bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A control device according to claim 1 wherein the processor is further configured tomeasure a noise quantity for each of the control quantities each noise quantity indicating amount of fluctuation in the related control quantity anddetermine weights of the weighted sum on the basis of the noise quantities so that a greater weight corresponds to a smaller noise quantity and a smaller weight corresponds to a greater noise quantity.

Related passage: Phase indicator 120 121 122 or 123 corresponding to a received synchronisation message may comprise the difference between the synchronisation message reception time and transmission time for example.The reception time is indicated using the clock signal 115 to be adjusted and the transmission time is indicated using the clock signal 125 126 127 or 128 of the sending network element 102 103 104 or 105.The transmission time is transferred to the network element 101 advantageously as information i.e.a time stamp carried by the synchronisation message.Synchronisation messages may be e.g.messages carrying time stamps in accordance with the IEEE1588v2 Institute of Electrical and Electronics Engineers protocol.Other possible ways of producing phase indicators are presented later in this document.
Patent claim: The target component calibration method according to claim 7 wherein the measurement condition is a difference among examinees as the test object and in the calculating of the content of target components at least one of the two constants of the simple regression equation is adjusted depending on the difference among the examinees.

Related passage: Here the observation data is a linear sum of independent components and it is assumed that the orthogonality of independent components is sufficiently high.Therefore by calculating the inner product of the independent component matrix of the target component and the spectrum that is observation data only the values of the independentcomponents remain and all of the other components become 0.As a result it becomes easy to calculate the mixing coefficient k of the target component.However when the orthogonality of independent components are not sufficiently high it is preferable to calculate the estimated mixing matrixof Expression 15 without using the calculation of Expression 27.
Patent claim: A suturing system comprising a flexible suture having leading and trailing ends the suture having a first partial longitudinal length with a plurality of unidirectional barbs and a second partial longitudinal length having a hollow portion the hollow portion being located between the trailing end of the suture and the plurality of unidirectional barbs and the leading end of the suture being configured to pass through the hollow portion so as to move at least one of the barbs into the hollow portion such that the at least one of the barbs grasps onto the suture within the hollow portion thereof.

Related passage: A method for making a biocompatible scaffold loop according to embodiments of the present invention includes providing a biocompatible scaffold having a fibrous area and a barbed area wherein the barbed area comprises a plurality of barbs and entangling the plurality of barbs with the fibrous area to form a loop by placing the plurality of barbs against the fibrous area.
Patent claim: A radio station communicating with a radio terminalsupporting Carrier Aggregation using a primary cell and at least one secondary cell operated in an unlicensed spectrum the radio station comprising a transmitting unit configured to transmit in the primary cell to the radio terminal a Radio Resource Control RRC Connection Reconfiguration including a measurement configuration to measure at least one of Reference Signal Received Power RSRP and Reference Signal Received Quality RSRQ of reference signals transmitted in the secondary cell operated in the unlicensed spectrum and a receiving unit configured to receive in the primary cell a measurement report of at least one of the RSRP and the RSRQ from the radio terminal wherein the measurement configuration includes information indicating reference signal duration in which the reference signals are scheduled to be transmitted in the secondary cell operated in the unlicensed spectrum.

Related passage: The mobile station apparatus satisfying the event triggering criteria transmits a measurement report to the base station apparatus.The measurement report includes a measurement result.
Patent claim: A thermal conductivity detector according to claim 1 or 2 wherein the inner layer is at least partially surrounded by the outer layer and the outer layer is arranged to be exposed to a gas.

Related passage: A measurement device 1 which is a thermal fluid flow sensor includes a semiconductor substrate 2 made of single crystal Si a heat element 3 formed on the semiconductor substrate 2 via an insulating film a resistance temperature detector 4 composed of an upstreamside resistance temperaturedetector 4a and a downstreamside resistance temperature detector 4b for detecting a temperature of air heated by the heat element 3 a resistance temperature detector for air 5 for measuring an air temperature terminal electrodes 6a 6b 6c 6d 6e 6f and 6g for connecting signals from the measurement device 1 to an external circuit lead wirings 7a and 7b for connecting both ends of the heat element 3 to the terminal electrodes 6a and 6b lead wirings 7c and 7d for connecting both ends of the resistance temperature detector 4 to the terminal electrodes 6c and 6d a lead wiring 7e for connecting a node between the upstreamside resistance temperature detector 4a and the downstreamside resistance temperature detector 4b to the terminal electrode 6e and lead wirings 7f and 7g for connecting both ends of the resistance temperature detector for air 5 to the terminal electrodes 6f and 6g.
Patent claim: A method according to any preceding claim wherein the processing solution contains carbonate ions and hydrogen carbonate ions.

Related passage: An electrochemically roughened and anodized aluminum foil with an oxide weight of 3.2 gm2 was subjected to an after treatment using an aqueous solution of polyvinyl phosphoric acid.The average roughness of the surface was 0.55 m.Coating compositions corresponding to Table 1 combined with Tables 2 to 5 were applied to the substrate after filtering.The coatings were dried for 4 minutes at 90C.
Patent claim: A radiography system comprising one or more radiation emitting devices one or more portable type radiation image detecting devices for generating radiation image data by detecting radiation emitted from the one or more radiation emitting devices and a console configured to obtain radiation image data from the one or more portable type radiation image detecting devices wherein each the one or more portable type radiation image detecting devices is configured to detect the starting of the emission of Xray radiation by a radiation emitting device of the system whereby there is no necessity to achieve synchronization with the radiation emitting device and portable type radiation image detecting device at the time of imaging and to transmit to the console radiation image data accumulated on detection of the starting of the emission of Xray radiation.

Related passage: Reference numeral 310 denotes detection of Xray irradiation by the Xray irradiation detection unit 140 315 a recognition signal generation state by the notification unit 130 320 an Xray irradiation state in which the irradiation button of the Xray generation apparatus is turned on automatically or by the radiographer so that a subject is irradiated with Xrays 330 charges generated by the photoelectric conversion elements PDmn 340 an ONOFF state of the switches SWmn corresponding to the switching TFTs in the detector array 200 shown in Fig.2 and 350 a signal read state of the analog multiplexer 250 in the detector array 200 shown in Fig.2.As is apparent from the signal read state 350 when the switches SWmn of one row are turned on charges accumulated in the pixels 201 of one row are read out by the analog multiplexer 250.Driving control of the Xray detector 110 is done by the detector control unit 120 in accordance with the ONOFF state 340 and the signal read state 350.
Patent claim: The probe of claim 4 wherein the flexible circuit is wrapped around the backing block on three sides which are the backing bottom the backing top and one side of the prism of the backing block.

Related passage: The first connector 140 and the second connector 150 are stacked on a backing layer 110.Here the first connector 140 and the second connector 150 may be stacked as a stacked assembly on the backing layer 110 or may be stacked thereon in such a way of stacking the second connector 150 on the backing layer 110 followed by stacking the first connector 140 on the second connector 150.
Patent claim: A magnetic carrier according to claim 1 wherein the magnetic material comprises porous magnetic particles each having pores and the magnetic carrier core comprises a magnetic carrier core in which the resin is filled into the pores of the porous magnetic particles.

Related passage: Examples of the resins include the abovementioned biobased polymers as well as other biobased polymers such as chitin chitosan alginic acid amylose sugars such as celluloses polylactic acid polyglycolic acid polytrimethylene terephthalate ethyl cellulose and polymethylenebutyrolactone.Further examples of the resins include those resins used for the precoating agent described in the process for producing the magnetic composite particles according to the above Invention 3 or 4.
Patent claim: The antenna structure according to claim 1 characterized in that a first length of the first notch 102 located at the edge 101 of the grounding element 10 is between 20 and 40 of a length of the edge 101 and a second length of the second notch 103 located at the edge 101 of the grounding element 10 is between 20 and 40 of the length of the edge 101.

Related passage: The example of Fig.3 further shows a second slot 316 according to the invention.This one starts from the same long side of the ground plane and travels parallel to the first slot.In this example the feed point F lies between the first and second slots on the surface of the circuit board 305.The first 315 and second 316 slots as well as the feed point F and shortcircuit point S can be better seen in Fig.4 illustrating the circuit board 305 of the structure depicted in Fig.3 as viewed from the ground plane side.The placement and length of the second slot 316 can be such that resonance is excited in the slot in the upper operating band of the antenna.Thus it functions as a slot radiator improving the matching in the upper operating band.Similarly in the singleslot case according to Fig.2 the slot can be tuned so as to function as a radiator in the upper operating band.
Patent claim: The device 1 according to any of the preceding claims being arranged such that the at least one access right is configurable such that access to the configuration storage 10 is enabled disabled or not set.

Related passage: The present application provides a factory mode for a secure device.The factory mode allows the secure device to execute unsigned operating system code or operating system code signed by an entity other than an entity trusted by the OEM collectively referred to herein as untrusted software.To support execution of untrusted operating system code in a secure manner the secure device may be adapted to prevent data of predetermined type from being loaded on the secure device while the secure device is in the factory mode.In contrast to the factory mode the secure mode of the secure device is referred to herein as a product mode.There develops a need to manage in a secure manner transitions between the product mode and the factory mode.
Patent claim: The method of making a planographic printing plate according to any one of claims 1 to 9 wherein the betainebased amphoteric surfactant is a compound represented by the following Formula A or Formula Bwherein in Formula A R8 represents an alkyl group R9 and R10 each independently represent a hydrogen atom or an alkyl group R11 represents an alkylene group and A represents a carboxylate ion or a sulfonate ion and in Formula B R18 R19 and R20 each independently represent a hydrogen atom or an alkyl group provided that R18 R19 and R20 are not simultaneously hydrogen atoms.

Related passage: Subsequently upper layer coating solution 1 having the composition below was applied using a bar coater at a coat weight of 0.5 gm2 drying was carried out at 130C for 40 sec and gradual cooling was carried out by blowing at 20C to 26C thus giving a lithographic printing plate precursor of Example 1.Upper layer coating solution 1Styreneacrylonitrilemethacrylic acid copolymer composition ratio 69 mol25 mole 6 molweightaverage molecular weight 45000 20 partsAlkalisoluble resin polyurethane 1 above 10 partsEthyl Violet 0.03 partsMegafac F177 fluorinebased surfactant DIC Corporation 0.05 parts3Pentanone 60 partsPropylene glycol monomethyl ether 2acetate 8 parts
Patent claim: The control method of the photographing apparatus according to claim 5 wherein the extraction step includes extracting the plurality of characteristic images at four or more places in the first fundus image and the spatial variation is calculated as a variation in a distance between at least one pair of the searched characteristic images.

Related passage: When the OCT image taking is started the CPU 313 advances to Step 704 for the pattern matching.The CPU 313 uses the extracted templates 402 403 404 and 405 to perform the pattern matching on the continuouslyacquired SLO images in order.The pattern matching represents a processing for finding out places most similar to the templates 402 403 404 and 405 from within the image.The CPU 313 performs the pattern matching to thereby detect changes in positions of the templates 402 403 404 and 405.After detecting the change in the position of each of the templates by the pattern matching the CPU 313 advances to Step 705 for calculation of a correction amount.The CPU 313 detects a movement of the fundus of the eye to beinspected by performing calculation based on the changes in the positions of the templates 402 403 404 and 405 detected by the pattern matching.After the calculation of a correction amount is finished the CPU 313 advances to Step 706.The CPU 313 sends a driving instruction to a driving member 314 according to the detected movement and moves the OCT X correction scanner 138 and the OCT Y correction scanner 137.The correction processing allows the OCT beam to be accurately applied to the position specified by the operator 311 so as to compensate the movement of the fundus of the eye to be inspected.At this time the correction may be made by the OCT X scanner 104 and the OCT Y scanner 105.Alternatively the correction may be shared by four scanners of the OCT X correction scanner 138 309 the OCT Y correction scanner 137 310 the OCT X scanner 104 306 and the OCT Y scanner 105 307.Those scanners function as a correcting unit for making a correction of an application position of the measuring beam onto the eye to be inspected together with the CPU 313.Further at that time those scanners function as a scanning unit for scanning the measuring beam over the eye to be inspected and are adjusted by the CPU 313 to thereby carry out adjustment of the measuring beam.
Patent claim: The releasable support of any preceding claim comprising a plurality of magnets wherein the at least one wireless communication function to be executed is determined at least partly based on an orientation of the NFCcapable mobile communication device relative to the plurality of magnets.

Related passage: By way of example referring additionally to FIGS.3 and 5 the mobile device 40 may further comprise one or more input devices 45 e.g.keypad or keyboard buttons track pad scroll wheel touchscreen sensor array etc.carried by the housing 41 and coupled to the controller 44 and switchable between active and inactive states.In the active state the input devices 45 may be enabled to provide input to the controller 44 and in the inactive state may be disabled from providing input to the controller.Generally speaking it may be desirable to allow the input devices 45 to provide input when in a cradle but not when in a holster so as to avoid unintended input when in the holster.In this regard the controller 44 may be configured to switch the input devices 45 to the active state in the first operating mode i.e.when positioned in the first mobile device holder 31 at Block 57 and to the inactive state in the second operating mode i.e.when positioned in the second device holder 35 at Block 58.
Patent claim: A nontransitory computerreadable medium including a video game processing program product for causing a video game processing apparatus to control progress of a video game whiledisplaying a threedimensional avatar arranged within a virtual space on a display screen of a display device wherein the video game processing apparatus comprises a threedimensional partial model memory for storing a plurality of threedimensional partial models each of the plurality of threedimensional partial models constituting at least a part of a body of a threedimensional avatar the part of the body including a face portion of the threedimensional avatar wherein the video game processing program product causes the computer to execute generating a threedimensional partial model on the basis of twodimensional image data inputted by a user of the video game processing apparatus specifying at least one threedimensional partial model for each scene in the video game from the plurality of threedimensional partial models and causing the display device to display the threedimensional avatar in a corresponding scene on the display screen the threedimensional avatar including the threedimensional partial model specified in the specifying at least one threedimensional partial model.

Related passage: Fig.12 illustrates an example of a data structure of the face image management information Dn1 for managing face images stored by the game device 10.The game device 10 is enabled to display a list of face images as those shown in Figs.7 and 8 on the screen of the upper LCD 22 by recording data of the stored face images in the face image management information Dn1.The face image management information Dn1 is generated as information one record of which is prepared for each face image.The image management information Dn1 is stored for example in the internal data storing memory 35 or the external data storing memory 46.In Fig.12 the record 1 indicates examples of record elements while in Fig.12 particulars of the records 2 and onwards are omitted.Although notshown in the figures the information processing unit 31 may store the total number of records of the face image management information Dn1 that is the total number of acquired face images in the internal data storing memory 35 or the external data storing memory 46.
Patent claim: The medicated module 400 of claim 1 further comprising a filling channel 401 a vent channel 403 and wherein the medicament cavity 406 is configured to be filled through the filling channel 401 and wherein the vent channel 403 allows air to escape from medicament cavity 406 during a filling process.

Related passage: An example of how the medicine injector of Fig.10 is used will be made with reference to Figs.11 to 13 whichillustrate a sequence of operation for injecting contrast media into a vein.
Patent claim: The refrigeration cycle apparatus of claim 6 wherein the operation state amount is a degree of subcooling.

Related passage: When the refrigerant amount determining mode is requested to be performed the OU and all the IUs perform blowing operation S105.While the blowing operation is performed the indoor expansion valves 131 and the outdoor expansion valves 1332 are closed so the refrigerant is not introduced into the IUs.Meanwhile indoor air blowers 125 are operated.After the blowing operation is performed for longer than a preset time indoor and outdoor temperatures are received from the indoor temperature sensors 176 and the outdoor temperature sensor 177.If the indoor and outdoor temperatures are within preset temperature ranges it is determined that the refrigerant amount determining mode can be started S115.If the indoor temperature is lower than a temperature at which cooling operation can be performed by using the airconditioner 100 or if the outdoor temperature is higher than a temperature at which the airconditioner 100 can be operated operation itself of the airconditioner is not possible.Thus it is required to determine whether or not the airconditioner 100 can be operated by comparing the indoor and the outdoor temperatures with the preset temperature ranges.In this case it may be determined that the refrigerant amount determining mode can be started only when all the outdoor and indoor temperatures as received satisfy the preset temperature ranges.Also it may be determined that the refrigerant amount determining mode can be started only when a preset rate or a preset number of outdoor and indoor temperatures satisfies the preset temperature range.
Patent claim: The system of claim 1 wherein the converted message validator is configured to analyze each of the plurality of voicetotext converted messages to determine a measure of validation by comparing the voicetotext converted message to a phraseology dataset.

Related passage: Still referring to FIG.1 the flight management system 16 is as known to one skilled in the art.The flight management system includes the flight guidance control system.The flight management system is coupled to the processor and may provide navigation data associated with the aircrafts current position and flight direction e.g.heading course track etc.to the processor.The navigation data provided to the processor may also include information about the aircrafts airspeed altitude pitch flight path intended destination takeoff and landing information and other important flight information.For example the flight management system may generate a flight plan for the aircraft that includes segments between waypoints forming a flight path for the aircraft that includes segments between waypoints forming the flight path to a destination.The flight management system may include any suitable position and direction determination devices that are capable of providing the processor with at least an aircrafts current position the realtime direction of the aircraft in its flight path the waypoints along the flight path and other important flight information e.g.elevation pitch airspeed altitude attitude etc..Information can be provided to the processor by for example an Inertial Reference System IRS Airdata Heading Reference System AHRS andor a global positioning system GPS.As previously noted the flight management system
Patent claim: Method according to one of the preceding claims wherein an update interval of estimating the heat input is shorter than in particular between 5 and 100 times as short as an update interval of measuring the Caloric Value.

Related passage: In accordance with certain embodiments of the invention0 may correspond to natural gas only fuel.Highermay indicate worse NOx and better CO.In accordance with certain example embodiments of the invention one or more emissions parameters including NOx CO or unburned hydrocarbons may be monitored.In certain embodiments performance parameters including but not limited to temperature compressor pressure ratio load or speed may be additionally monitored.According to example embodiments fuel composition may be estimated based at least in part on one or more of the one or more monitored emissions parameters or the one or more monitored performance parameters.In an example embodiment at least one turbine operating parameter may be adjusted based at least in part on the estimated fuel composition.