bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A system 10 for switching from a first to a second mobile network operator characterized in that the system comprising a device 12 and a token 14 the token cooperating with the device the token comprising means for storing a set of at least two subscriptions each of the at least two subscriptions being associated with at least one mobile network operator a first subscription being active at the token and the device the first subscription being related to a first mobile network operator the token is configured todetect a current value relating to at least one predetermined time parametercompare the current value relating to the time parameter to at least one predetermined first reference value relating to the time parameterswitch if the current value relating to the time parameter is greater than or equal to the first reference value relating to the time parameter to a second subscription relating to a second mobile network operator andsend to the device at least one identifier relating to the second subscription.

Related passage: The process in Fig.5 comprises the steps ofreceiving F40 a signal from the agenda where such signal comprises for example day of the week and time checking F41 the presence of a current connection and in case of lack of connection waiting F42 till the connection is performed checking F43 whether a sound signal emission parameter is active and emitting F44 the sound signal if the result is positive checking F45 whether a confirmation request parameter is active and if the result is negative activating F47 a new slot 16 in case the confirmation request parameter is active checking F46 whether activating a new slot 16 and activating F47 the new slot 16 if the result ispositive performing F48 the usual functions of the device 1 like for example the usual functions of a cellular phone 1.
Patent claim: The junction box according to claim 1 wherein the cover is mounted to the base by means of snapfitting.

Related passage: Referring to FIGS.7 and 8 the junction box 210 is adapted to receive one or more flexible foil strips 322 of a solar panel array not shown in the Figures.The foil strips 322 are inserted within and connected to the junction box 210 in the same manner as that described above with respect to the junction box 10.Once the foil strips 322 are in position low insertionfemale connectors 326 clip the foil strips 322 to the buss bars 306 to ensure a reliable physical and electrical connection between them.Each of the connectors 326 may include strength ribs for improved retention of the connection not shown in the Figures.The connectors 326 are quickly and easily connected to and disconnected from to the buss bars 306.As shown in FIG.6 and 8 an electrical wire 328a is connected to one of the connectors 326 while an electrical wire 328b is connected to another one of the connectors 326.The remaining connectors 326 are utilized to maintain the physical and electrical connection between the associated foil strip 322 and the buss bar 306.The walls 271 separate and insulate the connectors 326 from one another.Once the connectors 326 are in place the cover 216 is attached to the base 214.When the cover 216 is fully engaged with the base 214 bosses extending from the interior surface of the cover 216 not shown in FIGS.6 through 8 are forced against a corresponding one of the connectors 326 further compressing it and creating a spring tension thereon which in turn pinches and retains the associated foil strip 322.As a result a reliable physical and electrical connection between the foil strips 322 and the buss bars 306 is achieved.
Patent claim: The electrosurgical device of claim 11 wherein the at least one impedance loss model parameter includes a source impedance parameter and a leakage impedance parameter.

Related passage: Embodiments of the presently disclosed system and method are described with reference to the drawings where like reference numerals refer to similar elements throughout the various figures.Referring to FIG.1 there is shown an exemplary embodiment of an electrosurgical system 2 having an electrosurgical generator 10 providing electrosurgical energy to a patient also referred to as the load.A control system 12 is provided for controlling the output of the electrosurgical generator 10.The electrosurgical generator 10 outputs energy including a voltage Vin 26 which is transferred or carried to the patient tissue or destination via one or more energy carrying components such as a cable a blocking capacitor a circuit board a handset of an electrosurgical instrument etc.The cable andor the other components collectively have exemplary characteristics represented by box 14 which may be represented as a series inductor and shunt capacitor.A first impedance Zsrc 28 associated with box 14 includes resistance Rsrc 30 and inductance Lsrc 32.A second impedance ZLkg 34 associated with box 14 includes capacitance CLkg 36 through which a leakage current ILkg 38 flows.The electrosurgical energy is delivered to the patient via at least one electrode 16 of the electrosurgical instrument.A voltage Vload 40 and a current Iload 42 are delivered to the patient having a load impedance Zload 46 which is associated with the tissue resistive load Rload 44.
Patent claim: The Xray interferometer according to claim 8 wherein the phase contrast sensitivity of the obtainable image of the object 130 ranges from 150 to at least 300.

Related passage: Embodiments of the invention comprise a beam splitter grating having an aspect ratio of for example maximal 4 6 10 or 12 for respective energies as well as a polychromatic and incoherent Xray tube source.More specifically the aspect ratio is such that lt e.g.2 14 thereby causing a corresponding reduction in the required structure depth H of the grating.Since the phaseshift obeysis proportional to H for instance the H35 m grating designed as agrating for 28 keV can also be used as a2 grating at Xray energy 56keV or even as a 4 grating at 112 keV.
Patent claim: The method of any one of claims 1 to 8 further including the steps of providing the turbine 40a40b with a diffuser at a downstream end of the turbine 40a40b controlling a further blowoff flow from the compressor 20 based on the monitoring for the purpose of avoiding the surge condition and directing the further blowoff flow to the diffuser.

Related passage: During potential compressor surge conditions a compressor discharge bleed air circuit is utilized.This circuit causes some of the compressor discharge bleed air to bypass the combustor and directs the bleed air directly to the gas turbine exhaust stack 30 via stream 32 and throttle valve 34 the valve 34 also controlling the amount of bleed air introduced into the combustor 20.
Patent claim: Communication system comprising a long term evolution network LTE network and a user equipment UE for the network the UE comprising a memory for an element of information of Multimedia Broadcast Multicast Services MBMS log Minimization of Drive Test MDT configuration information for the UE the element having a first value for identifying a signaling based operational mode of MBMS log MDT for the UE and the element having a second value different from the first value for identifying a management based operational mode of MBMS log MDT for the UE.

Related passage: In step 302 the UE starts to measure the MBMS service after receiving the notification message and records the measurement result of the corresponding measurement quantity periodically i.e.measurement log.Wherein the content recorded in the measurement log includes the radio signal quality RSRP and RSRQ values of the current network the successful decoding rate for the UE receiving the MCCH channel the bit error rate for the UE receiving the MTCH service channel the identification of the serving cell where the UE is currently located and the GPS geographical location and the recorded timestamp information.
Patent claim: The motor drive control device according to any one of claims 3 to 6 wherein the calculating part determines based on the gear ratio a coefficient by which to multiply a difference between a smoothed pedal input torque in which the pedal input torque is smoothed and the pedal input torque and wherein the calculating part calculates the assist torque by adding a product of said difference and said coefficient to a product of the smoothed pedal input torque and the second ratio wherein preferably the coefficient is set so as to be smaller when the gear ratio is set higher compared to when the gear ratio is set lower.

Related passage: The assistance control part 73 has a gear ratio calculating part 75 a propulsion force calculating part 76 and an output control part 77 as functional features.The propulsion force calculating part 76 is an example of a propulsion force calculating section and the output control part 77 is an example of a motor control section.During execution of an assist mode the gear ratio calculating part 75 reads a front tooth count FT corresponding to a current shift position of the front external transmission device 111f and a rear tooth count RT corresponding to a current shift position of the rear external transmission device 111r from the front tooth count storage part 96 and the rear tooth count storage part 97 of the memory device 95 and calculates a gear ratio R RFTRT.The propulsion force calculating part 76 reads information from the torque sensor 17 expressing a torque T resulting from a current pedaling force imparted by a rider and calculates a current propulsion force DF df1RT based on the calculated gear ratio R and the torque T expressed by the acquired information.The propulsion force DF expresses an output torque of a drive wheel driven by human power i.e.an output torque of the rear wheel.The output control part 77 calculates an assistance force AF AFARDF based on the calculated propulsion force DF and an assistance rate AR corresponding to the assist mode and controls the output of the motor 60 based on the calculated assistance force AF.
Patent claim: The method according to claim 5 comprisingproviding by a human operator the link definition 301 to only one of ICD generation module 160 and line interface configuration module 161 andimporting by the teleprotection IED engineering tool 16 the channel definition 301 into the respective other module 161 160.

Related passage: Fig.1 depicts a utility communication network with a first node or terminal 11 a second node or terminal 21 and a Wide Area Network WAN 30 as part of a nondeterministic communication channel e.g.based on User Datagram Protocol UDP with unacknowledged transmission between the two nodes.The two nodes 11 21 are dedicated teleprotection devices located at a first substation 10 and at a second substation 20 respectively and hardwired to a number of protection relays 12 22 or other secondary equipment of the respective substation.The two nodes 11 21 may be interconnected via other communication channels such as a Power Line Communication PLC channel along an overhead power line 40 between the two substations 10 20.The relays 12 22 in turn are connected to the primary equipment of the substation and provide a signal or state to be transmitted e.g.a tripping signal or command related to a distance protection function of the overhead power line 40.
Patent claim: An electric control device comprising a fixed member having a bicycle mounting part a user operating member movably mounted to the fixed member the user operating member including a first magnetic element and a position sensing unit having a rotating member and a position sensor that senses a position of the rotating member the rotating member including a second magnetic element that rotates the rotating member as the user operating member is moved at least one of the first and second magnetic elements being configured to generate a magnetic field.

Related passage: The movableside magnet 32 is made of a cylindrically formed permanent magnet and secured to the slider 33 as described later so that its inside round surface faces the outside round surface of the fixedside magnet 31 through a gap.In other words the fixedside magnet 31 is inserted into the movableside magnet 32.The movableside magnet 32 of this embodiment is glued to the inside round surface of the slider 33 described later positioned coaxially with both the pedal crankshaft 2 and the fixedside magnet 31 as shown in FIG.2 so as to overlap the fixedside magnet 31 as seen in the direction at a right angle to the axial direction.The movableside magnet 32 may also be made integrally with the slider 33 by insert forming.The movableside magnet 32 of this embodiment is positioned to face the outside round surface of the fixedside magnet 31 on the end of the vehicle body right side in the state of the slider 33 being located in the initial position shown in FIG.1 and FIG.2.
Patent claim: The server of claim 14 wherein the network interface receives a list of functions of each of the plurality of devices from a predetermined device from among the plurality of devices wherein the determining unit determines whether at least one operation defined by combining a function of the predetermined device and a function of another device from among the plurality of devices is included in the operation definition file.

Related passage: The service control device 20a accesses the description information based on the positional information sent from the electronic device 20b thereby acquiring the information relating to the hardware of the electronic device 20b the function performance and setting condition of the hardware and the like.Specifically the service control device 20a acquires the description from the electronic device 20b in the HTTP GET method based on the information of the LOCATION header sequences s103 and s104.
Patent claim: The inkjet recording method according to any one of Claims 1 to 11 wherein the ink further comprises a polymerization accelerator.

Related passage: The illumination intensity of exposure means in the first exposure step is at least 50 mWcm2 but less than 500 mWcm2 and is preferably 100 to 400 mWcm2.When in the abovementioned range spreading while wet of a fired droplet is particularly promoted and a printed material having excellent surface gloss is obtained furthermore it is difficult for fired droplet interference to occur and a printed material having inconspicuous stripe unevenness is obtained.
Patent claim: The nickelbased superalloy of claim 1 comprising about 3.5 chromium about 10.0 aluminum about 6.0 tantalum about 3.5 tungsten about 0.05 carbon about 0.05 boron about 0.05 zirconium about 0.03 yttrium about 0.15 hafnium about 0.3 silicon and a balance of nickel.

Related passage: The diffusion samples of Examples 1 to 15 may be deemed as the actual coating examples.In addition to heat diffusion using such diffusion materials the coating method used in the present invention may employ a variety of spray methods.In this case the composition can be determined based on assumption that the composition of the coating material after spraying is substantially the same as that of the raw material powder.
Patent claim: A method comprising a obtaining an image the image having a first color space b identifying a first filter to change the first color space of a first image to a second color space c identifying one or more second filters to perform a function on a second image d identifying a third filter to change the color space of a third image to a third color space e applying the first filter to the first image to generate the second image f applying the one or more second filters to the second image to generate the third image g applying the third filter to the third image to generate a result image h rendering the result image to a memory and i displaying the result image on a display.

Related passage: One type of noise found in color digital camera images appears as low frequency highly colored patterns in regions of high spatial frequency for example tweed patterns in clothing.These patterns called color moire patterns or simply color moire produce large slowly varying colored wavy patterns in an otherwise spatially busy region.Color moire patterns are also referred to as chrominance aliasing patterns or simply chrominance aliasing.
Patent claim: The industrial vehicle 10 according to claim 1 further comprising a torque restriction resuming unit 32 which after the torque restriction is released by the torque restriction releasing unit 32 if one of a condition that the opening of the accelerator 29 detected by the accelerator opening detector 30 is a fourth predetermined value XB or smaller and a condition that the vehicle speed detected by the vehicle speed detector 33 once reaches or exceeds a fifth predetermined value YB and then decreases to or below the second predetermined value YA is satisfied resumes the torque restriction.

Related passage: An example of the torque reduction amount table is shown in FIG.8.In FIGS.8a to 8c V0 to Vmax N11 to N16 N21 N31 a111 to a122 b111 to b152 and c111 to c151 indicate numerical values.V0 to Vmax are vehicle speeds where V0 lt V1 lt V2 lt V3 lt V4 lt Vmax.In particular Vmax is the maximum speed of the vehicle.Also N11 to N16 N21 and N31 are engine rotation speeds where 0 lt N11 lt N12 lt N13 lt N14 lt N15 lt N16 0 lt N21 lt N12 and 0 lt N31 lt N12.Also a111 to a122 b111 to b152 and c111 to c151 are torque reduction amounts and are values greater than zero.In this manner the relationships between the vehicle speed the engine rotation speed and the torque reduction amount of each table are different from each other.Therefore the torque reduction amount varies in accordance with the lowload conditions even when the engine rotation speed and the vehicle speed are the same.
Patent claim: A rotary compressor 1 comprising a sealed vertical compressor housing 10 in which a refrigerant discharging unit is provided at an upper part a refrigerant intake unit is provided at a lower part and lubricant oil is retained a compressing unit 12 configured to be disposed in the compressor housing 10 include an upper end plate and a lower end plate that block an annular cylinder and end portions of the cylinder and discharge a refrigerant sucked from the intake unit through the discharging unit by compressing the refrigerant in the cylinder and a motor 11 configured to be disposed in the compressor housing include a cylindrical stator 111 and a rotor 112 that is fixed to a rotation axis 15 to rotate in the stator and drive the compressing unit via the rotation axis wherein in a case where an inner diameter of a body unit 10A of the compressor housing is Dm an outer diameter of the upper end plate of the compressing unit is Db and an outer diameter of the stator of the motor is Ds Dm Db and Ds are set such that two expressions of 0.05 mmDmDb0.05 mm and 0.1 mmDmDs0.2 mm are satisfied and an outer circumferential portion of the upper end plate and an outer circumferential portion of the stator are respectivelyspotwelded to the body unit of the compressor housing at a plurality of sites separated in a circumferential direction.

Related passage: Here the plural spot joining portions fix the motor stator to the cylindrical portion by spot joining in a state where a clearance is secured between the motor stator and the cylindrical portion so it is possible to suppress vibration and noise of the cylindrical portion of the casing.
Patent claim: Machine according to claim 2 or 3 characterized in that each of said upper and lower breaking tools 32a 33a has a spherical head for engagement against the plate L.

Related passage: Automatic cutting of multilayered glass sheets is obtained with machines of the type illustrated in Figure 2 comprising a bench 1 defining a resting surface 2 for the glass sheets L and a fixed bridge 6.Cutting of the multilayered glass sheet L is obtained with a first step of scoring of the top and bottom sheets a step of breaking of each of said top and bottom sheets into two separate portions a step of softening of the plastic film and a step of detachment or of tearing of the plastic film to obtain a total separation of the two portions of the multilayered glass sheet.On account of the relative complexity of said operations the bridge 6 is fixed with respect to the work bench in so far as it has a very complex and heavy structure.An example of embodiment of the devices prearranged on the fixed bridge 6 may be seen in the annexed Figure 3 which also regards the prior art.The fixed bridge 6 comprises wheel scribing tools 7 and 8 set respectively beneath and above the working surface 2 carried respectively by two slides 9 and 10 that slide in the direction Y on the bridge 6.The bridge 6 further comprises means for breaking the top sheet and the bottom sheet included between which is for example a breaking wheel of the type designated by 11 in Figure 3.Likewise provided are means for heating the plastic film not illustrated that intervene following upon the breaking operation.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein the Route Optimization function is executed for a certain route only after the Learning phase has been completed for a sufficient number of Waypoints belonging to that route.

Related passage: In a network with a central station 31 as is schematically presented on Fig.2 an advantage is an increased control of the communication so that the integrity of the messages and the correctness of information contained can be checked.However such networks are more rigid and have the major disadvantage that if the central station 31 is not reachable or is not functioning correctly the entire network is affected.
Patent claim: Wireless communication device 1 according to at least one of the claims 10 to 12 wherein said measures for adaptation of cellchange criteria comprise at least one out of the groupconsidering at least one of the fake cell probability levels as cellreselection criterionfiltering out of at least one base station 4 determined to be insecure based on the technology standard supported by the base station according to a preconfiguration of insecure technology standards andfiltering out of those base stations identifying itself as being assigned to a cellular network 6 rated as insecure.

Related passage: The idea of the present invention is basically as follows There is a mobile terminal that is provided with software having an access to the network measurement parameters received.The mobile terminal comprises software by which all kinds of anomalies in the signaling transmissions of the base stations nearby can be analyzed and detected.The anomalies can be for example anomalies in BCCH transmissions like a LAC code of one base station differing substantially from the LAC code of other cells surprisingly high transmission power unknown cell id different periodic location update frequency different C1 or C2 value and anomalies in signalling messages like wrong network time different cause code in location update termination incorrect paging message paging message with IMSI international Mobile Subscriber Identity or some combination of the previous.An anomaly can also be a geographical location of the rogue base station that is not included in a list of possible locations of the base stations belonging to the serving cellular network.