bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A nonwoven web for a mechanical fastening system comprising i engaging component comprising a plurality of engaging elements and ii a receiving component having a longitudinal axis and a lateral axis wherein the plurality of engaging elements are capable of engaging the receiving component the receiving component further comprising a.a first bond line and a second bond line extending in a first direction wherein the second bond line is disposed adjacent to the first bond line such that a portion of the second bond line overlaps a portion of the first bond line wherein the overlap is generally parallel to a second direction and wherein the first direction is generally perpendicular to the second direction b.a bond zone circumscribing the first bond line and the second bond line and c.a plurality of consecutive sweep regions disposed within the bond zone each sweep region comprising a length and a width wherein lengths of the sweep regions are equal and are generally parallel to the longitudinal axis wherein the widths of the sweep regions are equal and are generally parallel to the lateral axis wherein at least one sweep region comprises a portion of both the first bond line and the second bond line wherein the remaining sweep regions of the plurality of sweep regions comprise at least a portion of the first bond line or at least a portion of the second bond line wherein each sweep region has a bonded area and wherein the receiving component has a bond ratio between two sweep regions which is greater than or equal to about 1 and less than or equal to about 20 and optionally the plurality of consecutive sweep regions has alength which is greater than or equal to about 0.1 mm and less than or equal to about 1.2 mm and iii optionally at least 1 layer of fibers.

Related passage: By using the nonwoven fabric C as the nonwoven fabric composing the female material there can be provided a fastener in which an engaging force with respect to a male material is high when it is used as a female material of a mechanical fastener fluffing is generated only very slightly by subjecting it to embossing treatment and productivity is high and an absorbent article using the fastener which is nice fit.
Patent claim: The method of claim 1 further comprising monitoring activity of a client service application associated with the push service at the communication device.

Related passage: Referring to FIGs.1 and 2 the mobile device 100 includes a Radio Frequency RF communication unit 110 an input unit 120 an audio processing unit 130 a display unit 140 a storage unit 150 a SIM card interface 170 and a controller 160.
Patent claim: The system of claim 8 wherein the second structure is a helipad.

Related passage: Therefore a system and method are provided for enhancing the visibility and ensuring the correctness of terrain information on an electronics aircraft display in which high resolution terrain data for limited priority regions can be augmented andor corrected with high accuracy terrain data e.g.spatial position data precision spatial position data etc.for the same priority regions and the flight crew can be alerted to any discrepancy found between the high resolution terrain data and high accuracy spatial position data.For example if the elevation of terrain data stored in an onboard database for a particular airport is slightly higher than the elevation of the terrain data for that airport derived from a navigation system then that airport information can be obscured on a conventional display.However the described system can augment andor correct the terrain data from thedatabase 106 with the more accurate spatial position data from the navigation system which enhances the visibility and ensures the correctness of the terrain data for priority regions e.g.near airports runways etc.on the display.Nevertheless if the terrain data about a known accurate data point is incorrect then that incorrect data can be amplified by the augmentationcorrection process.Therefore if the value of the augmentation or correction of the terrain data is significantly greater than a predetermined or threshold value then a visual andor audio alert message regarding such a terrain data discrepancy can be issued for the flight crew.The flight crew can then decide whether or not to continue the approach based on direct visual navigation information derived from another source e.g.onboard sensor Flight Management System navigation system GPS receiver etc..
Patent claim: Electromagnetic actuator according to claim 1 or 2 wherein the first magnetic circuit is arranged inside of the second magnetic circuit.

Related passage: Next a description will be given as to the operation of this embodiment configured as above.FIGS.3 to 5 are explanatory diagrams schematically showing the respective magnetic flux distribution states of the first magnet coil 31 second magnet coil 32 and permanent magnet 4 in the case of moving the needle 2.
Patent claim: The electronic shelf labeling system of claim 12 wherein the electronic shelf labeling system transmits the sleep message and the update data using different frequency channels and wherein the electronic shelf label server assigns a first frequency channel for transmitting the update data to a plurality of gateways in a timedivision scheme when the gateway is provided in plural.

Related passage: In each of the electronic shelf labels 5 in which intermittent operations have been terminated when the informational data 200 is received and written into the memory 575 subsequent to the beacon data 210 the CPU 570 reads out the header data 202 from the memory 575.Then the CPU 570 acquires a device code from the header data 202 and compares the acquired device code with a code of its own device which has been previously stored in the memory 575 to check whether or not the two device codes match each other.
Patent claim: A powered surgical stapler according to claim 2 or claim 4 wherein when the current draw on the motor is not within an acceptable tolerance window of the successful test firing data the powered surgical stapler is powered down.

Related passage: Referring now to Figure 14b a timer is set in step 1126.It is thereafter determined in step 1128 whether the time elapsed for the firing operation has exceeded a predetermined threshold.If it is determined in step 1128 that the firing time limit has been exceeded the firing motor is disabled in step 1130 and an ERROR condition is determined in step 1132.Control then proceeds to step 1136.If however it is determined in step 1128 that the firing time has not exceeded the predetermined firing time limit it is determined in step 1134 whether a hardware current limit has been exceeded.The hardware current limit relates to the resistance of the firing motor to continued operation.A condition that the hardware current limit has been exceeded is indicative that the stapling operation has been successfully completed.If it is determined in step 1134 that the hardware current limit has not been exceeded the operation of firing motor is continued until either the predetermined firing time limit has been exceeded or the hardware current limit has been exceeded.In either instance control proceeds thereafter to step 1136.
Patent claim: The light emitting device according to any one of claim 2 to 4 wherein the insulation layer is arranged in the through hole to extend around the through electrode.

Related passage: The second contact electrodes 1701 to 1706 may be in contact with the conductive layer 130 through the second insulation layer 410 to be connected with the second expanded part 1541 and 1561.The width or diameter of the second contact electrode 1701 to 1706 may be the same as or larger than the width of the second expanded part 1541 and 1561.The second expanded part 1541 and 1561 may be connected with the second contact electrodes 1701 to 1706.The second insulation layer 410 may be disposed between the second contact electrodes 1701 to 1703 and the conductive layer 130 to electrically insulate them 1701 to 1703 and 130 from each other.
Patent claim: A surveying instrument capable of performing a nonprism measurement comprising a laser pointer 25 for projecting a laser pointer beam 26 a measuring unit 10 18 32 for emitting a distance measuring light via a telescope unit 12 for performing distance measurement on a measuring point by receiving a reflected light and for measuring an angle of said measuring point an image pickup unit 29 for acquiring an image including a target 2 via said telescope unit a tracking unit 20 for emitting a tracking light via said telescope unit and for tracking said target by receiving a reflection light from said target a driving unit 39 for rotating said telescope unit in horizontal direction and in vertical direction and a control device 35 for controlling said driving unit so that the reflection light of said tracking light from said target will be positioned at a predetermined position on an image pickup element 31 of said image pickup unit wherein an optical axis 33 of said distance measuring light and an optical axis 49 of said tracking light are in a known relationship and an optical axis 34 of said laser pointer beam is offset from an optical axis of said tracking light by a predetermined angle.

Related passage: In a sixth aspect of the present invention the calculating section is provided at the surveying instrument.According to the sixth aspect the surveying instrument can calculate the direction of the measured object.
Patent claim: A moving object monitoring system which includes a management unit 4 that monitors a moving object 1 to be monitored and a moving object monitoring device 10 installed in each moving object 1 and transmitting moving object information 15 of the moving object 1 to the management unit 4 wherein the moving object monitoring device 10 includes a control unit 11 that transmits the moving object information 15 to the management unit 4 such that a transmission interval of the moving object information 15 which isapplied when a startup lock function is activated is shorter than a transmission interval applied when the startup lock function is deactivated and the management unit 4 performs an alert process to alert a manager that a problem may have happened to the moving object 1 when the startup lock function is on and no moving object information is received over a predetermined period wherein the control unit 11 transmits the moving object information 15 when a moving distance of the moving object 1 is longer than a predetermined distance and an engine 31 is off and the management unit 4 performs upon receiving the moving object information 15 the alert process to alert the manager that a problem may have happened to the moving object 1.

Related passage: When an instruction signal has been inputted form the main controller 2 position information calculated based on processing at the control unit 3a is stored in the storage unit 3b.This instruction signal from the main controller 2 is designed such that it is inputted at preset time intervals for example every hour.It is however also possible to store such position information whenever calculated without relying upon instructions from the main controller 2.
Patent claim: A saddleride type vehicle 10 comprising a vehicle body frame 11 with a head pipe 33 a front wheel suspension 12 arranged below the head pipe 33 a handlebar 14 arranged above the head pipe 33 that steers the front wheel suspension 12 and a front cowl 22 supported on the vehicle body frame 11 that covers an upper part of the front wheel suspension 12 and the handlebar 14 from a front side of the vehicle wherein the front cowl 22 is provided with an introduction port 29L 29R that is arranged below the handlebar 14 that is opened to the outside laterally outside of the front wheel suspension 12 and that introduces traveling air and a guide wall 41 that is arranged behind the introduction port 29L 29R that is inclined upwardly rearwardly and inwardly that is arranged within a region that can be viewed from the introduction port 29L 29R in a front view and that guides the traveling air.

Related passage: Also it is also possible to employ a structure in which an air duct 227 being provided in a screen 225 and including air introduction ports 237 distributed to the left and right with respect to the center of the width of the vehicle is branched to the left and right at its upstream side to communicate the respective air introduction ports 237 and the air outlet port 36 as a front cowl windscreen body 216 as shown in Fig.5.In this case a headlight 239 may be disposed between the branched paths of the air duct 227 on the upstreamside.In Figs.4 and 5 the parts corresponding to the abovedescribed embodiment are represented by the same reference numerals and description thereof will be omitted.
Patent claim: The turbomachine secondary ring seal assembly 46 of any preceding claim wherein the base portion 66 has a first axial width W2 and the sealing surface 70 has a second axial width W1 smaller than the first axial width W2.

Related passage: The face seal assembly also includes an annular nonrotatable seal support 28 and a pair of annular seal housings 32.Each seal housing includes a base 34 and a grooved secondary seal holder 36 at one end of the base.The secondary seal holder holds a secondary seal 38 in contact with a cylindrical bore of the seal support.The other endof the seal housing includes an axially extending shroud 42 and an axially extending support lip 44 that serves as a seal element support.The shroud 42 is radially offset from the lip 44 to define an annular space 46 for receiving a seal element.The shroud is also axially elongated relative to the lip.An annular flange 48 with circumferentially distributed slots 50 projects radially outwardly from the lip 44.
Patent claim: The method of claim 1 2 3 or 4 wherein when the effect is displayed a color of the page indicator PIA PIB PIC corresponding to the specific page is changed.

Related passage: The ring 70 that comprises the active icon 54 can be considered to be the active ring 90 and is depicted as being disposed on the display 32 although as set forth in greater detail below the active ring 90 can be represented as moving onto the display 32.For instance if from the position of Figs.1 and 7 the user entered two scrolling inputs in the downward direction the active ring 90 would shift from being the ring 70B to being the ring 70D.Upon such virtual downward shifting of the active ring 90 the various rings 70 would be depicted as moving vertically on the display 32 by operation of the GUI until the currently active ring 90 is depicted as being disposed on the display 32.For instance Fig.9 depicts the movement of thering 70C upward from a position formerly on the display 32 toward a position virtually disposed off the display 32 and further displays the ring 70D as moving from a position virtually off the display 32 toward a position on the display 32.Such depicted movement of the rings 70 helps the user to visualize the fact that the icons 48 are in groups i.e.rings 70 and that the active ring 90 can be shifted from one ring 70 to another ring 70.The depiction with the GUI of the vertical movement of the rings 70 as a result of shifting of the active ring 90 from one ring 70 to another moreover illustrates that the rings 70 are disposed in a virtually stacked arrangement as is indicated by the stack 72 in Fig 7A.
Patent claim: The method of claim 5 wherein an exponentiallyweighted infinite impulse response filter is used to lowpass filter the measured SEV.

Related passage: In Equation 1 b SOCK and VDiffK correspond to state variable Xk.SOCK denotes a SOC predicted in the present state and SOCK1 denotes a value obtained by correcting a SOC predicted in an earlier state and correcting an error in measurement unit 22.VDiffK denotes voltage VDiff applied to the diffusion impedance of the present state and VDiffK1 denotes a value obtained by correcting voltage VDiff applied to the diffusion impedance predicted in the earlier state and correcting the error in measurement unit 22.CDiff and RDiff denote the capacitance and the resistance of the diffusion impedance respectively.Predictor 21 estimates the SOC by a discrete time and t is a temporal interval between the present state and earlier state.iK1 denotes the electric current flowing through the battery in the earlier state.Cn denotes a constant value corresponding to a rating capacitance of the battery and does not vary as a function of the state.1001tCDiffRDiff corresponds to fk1 inEquation 1a.tCntCDiffiK1 corresponds to Wk1 in Equation 1a and is inputted in each state.
Patent claim: The control device of the construction machine according to claim 1 further comprising a storage device that stores a charging current limit value that is set for limiting the charging current of the battery device wherein the chargingdischarging control unit is configured to include a limit value changing unit that changes the magnitude of the charging current limit value and a determination value setting unit that sets a determination value that is an indicator indicating a degree of deterioration of the battery device and if the determination value is larger than a threshold the limit value changing unit changes the magnitude of the charging current limit value to be smaller than the magnitude in the case where the determination value is smaller than the threshold.

Related passage: The electric power generated by the generator 300 is supplied to the electrical energy storage system 120 through the inverter 18C as regeneration power.The generator 300 and the inverter 18C comprise a load drive system.
Patent claim: An apparatus for wireless communication performed by a user equipment UE comprising at least one processor configured to suspend communication in a first radio access technology RAT to access a second RAT and determine based on information obtained from before suspending the communication whether to determine at least one of Doppler estimation channel estimation automatic gain control frequency tracking loop DC estimation SNR estimation or time tracking loop based on the information obtained before the suspension of the first RAT or to determine the at least one of Doppler estimation channel estimation automatic gain control frequency tracking loop DC estimation SNR estimation or time tracking loop based on information obtained after resuming the communication in the first RAT and a memory coupled to the at least one processor.

Related passage: The controlsignal generating unit of the base station device generates a gap section of a given length so as not to allocate a packet to the mobile station device in the gap section and a control signal for indicating the resumption of the report to the mobile station device when the gapgeneration determining unit determines that the gap generation is necessary and generates a control signal for indicating the suspension of the report to the mobile station device when the gapgeneration determining unit determines that the gap generation is unnecessary.
Patent claim: The backlight assembly of claim 9 wherein the first brightness is less than the second brightness.

Related passage: Fig.10 is an enlarged cross sectional view showing a part of a liquid crystal display device 21 shown in Fig.9.Asshown in Fig.10 the lightamount adjusting section 31 is provided on a rear surface a surface closer to the optical guide 27 of the diffusing plate 28.Specifically the lightamount adjusting section 31 is provided such that its orthogonal projection with respect to a lightemitting region lightemitting surface defined by lightemitting surfaces 27a of the respective optical guides which lightemitting surfaces 27a are flush with one another covers a boundary between adjacent ones of the optical guides.
Patent claim: The hydraulic system of claim 12 wherein the hydraulic system is operative to control the steerable valve 20 21 to connect the hydraulic cylinder 7 to the accumulator 25 when a rollover situation is detected and to connect the hydraulic cylinder 7 to the open oil reservoir 24 when the pressure in the hydraulic chamber 14 15 16 17 is below a threshold value.

Related passage: A third intervention threshold of the actuator 7 is defined by the exceeding of a third value 3gt2 of the size of the deviation angleandor 3gt2 of the size of the second anglewhich corresponds to an extreme overturning risk.When the size of the anglereaches said third value 3 andor the size of the second anglereaches said third value 3 the control device 19 commands the actuator 7 in such a manner that the stem 9 thereof exits rotating the body 2 of the vehicle with respect to the front axle 5 in a direction opposite the overturning direction until the anglebetween the body 2 and the front axle 5 reaches the maximum value defined by the stop elements 6.When the anglereaches maximum value the control device locks the stem 9 to maintain said maximum value of the angle.Consequently the centre of gravity G of the vehicle 1 moves inside theresting polygon on the ground and the deviation angleof the resultant R of the forces acting on the vehicle is reduced so as to increase the stability of the vehicle and contrast the overturning thereof.
Patent claim: A straddletype vehicle comprising an openable and closable seat 15 a rear wheel 9 disposed below the seat 15 a storage member 55 which comprises an opening 55i and at least a portion of which is disposed below the seat 15 and above the rear wheel 9 a body cover 19 which is disposed below the seat 15 and comprises a lower edge 22B at least a portion of which is disposed above an upper end 9t of the rear wheel 9 a tail light 30 disposed at the body cover 19 and a left rear flasher 41 and a right rear flasher 42 which are disposed at the body cover 19 wherein the seat 15 is located over the opening 55i of the storage member 55 when the seat 15 is closed and the seat 15 is not located over at least a portion of the opening 55i of the storage member 55 when the seat 15 is opened wherein the body cover 19 comprises a rear cover 25 disposed above the tail light 30 and between the left rear flasher 41 and the right rear flasher 42 in a rear view of the vehicle wherein at least a portion of the tail light 30 is disposed below the left rear flasher 41 and the right rear flasher 42 wherein a left end 30l of the tail light 30 is disposed leftward of a right end 41 b of the left rear flasher 41 wherein a right end 30r of the tail light 30 is disposed rightward of a left end 42b of the right rear flasher 42 and wherein at least a portion of the storage member 55 is disposed so as to be overlapped with the rear cover 25 in a plan view of the vehicle and overlapped with the left rear flasher 41 and the right rear flasher 42 in a side view of the vehicle.

Related passage: The fuel tank 230 is disposed in the space Sp1 of substantially triangular in side view defined by the pair of left and right upper frames 113 113 and the pair of left and right down tubes 114 114.The fuel tank 230 is a container having such a configuration that the upper front is tapered along the upper frames 113 113 and the down tubes 114 114 when viewed from the side of the vehicle body as shown in the figure in order to utilize the space Sp1 effectively for arrangement.The lower portion of fuel tank 230 extends downward to the level below the down tubes 114 114.The fuel tank 230 may be protected by covering the lower portion of the fuel tank 230 extended downward to the level below the down tubes 114 114 with the detachable under frame 143.The under frame 143 is mounted to the vehicle body frame 110 after the fuel tank 230 is inserted and attached into the space Sp1 from below the vehicle body frame 110.