bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The nickelbased superalloy of claim 1 comprising up to about 0.1 boron by weight.

Related passage: The element diffusion that occurs at the interface by the coating of the substrate is driven by a chemical potential difference.As such diffusion of element i does not occur when the substrate and the element i in the coating material have the same chemical potential.It would therefore be desirable that the substrate and the coating material have the same chemical potential.However the effect of the present invention can similarly be obtained even with compositions other than those described below provided that the difference in chemical potential does not exceed a predetermined acceptable range.
Patent claim: Method according to claim 1 or 2 wherein determining the angle of attack for the selected section of the blades comprises measuring one or more properties of an aerodynamic flow.

Related passage: Moreover it should be appreciated that the wind turbine 10 may also include a plurality of sensors not shown for detecting andor measuring one or more operating parameters andor operating conditions of the wind turbine 10.For example the wind turbine 10 may include sensors for detecting andor measuring the pitch angle of each rotor blade 12 the speed of the rotor 20 andor the rotor shaft 58 the speed of the generator 50 andor the generator shaft 60 the torque on the rotor shaft 58 andor the generator shaft 60 the wind speed andor wind direction andor any other operational parametersconditions of the wind turbine 10.
Patent claim: The temperature sensor according to any of the claims 17 wherein the sensor comprises a sliding gap between the support structure and the bottom part of the bottomed metal tube.

Related passage: The structure of the temperature sensor element 21 used in the sensor 101 of the present embodiment will next be described in detail with reference to the enlarged view of FIG.3.The temperature sensor element 21 includes a thermistor sinteredbody 20 which serves as a temperaturesensing portion a pair of electrode layers 22 a pair of the electrode wires 23 a pair of bonding electrodes 22a and a glass seal portion 24.The thermistor sinteredbody 20 is formed into a platelike shape from a material which predominantly contains a metal oxide having a perovskite structure or a spinel structure.The thermistor sinteredbody 20 which serves as a temperaturesensing element has a resistance that varies with ambient temperature.The electrode layers 22 are electrodes formed of a noble metal such as platinum Pt or gold Au.The electrode layers 22 are formed on the respective lateral surfaces of the thermistor sinteredbody 20 such that the thermistor sinteredbody 20 is sandwiched therebetween.The electrode wires 23 are adapted to monitor variation in resistance of the thermistor sinteredbody 20 and are formed of dumet wires.Each of the electrode wires 23 has a diameter wire size of 0.20 mm.The paired electrode wires 23 are joined to the paired respective electrode wires 22 by means of the paired bonding electrodes 22a.The bonding electrodes 22a are adapted to join the electrode wires 23 to the electrode layers 22 respectively.Similar to the electrode layers 22 the bonding electrodes 22a are formed of a noble metal such as platinum Pt or gold Au.The glass seal portion 24 covers front end portions of the paired electrode wires 23 the thermistor sinteredbody 20 and the paired electrode layers 22.The glass seal portion 24 internally retains the covered members the thermistor sinteredbody 20 etc.and protects the covered members from an external environment.
Patent claim: The mobile terminal of any of claims 1 to 5 wherein the executed predetermined function includes at least one of 1 rejecting an incoming call 2 turning a volume output off in the course of a multimedia playback and 3 turning off or snoozing an alarm.

Related passage: In other embodiments the secondary indication of a device drop may be closing of the device 201 when the device is a flipstyle device or sliderstyle device.When in the device 201 is closed it is not in use and therefore a device drop is more likely to result in a loss of the device 201.
Patent claim: The power tool of claim 3 wherein the first reverse current blocking element is at least one selected from the group of i a diode and ii a FET having a first drain and first gate coupled to the first battery and wherein the second reverse current blocking element is at least one selected from the group of i a diode and ii a FET having a first drain and first gate coupled to the second battery.

Related passage: In steps S120 S122 the grouping of the battery packs 100a to 100d is determined.When the processing has advanced to step S120 the main controller 40 uses the first grouping.Where the processing has advanced to step S122 the main controller 40 uses the second grouping.As a result among the first and second groupings the grouping with a smaller difference in the total output voltages calculated for each battery group is selected.In steps S124 to S128 connection of the four battery packs 100 is changed on the basis of the grouping determined by the grouping processing.The processing of steps S124 to S128 is substantially identical to that of steps S24 to S28 shown in FIG.4A and explained in Embodiment 1.
Patent claim: A data security apparatus as defined in any one of claims 1 to 4 further comprising an information registration device for acquiring schedule information of a planned travel of a user with said mobile terminal apparatus and registering said association information according to said schedule information.

Related passage: The data storage section stores data.The access information storage section stores access information in which an effective area used for determining whether access to a portion of or all of the data stored in the data storage section is permittednot permitted is defined.The position informationacquisition section acquires position information about the current position from the position information providing terminal.When access to specific data having the access information occurs the access determination process section determines whether the current position about which the position information is acquired by the position information acquisition section is within or outside the effective area defined for the specific data.The data management section performs control by which the access to the specific data stored in the data storage section is denied when the access determination process section determines that the current position is outside the effective area.
Patent claim: The subsea fuse according to claim 1 further comprising a rigid protective sleeve 40 arranged between the first and the second lid 11 12 and covering the hollow elongated element 30 at least partially.

Related passage: As there is no housing around fuse 30 that has to be kept at a pressure close to one atmosphere the fuse assembly 10 is compact.Its size is chosen in accordance with the size and number of fuses that are provided in enclosure 11.Furthermore the sizing of the enclosure 11 may consider creeping distances.The enclosure 11 may be made from a metal it can thus be a conductor.To prevent leakage currents or arcing the sections of the penetrators that protrude into the enclosure 11 can be made large enough so as to provide a sufficient creeping distance between the electric conductors and the enclosure.The size of the enclosure may for example be larger than 10x10x5 cm.The inside of the enclosure may further be lined with an insulating material in order to prevent leakage currents or arcing.
Patent claim: Method of any of the claims 1 to 5 wherein the security module comprises a security module identification said security module identification being used as watermarking data by the watermark module to embed a mark representative of the security module identification.

Related passage: In case that the access conditions are met the CO is then processed in view of furnishing to the descrambler of the receiver the Primary Marked Correction Data PMCD 231 to descramble the modified stream.
Patent claim: Wind turbine foundation 200 of claim 1 or claim 2 wherein at least some of the connecting plates 300a 300b are arranged extending from at least one of the pin 250 and the pile 210 such that they are not aligned with the centre C of at least one of the pin 250 and the pile 210.

Related passage: The annular chamber 20 of each formwork element 14 is filled with concrete see Figs.3 and 4.Furthermore the formwork elements 14 of two consecutive column segments respectively 121 to 122 122 to 123 and 123 to 124 are joined together as will be explained below.
Patent claim: The method claimed in any previous claim further comprising storing the binary array in memory for future searching and discarding the expanded set.

Related passage: When the PCASIFT is calculated by using an image which is used in an exemplary experiment to be described later the respective dimensions have value distributions as shown in FIG.1.FIG.1 shows graphs each showing distribution of values of the feature vector wherein a horizontal axis represents a value of the dimension and a vertical axis represents frequency.A first dimension shows a doublepeaked distribution and a second dimension and thereafter each shows a singlepeaked distribution.Further the more the value of the dimension is increased the more the distribution is reduced.In any case the average value appears in the vicinity of 0.
Patent claim: The method of claim 1 wherein the motion information comprises information about at least one selected from a tilting direction tilting angle rotational direction and rotational angle of the probe.

Related passage: Here another embodiment for performing rotation conversion on 3dimensional ultrasonic image data 14 will be described.First memory 61 in positional information analyzing unit 6 displays the frontal image of target region 12 and stores position Aabc as the display position.Then memory 61 stores position Babc wherein obstacle 13 is not included in the ultrasonic image.These positional information are transmitted to calculation unit 62 in positional information analyzing unit 6 and calculation unit 62 computes positional variation of position B abc with respect to position Aabc and displacement magnitude of the 3dimensional rotation angle thereof.Then image processing calculation unit 72 rotates the 3dimensional ultrasonic image only for the varied portion of the position and angle of ultrasonic probe 2 and displays the 3dimensional ultrasonic image so that position Aabc becomes the display position.
Patent claim: The user equipment of claim 4 wherein the uplink resource allocation information is received with the negative acknowledgement NACK signal to the uplink data from the network when the uplink resource allocation information is received through the downlink control channel.

Related passage: However the conventional method for realizing contention resolution in the mobile communication system unnecessarily consumes electric power deteriorates the performance of the system or generates interference when contention resolution due to attempt at random access of the same mobile ID occurs because the base station receives random access signal and transmits the access grant message in case that a plurality of mobile stations try the random access with the same mobile ID that has identical or different physical parameters.
Patent claim: The operation detecting device according to claim 5 wherein the reference value after the calibration is changed so as to allow the difference to be zero in the rescan region and unchanged in a region except the rescan region.

Related passage: When the control unit 24 determines from the raw data values that there is no foreign matter on the operation surface 11a step S3 NO the control unit 24 sets the control reference value to the initial reference value step S11 and resets the flag step S12.Then the control unit 24 proceeds to step S10 and detects touching of the touch panel 11 from the control data values.
Patent claim: A method of assembling or arranging a saddleride or straddletype vehicle 100 such as a saddlestraddling type motor vehicle the method comprising providing a head pipe 103 a body frame 1X a front fork unit FU an engine 3 a handle 30 and an air guide unit 8 arranging the body frame 1 X to extend rearward from the head pipe 103 rotatably providing or arranging the front fork unit FU at the head pipe 103 providing the handle 30 at the front fork unit FU arranging the engine 3 so as to be supported by the body frame 1X and wherein the air guide unit 8 forms an intake passage 8P that leads air to the engine 3 wherein the front fork unit FU comprises a first coupling member 10 a second coupling member left and right fork tubes 104 a steering damper wherein the method comprises providing a first coupling member 10 at an upper end of the head pipe 103 to be rotatable about the head pipe 103 providing a second coupling member at a lower end of the head pipe 103to be rotatable about the head pipe 103 supporting left and right fork tubes 104 by the respective first and second coupling members at positions further outward in a vehicle width direction and further forward in a vehicle frontandrear direction than the head pipe 103 and providing the steering damper at the second coupling member and forming or arranging the air guide unit 8 to pass between the left and right fork tubes 104 and between the first and second coupling members forward extend to a position above the steering damper and further extend forward from the position above the steering damper to a position further forward and downward than the steering damper.

Related passage: Further in the inside of the front end portion of the vehicle body frame 5 a gusset 61 which extends between the head pipe 6 and front portions of both main frames 7 is integrally provided.The gusset 61 includes a curved wall portion 62 which is curved in a state that the curved wall portion 62 projects to a front side as viewed in an upper plan view and a lower wall portion 63 which extends to the front side from a lower periphery of the curved wall portion 62.The curved wall portion 62 extends downwardly from an upper rear end portion of the head pipe 6 and a front upper peripheral portion of the main frame 7 in a state that the curved wall portion 62 extends obliquely in a gradually spacedapart manner with respect to the head pipe 6 and is contiguously formed with a rear periphery of the flat lower wall portion 63 which is overlapped to a lower peripheral portion of the main frame 7 as viewed in a side view.Accordingly the gusset 61 can while reinforcing the front end portion of the vehicle body frame 5 enlarge a space between front upper sides of both main frames 7 arranged behind the head pipe 6 thus facilitating the arrangement of the steering damper 100 or the like See Fig.2
Patent claim: The electronic device of claim 2 wherein the controller is further configured to provide at least one function of scrolling enlarging reducing and switching information displayed on the display based on the user input.

Related passage: According to an embodiment of the invention the method may further include receiving an output signal of at least one further touch sensitive sensor located at at least one further side of the display.The orientation of the image may then be selected also depending on the received output signal of the at least one further touch sensitive sensor.In this embodiment when assuming that the image has a top side a bottom side and lateral sides the orientation may be selected to show the image with one of its lateral sides on that further side of the display on which the at least one further touch sensitive sensor indicates contact with a users hand.
Patent claim: The method of claim 14 further comprising turning off a fingerprint recognition function of the sensing unit when the display is switched from an active state to an inactive state and turning on the fingerprint recognition function of the sensing unit when the touch input is applied to the sensing unit while the display is in the inactive state.

Related passage: For example in many cases where the user allows another person to use the mobile terminal leaves the mobile terminal behind in an open place such as on a table or uses the mobile terminal with many people around the user as illustrated in FIG.6 the user may set the partial lock function for themobile terminal and release the partial locking of the mobile terminal only when the user is sensed.
Patent claim: The method according to claim 9 characterized in that the step of forming a semiconductor layer 1230 includes forming at least one layer selected from a group consisted of cadmium sulfide CdS ZnOOHS indium Selenide In2S3 zinc sulfide ZnS and zinc magnesium oxide ZnxMg1xO.

Related passage: Preferably the seleniumGroup 1b ink used in preparing the Group 1a1b3a material is tailored to deposit a MaSeh material on the substrate wherein the mole ratio of M to Se in the seleniumGroup 1b ink is 61 to 16 preferably 31 to 13 more preferably 21 to 12 and wherein M is at least one Group 1b material selected from copper and silver preferably copper.Variation of the molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component of the seleniumGroup 1b ink provides selectabilityof the MaSeh material deposited using the seleniumGroup 1b ink of the present invention.For example a 11 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe material.A 21 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe2 material.A 12 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a M2Se material.
Patent claim: The phase locked loop of claim 1 wherein the loop filter is an all pole filter with the number of poles being one less than the order of the phase locked loop.

Related passage: From the above we may conclude that for a practical PLL the numbers nd ni nz and np are given in the following tableType nd ni1 nz npI 0 1 0 01 typicalII 0 2 101 typicalIII 0 3 202 typical
Patent claim: A work vehicle including a front work device comprising a variable displacement hydraulic pump 11 that is driven by an engine 190 and supplies pressure oil to an actuator that drives the front work device an exhaust gas purification device that purifies nitrogen oxide in exhaust gas discharged from the engine 190 using a reducing agent solution stored in a reducing agent tank a remaining amount detection device 10a that detects a remaining amount of the reducing agent solution in the reducing agent tank and a control unit that decreases output torque of the engine and also decreases a rotational speed of the engine in a rated point according to decrease of the remaining amount of the reducing agent solution detected by the remaining amount detection device 10a.

Related passage: The exhaust gas purification system is further providedwith a hydraulic drive circuit 8 to which pressure oil delivered from the hydraulic pump 2 is fed.
Patent claim: A device for converting a first image having a first high resolution into a second image having a second lower resolution whereinthe first image PHR is a compressed image comprising a number of blocks BB each having a first amount of transformation coefficients cijthe second image PLR is a decoded image comprising a second amount of pixel values vfkm the second amount of pixel values being smaller than the total amount of the transformation coefficients cij of all blocks BB of the first image PHRthe device comprises a means for carrying out the steps of downsampling by a target downscaling factor starget for reducing the resolution and decoding the transformation coefficients cij to the pixel values vfkm wherein the means is further adapted tocarry out the step of downsampling stepwise with a first and a second downsampling step wherein a first downscaling factor s1 is used in the first downsampling step and a second downscaling factor s2 is used in the second downsampling step such that the target downscaling factor starget equals the product of the first and second downscaling factors s1 s2.

Related passage: Partial decoder 900 can be thought of as an embodiment that combines the method of scaling IDCT processed data as featured in partial decoder 600 and reducing the data size in the frequency domain as featured in partial decoder 700.
Patent claim: The method according to any one of the preceding claims wherein said data record comprises digital ticket information which in particular includes at least one out of a group comprising user information validity information purpose of usage digital ticket data identification sequence data one time programmable data and access control data.

Related passage: The system could also be configured to automatically transfer information 48 from the ticket buffer 40 to the secure storage 38 based upon the time of day or occurrence of a predetermined event.The predetermined event could be the amount of time which the information 48 has been located in the ticket buffer 40 or when the user manipulates the keypad 24 to initiate a transfer.In an alternate embodiment any suitable type of method or system for transferring information between the secure storage 38 and the ticket buffer 40 could be provided.In one type of alternate embodiment transfer of the information 48 from the ticket buffer 40 to the secure storage 38 might not comprise use of the access control 42.
Patent claim: The surgical stapling apparatus of any preceding Claim further comprising an anvil configured to deform said staples wherein said anvil is movable btween an open position and a closed position and wherein said anvil is configured to contact tissue stop when said anvil reaches said closed position.

Related passage: In the portion of the cartridge members 518 where no fasteners 530 are present a tissue stop 700 may be included.As shown in FIGS.8 and 9 tissue stops 700 extend distally from a proximal portion of cartridge members 518b 518c respectively.Additionally while tissue stops 700 are shown being pivotable adjacent their proximal ends and located adjacent the proximal end of cartridge members 518b 518c respectively it is also envisioned that tissue stops 700 are pivotable adjacent their distal ends and located adjacent the distal end of respective cartridge members 518b 518c as shown in FIG.5 for example.Further details of tissue stops are disclosed in U.S.Patent Application Serial No.13208447 filed on August 12 2011