bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An electronic device comprising a processor 1416 a memory 1418 communicatively coupled to the processor 1416 configured to store information operated upon by the processor 1416 and a user input device 102 comprising an illumination source 402 an image sensor module 406 a translucent layer 408 disposed above the illumination source 402 and the image sensor module 406 the translucent layer 408 comprising at least a first set of patterns 414 disposed thereon and a deformable layer 418 disposed above the translucent layer 408 the deformable layer 418 comprising at least a second set of patterns 420 the illumination source 402 configured to illuminate at least the portion of the translucent layer 408 andthe image sensor module 404 comprising a field of view corresponding to at least a portion of the translucent layer 408 the image sensor module 404 being configured to a detect a third set of patterns 804 when the first set of patterns 414 and the second set of patterns 420 are displaced with respect to each other.

Related passage: Fig.12 to Fig.14 are force vectors reconstructed as the results of an experiment.Fig.12 is for the case of pressing vertically at one point in the center of a contact surface and Fig.13 is for the case of pressing horizontally at the same point.From these two results it is understood that reconstruction is possible for at least force vectors acting at one point.Fig.14 is for a case where two points of the contact surface are pressed and it will be understood from these results that distribution of forces contacting the surface are being reconstructed.This system has a simple theory and can be manufactured easily but because the images as they are do not constitute tactile information it is necessary to obtain horizontal movement vectors from the images by calculation.However with the advance in computers in recent years the problem of computing load has been substantially resolved and in the example actually described the time taken to obtain force vector distribution from taking the image was less than 100 ms using a Pentium III800MHz PC and this time is substantially proportional to the area of the contact surface in question.
Patent claim: Method according to anyone of claims 1 to 9 characterized in that the tunnelling information is a TEID.

Related passage: Next if an unprocessed multiplexed packet is stored in the reception buffer step S203 in step S210 the reception processing apparatus 20 causes the header analyzing unit 22 to extract the multiplex information 31 which is header extension information based on the 3GPPLTE communication technique and including a multiplex flag group and a sequence number group from the header information 21A of the multiplexed packet and output the multiplex information 31 as multiplex combination information 22A step S210.
Patent claim: The process according to claim 1 or 2 wherein the long chain branched first polymer is obtained by polymerizing propylene monomer and optionally at least one alpha olefin comonomer in the presence of a metallocene polymerization catalyst a diluent and in the absence of hydrogen.

Related passage: Hence the branched polypropylene i.e.the longchain branched polypropylene obtained by the process of the instant invention is characterized in particular by extensional melt flow properties.The extensional flow or deformation that involves the stretching of a viscous material is the dominant type of deformation in converging and squeezing flows that occur in typical polymer processing operations.Extensional melt flow measurements are particularly useful in polymer characterization because they are very sensitive to the molecular structure of the polymeric system being tested.When the true strain rate of extension also referred to as the Hencky strain rate is constant simple extension is said to be a strong flow in the sense that it can generate a much higher degree of molecular orientation and stretching than flows in simple shear.As a consequence extensional flows are very sensitive to crystallinity and macrostructural effects such as longchain branching and as such can be far more descriptive with regard to polymer characterization than other types of bulk rheological measurement which apply shear flow.
Patent claim: Recording medium comprising computer executable program code configured to instruct a computer to perform a method according to any of the claims 16.

Related passage: An overall operation of the printing device 10 is controlled by a microcomputer 300.As the microcomputer 300 a known microcomputer including for example a CPU a ROM and a RAM is usable.There is no specific limitation on the hardware structure of the microcomputer 300.Software is read into the microcomputer 300 and the microcomputer 300 acts as each of units described below.The microcomputer 300 acts as a storage unit 50 that stores various types of information on for example an image captured by the camera 26 a positionposture acquisition unit 52 that acquires the position and the posture of the printing subject 200 placed on the top surface 14a of the table 14 and a printing data creation unit 54 that creates printing data actually usable for printing based on printing data edited by an operator.
Patent claim: A method of acquiring electronic program guide information from event information tables comprised in a broadcast stream multiplex comprising audiovideo data and program information for a plurality of audiovideo services characterized in that the method comprises receiving 61 an event information table from an audiovideo service selected from said plurality of audiovideo services comprised in said broadcast stream multiplex said received event information table being one of a first type comprising event information related to the selected audiovideo service or of a second type comprising event information related to other audiovideo services comprised in said broadcast stream multiplex and if said type of said received event information table is of said first type 62b and its payload is different from a payload of a last received event information table that was used to update a database of electronic program guide information 63b updating 64 the database with electronic program guide information comprised in said received event information table.

Related passage: The method according to the invention limits the time of processing all the EIT tables after changing the transponder.It is possible thanks to computing of the CRC checksum for the EIT table of a different type depending on the needs respectively for the ACTUAL or OTHER type.
Patent claim: The electronic device of claim 10 wherein the PMIC comprises at least one of a current source port and a low drop output LDO port for the battery discharge.

Related passage: The embodiments account for a high percentage of gas swelling of the battery pack 30 in the PED 10.More specifically the embodiments mitigate or even prevent such swelling at high temperatures and high states of charge of the battery pack 30 and not merely reduce the swelling after the fact i.e.after the swelling is detected.
Patent claim: The analysis method according one of the preceding claims wherein the realtime nucleic acid amplification reaction RNR is a realtime polymerase chain reaction PCR.

Related passage: In accordance with an embodiment of the invention the cycle number Cq quantitation Cycle number at which the growth signal exceeds a predefined threshold line e.g in relation to the baseline.This cycle number is also referred as the CT value in the art.Alternative methods for determining the Cq value from the growth signal may be used such as determining Cq by determining the maximum of the second derivation of the growth curve.
Patent claim: The window element according to any one of claims 15 wherein the interactive film 5 and the projection film 11 are at least partially superimposed and attached to the first pane 6.

Related passage: As described above the digitizer 106 may be integrated into the display device 11 of the electronic device 10.In this case the input panel combined with the input device 100 100a or 100b may be the display device 11 of the electronic device 10.FIG.10 illustrates a structure of a part of the electronic device 10 for example the display device 11 in a crosssection.The digitizer 106 is integrated in the display device 1 l and thus the display device 11 itself may operate as an input panel capable of detecting the written contents of the input device 100 100a or 100b.
Patent claim: The RFOG of claim 1 further comprising a first phase modulator in optical communication with the resonator ring cavity the first phase modulator configured to apply a laser stabilization modulation frequency to a portion of the reference optical signal from the master laser device a second phase modulator in optical communication with the resonator ring cavity the second phase modulator configured to apply a first high frequency modulation to a portion of the CW optical signal from the first slave laser device and a third phase modulator in optical communication with the resonator ring cavity the third phase modulator configured to apply a second high frequency modulation to a portion of the CCW optical signal from the second slave laser device wherein a portion of the CW optical signal from the resonator ring cavity is directed to a first photodetector that converts the CW optical signal to an electrical CW transmission signal wherein a portion of the CCW optical signal from the resonator ring cavity is directed to a second photodetector that converts the CCW optical signal to an electrical CCW transmission signal.

Related passage: Additionally in some embodiments the processing unit 104 outputs the calculated parameters to an optional display unit 108.For example in some embodiments the display unit 108 displays the geographic location velocity andor orientation e.g.pitch roll andor yaw of a vehicle in which the RFOG 102 is located.The display unit 108 can be implemented as any suitable display unit such as but not limited to various CRT active and passive matrix LCD and plasma display units.
Patent claim: The metallic component 100 as claimed in any one of Claims 9 to 13 further comprising a second repair zone 170 superposed on the first repair zone 140 the second repair zone 170 comprising a plurality of second repair layers 160 of the second material 150.

Related passage: The material in an ALM process might be added to an existing structure in the form of cladding or for the repair or addition of fixings.Alternatively it may be the free form deposition of a material to form an independent structure.In blown powder ALM systems powder is delivered from a powder stock by a delivery system.The powder feed is directed into the path of a laser beam which heats the powder and melts it.Upon cooling a fully dense solid is produced.This process is repeated so as to provide the layered structure as desired.
Patent claim: The display apparatus according to claim 6 wherein if the extracted APL value is greater than or equal to the predetermined value the brightness compensating unit further comprises a histogram calculator arranged to calculate a histogram of the input image a maximum gray scale extractor arranged to extract a maximum gray scale of the calculated histogram and a compensation processor arranged to compensate for a gray scale of the input image based on a compensation coefficient that is set so that the extracted maximum gray scale corresponds to a predetermined gray scale value.

Related passage: For example by use of the Look Up Table in which average luminance for one frame period and reference duties are held in respective correlation so as to take values on the curve a and the straight line b shown in FIG 15 the luminescence amount regulator 202 may set a reference duty according to the average luminance for one frame period calculated by the average luminance calculator 200.
Patent claim: Method according to claim 4 in which said element of information is obtained from said UE.

Related passage: In step 401 the UE actively measures the MBMS service wherein the measurement triggering type is that the block error rate occurring by the UE receiving the MTCH channelexceeds a preset threshold T4 such as 10 then the measurement content or measurement log needed to be reported is recorded and the measurement content includes the radio signal quality RSRP and RSRQ values of the current network the bit error rate of the UE receiving the MTCH service channel the signal to noise ratio SINR of the MCH channel the identification of the MBSFN area where the UE is currently located the service identification and session identification of the MBMS service currently performed by the UE the identification of the serving cell where the UE is currently located and GPS geographical location and the recorded timestamp information.
Patent claim: The system of claim 5 wherein said game controller 154 authenticates packets received from said gaming console 100.

Related passage: The present invention is directed to a solution for conveying virtual controller ports e.g.wireless controllers as distinct from the two physical controllers 1421 and 1422.The present invention also addresses the need to inform players of messages and system notifications.To accomplish these goals and others a wireless controller is provided that includes an LED indicator having quadrants that indicate a particular wireless controller and a notification system that interacts with games running on the console 100.
Patent claim: A calorific value measurement system 100 configured to measure a calorific value of measurement target mixed gas the system comprising a heater element 61 coming in contact with gas the heater element being configured to generate heat at a plurality of different temperatures a measurement module 151 configured to measure a value of an electric signal from the heater element and a determination module 152 configured to compare a determination value with a predetermined threshold the determination value being based on a measured value of an electric signal from the heater element the heater element 61 generating heat at a first temperature out of the plurality of different temperatures and to determine if the gas is measurement target or not based on a comparison result wherein the predetermined threshold is set based on a value of an electric signal from the heater element the heater element generating heat at the first temperature and being in contact with the mixed gas.

Related passage: The multivariate analysis includes a support vector regression and multiple regression analysis disclosed in A.J.Smola and B.Scholkopf A Tutorial on Support Vector Regression NeuroCOLT Technical Report NCTR98030 1998 and Fuzzy Qualification Theory of Second Order disclosed in JPA5141999
Patent claim: The calorific value measurement system according to claim 1 wherein the mixed gas includes a plurality of kinds of gas components the determination value is a ratio between a measured value of an electric signal from the heater element 61 the heater element generating heat at the first temperature and a value of an electric signal from the heater element 61 the heater element 61 generating heat at the first temperature and being in contact with one gas component out of the plurality of kinds of gas components and the predetermined threshold is set based on a value of a ratio between a value of an electric signal from the heater element the heater element 61 generating heat at the first temperature and being in contact with the mixed gas and a value of an electric signal from the heater element 61 the heater element generating heat at the first temperature and being in contact with the one gas component wherein in particular the one gas component is a gas component having the highest rate out of the plurality of kinds of gas components.

Related passage: The calorific value calculation formula creation system 20 further includes a calorific value calculation formula storage device 402 connected to the CPU 300.The calorific value calculation formula storage device 402 saves the calorific value calculation formula created by the calorific value calculation formula creation module 302.Further an input device 312 and an output device 313 are connected to the CPU 300.As the input device 312 for example a keyboard a pointing device such as a mouse or the like can be used.As the output device 313 an image display devicesuch as a liquid crystal display or a monitor a printer or the like can be used.
Patent claim: The method of claim 4 wherein applying the bandwidth profiling further comprises adding an indication of the packet colour to a data field in the packet.

Related passage: FIG.2 is a graphical representation of load on the network 100 versus time utilized in a preferred embodiment of the present invention.A load level 200 for a plurality of GBR bearers provides a specific load level on the network for determining which attribute to use.The actual load 202 from the plurality of GBR bearers is also shown.In addition an actual load 204 from GBR and nonGBR bearers is also depicted.For each type of resource a limit of a load level for the plurality of GBR bearers may be set.When the actual load 202 is lower than the specified load level 200 the GBR bearers are allowed to exceed their individual GBR bit rate but not exceed their individual MBR bit rate i.e.rate policing is done on MBR for each GBR bearer as depicted in regions 206.However when the load 202 reaches or exceeds the specified limit of the load level 200 the GBR bearers are no longer allowed to exceed their guaranteed bit rate i.e.rate policing is done according to the GBR for each GBR bearer as depicted in regions 208.
Patent claim: The system according to claim 1 wherein the operation unit determines a value calculated by subtracting a control processing time tctrl from the control end time TGnend as the control start time TGnstart in which the control processing time tctrl is calculated by dividing a variance of wind power generation of each group by the ramp up or ramp down rate RGC of the gridcode.

Related passage: The invention relates generally to the field of wind power generation and in particular to wind farms having multiple wind turbine generators.Specifically embodiments of the present technique provide a method and system to control power ramp down rate of a wind farm during high wind speed conditions.
Patent claim: A mobile wireless communications device communicating with a computing device having a second display a second near field communication NFC transceiver and a secondcontroller the mobile wireless communications device comprising a first display configured to a display a primary resource having at least one hyperlink therein associated with a secondary resource a first NFC transceiver and a first controller coupled to said first display and said first NFC transceiver and being configured to store the at least one hyperlink based upon displaying of the primary resource on said first display and without displaying the secondary resource on said first display and to send the stored at least one hyperlink to the computing device using the first and second NFC transceivers the second controller being configured to display the secondary resource associated with the at least one hyperlink on the second display.

Related passage: While the webpage screen information 54 in the step S218 is being displayed if the second menu 53b e1 access disconnect is selected from the menus 53a 53b 53c and 53d shown in c of FIG.26 the controller 270 of the second terminal 200 stops displaying the webpage screen information 54 and is then able to switch to a current screen to a screen according to b of FIG.26.
Patent claim: The electronic device of claim 1 wherein the chassis has first recesses positioned about the opening and the plastic part is mechanically bonded to the metal of the chassis via first flow portions of the plastic part being positioned within the first recesses.

Related passage: Sheet metal components formed by press molding commonly have narrow elastic deformation regions and are therefore highly rigid yet plastically deformable.To reduce plastic deformation either the sheet thickness must be increased or a material having a wider elastic deformation range must be used.However increasing the sheet thickness more than is needed from the standpoint of strength is contradictory to the requirements that portable devices be thin small and lightweight.Therefore it is preferable to use a material having a wide elastic deformation region but moldability is reduced in this case.The structure of the present invention can be formed using a metal material whose elastic deformation region is within a range that allows the shape of the boxshaped metal structure 100 to be obtained and the plastic deformation of the metal structure 100 is reduced at the same time by the use of the resin shell 200.Specifically since the peripheral ribs 102 and the peripheral resin ribs 206 deform in integral fashion the peripheral ribs 102 are not likely to add to the load distribution of the peripheral resin ribs or to buckle when subjected for example to a bending load and the amount of plastic deformation is therefore far less than it would be with only one set of ribs.
Patent claim: The downconversion circuit 30 according to any preceding claim wherein the passive output combiner network 90 is tunable to adjust magnitudes and phases of the first and the second downconverted signals.

Related passage: This idea is mainly intended for IF mixers.Therefore an oversampled LO signal can be used to accurately generate a waveform with desired duty cycle.The accuracy in duty cycle is expected to be better than using other methods based on matching of components andor voltage levels.Being able to use switched mixer solutions and integer ratios of components that need to be matched is a great advantage.
Patent claim: The lithographic printing plate precursor according to claim 6 wherein the cation corresponding to Y is selected from a proton cations of alkali and alkaline earth metals cations of metals of the groups 3A 4A 5A 6A 7A 8 1B 2B 3B 4B of the periodic table and cationsof any of formulae K to Owherein R1R4 each independently is H alkyl aryl alkenyl or alkynyl and R11R16 each independently is a monovalent organic residue.

Related passage: Composition ratiomolar ratiothe left repeating unitcentral reating unitright repeating unit304040Weight average molecular weight50000
Patent claim: The power tool according to any preceding claim wherein said flywheel ring rotates at a speed in a range of from about 2500 rpm to about 20000 rpm.

Related passage: The crosssection of the driving block 5 has an I shape.The upperside 52 of the driving block has a fixed pin axis 85 the underside 51 is coupled to the outer bulge of the driving block 5 the middle part is settled in the arcuate slot 192 of the slot board 19 and holds the driving block 5 fixed in the slot board and allows it to slide relatively.
Patent claim: The information processing apparatus according to Claim 1 wherein the memory 12 13 14 is further configured to store at least one operating system at least partially.

Related passage: Depending upon kind of the processor 100 interrupt masking of a combination of the foregoing 1 and 2 or a combination of 1 and 3 may be provided frequently.When the processor having the latter combination is employed theinterrupt level is assigned depending upon importance and minimum response period of the corresponding input and output device.For example an interrupt from a network requiring a short response period is set at higher level than that of the interrupt from the switch 105 the storage device 106 and so forth.