bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A mobile terminal according to claim 9 characterized in that the mobile terminal 1 is configured to establish a connection byselecting a network corresponding to the retained domain of said most recent retained connection andestablishing a connection to said selected network using the retained radio access technology for said most recent retained connection.

Related passage: In some cases the wireless device 10 may have previously received a preferred networkRAT combination list 15 for country B.This may for example have been stored inmemory when the wireless device 10 was first issued or may have been updated OTA as described above either during a previous period of operation in country B or as part of a preferred networkRAT combination list 15 update from the data communication service while visiting a neighbouring country.For example in some embodiments the preferred networkRAT combination list 15 update that the wireless device 10 received when it connected to the data communication service through RAT B of PLMN 23 may have included a preferred networkRAT combination list 15 update for both country A MCC A and country B MCC B.This type of multicountry update may be preferred for neighbouring countries so that wireless devices are aware of the preferred networks in their current location as well as those in the neighbouring countries into which they may be likely to roam.
Patent claim: The system according to claim 6 further characterized by means for supplying said preheated working fluid condensate to said recuperator.

Related passage: Heat recovery vapor generator 40E is a oncethrough heatervaporizer comprising the heater bundles and structure exhaust gas ductwork diverter valve and actuators exhaust stack and bypass stack.The purpose of the heat acquisition subsystem is to a direct and controlmeter the gas turbineswaste heat to the heat recovery vapor generator using a diverter valve b convert the heat contained in the combustion gases to vapor and c discard the cooled combustion gases to the atmosphere through a further exhaust stack 11E.
Patent claim: Method according to claim 2 wherein the step of analysing the first image comprises the construction of a threedimensional image from the images made from different points of view.

Related passage: Based on the image analysis it is determined in step 6 whether or not the plant has to be cut or has to be cut further as will be discussed below.If no cutting or further cutting is required or no proper cutting position could be found the plant will be removed 7 from the carrier.
Patent claim: The system according to claim 5 wherein a first segment of a hydraulic line leads from the drip chamber to an input of the irrigation pump and a second segment leads from an output of the irrigation pump to the catheter and wherein the electrically conductive cable is further connected to the first segment and to the second segment.

Related passage: Areas determined to be abnormal for example by evaluation of the electrical activation maps can be ablated by application of thermal energy e.g.by passage of radiofrequency electrical current through wires in the catheter to one or more electrodes at the distal tip 18 which apply the radiofrequency energy to the myocardium.The energy is absorbed in the tissue heating it to a point typically about 50C at which it permanently loses its electrical excitability.When successful this procedure creates nonconducting lesions in the cardiac tissue which disrupt the abnormal electrical pathway causing the arrhythmia.The principles of the invention can be applied to different heart chambers to mapping in sinus rhythm and when to treat many different cardiac arrhythmias.
Patent claim: The method of claim 1 wherein the receiving the trace input 42 comprises receiving at least one of a traced route from a touch screen 24 forming the display 22 and a traced route from a mouse 26 operably coupled to the display.

Related passage: With reference now to Figure 8 an illustration of a result of a reroute gesture is depicted in accordance with an advantageous embodiment.In this illustrative example new route 800 is displayed on map 702 in response to detecting reroute gesture 700 in Figure 7.New route 800 includes waypoints 802 804 and 806.New route 800 is selected such that the area under curve 726 in Figure 7 is avoided by the aircraft.In this manner the weather condition represented by weather icon 718 is avoided.
Patent claim: Method according to any of the preceding claims wherein the predetermined threshold S is defined by the difference between the number of steps Nb1 counted by the first device 1 and the number of steps Nb2 counted by the second device 2 normalized relative to the largest of the two numbers of steps the threshold value then preferably being between 0.1 and 0.2.

Related passage: Furthermore in one embodiment of the first aspect determining a validity of the second data set may include determining an amount of data missing in the second data set wherein the second data set is determined to be invalid when a threshold amount of data is missing from the second data set.
Patent claim: Arrangement 100 according to one of the claims 1 to 3 wherein the first holding device 150 and the second holding device 160 are coupleable to the supporting base such that a first direction of a first chord line 114 of a first profile of the first centre section 112 of the first blade 110 is alignable perpendicular with respect to an upper surface of the supporting base and a second direction of a second chord line 124 of a second profile of the second centre section 122 of the second blade 120 is alignable perpendicular with respect to an upper surface of the supporting base.

Related passage: In addition the transport system may comprise a base frame structure for receiving at least one fixation device.
Patent claim: An apparatus comprising a housing part and a control part said housing part and said control part configured to be moveable in relation with each other and said housing part comprising a front surface and said control part comprising a front surface wherein said front surface of said housing part and said front surface of said control part are configured substantially next to each other and wherein the control part is configured to be movable in at least one dimension in relation with said housing part.

Related passage: The camera body 30 is rotatably connected to the terminal body 10.
Patent claim: The method of measuring a calorific value according to any one of claims 8 to 12 wherein the first temperature is the highest temperature out of the plurality of different temperatures.

Related passage: The multivariate analysis includes a support vector regression and multiple regression analysis disclosed in A.J.Smola and B.Scholkopf A Tutorial on Support Vector Regression NeuroCOLT Technical Report NCTR98030 1998 and Fuzzy Qualification Theory of Second Order disclosed in JPA5141999
Patent claim: Steerable antenna 1 comprisingan orientable payload 45an electromechanical movement and support system 610 operatively connected to the payload 4 5 and adapted to orient the payload in a controlled manner said electromechanical system comprising a base 6 a first motor 7 attached to the base 6 a driven pulley 8 operatively connected to the first motor 7 for being rotated around a first rotation axis a second motor 9 operatively connected to the driven pulley 8 and operatively connected to the payload 4 5 for rotating the payload around a second rotation axis characterised in that the electromechanical movement and support system 610 further comprises a support bracket 10 integral with the base 6 to which the second motor 9 is pivotably hinged and the driven pulley 8 is operatively connected to the second motor 9 for rotating the second motor 9 in relation to the base 6 and in relation to the support bracket 10.

Related passage: The antenna supporting portion is comprised of a pair of antenna supporting longitudinal plates 65 66 which support the antenna holding plate 70 holding the antennas 1 11 in pair an amplifier supporting lateral plate 67 which holds the antenna supporting longitudinal plates 65 66 and a pair of antenna supporting longitudinal plates 72 73 which support the amplifier supporting lateral plate 67 in pair and are constituted such that they are respectively formed by connecting midst portions thereof by means of adapters 68 which divide them.
Patent claim: A process of forming a coating system on a component the process comprising depositing a diffusion barrier layer on at least a surface region of the component the diffusion barrier layer being capable of inhibiting diffusion of damaging elements therethroughdepositing an intermediate layer on the diffusion barrier layer the intermediate layer comprising an erosionresistant material having a hardness that is greater than the diffusion barrier layer and being deposited by a nearnetshape laser deposition process and depositing an outermost layer on the intermediate layer the outermost layer comprising an erosionresistant material and having a hardness that is greater that the hardness of the intermediate layer wherein the intermediate layer has a thickness of greater than the diffusion barrier layer and the outermost layer.

Related passage: Thus in Fig.3 the crosssection shows a thin remainder of the debonding layer 26 left after removal of the mold.It is usually made of a ceramic material such as ZrO2 and is0.01 mm in thickness.It effectively becomes part of the ceramic top coat 28 since it is generally made of the same material as the top coat except that it is sprayed onto the mold at a lowersurface temperature than the top coat namely with the surface temperature of the mold being about 300C400C although the spraying may begin without preheating the mold.Then top coat 28 is sprayed onto the debonding layer 26 after heating said debonding layer to a temperature between 400C and 700C.The top coat 28 may for example be made of ZrO2Ca2SiO4 admixture and normally has a thickness gt 1mm.
Patent claim: The amplifier as claimed in any preceding claim wherein said power controller is operable to reconfigure said switching mechanism to provide said input signal to a combination of said amplifier stages to provide said amplified output signal with said requested power output.

Related passage: Similarly when at least one of the transistors Q6 Q7 and Q8 is appropriately biased so as to perform a predistortion operation the effects of the third embodiment can be attained without involving a special predistortion circuit.
Patent claim: The turbine blade assembly of claim 1 wherein said at least one diffuser cooling hole 17 comprises a diffuser portion 24 shaped to diffuse cooling gas exiting said diffuser cooling hole 17.

Related passage: The cooling air 41 exits through the outlets 72 to a region outside the airfoil 54.Preferably the outlets 72 are rectangular in shape and flare outwards as shown in Fig.3B to diffuse the cooling air 41 upon ejection therefrom.The diffusion angleas shown in Fig.3B is preferably approximately about equal to or less than 12 degrees.It is also preferred that the outlets 72 are angled upward towards the tip 36 and most preferably the outlets 72 are angled upward towards the tip 36 in a range from approximately about 0 to 45 degrees asmeasured from a direction normal to the tip surface.Preferably the outlets 72 are disposed proximate to the pressure sidewall 42 extend therethrough and are spaced apart as between the leading and trailing edges 4648.Preferably the inlets 70 are disposed adjacent and proximate to the suction sidewall 44 and extend in a generally radially direction so that the cooling air 41 is feed directly into the inlets 70 from respective cavities 38.The cooling air 41 is coldest downstream of the outlets 72 and due to internal convection heats up as it travels towards the outlets 72.Heat is extracted from the tip 36 thus heating the cooling air 41 as it travels towards the outlets 72.Once the cooling air 41 is ejected from the micropassages 80 it can partially mix into the stream of hot combustion gases 28 and because of its own momentum it can flow over the top of the tip 36.Thus the ejected cooling air 41 film cools the exterior of the tip 36 by providing a film curtain that protects the tip 36 of the blade 24 from the hot combustion gases 28 and reduces leakage of the hot combustion gases 28 above the tip 36.In this way the tip 36 of the airfoil 54 is cooled using both internal convection and external film cooling.
Patent claim: The method according to claim 1 further comprising determining whether the electric device is performing the video talk by judging whether the video talk application is performed in foreground and whether the camera sensor is activated wherein the video talk application is listed in a white list.

Related passage: There are at present a variety of IM application programs available for downloading via the Internet that provide video and text instant messaging or conferencing.Examples of such application programs are Yahoo Instant Messenger MSN Instant Messenger and AIM AOL Instant Messenger.These application programs allow users to video IM video conference using relatively inexpensive video capture devices such as web cameras.It will be appreciated that each of these exemplary IM application programs allows this functionality irrespective of the actual type of video capture device used e.g.web camera or video camera.Each video capture device has an associated device driver to interface the specific capture device to any one of the different IM application programs.A change in the IM application program e.g.a software upgrade does not generally require any change in the device driver for the video capture device.
Patent claim: The system of claim 14 wherein the service provider is a remote computing server and wherein communications between the remote computing server and the mobile device conform to a secure hypertext transport protocol HTTPS.

Related passage: Moreover the application and download of the electronic payment application service can be completed by the application provider service terminal.Before the electronic paymentapplication is downloaded it is required to check whether there is a supplementary security domain belonging to the application provider in the smart card and the specific checking method is as follows1.reading feature information ICCID of the smart card through the service terminal and then the application provider management platform searching in the database of the smart card in which a supplementary security domain is created of the system whether a supplementary security domain of the application provider has been created in the smart card according to ICCID 2.when the supplementary security domains of the application provider in all the smart cards have the same ID transmitting SELECT message to the smart cards the object parameter in the message being the supplementary security domain ID if it is indicated in the SELECT RESPONSE message returned by a smart card that the corresponding supplementary security domain does not exist judging that there is no supplementary security domain of the application provider in the smart card.
Patent claim: A catheter 1 5 comprising a coil body 20 40 60 80 100 120 formed of at least one stranded wire 30 50 which is formed of a plurality of single wires 31a 31b 51a 51b and is wound into a hollow helical coil structure.

Related passage: In the second embodiment apart from being able to realize effects similar to the abovementioned first embodiment it is possible to realize a relatively minute movement between the first side wires 52b in the first layer 32 and as a result it is possible to effectively suppress plastic deformation of coil body 50 and further increase the resiliency of coil body 50.
Patent claim: The vehicle testing method of any one of claims 1 to 11 wherein said vehicle testing system includes more than one tamper testing sequence and wherein said vehicle testing method further comprises performing at least two tamper testing sequences.

Related passage: At a predetermined timing the CPU 21 a of the monitor apparatus 20 starts the processing of FIG.7 from step 700 thereof.After having proceeded to step 705 the CPU 21a judges whether the vehicle has stopped at a fixed position within a predetermined area through analysis of image data transmitted from the digital camera 23.The term fixed position refers to an area in which the automatic charging apparatus 10 and the monitor apparatus 20 can exchange information with high reliability via their communication apparatuses 13 and 22.The fixed position may be defined as an area in which necessary images of the vehicle license plate drivers seat etc.can be photographed by use of the digital camera 23.Notably the processing in step 705 constitutes vehiclestoppage judgment means for judging whether the vehicle has stopped at the predetermined position.
Patent claim: Seamless quenched and tempered steel pipe according to any one of claims from 1 to 9 wherein the chemical composition consists of by weight0.0500.080 wt C 0.951.20 wt Mn 0.100.35 wt Si 0.100.30 wt Cr 0.150.35wt Ni 0.150.30 wt Mo 0.0000.010 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0200.040 wt Nb 0.0000.015 wt Ti 0.00300.0070 wt N 0.000.20 wt Cu 0.00000.0020 wt S 0.0000.015 wt P 0.00000.0005 wt B 0.0000.015 wt Zr 0.0000.015 wt Ta the remaining being iron and satisfies the following additional conditions P150 x CCr10 x Mo70 x V in the range from 4.2 to 7.5P210 x CMnCr4 x Mo16 x V in the range from 2.31 to 3.66 CEIIWCMn6CrMoV5 CuNi15 in the range from 0.36 to 0.41 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5 x B in the range from 0.16 to 0.21.

Related passage: 5 Quenching As the cooling rate in quenching increases high strength and high toughness are more easily obtained even in thick wall pipes.Namely as the cooling rate gets closer to a theoretical limit of the cooling rate higher strength and higher toughness are obtained.The necessary average cooling rate is not less than 5Csec at a temperature ranging from 800 to 500C.The preferable rate is not less than 10Csec and a more preferable rate is not less than 15Csec.
Patent claim: A method for rescheduling an uplink UL transmission for a hybrid automatic repeat request HARQ process the HARQ process having a first transmission and at least one retransmissions of an encoder packet the method comprising if the encoder packet from a mobile station is not successfully decoded scheduling an UL transmission of a subpacket of the encoder packet at a predetermined time interval 221 transmitting control information to the mobile station pertaining to the UL transmission the control information comprising 222 information to uniquely identify the HARQ process and an identification of one of a time resource a frequency resource and a time and frequency resource that is allocated for the UL transmission.

Related passage: The most common technique for error detection of nonreal time services is based on Automatic Repeat reQuest ARQ schemes which are combined with Forward Error Correction FEC called Hybrid ARQ.If Cyclic Redundancy Check CRC detects an error the receiver requests the transmitter to send additional bits or a new data packet.From different existing schemes the stopandwait SAW and selectiverepeat SR continuous ARQ are most often used in mobile communication.
Patent claim: The control device of the indoor unit according to claim 1 further comprising a switching unit that performs switching between a registration mode and a normal mode the registration mode being a mode in which the association information is able to be registered in the server the normal mode being a mode in which the registration mode is cancelled the first identification information on the information terminal is not acquired by the information acquisition means and theassociation information is not transmitted by the information transmission means.

Related passage: First the serviceperson accesses the remote management server 30 by launching the Web browser installed on the mobile phone 70 and entering a prescribed URL in the Web browser.Upon gaining access the process of the remote management server 30 shown in FIG.9 is started.
Patent claim: The node of claim 11 wherein the packet manager is configured to transmit an upstream flow of packets according to a QoS level based on an SLA if feedback associated with the upstream flow of packets has not been received by the feedback manager and transmit the upstream flow of packets according to a different QoS level if feedback associated with the upstream flow of packets has been received by the feedback manager.

Related passage: When looking at the endtoend QoS the mobile terminal is always one of the ends.It is the receiver of the contents and the user of the service.Therefore the terminal must participate in the QoS control.Traditional network based QoS controls are usually localized i.e.control is only based on local network conditions.For example a terminal sending 2Mbps traffic to another terminal through a few networks could have packet drops in each of the network and they would perform control separately.This kind of uncoordinated control is inefficient not optimised.Since a mobile terminal is the ultimate consumer of the traffic it has all the information about the QoS it enjoyed.A system that uses this information for QoS control could bring a better user experience.
Patent claim: A branch angle designing support device 10A which supports designing of a branch angle at a branch point of a wire harness W1 when laying out in a planar manner the wire harness W1 constituted of a plurality of electric wires 3 bundled together constituting a threedimensional structure 2 the branch angle designing support device 10A comprising a path information acquisition unit 11A acquiring path information indicative of a path of the wire harness W1 a circuit information acquisition unit 11B acquiring circuit information indicative of a circuit of the wire harness W1 an electric wire path calculation unit 11C associating according to an end of the each of the plurality of electric wires 3 the path information acquired by the path information acquisition unit 11A with the circuit information acquired by the circuit information acquisition unit 11A and calculating from the associated information an electric wire path of the each of the plurality of electric wires 3 in the planar layout a branch point information production unit 11D producing according to the plurality of electric wire paths calculated by the electric wire path calculation unit 11C branch point information for displaying a flow of the each of the electric wires 3 at the branch point on the wire harness W1 and a branch point information output unit 11E outputting the branch point information produced by the branch point information production unit 11D to support designing of the branch angle.

Related passage: Here the fullsize drawing design data includes an information on nodes through which the respective circuits pass node information an information on spans connecting the respective nodes span information and an information on accessories to be connected with some of the nodes part information.