bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The vein authentication module according to claim 1 wherein the light source is located between the image sensor and the reflecting mirror.

Related passage: FIG.17 is a schematic view illustrating a brief configuration of a biometrics authentication system 6 according to Modification Example 4.FIGs.18A 18B and 18C are illustrations of the biometrics authentication system 6 viewed from one side from above and from the other side respectively.The biometrics authentication system 6 has the same configuration as that of the biometrics authentication system 5 according to the abovedescribed Modification Example 3 except that the light sources 10 the light guide sections 31A and the diffraction sections 31B are arranged on both sides of the detection section 110.
Patent claim: Oven according to claim 5 or 6 wherein said threedimensional scan processing means 401 are further adapted to provide information 504 about nutritional values of said food 201.

Related passage: The main idea of the cooking oven according to the present invention is the moveable camera and the stationary laser wherein the camera is mechanically coupled to the food stuff carrier in particular baking tray and the laser is arranged above the oven cavity.Since the camera and the baking tray are coupled the distance between the camera and the food stuff is constant so that the detection of the threedimensionalshape of the food stuff is independent of the speed of the food stuff carrier when said food stuff carrier is moved into the oven cavity.The cooking oven with the apparatus can be realized by low complexity and low costs.
Patent claim: The apparatus of claim 1 wherein the first converter includes a first inductor and a first output capacitor connected in parallel to the first inductor.

Related passage: The controller 250 according to an exemplary embodiment of the present disclosure may use a voltage at both distal ends of the DClink capacitor 230 connected to an output terminal of the boost PFC circuit 220 as its operating power source.That is the controller 250 may receive the power source from the auxiliary power supply unit 260 connected to both distal ends of the DClink capacitor 230.
Patent claim: The method as claimed in any one of claims 9 to 11 wherein the editing information is associated with an operation for splitting one file into a plurality of pieces and a truncate range for truncating a specific region from one file.

Related passage: FIG.5 is a flowchart of a method of generating by the device 1000 the additional information about the partial region of the content in operation S320 of the flowchart of FIG.3 according to an exemplary embodiment.
Patent claim: The air vehicle navigation method according to claim 1 wherein at least one instruction node upon at least one thread of the aircraft trajectory is a conditional composite node 304b comprising at least two sets of instruction nodes with their associated trigger nodes wherein a.start of validity of either set of instruction nodes of the conditional composite node is subjected to the fulfillment of a condition 304bCON of the conditional composite node 304b b.the fulfillment of the condition associated to the trigger 304a in the thread 304 which immediately precedes the conditional composite node 304b starts the assessment of the condition 304bCON of the conditional composite node 304b and c.the fulfillment of the condition of a trigger 304b1 304b2 in the conditional composite node 304b which is associated to the last instruction 304b1 304b2b in either set of instructions of the conditional composite node starts the validity of the instruction 304c in the thread 304 which immediately follows the conditional composite node.

Related passage: C1 lateral restriction of maintaining course 223.C2 speed restriction of flying at or below AoB 250 knots calibrated airspeed.C3 altitude restriction of flying at or above AoA 5000 ft
Patent claim: The lock device 30 as set forth in claim 14 wherein the lock device 30 includes a base 39 and a lock arm 40 being Jshaped relative to the base 39 wherein the locker 31 is located at a distal end of the lock arm 40 and is substantially wedgeshaped the compressor 34 is formed adjacent to the locker 31 and the releaser 35 is formed in facing relation with the locker 31.

Related passage: Under a condition wherein the engaging projections 25 of the holding members 18 engage respectively with the engaging edged recesses 33 and 34 provided on the FPC 30 the front slanted portion of each of the engaging projections 25 which is in presscontact with the edge on the FPC 30 forming the engaging edged recess 33 or 34 is operative to press the FPC 30 down against the bottom portion of the housing 11 so as to fix the FPC 30 vertically in the housing 11.Further the end portion of the FPC 30extending forward from each of the engaging edged recesses 33 and 34 provided on the FPC 30 is put in contact with a part of an inner surface of the housing 11 and thereby the FPC 30 inserted in the housing 11 is fixed in a direction of insertion thereof.With the holding members 18 having the engaging projections 25 which engage respectively with the engaging edged recesses 33 and 34 provided on the FPC in such a manner as mentioned above the FPC 30 is held in the housing 11 so as to be prevented from getting out from the housing 11 unwillingly.
Patent claim: The method according to any of claims 1 to 11 wherein the parts of the secondary characters are displayed between the keys at lower contrast than the keyboard.

Related passage: Furthermore the input control unit 15 detects which button on the currently displayed character input sheet on the touch panel 11 is contacted by the user and how many times the button is contacted.The input control unit 15 then identifies the type of the input character and transmits it to the conversion candidate creating unit 16 and the screen display control unit 17.
Patent claim: A thermal conductivity detector according to claim 6 wherein the elongate multilayered sensing element is arranged to comprise at least one of meanders and spirals.

Related passage: By forming a resistance temperature detector of a thermal fluid flow sensor by using a metal film having a relatively high temperature coefficient of resistance hereinafter abbreviated as a TCR detection sensitivity of the resistance temperature detector can be improved.However according to the studies by the inventors of the present invention the TCR of the metal film formed on a semiconductor substrate made of single crystal Si silicon via an insulating film is lower than the TCR of the metal film formed directly on asemiconductor substrate made of single crystal Si via no insulating film.Therefore a relatively high TCR inherent in the metal film cannot be obtained although the metal film is used as a resistance temperature detector of a thermal fluid flow sensor and the detection sensitivity of the resistance temperature detector is degraded.An object of the present invention is to provide a technology capable of achieving a highlysensitive flow sensor by forming a metal film having a relatively high TCR on a semiconductor substrate via an insulating film.The above and other objects and novel characteristics of the present invention will be apparent from the description of this specification and the accompanying drawings.The typical ones of the inventions disclosed in this application will be briefly described as follows.The present invention provides a flow sensor which includes a heat element and a resistance temperature detector formed on a semiconductor substrate via an insulating film and measures a fluid or gas flow wherein the heat element and the resistance temperature detector are formed of a Ta film with a bodycentered cubic crystal structure having a resistivity lower than three times the resistivity of a Ta tantalum ingot.The effects obtained by typical aspects of the present invention will be briefly described below.Since a Ta film having a relatively high TCR is formed on a semiconductor substrate via an insulating film it is possible to achieve a highlysensitive flow sensor.
Patent claim: A method of controlling a mobile terminal comprising establishing a communication channel with an external terminal device S601 and in response to receiving a request for sharing at least one content from the external terminal device during a phone call with a call counterpart sending the sharing requested content to the call counterpart S607.

Related passage: Also in the data communication mode data representing a moving picture are transmitted and received wherein moving picture data picked up by the camera 8 or moving picture data contained in the moving picture file derived from the simpleformat website are supplied through the LCD controller 22 to the liquid crystal display 9 for playback.
Patent claim: Washing unit for washing empty containers for liquid like bottles or flasks comprising a washing tunnel in which containers are conveyed line by line in a conveying direction by an internal conveying means for being cleaned and further rinsed characterized in that the washing unit comprises in the washing tunnel at least one sprinkling device 1 according to any of claims 1 to 9 for spraying a liquid the rotating shaft 3 being transversal to the conveying direction the washing unit further comprising means for synchronizing the rotation of the rotating shaft 3 to the movement of the internal conveying means.

Related passage: A typical unit for cleaning bottles in a beverage bottling plant comprises a plurality of operating stations including one or more washing stations a rinsing station and a cooling section.Furthermore a cleaning unit of thistype comprises transport means for receiving the bottles to be cleaned at an input station conveying the bottles along a bottle path which sequentially crosses each one of the operating stations and for delivering cleaned bottles at an output station.
Patent claim: Steerable antenna 1 according to claims 4 or 5 comprising two fork arms 24 25 attached to the attachment foot 20 21 and wherein said two end portions 22 23 are free end portions of said fork arms 24 25.

Related passage: Since the transmission and reception antennas 1 11 of the antenna portion respectively constitute unitary bodies and hence do not have enough strength they are supported on anantenna holding plate 70 of the antenna supporting portion.
Patent claim: The method according to any one of the previous claims wherein the first component is an acoustic liner or an abradable liner and the second component is a gas turbine engine fan casing.

Related passage: As best shown in Figures 2 and 3 the bladder support structure 16 may include two axial end caps 24 comprising axial projections 26 that engage and retain opposite ends 28 of the backing members 22 against radially outward movement away from the joint 20.The bladder support structure 16 may thus force the bladders 12 to expand radially inward toward the joint 20.The end caps 24 may be generally square in shape and may carry a total of eight rectangular prismshaped axial projections 26 two of which extend axially from adjacent and along each of four edges 30 of each axial end cap 24.
Patent claim: The apparatus as claimed in any one of the preceding claims wherein the external interface is Universal Serial Bus USB interface wherein the first program is a USB host driver and wherein the second program is a program where a hub class driver a mass storage class driver and enumeration are removed from the USB host driver.

Related passage: The control unit 120 converts the normal mode into the low power mode if a preset condition is satisfied for example if there is no command for a preset period of time.This is merely an example and there may be diverse conditions for mode conversion.
Patent claim: CI host 10 according to any of the previous claims wherein the first logical pipe 33 is the default control pipe.

Related passage: When a host device is equipped with the UTI 10 of Fig.1 and an external service module is also equipped with an interface whose mechanical and electrical characteristics match with those of the UTI of the host device the host device and the external service module can carry out communication and data transport there between via the UTI 10.Here a host device having the UTI 10 is taken just as an example to describe the signal processing procedure of the UTI.
Patent claim: The settopbox of claim 16 wherein the computer executable instructions comprise middleware of the settopbox.

Related passage: First a transmission sequence of video data that is transmitted in the video display system when switching from 2D video to SidebySide video will be described.First known video data transmission will be described.Fig.9 is an explanatory diagram showing a known transmission sequence of video data when switching from 2D video to SidebySide video is performed.Fig.9 indicates that time flows from top to bottom of the drawing.Video indicates a video signal sequence GCP indicates a sequence of data of a GCP General Control Packet AVI IF indicates a sequence of an AVI Auxiliary Video Information InfoFrame and InfoFrame that transmits 3D information indicates a sequence of data of an InfoFrame that transmits 3D information.
Patent claim: The electronic device of claim 1 wherein the enclosure member comprises a molding enclosure formed of a nonconductive material wherein the molding enclosure is configured to receive the support member and a frame enclosure formed of a conductive material wherein the frame enclosure is configured to enclose at least a portion of an outer surface of the molding enclosure.

Related passage: As it becomes multifunctional a terminal can be allowed to capture still images or moving images play music or video files play games receive broadcast and the like so as to be implemented as an integrated multimedia player.
Patent claim: The rechargeable battery of one of preceding claimswherein the connection member 3570 further comprises a first coupling part 35a71 and a second coupling part 35c73 wherein the fuse part 35d74 is between the first and second coupling parts 35a 35c 7173.

Related passage: A stopper 124b is disposed on a first side of the lower surface of the insulating plate 124.The stopper indentation 17 is disposed on a first side of the thermal fuse 10 disposed on the lower surface of the insulating plate 124.The stopper indentation 17 is fitted into the stopper 124b so that the first side of the thermal fuse 10 is fixed to the insulating plate 124.This can prevent the thermal fuse 10 from rotating relative to the insulating plate 124.The negative terminal 123 passes through terminal holes respectively of the cap plate 121 the insulating plate 124 and the thermal fuse 10 and may be fixed through a spinning process.When the spinning process is performed the insulating plate 124 may not rotate relative to the cap plate 121.Furthermore the thermal fuse 10 may not rotate relative to the insulating plate 124.
Patent claim: A method for use in a wireless communication system comprising a network distribution space information acquiring step for acquiring network distribution space information of a three dimensional distribution space of a network to be monitored a network status information acquiring step for acquiring position information of network nodes in the three dimensional distribution space and performance information of the network nodes thereby obtaining network status information about the three dimensional distribution space and a display step for displaying the network distribution space information and the network status information which are superimposed.

Related passage: Next the height expressing map setting unit 310 displays the height expressing map selection screen on the display device 100 and accepts the selection of a height expressing map from a user S402.Then the map information processing unit 305 generates a height expressing map of the type selected by the user utilizing the threedimensional map stored in the map information storage unit 300 and the display information generation unit 307 displays the map in the display region B202 of the display device 100 S403.An example of the display screen at this time is shown in FIG.8 the display region A201 shows a twodimensional map or plan and the display region B202 shows an elevation or perspective diagram.
Patent claim: A method of generating a database 10 for a navigation device 1 said method comprising the following steps performed before the database 10 is deployed to the navigation device 1 for use in generating perspective views retrieving a plurality of twodimensional road vectors 66 88 89 from a map database each one of said twodimensional road vectors 66 88 89 defining a road segment of a road network retrieving digital terrain model data defining a threedimensional surface 80 for each twodimensional road vector 66 88 89 of said retrieved plurality of twodimensional road vectors 66 88 89 establishing a projection 72 73 of said twodimensional road vector 66 88 89 onto said threedimensional surface 80 along a predefined projection direction 71 determining at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 based on said established projection 72 73 said at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 including height information for points located on the at least one threedimensional road vector 78 79 8183 94 95 98 99 115118135138 and storing said at least one threedimensional road vector 78 79 8183 94 95 98 99 115118135138 in said database 10.

Related passage: In case of the TIN format boundary rectangles in which respective triangles constituting threedimensional topography data are inscribed are calculated.Each of the boundary rectangles can be easily obtained by defining smallest and largest values in x coordinates of the three angular points of the respective triangle as x1 and x2 of theboundary rectangle and defining smallest and largest values in y coordinates of the three angular points of the respective triangle as y1 and y2 of the boundary rectangle.Next at least one boundary rectangles containing the vertexes of which heights are to be calculated are searched among the calculated boundary rectangles.
Patent claim: The door lock apparatus as claimed in claim 1 wherein the near field communicator is configured to perform the authentication by performing near field communication with a mobile device and recognize a tag within the mobile device.

Related passage: Even when the visitors access is denied the resident may communicate with the visitor remotely control the door lock to be released and monitor the movement of the visitor with the sound and image created by the visitor using the smart communicator 800.Accordingly the resident can check the visitors identification and purpose of the visit in real time and controls the door lock on the basis of the result of the checking.
Patent claim: The apparatus of claim 1 wherein the interface comprises one of a bus a paralleldata interface or a serialdata interface.

Related passage: In a first embodiment of the present invention the Tx Controller 220 FIG 2 first establishes when the longrange radio will commence to transmit and when the longrange radio will discontinue to transmit.This information is forwarded from the LRTx Controller 205 to the Tx Controller 220.Next the Tx Controller 220 forwards this information to the SRTx Controller which controls the SRSPU 211 andor the SRTx 212 such that the shortrange radio defers from transmitting during the periods when the longrange radio is transmitting i.e.simultaneous transmission is prevented.This method of operating a dual radio communication device is further illustrated in FIG 9.Preferably the shortrange radio defers from transmitting from a first point in time before the longrange radio commences to transmit illustrated by t1 in FIG 5b up to a second point in time after the longrange radio discontinues to transmit illustrated by t2 in FIG 5b.A timewindow from t1 to t2 is thereby defined during which transmission by the shortrange radio is avoided.This method of operating a dual radio communication device is further illustrated in FIG 10.FIG 5a FIG 5b and FIG 5d show timing diagrams illustrating the operation of the first embodiment.In FIG 5a the power supply voltage Vdd in FIG 5b transmission by the longrange radio and in FIG 5d transmission by the shortrange radio are shown as functions of time t.In FIG 5 all timeaxes have a common timescale.In FIG 5b and in FIG 5c it is illustrated how the longrange radio transmits at the same time as the conventional shortrange radio would have transmitted the second packet labeled ii and sixth packet labeled vi as is indicated in FIG 5d.According to thefirst embodiment of the present invention the second packet labeled ii and sixth packet labeled vi are deferred and transmitted at a later slot.It should be noted that hereby the power supply voltage drop illustrated in FIG 5a will not occur at the same time as the shortrange radio transmits and thereby not affect the frequency synthesizer of the shortrange radio.For a packetswitched connection the delay of transmission by the shortrange radio constitutes no problem since it only delays the packet delivery.However for a circuitswitched connection a problem arises in that an expected packet is delivered late.This problem can be solved by introducing a FIFO FirstInFirstOut buffer in both the sending device and in the receiving device.It should be noted that only packets that may cause collisions are delayed.All other packets are transmitted according to the timing of the circuitswitched framing.In this way no accumulation delay occurs.The new scheme FIG 5d provides an isochronous flow but with buffering the isochronous flow can be transformed to a synchronous flow i.e.in average the repetition interval frame length is constant.
Patent claim: The process according to any of the claims between 1 and 3 wherein when a plugin element is a functionality the interaction is a call to the functionality.

Related passage: Figure 2 is block diagram schematically illustrating a MES computer system according to an exemplary embodiment of the invention.In Figure 2 it is depicted a MES system used by a user for controlling a manufacturing process of a plant.The MES system comprises a tool manager for exposing to the user a tool model catalogue containing tool entities and tool methods which can be customized by the user according to specific plant requirements.A user may be a system engineer or production line personnel.As above explained usually at engineering time the user is a system engineer and at run time the user is a production line operator.However inembodiments of the present invention at run time not always there is direct interaction with the line operator and the MES system may automatically react through rules that invoke a sequence of methods.The tool manager usually has a server side and a client side connected via an enterprise network connection.The tool manager server side comprises a database in which the tool manager stores information on the tool model and a tool model server.The tool manager client side comprises a tool model client in communication with the tool model server.
Patent claim: The mechanical system 1 according to claim 8 wherein the ring width w120 is superior to the housing width w8.

Related passage: It should be noted here that as the crankshaft 1 has crank arms 4 which extend radially from both ends of the journal 2 a camshaft has cams which extend in the same manner likewise a balanceshaft has balanceweights which extend in the same manner.In the present invention these parts which extend radially from both ends of the journal 2 such as the crank arms 4 the cams and the balanceweights will be called arms and a boss portion of the arm will be called arm boss 14.