodiment the main element 6a which is formed in a flat plate in the first embodiment is formed in a curved plate.Other constitution than the above is similar to the first embodiment and the description thereof will be omitted.
Patent claim: The mobile terminal100 of claim 12 wherein the controller180 is further configured to control applying of the selected type of graphic effect for a preset time.

Related passage: Referring to Fig 2 the controller 110 controls a general operation of the mobile communication terminal.The display unit 130 displays a variety of image information and an image received from a base station BS or stored in the memory 120 on a screen under the control of the controller 110.Under the control of the controller 110 the display unit 130 sets vertical display screen or horizontal display screen.According to the present invention the vertical display screen refers to a display screen whose horizontal side is shorter than a vertical side in length.The horizontal display screen refers to a display screen whose vertical side corresponds to the horizontal side of the vertical display screen and whosehorizontal side corresponds to the vertical side of the vertical display screen such that the horizontal side is longer than the vertical side in length.The controller 110 controls the display unit 130 to select and set the horizontal display screen or the vertical display screen depending on a structural operation state or an operation mode of the mobile communication terminal.For example in the mobile communication terminal such as a swing type mobile communication terminal whose LCD mounted unit one of constituent units is rotated with respect to a predetermined axis the controller 110 selects and sets the display screen depending on whether a rotation angle of the LCD mounted unit belongs to a preset vertical display screen setting range or a preset horizontal display screen setting range.For example the vertical display screen setting range can be determined based on a rotation angle of 0 to 70 or 110 to 180 the horizontal display screen setting range can be determined based on a rotation angle of 70 to 110.In the mobile communication terminal currently set to a specific operation mode such as a digital multimedia broadcasting mode the controller 110 selects and sets the display screen depending on the specific operation mode.
Patent claim: A controlling method of a mobile terminal according to any of claims 1 to 11 comprising sensing a position of the mobile terminal determining a display mode of a display apparatus having a personalization function based on the sensed position of the mobile terminal and transmitting display mode instruction information comprising the determined display mode to the display apparatus.

Related passage: In the example illustrated in FIG.8D the control command C4 for muting the sound of the content is assigned to the first operation M.When the command receiving unit 16 receives the control command C the control unit 18 determines whether or not the contents the received contents or the recorded contents are being reproduced.In a case where the condition for an affirmative result is satisfied the control unit 18 instructs the content reproducing unit 13 to mute the sound.The content reproducing unit 13 stops outputting of the audio data to the speaker 15 or outputs silent audio data corresponding to the sound mute in accordance with the instruction P4.Therefore a user can mute the sound of the contents reproduced in the television 10 by performing the first operation M.
Patent claim: An automation system 500 the automation system 500 comprising a plurality of humanmachine interface devices 100 each humanmachine interface device 100 comprisingone or more hardware resources 102a system bus 104 the system bus 104 providing a communication channel between the one or more hardware resources 102 within said humanmachine interface device 100 andan interconnect circuit 106 the interconnect circuit 106 comprisingat least one interconnect port 108 the at least one interconnect port 108 suitable for interconnecting said humanmachine interface device 100 to at least one other humanmachine interface device 100 such as to form a device cluster 400means 110 for providing a communication channel between the at least one interconnect port 108 and the system bus 104.

Related passage: After the device bridge 60 finishes one communication cycle by itself the device bridge 60 records the status of the device end into the dual port RAM 604 or another ordinary memory in the device bridge 60.The device bridge 60 informs the status of the device end to the main system through some mechanism such as interrupt.At any time point the MCU 100 in the main system 10 can write the status of device end into the dual port RAM 604 and the status of device end is sent to the device end through the communication processing of the device bridge 60.Therefore the communication task for the device end can be processed by the device bridge 60 instead of MCU 100 of the main system.
Patent claim: The surgical access port expandable adapter collar assembly as recited in claim 6 wherein the inflatable collar is doughnut shaped or wherein the inflatable collar is bell shaped.

Related passage: According to the valved trocar jacket tube 100D in the fourth preferred embodiment the abdominal incision Pa can be securely held by injecting the air into the air container 112 so that the contact between the valved trocar Jacket tube 100D and the skin P1 can be improved.As a result comparing to those in the first to third preferred embodiments the valved trocar jacket tube 100D fits more securely with the abdominal incision Pa so that the effect for preventing the leakage of the inert gas can be further improved.Further since the volume of the air injected into the air container 112 can be changed in accordance with the contour of the abdominal incision Pa and the total thickness of the skin P1 the abdominal wall P2 and the peritoneum P3 it is possible to apply the valved trocar jacket tube to more various patients and cases.Still further since a space is provided around the air container 112 in the abdominal cavity the surgeon can use this space to keep hishand beside when the surgery is operated with inserting his hand into the abdominal cavity so that it con facilitate the operation.In the fourth preferred embodiment the air container 112 is secured to the skirt 110 however it may be constructed to be detachable from the skirt 110.