bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 1 wherein measuring the distances comprises assessing the distances depending on parameters of an ablation signal used for forming the ablation sites.

Related passage: Typically the system allows the operator to select the parameters that are to be used in marking ablation sites and in setting thresholds to distinguish between sites that have been adequately ablated and those that may not have been adequately ablated.The operator may choose any suitable combination of the measured parameters for this purpose.Depending on the selected parameters and the applicable thresholds the system may decide which sites to mark or not mark andor may vary the appearance of the marks that it places on the map.
Patent claim: The RFOG of claim 1 wherein the sine wave generator and the modulation stripper are implemented together in a signal processing device wherein the signal processing device comprises a first demodulator that receives the I signal component from the sine wave generator a second demodulator that receives the Q signal component from the sine wave generator a first accumulator that receives a demodulated signal from the first demodulator a second accumulator that receives a demodulated signal from the second demodulator a first multiplier that receives a control signal from the first accumulator and the I signal component a second multiplier that receives a control signal from the second accumulator and the Q signal component and a summer that combines multiplied signals output from the first and second multipliers and outputs a digital stripper signal.

Related passage: The CW slave laser 214 is locked onto a resonance frequency of the resonator 112.To determine the center of the CW resonance frequency the CW slave laser 214 is modulated using a resonance tracking modulation frequency.In some embodiments a separate modulation frequency is used for each laser beam traveling through the resonator.In other embodiments a single commoncavity modulation frequency is used as the resonance tracking modulation frequency for each laser beam traveling through the resonator.Commoncavity modulation is a type of modulation that uses a common resonance tracking modulation frequency signal fm for all light beams that travel through the resonator.For example this can be done by using thesame modulator for both counterpropagating light waves located in the resonator cavity.By using the same modulator the resonance detection errors are the same for both the clockwise and counterclockwise directions.Since the rotation measurement is the difference between the detected clockwise and counterclockwise resonance frequencies a common error will cancel out common mode rejection in the rotation measurement.The embodiments described herein enable the use of commoncavity modulation to reduce or eliminate rotationsensing errors due to modulator imperfections.In particular as described in more detail below the optical mixer 110 and the resonance tracking electronics 114 are configured to reduce or eliminate errors associated with commoncavity modulation such as errors due to backscattered waves.
Patent claim: The package integrity closure of claim 1 wherein package integrity closure a1 further comprises a container with a top which incorporates the resealable closure the resealable closure comprising a sealing panel which covers an access opening into the container and sealingly engages the top around the access opening so as to originally seal the closure and then after having been opened a first time reseals against the top the structure associated with the sealing panel and the top the structure breakably attached to the sealing panel on one end and permanently attached to a remainder of the top at another end.

Related passage: Advantageously the inner film layer 12 is coextensively formed and adhesively joined to the outer film layer 13.During the manufacturing of the package 10 the first inner film layer 12 is die cut on its side via first tear line 20 which includes all of the dashed lines in Figure 1 other than second tear line 23.Outer film layer 13 is die cut on its side via a third tear line 21 and die cuts 25.Inner and outer tear lines are disclosed in U.S.Patent Application Publication No.20050276525
Patent claim: A gallium nitride substrate comprising a first gallium nitride film and a second gallium nitride film layered on the first gallium nitride film a content ratio of nitrogen to gallium of the second gallium nitride film being greater than a content ratio of nitrogen to gallium of the first gallium nitride film.

Related passage: According to the present invention with placing the GaN in an HVPE reactor maintaining the temperature ranging from about 600C to about 900C flowing HCl gas into the reactor forming gallium chloride gas providing NH3 gas through another inlet the intended GaN can be made by a reaction of the gallium chloride and the NH3 gas.At this time a volume ratio of the HCl gas and the NH3 gas can be controlled to be from about 11 to about 120 and the gallium is used in an excess of quantity.
Patent claim: The information processing system 1 according to any one of claims 1 to 12 characterized in that the information processing unit 14 22 changes the correspondence relation other than a predetermined fixed position within the movable range while maintaining the correspondence relation at the fixed position within the movable range.

Related passage: When the CPU 311 has determined the virtual camera distance Kk step 155 or when CPU 311 has calculated the virtual camera distance Kk step 195 or when the CPU 311 has reset the switching time t to zero step 205 the left virtual camera Hk is disposed in the virtual space step 215.Specifically the CPU 311 updates the imaging direction data 504 by adding the angular velocities of the rotations about the respective axes which are represented bythe angular velocity data 503 having been referred to in step 125 to the rotation angles relative to the respective axes which are represented by the imaging direction data 504.When the imaging direction data 504 has been updated the CPU 311 moves the left virtual camera Hk in the xaxis negative direction so as to be distanced from the originating point O of the virtual space by the virtual camera distance Kk.The CPU 311 disposes the left virtual camera Hk at the rotation angle relative to each axis which is represented by the imaging direction data 504 having been updated by rotating about the originating point O of the virtual space the left virtual camera Hk having been moved.Thus the CPU 311 is allowed to dispose the left virtual camera Hk in cooperation with the movement of the game apparatus 10 as described above.
Patent claim: The amplifier 10 according to one of claims 16 wherein the active element 151 further includes a second cell region 102 the output matching circuit 109 further includes a second wire 106 and a second transmission line 114 the second wire 106 includes an input end connected to an output part of the second cell region 102 and an output end the second transmission line 114 is provided on the substrate 100 and includes an input part connected to the output end of the second wire 106 and an output part connected to the output terminal 121 the first reference plane P0 further includes the inputpart of the second transmission line 114 and the second reference plane P1 further includes the input end of the second wire 106.

Related passage: In the specification it is assumed that the Smith chart represents normalized impedance with the characteristic impedance ZCC set to 3.That is the normalized impedance z for impedance ZRjX is represented by the following equation.zZZCCRjXZCCrjx
Patent claim: The method according to claim 13 or 14 comprising at the first end andor at the second end detecting and processing a respective OTDR backscattered trace coming from respectively the second andor the first optical line with the second andor first direction of propagation said OTDR backscattered trace being generated by respectively the first and second optical line by distributed backscattering of the first andor respectively the second OTDR signal and deriving from the detected OTDR backscattered trace information on the optical integrity of the first andor second optical line.

Related passage: When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.
Patent claim: The gas turbine engine of claim 5 6 or 7 wherein the transient liquid phase diffusion process comprises applying a transient liquid to one of the first aft sealing surface 122b and the second fore sealing surface 120c and contacting the first aft sealing surface 122b and the second fore sealing surface 120c to fuse the first aft sealing surface 122b and the second fore sealing surface 120c together.

Related passage: The HPC spacers 62C and HPC rotors 60C of the IBR may also be axially asymmetric to facilitate a relatively smooth axial rotor stack load path Figure 10.The asymmetry may be located within particular rotor rims 70A andor seal rings 84A Figure 9.For example the seal ring 84A includes a thinner forward circumferential flange 92 compared to a thicker aft circumferential flange 94 with a ramped interface 84Ai.The ramped interface 84Ai provides a smooth rotor stack load path.Without tangentially slot assembled airfoils in an IBR the load path along the spool may be designed in a more efficient manner as compared to the heretofore rather torturous conventional rotor stack load path Figure 11 RELATED ART.
Patent claim: A method according to Claim 9 wherein said determined optimum data scheme is said data scheme of the original data in a situation where said data scheme of the original data is supported by said another device.

Related passage: On the other hand even when the reproduction apparatus is not compatible to the compressed music data e.g.if a reproduction apparatus does not comprise an AAC decoder when AACencoded music data is recorded a linear PCM decoder or packed PCM decoder as standard equipment of that apparatus e.g.DVD audio player can reproduce the PCM music data transcoded data.In this way even the reproduction apparatus which is not compatible to the distributed compressed music data but is compatible to linear PCMor losslesscompressed PCM as a standard function can reproduce the distributed music contents using the transcoded PCM data.
Patent claim: The nontransitory computerreadable storage medium 548 of claim 19 further comprising establishing a secured channel 204 between the network device 570 and the low powered device gateway 118 based on the received configuration request 402.

Related passage: The WAG sends the IMSI and MSISDN to the mobile network gateway to request a GTP tunnel between the WAG and mobile network gateway.Upon receiving a reply from the mobile network gateway including an end user IP address for the subscribers wireless device the WAG creates a packet data protocol PDP context to associate an upstream and downstream GTP tunnel between the WAG and the mobile network gateway with the subscriberfacing connection of the alternate access network between the WAG and the wireless device.The WAG uses the PDP context to implement a PDP bearer for a service session between the wireless device and the mobile network gateway which may then apply mobile policy and charging to subscriber data traffic for the service session.
Patent claim: A printing system 1 comprising a transport mechanism 2 according to any one of claims 1 to 11.

Related passage: Preferably the vacuum generated at pulley 13a is also a varying vacuum becoming stronger in the sense of arrow A1 so that the receiving substrate is gradually more attracted by vacuum belt 14 in the transportation direction.In a preferred embodiment printer 10 includes synchronising means for synchronising the transportation speeds of respectively belt 15 and belt 14.A synchronising means as known in the art may be used it may include timing belts encoders controlling means.An advantage of speed synchronisation is that the transfer of the receiving substrate from belt 15 to belt 14 may be accomplished without or with only negligible speed difference of the belts so that the forces during transfer on the receiving substrate and hence on the printed image are smaller this is advantageous in obtaining high quality prints.
Patent claim: The light emitting device according to any one of claims 1 to 3 wherein the lightshielding member is at least one of lightabsorption materials wavelength converting materials and lightreflecting materials.

Related passage: For the material of the base member 101 an insulating member is preferable and a member which allows little light emitted from the light emitting element 104 and outside light to pass through is preferable.Also a material which has a certain degree of mechanical strength is preferable.Specific examples thereof include ceramics Al2O3 AlN etc.and a resin such as a phenol resin an epoxy resin a polyimide resin a BT resin bismaleimide triazine resin and a polyphthalamide PPA.In the case where a resin is used for the material of the base member 101 inorganic filler such as glass fiber SiO2 TiO2 Al2O3 may be mixed into the resin to improve mechanical strength decrease the coefficient of thermal expansion and improve the optical reflectance.
Patent claim: A method for monitoring the motion of a sport ball 106 that has been impacted by an individual 10 during the course of an athletic activity the method comprising a portable electronic device 306 in particular a mobile phone wirelessly receiving motion data from the sport ball 106 and the portable electronic device 306 determining a point of impact 150 based on the motion data wherein the point of impact 150 comprises a location on a surface of the sport ball where the impact occurred.

Related passage: In some embodiments data sensed by sensor module 102 may be timecorrelated e.g.stored in association with time data representing the time at which the data was sensed.The time at which data is sensed can be provided via timer 134.In operation sensor module 102 of monitoring system 20 senses and processes signals as described herein to output representations of activity metrics of ball 500.In some embodiments representations of activity metrics can be output to for example a display device e.g.a display of personal computer 204 portable electronic device 206 or sensor module 102.
Patent claim: A singlewalled combustor comprising a base layer 96 having a first face 102 defining inpart a cooling plenum 74 and an opposite second face 100 a thermal barrier coating 98 placed over the second face 100 and defining at least inpart a combustion chamber 66 and a plurality of cooling circuits 108 with each circuit extending through the base layer 96 and the thermal barrier coating 98 and being in fluid communication between the cooling plenum 74 and the combustion chamber 66 wherein each circuit 108 includes a first surface 116 recessed from the second face 100 and spaced from the thermal barrier coating 98 with a channel 114 defined by the first surface 116 and the thermal barrier coating 98 and a hole 112 in the thermal barrier coating 98 being in fluid communication between the channel 114 and the combustion chamber 66.

Related passage: The gas turbine system 10 may include a number of hot gas path components 100.A hot gas path component is any component of the system 10 that is at least partially exposed to a high temperature flow of gas through the system 10.For example bucket assemblies also known as blades or blade assemblies nozzle assemblies also known as vanes or vane assemblies shroud assemblies transition pieces retaining rings and compressor exhaust components are all hot gas path components.However it should be understood that the hot gas path component 100 of the present invention is not limited to the above examples but may be any component that is at least partially exposed to a high temperature flow of gas.Further it should be understood that the hot gas path component 100 of the present disclosure is not limited to components in gas turbine systems 10 but may be any piece of machinery or component thereof that may be exposed to high temperature flows.
Patent claim: The display controlling method of any of claims 1 to 4 wherein the step of tracking motions of eyeballs of the user comprises acquiring a humanface image of the user identifying humaneye regions on the humanface image identifying a sclerotic region and an iris region in each of the humaneye regions according to the color contrast and tracking eyeball motions of the user according to changes in position of the iris region relative to the humaneye region.

Related passage: As shown in FIG.20a the user can make his or her eyes remain in the first or second state ES1 ES2.In other words the user can close and then open his or her eyes.
Patent claim: The catheter of claim 1 wherein the distal ends is adapted to trace a helical pattern along an inner tissue surface of a tubular region.

Related passage: In one embodiment the support arm 24 has a generally trapezoidallyshaped end cross section with curved sides as illustrated in FIGS.4 and 5.In such an arrangement when each support arm 24 is inserted into the channel 38 a substantially flat surface of each support arm 24 preferably the base of the trapezoidallyshaped end cross section is mounted against a substantially flat surface on the multisided mounting structure 34.Preferably the number of substantially flat outer surfaces on the multisided mounting structure 34 corresponds to thenumber of spines 14.In such an instance the support arm 24 of each spine 14 may be mounted within the channel 38 and adjacent to its corresponding side on the multisided mounting structure 34 to enable the support arms 24 and thus the spines 14 to be equally spaced around the multisided mounting structure 34.The multisided mounting structure 34 may be approximately coaxial with the longitudinal axis of the catheter body 12 such that the spines 14 are equally spaced about the catheter body 12 as well.Once each support arm 24 is properly positioned within the channel 38 each support arm 24 may be affixed within the channel 38 by any suitable means such as by use of an adhesive such as a polyurethane glue.Alternatively the mounting structure 34 can have a round outer surface although with such an embodiment more care needs to be taken if the support arms 24 are to be evenly spaced about the mounting structure.
Patent claim: A computerimplemented method of predicting with high accuracy a descent trajectory described by means of the Aircraft Intent Description Language AIDL the method comprising a storing in a database actual descent trajectories of at least one aircraft of an airline for at least one airport each trajectory being defined by a set of historical flight recorded data 100 b synchronising weather data 110 with the set of historical flight recorded data 100 and storing in the database c calculating input data 120 from the historical flight recorded data where the input data is a set of data required for obtaning the values of the Aircraft Intent AI parameters which best fit the historical flight recorded data for each individual trajectory d defining a parametric AI description which describes the aircraft intended descent from the initial aircraft state where at least one parameter comprised in said parametric AI description is open and whose final value is obtained as an output of an optimization process and e applying and repeating an optimization process 130 until the optimization process converges to a solution of the AI parameters which minimizes a cost function which represents the error between the computed and actual trajectories then providing the computed trajectory 140 which best fits the original trajectory considering the limitations of the considered TP.

Related passage: With a set of solutions determined the set of candidate aircraft intents having the lowest cost function values are selected at step 580 and at step 590 these candidate solutions are provided to a user for the user to select one of the candidate aircraft intents as being the inferred aircraft intent.The candidate aircraft intents may be presented in different ways.The candidate aircraft intents may be ranked.For example candidate solutions having a range of the lowest cost function values may be presented with the lowest values being ranked highest.Other criteria may be used for ranking such as the least number of flight segments or the number of times that candidate aircraft intent appears in the results the nature of evolutionary algorithms means that the same solution may be evolved independently more than once.Of course any ofthese criteria may be used to select a candidate aircraft intent automatically rather than allowing a user to select an inferred aircraft intent.
Patent claim: An electronic device comprising a first touchsensitive display a second touchsensitive display a processor coupled to the first touchsensitive display and to the second touchsensitive display and configured to display first information on the first touchsensitive display of and display second information on the second touchsensitive display detect a first touch on the first touchsensitive display detect a second touch on the second touchsensitive display when the first touch and the second touch are singlegesture associated perform a function associated with a single gesture when the first touch and the second touch are not singlegesture associated associate the first touch with the first information and the second touch with the second information.

Related passage: The displays 25a and 25b are for example an LCD of a TFT Thin Film Transistor or the like or an OELD Organic ElectroLuminescence Display and display GUIs for touch operations such as an icon a window and the entire screen and other images.The displays 25a and 25b are integrally formed with the touch panels 2a and 2b as described above.
Patent claim: The input device according to claim 4 wherein when the manipulation region is determined to the first region the processor is configured to determine the input manipulation detail according to the indicated position of the indicator andwhen the manipulation region is determined to be the second region the processor is configured to determine the input manipulation detail according to at least one of the shape and movement of the indicator.

Related passage: Based on the light receiving state the operating tool detection unit 109 detects the presence or absence of contactproximity of the operating tool M the contact proximity area of the operating tool M the indication direction and a contact proximity gesture of the operating tool M with respect to the display panel 101.In addition a detection method of the operating tool M by the contactproximity sensor 103 will be described in detail below.The operating tooldetection unit 109 detects a remote gesture based on an imaging result of the remote sensor 107.The operating tool detection unit 109 detects the predetermined gesture by comparing the contactproximityremote movement of the operating tool M with preliminarily registered gesture information.