bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A cylindrical rack bushing that is interposed between a tubular housing and a rack shaft coaxially inserted through the housing and supports the rack shaft so that the rack shaft is slidable in an axial direction the rack bushing comprising an inner periphery on which an inward protruding portion that protrudes inward in a radial direction is formed wherein the inward protruding portion includes a top portion that is in sliding contact with the rack shaft in a line contact manner or a point contact manner.

Related passage: When attaching the guide bush 18a described above to a fitandhold portion 36a provided on a part near the sides of both ends in the axial direction of the first housing portion 11a of the housing 9a the widths of the slits 28 29 are reduced by using acylindrical jig or the like the cylindrical fitting portion 25 in a state of being reduced in diameter is inserted in this fitandhold portion 36a the rack shaft 7 is then inserted into this cylindrical fitting portion 25 and this cylindrical fitting portion 25 is elastically increased in diameter.Thereby the elastic rings 26 26 are elastically compressed held between the bottom surfaces of the catching grooves 31 31 and the inner peripheral surface of the fitandhold portion 36a.Together with this the flange portion 27 is engaged with an engagement groove 34 formed at the outer end portion opening side end portion in the axial direction of this fitandhold portion 36a and the elastic ring 33 is elastically compressed between the bottom surface of the catching groove 32 and the inside surface in the axial direction of an inward flange portion 35 provided at the outer end edge opening end edge in the axial direction of the first housing portion 11 a.Thereby the guide bush 18a and thus the rack shaft 7 are prevented from rattling in the first housing portion 11a.
Patent claim: The method of claims 1014 wherein the thermal spray deposition comprises a process selected from the group consisting of high velocity oxy fuel spray high velocity air fuel spray detonation spray cold spray plasma spray and flame spray.

Related passage: As noted airfoil coating 61 may include a ceramic material as erosionresistant coating 64.Suitable ceramic compositions include metal oxides such as Al2O3 Cr2O3 Y2O3 ZrO2 CeO2 TiO2 Ta2O5 TaO2 and the like metal carbides such as Cr3C2 WC TiC ZrC B4C and the like diamond diamondlike carbon metal nitrides such as BN TiN ZrN HfN CrN Si3N4 AIN TiAIN TiAlCrN TiCrN TiZrN and the like metal borides such as TiB2 ZrB2 Cr3B2 W2B2 and the like and combinations comprising at least one of the foregoing compositions e.g.TiCN CrBN TiBN and the like.Alternately the erosionresistant coating 64 can comprise a ceramicmetal composite cermet including those that may be characterized as a metal matrix composite.Suitable cermets include WCCo WCCoCr WCNi TiCNi
Patent claim: A first server comprising a request receiver configured to receive from a second mobile radio communication device a request for subscriber identity module installation data for installation of a second subscriber identity module wherein the second subscriber identity module is related to a first subscriber identity module that is installed in a first mobile radio communication device and a request transmitter configured to transmit to a second server a request to transmit the subscriber identity module installation data to the second mobile radio communication device.

Related passage: In operation 204 the server receives a provisioning request from the device.The provisioning request may include data stored in the EUICC including current nonactive profile information.The provisioning request may also include contextual data such as geolocation data or local MNO data obtained via radio scanning.
Patent claim: A computer program product stored in a tangible computer readable medium the computer program product is for a STB set top box 120 for receiving information or data from a user terminal 110 and displaying the information or data on a TV terminal 130 the computer program product comprising codes for sending and receiving data or information to and from a user terminal 110 over a communication network codes for connecting with the TV terminal 130 codes for storing data or information received from the user terminal 110 or storing file information output by the TV terminal 130 codes for generating a packet comprising file information and selection location information when a selection signal is generated by a manipulation of the userterminal 110 or a remote controller 122 codes for receiving the information about the selection signal and location from the user terminal 110 converting the information about the selection signal and location into a corresponding location on a screen of the TV terminal 130 and checking the selection location of the user and codes for controlling pairing with the user terminal 110 when the user terminal 110 is brought close to a specific distance receiving information about email text message news and favorite TV channels from the user terminal 110 and performing control so that the information about email text message news and favorite TV channels is displayed on the TV terminal 130.

Related passage: Some embodiments involve prior to determining the orientation determining whether the mobile terminal and the display device are locationally proximate where determining whether the mobile terminal and the display device are locationally proximate involves determining whether the mobile terminal touches the display device.Some embodiments also involve prior to determining the orientation determining whether the mobile terminal and the display device are locationally proximate by determining a distance between the mobile terminal and the display device accessing a prestored threshold distance and comparing the determined distance to the prestored threshold distance to determine whether the mobile terminal is located within the prestored threshold distance of the display device.The techniques for determining the orientation can involve determining at least one of a first orientation and a second orientation a first side of the mobile terminal facing a display screen of the display device in the first orientation and a second side of the mobile terminal that differs from the first side of the mobile terminal facing the display screen of the display device in the second orientation.Some embodiments involve determining that the mobile terminal and the display device satisfy a requisite proximity prior to wireless communicating the data between the mobile terminal and the display device.
Patent claim: A method according to Claim 2 further comprising reducing at least one of the first and second counters in an instance in which the filtered value equals or exceeds the current value of the current frame.

Related passage: The feedbackratio setting section 35 sets the feedback ratio kt for each pixel in accordance with the number of setting times n output from the cyclichistory information storage section 28.The feedbackratio setting section 35 calculates a feedback ratio kh which changes its value in accordance with the number of setting times n and a feedback ratio kc in accordance with the amplitude of the difference signal S4 for the noise level NL individually and then multiplies kh and kc to obtain the final feedback ratio kt.
Patent claim: The method of claim 1 further comprising displaying one of the pages PA PB PC in the display unit 210 and highlighting the page indicator PIA PIB PIC corresponding to the page PA PB PC displayed in the display unit210.

Related passage: As can best be seen in Fig.7 the attribute 84 and the indicia 86 are depicted as having different appearances.For instance the attribute 84 is depicted by way of example as a highlighting of the stacked element 82B whereas the indicia 86B and 86D are depicted as being dot indicators disposed adjacent the stacked elements 82B and 82D.The different appearances afforded to the attribute 84 and the indicia 86 thus enable the indicator 76 to indicate simultaneously which of the rings 70 is currently the active ring 90 as well as which of the rings 70 possess one or more notifications 56 with respect to its icons 48.
Patent claim: The target component calibration method according to claim 7 wherein the measurement condition is a measurement environment and in the calculating of the content of target componentsat least one of the two constants of the simple regression equation is adjusted depending on the measurement environment.

Related passage: ii Subsequently an inner product of the extracted independent component Yk and the spectrum Xp for example the normalized spectrum obtained in step S320 of the subject that is observation data is calculated and the inner product value is set as the mixing coefficient k of the target component.That is calculation according to the following Expression 24 is performed.kXpYk
Patent claim: An apparatus comprising a composite element comprising a plurality of comprise fabric pieces formed into rolled layers wherein the pieces are arranged such that the joint between any two pieces is not at the same axial location as any other two pieces andwherein the composite element optionally or preferably comprises at least one of the following shapes in crosssection circular oval elliptical and egg shaped.

Related passage: According to Fig.4 the precompacted prepreg interlaid scrim 6 is subsequently wound around the preheated mandrel 5 in the embodiment shown with three windings in order to produce a hollow cylinder.
Patent claim: The information processing system 200 according to any one of claims 1 to 3 wherein the second information processing device 120 includes a first selecting unit 150 that when a plurality of pieces of second information that include the first information or the IP information corresponding to the input character string are present displays a screen to prompt selection of any one of the pieces of second information and selects second information for which a selection input is entered and the determining unit 142 determines a first information processing device 110 identified by IP information included in the second information selected by the first selecting unit 150 as the first information processing device 110 to execute the process requested from the user.

Related passage: The IPdesignated connection setting column 52 is selectedwhen a specific IP address is specified for the projector 301 to be connected based on the setting of the server 20.The IPdesignated connection setting column 52 can be selected by checking the check box 52a.The embodiment shows that the check box 52a is unchecked.In this case the projector 301 will be assigned an IP address by the projector process executed on the projector 301.When the check box 52a is checked to select the IPdesignated connection a user selects the IP address settingbutton 52b including in the IPdesignated connection setting column 52 to display an IP address setting screen 60 in FIG.11.Using this screen the user can enter an intended IP address.After entering an intended IP address on the IP address setting screen 60 the user selects an OK button 61.This determines the specific IP address to be assigned to the projector 301 step S215.Then it is determined whether or not the authentication using a keyword is needed for establishing a connection to the projector 301 step S220.
Patent claim: Firmware of a first hypervisor to cause a computer to execute a process the process comprising issuing a canceling instruction that instructs a caller of a hypervisor call to cancel stopping issuance of a new hypervisor call storing firmware of a second hypervisor into a second memory area different from a first memory area that stores the firmware of the first hypervisorissuing a stopping instruction that instructs the caller to stop issuing a new hypervisor call rewriting designating information from a first value to a second value wherein the designating information designates a memory area storing firmware of a hypervisor executed by the computer the first value designates the first memory area and the second value designates the second memory area and switching the first hypervisor to the second hypervisor by designating an instruction included in the firmware of the second hypervisor stored in the second memory area as an instruction to be executed next by the computer wherein in response to a replacing instruction that instructs the computer to replace the first hypervisor with the second hypervisor the firmware of the first hypervisor causes the computer to execute the storing the issuing of the stopping instruction the rewriting and the switching.

Related passage: The goal of loadpicker logic 411 is to select the latest software subsystem version that is properly downloaded and not corrupt or altered.Accordingly if loadpicker logic 411 determines that secondary software subsystem is altered step 706 then the primary software subsystem is selected step 708.However if the primary software subsystem is altered or corrupt then the secondary subsystem is selected step 712.It should be noted that if both software subsystems appear to be corrupt loadpicker logic 411 preferably selects the primary software subsystem step 708.Under these circumstances it is possible that the primary software subsystem may not execute properly.If both the primary and secondary subsystems are unaltered then loadpicker logic 411 selects the most recent software subsystem version step 714.A version count associated with each flash bank in flash memory 311 is incremented each time a new version is downloaded from CP shelf 202.A higher version count indicates which bank in flash memory 311 contains the latest version.
Patent claim: A method according to any of the preceding claims wherein step c corresponds to changing the position of the pixels driven by different values to reduce the image retention e.g.darker or black or offpixels at a frequency or frequencies.

Related passage: Now an energysaving display control method and an electronic device exploiting this method have been invented.The invention is based on the use of new socalled partitionable or partially powerless coupleable display elements in a device in which only a part of the display device is active during standby mode to present information useful to the user and rest of the display element is switched off to decrease the amount of energy used by the display element.
Patent claim: A method according to any of the previous claims and comprising the further step of determining the duration of the peak phase T during which the peak control current I is to be supplied to the electromagnetic actuator 22 to control the movement of the component 21 25 moving towards the position defined by the limit stop 26 according to the following equation TiTi1TP1Ti duration of the peak phase during which the peak control current I is to be supplied for the ith actuation of the electromagnetic actuator 22Ti1 duration of the peak phase during which the peakcontrol current I is to be supplied for the i1th actuation of the electromagnetic actuator 22TP1 first change of duration and i actuations of the electromagnetic actuator 22.

Related passage: The basic control principle in Fig.8 is similar to the control principle described with reference to Fig.4 however in accordance with the third embodiment of the present invention after the movable plunger 130 has reached the top dead center position TDC and is moving again towards the bottom dead center position BDC control current is applied again to the solenoid 125 during a second time period T2.Specifically during the second time period T2 a deceleration current impulse is applied to the solenoid 125 by first energizing the solenoid 125 quickly by increasing the control current to a maximal deceleration pulse current control value which may be substantially of the same amplitude as the control current applied during the first time period T1 as shown in the Fig.8 or not.The control current is then directly gradually reduced down to zero.As a consequence the opening movement of the intake valve can be decelerated and due to the gradually decreasingcontrol current value the intake valve 120 smoothly reaches the fully open position without generating a significant impact noise.
Patent claim: The user interface as recited in Claim 3 wherein said graphical element varies in terms of number.

Related passage: On the second display unit 170 only a preset second image can be represented on at least a second region.Here the second display unit 170 has an LCD panel structure like the abovedescribed first display unit 180 and the structure of the LCD panel may be an FTSN.The second display unit 170 displays the operating conditions of the air conditioner in a graphic image display method or in an 88segment method.Here the second image is a preset graphic image.
Patent claim: Household appliance 100 according to any of the preceding claims wherein a material of the elastic grommet 104 comprises plastic.

Related passage: More specifically refrigerant compressing device 15 has a number of outwardlyprojecting supporting legs 15a and the distal end of each supporting leg 15a is connected to the bottom wall 2b of casing 2 via a respective vibration damper 17 structured for damping the mechanical vibration generated by refrigerant compressingdevice 15 when working.
Patent claim: The computerimplemented method of predicting with high accuracy a descent trajectory of claim 10 wherein the nonidle descent 210 is defined by an aircraft intent description comprises a first 410 and a second 420 longitudinal thread defining the vertical profile which can be described by means of the AIDL as followsthe first longitudinal thread is described by a HoldSpeed Mach HSM instruction which ends at a floating trigger defined by the transition CAS followed by a HoldSpeed CAS HSCAS instruction which ends at a floating trigger defined by the alttitude at which the deceleration maneuvers starts andsimultaneously the second longitudinal thread is defined by a HoldAltitude HAHp instruction which ends at a floating trigger defined by the TOD followed by a AltitudeLaw ALHp instruction whose end trigger is linked to the end trigger of the first longitudinal thread.

Related passage: Predictive uses require fast analysis of a trajectory of an aircraft still in flight to allow the future aircraft intent of that aircraft to be predicted and hence its future trajectory to be predicted.For example the inferred aircraft intent may conform to that required by a standard terminal arrival route STAR or a standard instrument departure SID.Then it may be assumed that the aircraft will continue to follow the identified STAR or SID.
Patent claim: The electronic device of claim 5 wherein the instructions configure the processor to acquire additional information on the motion of the electronic device using at least a part of the at least one first sensor for a period of time that is substantially the same as the second period of time before the selected time passes and activate the at least one second sensor again based on at least a part of the additional information.

Related passage: According to one aspect of the present invention an electronic device includes a motion sensor that senses a motion of the electronic device a biometric sensor that senses a biometric signal and a processor that calculates a change in motion intensity of the electronic device by comparing output values of the motion sensor over two or more time periods activates the biometric sensor to determine whether the electronic device is currently being worn when the change in motion intensity over two or more time periods corresponds to a predetermined pattern and controls the electronic device to perform sleep monitoring when it is determined that the electronic device is currently being worn.
Patent claim: The apparatus according to any one of claims 812 wherein the positioning module 53 comprises an obtaining unit configured to obtain a longitude and a latitude corresponding to each of the locations of the first base station and the at least one assistant base station and a calculating unit configured to calculate average values of longitudes and latitudes corresponding to the locations of the first base station and the at least one assistant base station so as to determine a location of the mobile terminal at the current scanning moment.

Related passage: As shown in Fig.13 each of the base stations selected by the location server for the measurement purpose comprises a communication processor 1303 which establishes a wireless link with the mobile station 1002 through a wireless LAN interface 1302 and antenna 1301 and connects to the switch 1004 through a wireline LAN interface 1304 to establish communication with the location server 1001.A measurement processor 1305 is connected to the communication processor 1303.When the location server transmits a measurement request packet to the base station the measurement processor 1305 receives it through the wireline interface 1304 and processor 1303 and cooperates with a measurement unit 1306 and a record memory 1307 to process the received packet in a manner to be described.If a propagation delay time has previously been measured with respect to the target mobile station the result of the measurement and a time stamp indicating the time of day at which the result was obtained are stored as a measurement record in the record memory 1307.Record memory 1307 is searched when the measurement request packet is received.If no reusable record is available the measurement unit 1306 is instructed to transmit a data packet to the target mobile station via the wireless interface 1302 over the currently using channel to receive an acknowledgment packet and measures the roundtrip propagation delay time as discussed above with reference to Figs.2 to 5.Measurement processor 1305 formulates a measurement report packet for transmission through the processor 1303 and wireline interface 1304 to the location server.
Patent claim: The turbine blade damping system of any preceding claim further comprising an airfoil extending radially outwardly from the radiallyoutward side of the platform.

Related passage: Fig.2 shows the use of the bucket 105 with an adjoining bucket 220.Likewise positioned within the damper pocket 200 may be a damper pin 230.As is shown the damper pin 230 may be an elongated generally triangularly shaped element with a pair of axially spaced bosses 240 on either end.The bosses 240 may be positioned on the support ledges 170.The damper pin 230 may have any convenient shape.The damper pin 230 is positioned within the damper pocket 200 of the bucket 105 and underneath the angled surface 190 of the undercut 180 of the adjoining bucket 220.As is shown the pocket 200 and the undercut 180 only partially enclose the damper 230.As such it is possible to confirm that the damper pin 230 has been installed properly therein after assembly.The damper pin 230 also may have an angled surfaced 250 on one end.The angled surface 250 is designed to accommodate the angled surface 210 of the damper pocket 200 so as to ensure proper installation.