bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Apparatus comprising a probe configured to be inserted into a cavity in a body of a subject a force sensor located within the probe and a processor configured to receive from the force sensor in a first period first readings indicative of a first change in measured contact forces between the probe and the cavity by less than a predetermined limit over at least a predetermined interval of time to receive in a second period after the first period second readings from the force sensor when one condition is met from a set of conditions consisting of the second readings having changed by more than a predetermined force threshold in the second period and location coordinates of the probe having changed by at least a predetermined location change threshold in the second period to receive from the force sensor in a third period after the second period third readings indicative of a second change in the measured contact forces between the probe and the cavity by less than the predetermined limit over at least the predetermined interval of time and to calibrate a zeroforce point for the force sensor according to the third readings.

Related passage: As shown by an arrow 124 step 122 is repeated.At each repetition the probe is moved to a different position in tissue 102 so that the sensor exerts a different force on the tissue.For each different position the processor records the signal level of the detector and the force registered by the force meter.
Patent claim: The electronic device according to any of claims 1 to 6 wherein the support frame has a cutout formed there through and the cutout is positioned in the field of the support frame.

Related passage: The following is a description made primarily with reference to FIG.6 of the device configuration and assembly method for the bottom casing of the portable device accordingto the present embodiment.A flexible circuit board 300 for key switches is mounted on the resin shell 200 that is integrally molded with the boxshaped metal structure 100.Specifically the wires 301 of the flexible circuit board 300 are passed through the wire hole 103 of the metal structure 100 to bond the flexible circuit board 300 to the switchreceiving surface 101 of the metal structure 100.Dome switches 302 and LED Light Emitting Diode backlights 303 are mounted on the flexible circuit board 300.Furthermore a key sheet unit 400 is attached over the flexible circuit board 300.The key sheet unit 400 is attached to a key attachment surface 108 rather than the switchreceiving surface 101.This makes it possible to prevent water droplets from entering from above.In the present embodiment LED backlights 303 are used but another possibility is to use EL Electroluminescence backlights instead of LED backlights.In this case either the EL backlights are installed in the key sheet unit 400 or the EL backlights are inserted between the key sheet unit 400 and the flexible circuit board 300.
Patent claim: The cutting insert 200 according to any of claims 1117 wherein each locking groove 211 has a depth d within the range 0.3wd0.7w wherein w is a width of the locking groove 211.

Related passage: In Figs.1 and 2 a holemaking tool is shown in the form of a reamer which includes a head 1 and a replaceable cutting insert 2.The head 1 includes front and rear ends 3 4 between which a centre axis C1 extends with which a rotationally symmetrical envelope surface 5 is concentric and on which the head can if required be rotated.To the head 1 a cassette 6 is detachably connected in which a seat 7 for the cutting insert 2 is formed.The inset 6 is mounted in a pocket 8 that is countersunk in the envelope surface 5 and opens in the front end of the head.The inset is held fixed in the pocket by means of a bolt 9.In Figs.1 and 2 it is seen that a pair of support and guide pads 10 11 are tangentially spacedapart from the solitary cutting insert 2 in order to together with the same provide a threepoint support for the tool during the reaming of a predrilled hole which is indicated by means of a dashdotted circular line in Fig.2.In Fig.1 F1 and F2 designate the feeding direction of the tool forward and rearward respectively.
Patent claim: The apparatus of claim 14 or claim 15 wherein the wireless connection is a Bluetooth connection and the message is a Bluetooth identity ID message.

Related passage: As described above according to the first example of an operation moving the cell phone 20 closer to the display apparatus 30 can be considered as pressing of WPS Push Button.Accordingly the user can directly connect the cell phone 20 to the display apparatus 30A through a simple physical operation in which the user moves the cell phone 20 closer to for example the display apparatus 30A in the same room.In addition by detecting close proximity of the cell phone 20 to the display apparatus 30A using an optimum threshold value of an appropriate RSSI inappropriate direct connection between the cell phone 20 and for example the display apparatus 30X in the next room can be prevented.
Patent claim: The method of claim 9 wherein a closed loop transfer function of the phase locked loop is determined by the equation HsNi1n1siN1i1nmisiN1si1nisni1ni where N is a divide factor of the feedback divider s is a complex frequency variable i is the time constants corresponding to polynomial coefficients mi.

Related passage: Based on the block diagram of Fig.2 the closed loop transfer function Hs is given by HsORNnsns1KdKvKfsdsNsndi1nz1sisndi1nz1siNKdKvKfsni1inz1nznp1si
Patent claim: The method 100 of any one of claims 15 wherein of determining 150 a linearity metric comprises the step of fitting a nonlinear data model to the measured pressure difference data and also evaluating the resemblance between the fitted nonlinear data model and the monitored pressure difference data thus determining the nonlinearity of the monitored pressure data as a function of time.

Related passage: The method also comprises the further step of measuring and logging the pressure in the fuel tank 2 over time to obtain a pressure curve.The pressure is preferably measured by pressure sensing means arranged within the fuel tank 2 such as by a pressure sensor 4 within the fuel tank 2 and logged by logging means such an engine control module ECM 5.The pressure sensor 4 may be arranged to communicate with the engine control module ECM 5 via suitable communication means 6 such as e.g.wired or wireless communication means 6.
Patent claim: Method MET1 according to any of the preceding claims wherein said method further comprises the steps oftransmitting M15 at least a first part RPI12 of at least one further retransmission process indicator for at least one further initial transmission or at least one further retransmission of radio transmission data from said transmitting apparatus TA to said receiving apparatus RA anddetermining M114 at said receiving apparatus RA said at least one further initial transmission or said at least one further retransmission based on said received at least first part RPI12 of said at least one further retransmission process indicator and based on said provided at least second part RPI2 of said retransmission process indicator RPI.

Related passage: Control information of the first data D1 and the second data D2 is required at the mobile station MS for being able to identify to decode to demodulate to descramble andor to deinterleave the first data D1 and the second data D2.An indication of the first data D1 and an indication of the second data D2 may be explicitly signalled to the mobile station MS or may be implicitly provided to the mobile station MS if the method MET1 may be based for example on a synchronous HARQ process.Further control information of the first data D1 and the second data D2 of one or several physical layer processing parameters which may be changed betweensuccessive HARQ processes or which may be changed between successive transmissions of a same HARQ process such as a modulation scheme to be applied at the base station BS andor a coding scheme to be applied at the base station BS may be signalled by indications on a control channel such as an LTE downlink control channel.
Patent claim: The apparatus of claim 1 wherein the controller is configured to determine whether a handwritten user input is input to the second layer within a predetermined period of time after displaying the second layer and unlock the lock screen on the touch screen and display a screen corresponding to unlocking when the handwritten user input is not input to the second area within the predetermined period of time.

Related passage: Thereafter the controller 180 may determine whether a predefined gesture input hasbeen received via the display module 151 in response to the communication event alert information S215.
Patent claim: A semiconductor device manufacturing method comprising forming a gate insulating film by thermally oxidizing a SiC layer forming a second region in the SiC layer after the formation of the gate insulating film the second region containing oxygen the second region being formed by performing a first heat treatment in an oxygencontaining atmosphere under a condition that an amount of oxidized SiC becomes smaller than 1 nm forming a first region between the gate insulating film and the second region the first region containing at least one element selected from the group consisting of N nitrogen P phosphorus As arsenic Sb antimony Sc scandium Y yttrium La lanthanum lanthanoids Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho Er Tm Yb and Lu H hydrogen D deuterium and F fluorine and forming a gate electrode on the gate insulating film.

Related passage: As shown in Fig.3G the growth temperature for the AlN film is set Ts400C to 1100C such as 900C for example and Al atoms 5a and N atoms 5b are fed to the surface of the SiC substrate 1 in a ultrahigh vacuum state such as between 106 and 108 Pa.The degree of vacuum during growth is determined by the balance between the Natom feed amount and the evacuation capability of the growth apparatus.Under general growth conditions it is on the order of 102 to 104 Pa.N atoms 5b were fed to the substrate surface by the rfMBE method using RFplasma excited active nitrogen for example.At this point in time an AlN layer 5 starts to grow on the surface of the SiC substrate 1.
Patent claim: An optical network element in accordance with one of claims 1 to 6 wherein the optical loop back path 140 70 further comprises a wavelength selective filter 145 55 to selectively pass or block the optical signals to the drop module as a function of the wavelength channels of said optical signals wherein the wavelength selective filter comprises an integrated wavelength blocker 145.

Related passage: The overall control of ADN 100 may be accomplished using a network management system NMS.The NMS may reside within an ADN 100 such as ADN 100a illustrated in FIGURE 4 in a different ADN 100 or external to all of the ADNs 100.The NMS may comprise logic encoded in media for performing network andor ADN monitoring failure detection protection switching and loopback or localized testing functionality of the network 10.In addition NMS 180 is operable to determine a data rate and destination nodes of traffic received at one or more ADNs 100 from a local client to be communicated over network 10.NMS 180 can assign received optical traffic to one or more channels based on the data rate and destination nodes of the traffic.Furthermore NMS 180 can control the configuration of the components of each ADN 100 based on the traffic data rate and the destination nodess of the traffic added to network 10 at an ADN 100 by a local client.As discussed in more detail below with respect to FIGURES 47 NMS 180 may configure components such as rejection filter 114 tunable filters 150 and switch element 140 to process traffic based on the traffic data rate and the destination nodes of the received traffic.In particular embodiments NMS 180 may receive and transmit information needed to make these determinations assignments and node configurations using optical supervisory channel OSC traffic that is transmitted in an external band separate from the revenuegenerating traffic.Logic may comprise software encoded in a disk or other computerreadable medium andor instructions encoded in an application specific integrated circuit ASIC field programmable gatearray FPGA or other processor or hardware.The functionality of the NMS may be performed by other components of the network 10 andor be otherwise distributed or centralized.
Patent claim: The method as claimed in any one of claims 9 and 10 wherein the image displaying apparatus is connected to the external apparatus via a Network File System for sharing a file.

Related passage: The display apparatus 2000 may include but is not limited to a digital TV a kiosk a smart phone a mobile phone a personal digital assistant PDA a laptop computer a media player a global positioning system GPS apparatus and other mobile or nonmobile computing devices.The display apparatus 2000 may include various apparatuses such as an electronic board a touch table or the like which may receive a touch input.
Patent claim: The inkjet recording method according to any one of Claims 1 to 10 wherein the ink excluding only Component A has a surface tension at 25C of 35.0 to 38.5 mNm.

Related passage: Although the reason therefor is not certain it is surmised that when drawing is carried out particularly in multipass mode a surfactant in particular a siliconebased surfactant or a fluorinebased surfactant that reduces the surface energy of a cured film greatly increases the contact angle of a fired droplet that is superimposed on a liquid droplet that has been fired first and cured or semicured thus degrading the gloss of an image.When in the abovementioned range an image having high saturation high reflection color density excellent surface gloss and little stripe unevenness can be obtained.
Patent claim: Device for managing the maintenance of a particulate filter of an internal combustion engine E characterized in that it comprises means for performing all the steps of any one of the previous claims from 1 to 11.

Related passage: For that reason the first predetermined value is set to be a value enough for enabling to discriminate whether regeneration of the DPF 22 is permissible.The amount of PMs captured on the DPF 22 is estimated or calculated from the DPF differential pressure P obtained from the output of the differential pressure sensor 52.
Patent claim: The method of the preceding claim wherein measuring the environmental parameter comprises measuring at least one of a temperature a wind speed a wind direction an atmospheric pressure an intensity of sunshine and an air humidity.

Related passage: According to a further embodiment wind turbine 10 may be equipped with a rotation sensor as described above.Thus the noise signal detected by microphone 80 can be correlated with the rotational positions of the blades 8.Accordingly the pitch control system may base its control also on the rotational position of the rotor blades as described above.
Patent claim: The system of claim 1 wherein the data authority function 134 is a distributed function having a first component 4341 executed by the first computing system 110 and a second component 4342 executed by the second computing system 120.

Related passage: Figure 3 is a block diagram of a system 300 for implementing another nonintegrated FANSATN CPDLC solution of one embodiment of the present invention.System 300comprises a first computing system 310 for executing one or more FANS applications 312 including a FANS CPDLC application 314 a second computing system 320 for executing one or more ATN applications 322 including an ATN CPDLC application 324 and at least one Human Machine Interface HMI 330 coupled to the first computing system 310 and the second computing system 320.In one or more alternate embodiments the FANS functions of the first computing system may be implemented by the aircrafts FMC FMS or CMF.Similarly in at least one embodiment the ATN functions of the second computing system would be implemented by the aircrafts CMF.
Patent claim: The probe of claim 4 wherein the lower pins form at least one line along the first connecting edge and the conductive elements form a corresponding at least one line along the second connecting edge wherein the at least one line can be along any number of sides of the polygonal shape of the backing bottom.

Related passage: According to this embodiment the second connector 150 is disposed in front of the backing layer 110 to contact the other side of the piezoelectric member 120.The second connector 150 is interconnected to the other side of the piezoelectric member 120 via electrical connection between the wiring electrodes and the electrodes formed on the other side of the piezoelectric member 120.
Patent claim: The transmitter of claims 1112 wherein the transformation matrix is a WalshHadamard matrix or a Cazac matrix.

Related passage: The second modulation unit 505 allocates blockcoded modulation symbols which are cascaded by the serialparallel conversion unit 504 to subcarriers wherein the second modulation unit 505 generates modulation signals by way of IFFT Inverse Fast Fourier Transform parallelserial conversion and guardinterval insertion.
Patent claim: The method of one of the claims 1 to 3 wherein the electroplating solution includes Pt or Pd to deposit a Pt layer or Pd layer on the surface area.

Related passage: Following electroplating and removal of the anode and its anode support from the vane segment a diffusion aluminide coating is formed on the plated internal surface area 20 and the unplated internal surface areas 21 23 by conventionalgas phase aluminizing e.g.CVD abovethepack etc.pack aluminizing or any suitable aluminizing method.The diffusion aluminide coating formed on surface area 20 includes an amount of the noble metal e.g.Pt enrichment to improve its high temperature performance.That is the diffusion aluminide coating will be enriched in Pt to provide a Ptmodified diffusion aluminide coating at surface area 20 where the Pt layer formerly resided Figure 9 as result of the presence of the Pt electroplated layer which is incorporated into the diffusion aluminide as it is grown on the vane segment substrate to form a Ptmodified NiAl coating.The diffusion coating formed on the other unplated surface areas 21 23 would not include the noble metal.The diffusion aluminide coating can be formed by low activity CVD chemical vapor deposition aluminizing at 1975 degree F substrate temperature for 9 hours using aluminum chloridecontaining coating gas from external generators as described in US Patents 5261963
Patent claim: The storage part structure for the saddle type vehicle according to claim 1 wherein the storage box 80 and the battery box 77 are fixed by a fastening member 85 and fixation by the fastening member 85 can be performed from the side of an opening 80C of the storage box 80.

Related passage: Further the box constituent member 33 is formed so as to be overlapped with the rear portion of the right upper down frame 15 of the pair of right and left down frames 15 and the right seat rail 17 of the pair of right and left seat rails 17 viewed in a plane as attached to the box main body 31 as well as to be bulged toward the right side from the box main body 32.
Patent claim: The bladed rotor assembly 100200300400 as claimed in Claim 1 or Claim 2 wherein the transition from the first clearance 134234334434 to the second clearance 136236336436 is a monotonic decrease.

Related passage: Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.
Patent claim: Method for determining a property of a starting sample in whichthe starting sample is amplified in a system in a first cycle and a measure of the amplification is acquired as a result valuethe amplification in the system in a respecitve cycle and the acquisition of a measure of the amplification as a result value for the respective cycle is repeated at least n times and each cycle is assigned a cycle value for identificationso that a result data set is produced in which a result value is assigned to a respective cycle value for a multiplicity of cycle values there being produced from the result data set a data set in which a result value is assigned to a respective cycle value for a plurality of cycle values the multiplicity of the cycle values included in the result data set being greater than the plurality of the cycle values included in the data set the sequence of the cycle values of the data set being a subgroup of the sequence of the cycle values of the result data set and the last cycle value of the sequence of cycle values of the data set being determined as follows proceeding from a starting cycle value of the result data set for a plurality of consecutive sequences of three cycle values which are respectively denoted as first cycle value second cycle value and third cycle value within the respectively considered sequence in accordance with their sequential order in the result data set the sequence is determined in the case of whichthe result value assigned to the second cycle value of the considered sequence is greater than the result value assigned to the first cycle value of the considered sequence andthe curvature value z which results from the sum of the result value assigned to the first cycle value and of the result value assigned to the third cycle value of the considered sequence and the subtraction of twice the result value assigned to the second cycle value of the considered sequence assumes the highest value among the considered sequences the second cycle value of the sequence which satisfies said requirements being used as last cycle value of the data set.

Related passage: In one embodiment derivatives are obtained by use of the SavitzkyGolay SG method see A.Savitzky and Marcel J.E.Golay 1964.Smoothing and Differentiation of Data by Simplified Least Squares Procedures.Analytical Chemistry 36 16271639 and Press W.H.et al.Numerical Recipes in C 2nd Ed.SavitzkyGolay Smoothing Filters Section 14.8 650655.A SG442 configuration meaning 4 points to the left 4 points to the right and 2nd degree polynomial is used to calculate the first and second derivative.The curvature is obtained by the formula shown in Equation 1 below.In this formula x represents the cycle number y represents the fluorescence value and kapparepresents the curvature.d2ydx21dydx223
Patent claim: The image processing device 3 according to any one of claims 1 to 3 wherein the display control unit 32 causes the display unit 4 to display a layout image 104 that indicates a display position of the composite image 113 as the preparation image 112.

Related passage: A mapping table selector 41 selects the type of a synthesized image to be displayed and specifies one of the mapping tables MPT in accordance with the type of the image in need.This selection may be carried out either manually or automatically depending on the condition of the vehicle e.g.gear position steering angle or the ONOFF states of blinkers.A signal specifying the mapping table MPT to be selected is also output to an alert message selector 26 as well as to the mapping table searcher 22.