bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An electronic device comprising a processor a memory and a magnetometer the memory comprising computer executable instructions for controlling the electronic device the computer executable instructions comprising instructions for performing the method according to any one of claims 1 to 11.

Related passage: Fig.9 is another embodiment of a portable information device 900 comprising a processor 902 that communicates with a magnetic field sensing device 910 that comprises both a magnetic switch and a three axis electronic compass integrated into one component.The electronic compass 906 is a three axis compass made up of a Yaxis sensor 916 an Xaxis sensor 918 and a Zaxis sensor 920 in communication with the processor 902.A magnet 914 is used in combination with the Zaxis sensor 920 to realize a magnetic switch.Similar to the previous embodiments when the portable device is open the Zaxis serves as an electronic compass component.When the device is closed the Zaxis sensor 920 provides a signal corresponding to the device being closed.Alternatively the Xaxis sensor 918 or Yaxis sensor 916 could be used instead and a signal representing other information besides the device being closed can be generated using any one of the sensors.
Patent claim: A mobile terminal comprising a first transparent display unit and a second transparent display unit a sensing unit configured to sense overlapping and spacing apart between the first transparent display unit and the second transparent display unit and a processor configured to display information wherein at least a portion of information being displayed on the second transparent display unit varies with respect to an overlapping level and a distance between the first transparent display unit and the second transparent display unit the overlapping level and distance being sensed by the sensing unit.

Related passage: FIG.6 is an exemplary view showing that the mobile terminal according to one embodiment of the present invention entirely exchanges the screen of the first display unit 151 a with the screen of the second display unit 151 b.
Patent claim: Compressor according to Claim 4 wherein the compressor includes at least first and second volutes 20 the first volute corresponding to one of only two first volute sizes fixed for the first volute of the compressor size and the second volute corresponding to one of only two second volute sizes fixed for the second volute of the compressor size.

Related passage: In this standardized process the manner in which frame 11 is selected can be best described with reference to Figure 3.Figure 3 a graph of output pressure versus volumetric flow rate is divided into seven sections 3137 corresponding to the output pressure and volumetric flow rate capacities of a possibility of seven different and successively larger standardized frame sizes.Each of the seven standardized frame sizes is physically larger than the next and has the capacity to supply successively higher ranges of volumetric flow rates for the design of compressor 10.These successively higher ranges of volumetric flow rates overlap slightly.Without the overlap the combined capacities of all the frame sizes could not cover all the possible ranges of specified requirements.For example the maximum flow capability of the frame size of section 31 would be the same as the minimum flow capability of the frame size of section 32 without the overlap.As a result the available capacities of neither frame could satisfy a range of specified requirements that included that intersection without interruption.However the overlap buffers the capacities of each frame to provide a tolerance for avoiding any interruption.Consequently the combined capacities of all the frame sizes can cover all the possible ranges of specified requirements.
Patent claim: The system of Claim 9 wherein the protection grid is configured to move relative to a body of the headfloat to clean the protection grid.

Related passage: An example marine seismic data acquisition system that may be used with a seismic source according to the invention is shown schematically in FIG.1.The acquisition system includes a seismic vessel 10 that moves along the surface of a body of water 11 such as a lake or the ocean.The seismic vessel 10 includes thereon equipment shown generally at 12 and described for convenience herein as a recording system that may include none shown separately in FIG.1 data recorders navigation devices such as global positioning system GPS receivers and seismic energy source control devices.The recording system 12 may also include equipment for operating buoyancy control and hydrodynamic lift devices on one or more seismic source arrays as will be explained below in more detail.
Patent claim: The industrial control system of one of claims 1 to 6 wherein the host computer includes a Human Machine Interface HMI operable to display the enumerated condition and a database to log the enumerated condition andor the host computer is a Programmable Logic Controller PLC.

Related passage: In certain embodiments the devices 38 40 42 and 44 may provide data such as alerts to the system 10.These alerts may be handled in accordance with the embodiments described below.FIG.2 depicts a block diagram of an embodiment of the industrial process control system 10 depicting various components in further detail.As described above the system 10 may include an alarm server 70 executed on the computer 28 coupled to the plant data highway 22 and the unit data highway 24.The computer 28 may include a memory 72 such as nonvolatile memory and volatile memory and a processor 74 to facilitate execution of the alarm server 70.The alarm server 70 may execute an alarm server process 76 for receiving processing andresponding to alarms received from the controllers 26 and 27.Multiple controllers such as the controllers 26 and 27 may be set up for redundant operations.That is should the controller 26 become inoperative the controller 27 may take over and continue operations.
Patent claim: The method of any one of claims 8 to 10 wherein the displaying of the broadcast content further comprises determining a size by which each of the plurality of pieces of broadcast content that are provided through the plurality of broadcast channels is to be displayed on the screen of the display apparatus based on the priority.

Related passage: Referring to FIG.32 a a sink device 3200 is designed to display thumbnail images in the metadata of contents received from source devices connected via an integrated wire interface.As mentioned in the foregoing description if a remote controller 3250 capable of outputting a pointing signal is situated within a region of a specific thumbnail image 3260 side information e.g.Amanda 1st album singer.Song etc.is displayed together.
Patent claim: The expandable adapter collar assembly as recited in claim 1 wherein the inflation source includes an inflation tube in fluid communication with the inflation chamber.

Related passage: Fig.9 shows an air container 112 which is constructed to be detachable from the valved trocar jacket tube 100D in the fourth preferred embodiment where in the air container 112 comprises a separated section 112A leading to a opening 112B.Herein a cylindrical member 111 of a skirt 110 is inserted into the opening 112B through the separated section 112A and attached to an outer circumference of the cylindrical member 111 in practical use.
Patent claim: The optical amplification stage 1 according to any one of the preceding claims wherein the first and second reflectors are structured so that the optical power ratio of the optical radiation reflected by each optical reflector to the radiation incident thereto is substantially constant over the whole WDM band preferably over the whole amplification band.

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: A single step body insertion device for removal of fluid from a body comprising a cannula having a cannula shaft a tapered tip at the distal end of the cannula shaft and a hub at the proximal end of the cannula shaft the hub having a sealing valve aligned with the longitudinal axis of the cannula shaft for sealingly engaging a needle which is adapted to extend through the cannula to penetrate the skin surface to facilitate delivery of the distal end of the cannula for fluid to be removed from the body and a side port with a oneway valve which permits flow of fluid through the valve only in the proximal direction wherein the cannula shaft is of a polymeric material which is flexible and kink resistant and wherein the main body of the cannula shaft is of a uniform thickness and the wall thickness progressively reduces inwardly distally along the distal tip of the cannula.

Related passage: In the illustrated embodiment of the invention the luer threaded cap 72 on the removable cannula 30 can be used to lock onto the luer lock 28 and on the introducing port 22 on the manifold 14 facilitating the insertion of the catheter 20.
Patent claim: A trusted entity adapted to be used with a method as claimed in any of claims 1 to 15 and comprising a receiver for receiving a code from the authentication server a processor for providing the received code as an audio signal and a loudspeaker for playing the received code as audio for capture by the mobile user.

Related passage: In Fig.8 an analog signal received by the microphone 81 is converted to a digital signal and is transmitted to the musical sound recognition section 80.The digital signal is temporally stored in the memory section 85 according to an instruction by the musical sound recognition management section 87 with musical sound data pitch and length thereof in the digital signal analyzed by the musical sound recognition section 87 and the musical sound pattern of the analyzed musical sound data is verified to the standard patterns stored in the musical sound recognition directory section 86 for determination.To reduce a number of standard patterns to be stored it is preferable to perform the analysis of musical sound data discretely for each musical note.
Patent claim: The video reproducing device of claim 1 or 2 wherein the plurality of video frames are included in a first layer comprising at least one intra I frame and at least one predicted P frame a second layer comprising another at least one P frame and a third layer comprising at least one B frame.

Related passage: Another optimization may be obtained by sending B7 and any associated preceding information immediately after B8 because the reference frame for B7 and the previous Pframes are the same as that for B8.Sending B8 causes P6 to be pushed out of the queue and displayed and B7 pushes out B8.A scan of the framecorrelated NAV table 100 determines how many Bframes may be grouped as such.
Patent claim: The method of any one of the preceding claims wherein the AV media is modified to include AV recognition data comprising at least one of a watermark or metadata the identifying is based on the AV recognition data.

Related passage: Matching algorithm 330 can use any comparison metric to determine which haptic primitive is or which haptic primitives are the most similar to audio source data 310.More specifically matching algorithm 330 can use any comparison metric in order to determine which haptic parameters for a specific haptic primitive are most similar to the significant characteristics of audio source data 310.As an example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 determine a number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310 and can select a haptic primitive that includes a highest number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310.As another example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 calculate a deviation between a value of each haptic parameter and a value of its corresponding characteristic of audio source data 310 calculate a mean or total deviation for the haptic primitive and can further select a haptic primitive with the lowest mean or total deviation.These are only example comparison metrics and in alternate embodiments matching algorithm 330 can use alternate comparison metrics to determine which haptic primitive is
Patent claim: Method according to any of the preceding claims wherein the first device comprises a first local clock for timestamping collected data and the second device comprises a second local clock for timestamping collected data.

Related passage: In step 14120 the athletic performance monitoring device may determine whether the current set of calibration data is valid.Determining the validity of calibration data may include determining an integrity of the calibration data.Data integrity may include a signal strength with which the data was determined e.g.GPS signal strength of the data whether data is missing whether the data includes a predefined percentage of outliers e.g.a threshold percentage of outliers and the like andor combinations thereof.For example outliers may be identified by performing a statistical analysis on the data set and determining whether data points fall within a threshold number of standard deviations of a mean or median.If a threshold number of outliers exist in the data set the data set may be deemed invalid while if the threshold number of outliers is not reached the data set may be deemed valid.Various other methods and analyses may be used to identify outliers.In other examples if a predefined percentage of data is missing the data may be identified as invalid.The data set may be determined to be valid if the predefined percentage of missing data is not reached.In yet other examples if the GPS signal strength was at or below a specified signal level for a predefined amount or percentage of data in the data set the data set may be determined to be invalid.However if the predefined amount or percentage of low signal strength data in the data set is not reached the data set may be deemed valid.Combinations of validity rules and thresholds may be defined as desired or necessary.
Patent claim: The media processing apparatus of claim 7 or 8 wherein in response to the controller detecting an event comprising at least one of a power turn off or a connection cut off with the first device the controller transfers control rights with respect to the media processing apparatus to the second device and controls the interface to transmit a message to the second device indicating that the second device has the control rights.

Related passage: If it is determined in step 81 that the command is a competitive command then processing advances from step 81 to step 83.At step 83 main control section 21 of base apparatus 10 issues to the other terminal currently receiving data an inquiry whether or not the command may be accepted.The inquiry is performed by transmitting control data from base apparatus 10 to the other terminal and displaying amessage such as May the channel be changedon the LCD 32 or outputting from speaker 33 on the other terminal an audio version of the question.
Patent claim: The apparatus as claimed in any one of the preceding claims wherein the controller when the image forming apparatus is in a power saving mode and a newexternal device is connected to the external interface or a connected external device is detached from the external interface converts an operation mode of the image forming apparatus to a normal mode.

Related passage: The control unit 120 converts the normal mode into the low power mode if a preset condition is satisfied for example if there is no command for a preset period of time.This is merely an example and there may be diverse conditions for mode conversion.
Patent claim: The method 500 of claim 1 wherein the generated action includes at least one of a notification an inspection a reminder a replacement or a repair.

Related passage: CMMP 300 includes an analyzer subsystem 316 configured to receive the determined ranges and the collected data.The analyzer subsystem 316 is further configured to determine which of the collected data include values outside the determined ranges and determine which if any of the aircraft systems maintenance tasks andor environmental factors affecting the aircraft that influences the values of the collected data.Such influencers may contribute directly or indirectly to failures or reduced performance of other systems such that continued maintenance on the failed systems does not correct the root problem causing the continued failures.Analyzer subsystem 316 is further configured to analyze the collected data having values that are trending to be outside the range of acceptable values.Analyzer subsystem 316 is further configured to determine a contributory performance parameter for each of the data having values outside the range of acceptable values.At predetermined stages of automatic anaylisis by analyzer subsystem 316 an alert may be generated to indicate a recommendation for further engineering analysis by a user typically an engineer monitoring CMMP 300.Such a further analysis recommendation is based on predetermined logic rules.The engineer is then able to review the automatic analysis to determine a further analysis course andor a modification to analyzer subsystem 316 that will permit analyzer subsystem 316 to continue analysis automatically.
Patent claim: A seamless switching method for seamlessly switching a voice output to a user from a received voice of radio broadcasting to a received voice of concurrent broadcasting in a radio broadcasting receiving device 1 capable of receiving the radio broadcasting and theconcurrent broadcasting serving as broadcasting in a simultaneousbroadcastingrelationship with the radio broadcasting the seamless switching method comprising a step of initiating reception of the concurrent broadcasting 308 a step of initiating a timeextended output operation which is used for extending in a temporal axis direction the received voice of the radio broadcasting and which is used for outputting the received voice to the user and initiating calculation of a delay time of the received voice of the concurrent broadcasting with respect to the received voice of the radio broadcasting if reception of the received voice of the concurrent broadcasting is initiated 312 314 and a step of switching to the received voice of the concurrent broadcasting the voice output to the user if a delay time based on the timeextended output operation of the received voice of the radio broadcasting reaches the delay target time after the delay time is calculated 318 320.

Related passage: When the playback of the leading audio signal is used and the preferred audio signal is one arriving later than the leading one it is not possible to switch from the leading audio signal i.e.the signal guaranteeing the shortest startup time to the preferred audio signal without an audible transition due to the delay between the two audio signals.Clearly startup time i.e.the time necessary from switching on the radio till the first samples of the audio signal are heard and playing the preferred signal could be conflicting requirements.
Patent claim: The system of any one of claims 1 through 5 further configured to output the energy level and audibility of the one or more sound components.

Related passage: As display elements corresponding to the rotary encoders there are employed a plurality of LEDs arranged circularly around each predetermined rotary encoder e.g.rotary encoder 312 of Fig.7 or eightsegment LED provided in the neighborhood of each predetermined rotary encoder e.g.display element 324 corresponding to the rotary encoder 326.In the former case one or more of the LEDs corresponding to a current operated amount of the associated rotary encoder are turned on or illuminated while in the latter case the display element indicates in a numerical value a current operated amount of the associated rotary encoder.Thus in either case the currentoperated amount of each of the rotary encoders can be automatically indicated by the display element.Specific construction of the operation panel 2 will be explained later.
Patent claim: The device 11 according to claim 1 wherein the crosssectional area of the support part 37 increases from the lightemitting module connection part 38 toward the external thermal radiation part 39.

Related passage: The electronic device 220 may include a driving circuit device supplying power to the light emitting device 100 and controlling the driving of the light emitting device 100.Specifically the electronic device 220 may include an EMI filter 201 an ACDC converter 202 a DCDC converter 203 and the like thereby allowing the light emitting device 100 to be driven by commercial AC power supplied from the outside.The power unit module 200 may include a terminal portion 240provided on an outer circumferential surface of the circuit board 210 so as to be supplied with electrical signals from the outside.The terminal portion 240 may protrude outwardly of an outer side surface of the housing unit 400 as shown in FIG.1.
Patent claim: The light emitting device package according to any one of claim 1 to claim 9 wherein the submount is coupled to the ceramic layer via an inorganic paste layer.

Related passage: In FIGs.18c and 18d four radiators 480a 480b 480c and 480d may be arranged to correspond to four light emitting devices respectively The respective radiators 480a 480b 480c and 480d are spaced apart from one another by the same distance Wd and a ceramic layer may be disposed between the respective radiators 480a 480b 480c and 480d.The four radiators 480a 480b 480c and 480d are symmetrically arranged.
Patent claim: The switching device as claimed in any one of the claims 912 wherein the analog control signal Sa comprises an input voltage and an input tone.

Related passage: Therefore whether a conventional settop box or a new type of settop box is used the satellite signal receiver 10 may always switch output signals accuratelynamely outputting the verticallypolarized wideband signal WBV or the horizontallypolarized wideband signal WBH of a bandwidth of 2.05GHz to a new type of settop box or outputting the verticallypolarized highfrequency signal VH the horizontallypolarized highfrequency signal HH with a frequency range from 1100MHz to 2150MHz or the verticallypolarized lowfrequency signal VL the horizontallypolarized lowfrequency signal HL with a frequencyrange from 950MHz to 1950MHz to a conventional settop box.Therefore no more extra settop box is required because of efficient support from the satellite signal receiver 10 and people with settop boxes of different types may easily share one satellite signal receiver 10.Moreover a user wont waste money on settop boxes even if ones settop box is out of date and even if the satellite signal receiver 10 is change to another satellite signal receiver 10.