bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A terminal device 30 comprising a communication unit that receives second data from a receiving device that receives from a sending device first data and the second data which is related to specific data contained in the first data 31 and an output unit that outputs the information related to the specific data received from the sending device or the receiving device on the basis of the second data 35.

Related passage: Thus FIG.1 depicts a system where a mobile communications device 109 communicates over one or more data networks with sources of information and services.Device 109 also communicates with a broadcast radio receiver receiver 113 over interface 166.Receiver 113 receives broadcasts by one or more different technologies such as FM and satellite radio.Interface 166 can be implemented for example using one or more local communication links such as a Universal Serial Bus USB port and a Bluetooth link which can operate according to an extension of existing MicrosoftSync technology.Currently Sync provides a capability for a mobile transceiver device to send data to a computer system embedded in certain automobiles such as automobile 111 and can use Bluetooth as a physical link.Sync can be used as a logical link connection to send the described metadata from the embedded computer system to device 109.Further explanation of the functioning of system 100 and methods for such are described below.
Patent claim: The method for local voice survivability according to claim 3 wherein the maintaining a user account and temporary user state information for the user terminal in the monitoring process comprises deleting the user account and the temporary user state information of the user terminal if no update of the temporary user state information is detected within a preset monitoring period.

Related passage: Figure 7 is a diagram representing a scenario involving the same entities of the scenario of Fig.5 and showing a case of a failed node coming back to working order.Same numbers are used to identify components having the same or similar functions.In the illustrated scenario node PCSCF 34 receives SIP traffic from UE 35 and opens a transportlayer connection with SICSCF 33.PCSCF 34 sends a first message to SICSCF 33 such as a REGISTER message.The node SICSCF 33 can be configured to promote to service status node PCSCF 34 after having received N messages where N is configurable.In the exampleof Fig 7 PCSCF 34 is reinstated to service condition by SICSCF 33 after having received 3 messages N3.Receipt of the third message starts the timer associated with the adjacent node and monitoring procedure to check liveliness of adjacent nodes takes place as described previously with reference to Figs.4 and 5.
Patent claim: Machine according to claim 14 or 15 characterized in that said gripping means 8 for gripping the plate L are selected from clamps 8 adapted to grip an edge of the plate L or vacuum cups adapted to engage the upper orlower surface of the plate L.

Related passage: At the end of the scoring operation the sheet L is subjected to a step of breaking a step of softening of the plastic film with known means for example via localized heating by means of a resistor and a step of tearing of the plastic film to obtain a total separation of the two portions L1 and L2 illustrated in Figure 9B.The further machining steps subsequent to the cutting step can be performed in any known way either automatically or manually.
Patent claim: A coated cutting tool comprising a substrate and a multilayered TiAlN coating where the coating comprises three zones a first zone A closest to the substrate a second zone B adjacent to the first zone and a third outermost zone C where zones B and C each comprises a multilayered aperiodic structure of alternating individual TiAlN layers X and Y where individual layer X has a composition with a higher Ticontent than individual layer Y where the average composition for each zone is different from each other and characterized in that the ratio between the thickness of zone C and zone B is between 1.3 and 2.2 and where zzone Cgtzzone B where x is the average composition for each zone of the ratio zTiAl.

Related passage: After conventional post sintering treatment the coating consisting of two TiAlNlayers with different AlTiratios are deposited with cathodic arc evaporation or magnetron sputtering.The inner layer has a higher AlTiratio than the outer layer.The inner layer consists of an AlyTi1yNlayer with y0.40.67 preferably 0.450.60.The coating thickness of the inner layer is 0.32.5 m preferably 0.52.0 m.In one preferred embodiment the inner layer is an aperiodic lamella coating consisting of alternating layers of AlzTi1zN and AlvTi1vN where z0.550.70 preferably z0.60.67 and v0.350.53 preferably v0.400.50.The coating thickness of each individual layer is 0.120 nm preferably 110 nm.The outer layer consists of an AlwTi1wN layer with w0.150.35 preferably w0.200.30.The coating thickness of the outer layer is 0.55.0 m preferably 1.04.0 m.In one preferred embodiment the outer layer consists of an aperiodic lamella coating with alternating layers of AlmTi1mN AlnTi1nN and AlkTi1kN where m00.2 preferably m00.1 n0.350.53 preferably n0.400.50 k0.550.70 preferably k0.60.67.The coating thickness of each individual layer is 0.120 nm preferably 110 nm.The total thickness of the coating is 0.87.5 m preferably 1.56.0 m.
Patent claim: An apparatus for discovering Multimedia Broadcast Multicast Service MBMS in a wireless communications system WCS the apparatus comprising means for receiving a data element from a network entity within a WCS area the data element including service identifiers mapped to corresponding cell identifiers to indicate respective MBMS services to be broadcast in the WCS area on one or more adjacent cells that are identified by respective ones of the cell identifiers and means for discovering at least one of the MBMS services broadcast within the WCS area on a corresponding one of adjacent cells using the data element.

Related passage: Another problem associated with receiving data during Broadcast mode and Multicast mode which is also implied by the problem described above is that the higher the amount of signalling i.e.the higher the amount of neighboring cells and the amount of ongoing sessions both in the serving cell and one or more of its neighboring cells the longer the time it takes to send all the necessary MBMS neighbor cell information messages in the serving cell.As a result a mobile station MS i.e.an MS that is in motion has a lower probability of receiving the ptm information for the cell into which it is moving prior to reselecting the newcell.Thus the utility associated with transmitting neighboring cell information in broadcast mode or multicast mode becomes jeopardized.
Patent claim: A wind turbine for generating electrical power the wind turbine 100 comprising a tower 120 a rotor 110 which is arranged at a top portion of the tower 120 and which comprises at least one blade 114 and an electromechanical transducer 140 340 as set forth in the preceding claim wherein the electromechanical transducer 140 340 is mechanically coupled with the rotor.

Related passage: For instance as shown in Fig.2 and Fig.3 on a single rotor there are multiple permanent magnets 11 21 arranged evenlyspaced apart concentrically.Although the present invention makes it possible to increase the number of the magnetic poles created by the permanent magnets disposed on each rotor in case of a size increase the number ofpoles is preferably not less than four and even more preferably not less than four and not more than 48 poles while the number of the stator coils facing the magnet poles is preferably not less than three and even more preferably not less than four and not more than 48.When the number of poles of the magnets is less than four poles generated voltage may sometimes be insuffient.The polarity of the magnets is oriented in the axial direction.The adjacent magnets are disposed so as to have opposite polarity.In Fig.2 and Fig.3 a rotor with eight poles eight magnets is formed.
Patent claim: The light emitting unit according to claim 5 wherein the wavelength conversion member includes a wavelength conversion material sealed in a tubular container.

Related passage: In the light emitting device package 110 the light emitting device chips 130a and 130b are directly mounted on a circuit substrate 120 such as a printed circuit board PCB.The light emitting device chips 130a and 130b may be GaNbased light emitting diode LED chips for emitting blue light.However in some cases the light emitting device chips 130a and 130b may be ultraviolet LED chips.Alternatively the light emitting device chips 130a and 130b may be organic light emitting diode OLED chips or other wellknown light emitting device chips.Zener diode chips may be also mounted to protect the light emitting device chips 130a and 130b.A plurality of the light emitting device chips 130a and 130b may be wired by using a flip chip bonding method or a wire bonding method.The light emitting device chips 130a and 130b may be coated and protected by transmissive resin encapsulation portions 135.Although the light emitting device chips 130a and 130b are coated by the transmissive resin encapsulation portions 135 in pairs of two in FIGS.1 and 2 the current embodiment is not limited thereto.For example one three or more of the light emitting device chips 130a and 130b may be coated by each of the transmissive resin encapsulation portions 135.Alternatively the transmissive resin encapsulation portions 135 may be omitted.Also the light emitting device chips 130a and 130b are aligned in a row in FIGS.1 and 2 the current embodiment is not limited thereto.For example the light emitting device chips 130a and 130b may be aligned in a plurality of rows or may be aligned in a curved line or a predetermined pattern instead of a straight line.The light emitting device package 110 is an example of a chip on board COB type package.
Patent claim: The use of a nitrogencontaining ashless dispersant additive in an amount providing in the range of 50 to 150 preferably 75 to 125 ppm N by mass in a trunk piston marine lubricating oil composition for a mediumspeed compressionignited marine engine fueled by a heavy fuel oil and its lubrication by the composition the composition having a BN in the range of 20 to 60 preferably 30 to 55 the use being to diminish the loss of BN and to diminish the increase in viscosity without adversely affecting deposits performance.

Related passage: In another aspect the present invention relates to a black sludgeminimizing trunk piston engine lubricating oil composition comprising a major amount of one or more Group I base oils and one or more dispersant additives where the concentration of the one or more dispersant additives within the trunk piston engine lubricating oil composition is about 0.20.6 wt.on an actives basis where the composition has a total base number of at least about 12 and where the trunk piston engine lubricating oil composition reduces black sludge formation in an engine by at least about 5 when compared to a dispersantfree lubricating oil composition.
Patent claim: A control device according to claim 3 wherein a sum of a constant phaseoffset and a timestamp value carried by each timing message is the ideal reception moment of that timing message.

Related passage: Functional block 111 in the processor device is arranged to produce phase indicators 120 to 123.Temporal change of phase indicator 120 indicates the temporal change in the phase of the clock signal 115 to be adjusted compared to the phase of the clock signal 125 of network element 102 temporal change of phase indicator 121 indicates the temporal change in the phase of the clock signal 115 to be adjusted compared to the phase of the clock signal 126 of network element 103 temporal change of phase indicator 122 indicates the temporal change in the phase of the clock signal 115 to be adjusted compared to the phase of the clock signal 127 of network element 104 and temporal change of phase indicator 123indicates the temporal change in the phase of the clock signal 115 to be adjusted compared to the phase of the clock signal 128 of network element 105.
Patent claim: The catheter of claim 5 wherein when the distal assembly is in its expanded arrangement each spine extends radially outwardly from the catheter body and forms a curved shape.

Related passage: As shown in FIGS.1 and 2 the catheter body 12 comprises an elongated tubular construction having a single axial or central lumen 15 but can optionally have multiple lumens along all or part of its length if desired.The catheter body 12 is flexible i.e.bendable but substantially noncompressible along its length.The catheter body 12 can be of any suitable construction and made of any suitable material.A presently preferred construction of the catheter body 12 comprises an outer wall 13 made of polyurethane or PEBAX polyether block amide.The outer wall 13 comprises an imbedded braided mesh of stainless steel or the like as is generally known in the art to increase torsional stiffness of the catheter body 12 so that when the control handle 16 is rotated the distal end of the catheter body 12 will rotate in a corresponding manner.
Patent claim: The method of claim 1 wherein the predetermined response criteria comprises the one or more response messages including certain types of messages at least one of the certain types of messages having a measured signal strength at or above a predetermined signal strength level.

Related passage: One use of the present invention is in a cellular telephone that includes an integrated Bluetooth radio.It is common for such cell phones to be paired to a variety of Bluetooth peripherals such as handsfree headsets handsfree car kits Bluetooth speaker systems Bluetooth stereo adapters etc.The APC software is installed on the cell phone and an associated icon is displayed on the cell phones main display page.The user can enable the APC function simply by clicking on the icon.When the icon is clicked its image is changed to indicate that the cell phone is in APC mode.The user simply clicks the icon in order to toggle in or out of the APC mode.In order to pair to a new wireless device the user simply turns on the new wireless device and brings it into proximity with the cell phone.The proximity factor may be determined by a maximum range such as less than two feet less than one meter etc.Provided that the wireless device automatically enters the pairing mode when turnedon no other user interaction is required.However if the new wireless device requires a particular sequence of keystrokes then the user will be required to perform those keystrokes in order to set the new wireless device for the pairing operation.When the pairing operation is complete the cell phone displays a message indicating that it is connected to the new wireless device.As an option the cell phone may display a message that indicates successful pairing operation and request that the user presses a key in order to connect to the new wireless device.
Patent claim: The nontransitory computerreadable storage medium 548 of claim 19 further comprising aggregating the collected data to be sent to the PDN gateway 308 wherein the collected data is aggregated based upon a type of the collected data.

Related passage: For example a wireless access gateway WAG of an alternate access network operates as a SaMOG to enable GTPbased connectivity with a mobile network gateway of a mobile network.Using nonmobile authentication methods a wireless device sends subscriber credentials that do not include an ISMI to the SaMOGbased WAG.The WAG forwards the subscriber credentials to an Authentication Authorization and Accounting AAA server which uses the subscriber credentials to query a subscriber database that is not a Home Location Register HLR for the mobile network.The subscriber database uses the subscriber credentials to look up and return an IMSI and MSISDN for the subscriber to the AAA server which forwards the IMSI and MSISDN to the WAG to emulate an HLRbased lookup of subscriber account information.The IMSI and MSISDN may or may not be affiliated with the subscriber in the mobile network HLR.
Patent claim: An IMS network entity configured to identify a charging priority value relating to charging data associated with an IMS messaging transaction and to include the charging priority value in a charging request message sent to a charging control system in the IMS network.

Related passage: When an ICSCF exists between the PCSCF and the SCSCF the ICSCF transfers the message it receives from the PCSCF or the SCSCF to the other party and it also transfers the priority service ID and the priority service class of the UE carried in the message.The processing of multimedia priority services carried out by the ICSCF is the same as that by the PCSCF and SCSCF i.e.it carries outprocessing according to the conventional flow of the existing technological solution if there are available resources and carries out special processing of the SIP service request when it is congested
Patent claim: A method according to claim 11 or 12 further providing controlling said housing part wiht movement of the control part.

Related passage: Manipulation buttons 34 for manipulating the camera mounted at the camera body 30 are disposed on a front surface of the camera body 30.The manipulation buttons 34 may include keys for activating particular functions such as zoominzoomout an image capturing mode switching into an imagecapturing mode and the like.The keys of the manipulation buttons 34 may be operated in a push manner or a touch manner and also inputted by a jog manner e.g.a jog wheel a jog switch etc..In addition one or more of the manipulation buttons 34 may be designated as a key for performing a specific function of the mobile terminal 1.
Patent claim: An electrostatic latent image developing toner comprising at least a binder resin and a releasing agent wherein a maximum thermal expansion coefficient difference SwmaxSrmax is 1 or more the maximum thermal expansion coefficient being a difference between a maximum value Swmax of a thermal expansion coefficient of the releasing agent and a maximum value Srmax of a thermal expansion coefficient of the binder resin that are measured using thermochemical analysis TMA and a temperature at which the thermal expansion coefficient of the releasing agent reaches a maximum is 60 C or more and 75 C or less.

Related passage: In the ester wax of the present invention it is preferable that the half band width at the maximum peak is 5C or less.The half band width is more preferably4C or less more preferably 3.5C or less and particularly preferably 3C or less.Herein the half band width refers to the temperature width of the peak of the differential thermal curve at 12 of the height peak height of a vertical line from the maximum point to the base line.For example in the differential thermal curve of Figure 1 the half band width is 2.3C.When an ester wax whose half band width exceeds 5C is internally added to a toner the toner has the following problem when heat from a fixing roll is instantly applied to the toner during high speed copying the melting properties of the wax in the toner particles become nonuniform the fixing properties are deteriorated and sufficient image stability cannot be obtained.
Patent claim: A liquid cartridge 40 for a line head printer 1 comprising a casing 41 comprising an outer surface a liquid reservoir 40B 40P disposed in the casing 41 and configured to store more than 100 Milliliter liquid therein a liquid flow path configured to place the liquid reservoir 40B 40P in fluid communication with an exterior of the liquid cartridge on the outer surface of the casing 41 a sensor 70 configured to detect a first and a second position of a movable member 60 and configured to output a signal in relation to the first and second position of the movable member 60 a storage 141 configured to store data a substrate 142 disposed on the outer surface of the casing 41 and on which a plurality of terminals 170c177c are disposed wherein the plurality of terminals comprises a sensor terminal 170c 171c connected to the sensor 70 a data terminal 172c 173c connected to the storage 141 a power terminal 174c connected to at least one of the sensor 70 and the storage 141 and wherein a distance between the power terminal 174c and the data terminal 172c 173c is greater than a distance between the power terminal 174c and the sensor terminal 170c 171c.

Related passage: When a judgment process is started by the control programs 33a resistance between the extraction needle 51 and the air introduction needle 52 as the electrodes that is detected by the detection circuit 50 is compared with the data stored in the judgment table memory 33b.If the resistance is lower than 50 k which means that the top surface of the ink 60 stored in the ink cartridge 2 is sufficiently higher than the top opening 66 of the barrier member 64 range a in Fig.4 the programs 33a return to the main process and printing is enabled.In this state electrical continuity between the electrodes is established mainly by the conduction route X and hence the resistance is very low.
Patent claim: The supporting device as defined in Claim 1 wherein the receptacle unit 18 comprises at least one cover element 24 to close at least one receptacle opening of at least one receptacle chamber 26 of said receptacle unit 18.

Related passage: The forward end of the transmission housing 280 has a generally partconical portion 290 which abuts a corresponding partconical portion 292 formed on the tool housing 222.The part conical portions 290 and 292 form an angle of approximately 15 with the longitudinal axis of the spindle 248.The interface defined by the partconical portions 290 and 292 defines a stop at which the transmission housing 280 rests against the tool housing 222 when the hammer drill 220 is in its inoperative condition.When the hammer drill 220 is being used in normal operating conditions a gap opens up between the surfaces of the partconical portions 290 and 292 which helps to damp axial and lateral vibrations that would otherwise be directly transmitted from the tool bit not shown to the user holding the hammer drill 220.Naturally this gap slightly increases as the transmission housing moves backwards against the bias of the damping springs 282 286.This helps to damp the increased axial and lateral vibrations which may arise when the user applies greater forward pressure tothe hammer drill 220.However the gap is sufficiently small that the hammer drill 220 and the transmission housing 280 can always be adequately controlled by the user via the interface between the partconical portions 290 292 which maintains alignment of the transmission housing 280 with the tool housing 222.
Patent claim: A method for page control with event display for use in an electronic device 500 comprising providing a plurality of pages PA PB PC displaying a plurality of page indicators PIA PIB PIC via a display unit 210 of the electronic device 500 wherein each of the page indicators PIA PIB PICcorresponds to one of the pages PA PB PC determining whether an event corresponding to at least one specific page exists and when an event corresponding to the specific page exists displaying an effect on the page indicator PIA PIB PIC corresponding to the specific page via the display unit220 indicating the event is present for the specific page.

Related passage: The makeup of the rings 70 is completely customizable by the user.That is a user can select which icons 48 will be grouped together in a ring 70 can determine the number of rings 70 and can determine the stacked arrangement of the rings 70.Also the user can select the specific positional arrangement of the icons 48 within any given ring 70.