mhurhangee/ep-ind-claims huggingface dataset:
An X-ray photographing apparatus comprising: an X-ray generator comprising a plurality of X-ray generation units configured to generate an X-ray; an X-ray detector comprising a plurality of X-ray detection units facing the plurality of X-ray generation units and configured to detect X-rays that are transmitted through an object; a panel (32, 34) provided between the plurality of X-ray generation units and the plurality of X-ray detection units and configured to contact the object; a sensing unit comprising a plurality of sensors provided on the panel (32, 34) and configured to sense the object; and a controller configured to determine a location of the object and to control at least one of the X-ray generator to enable an X-ray generation unit of the X-ray generator corresponding to the location of the object to generate an X-ray and the X-ray detector to enable an X-ray detection unit of the X-ray detector corresponding to the location of the object to detect an X-ray that is transmitted to the object by using results of sensing by the sensing unit. an X-ray generator comprising a plurality of X-ray generation units configured to generate an X-ray; an X-ray detector comprising a plurality of X-ray detection units facing the plurality of X-ray generation units and configured to detect X-rays that are transmitted through an object; a panel (32, 34) provided between the plurality of X-ray generation units and the plurality of X-ray detection units and configured to contact the object; a sensing unit comprising a plurality of sensors provided on the panel (32, 34) and configured to sense the object; and a controller configured to determine a location of the object and to control at least one of the X-ray generator to enable an X-ray generation unit of the X-ray generator corresponding to the location of the object to generate an X-ray and the X-ray detector to enable an X-ray detection unit of the X-ray detector corresponding to the location of the object to detect an X-ray that is transmitted to the object by using results of sensing by the sensing unit.
A method of monitoring an electrical system for statistical events, the method comprising: synchronizing an acoustic emission system of monitoring fatigue cracking comprising a plurality of acoustic emission sensors sensing acoustic emission signals from the electrical system with a partial discharge system of monitoring partial discharge comprising a plurality of partial discharge sensors sensing electrical signals from the electrical system; directing collection by the acoustic emission sensors of the acoustic emission signals as acoustic emission data and directing collection by the partial discharge sensors of the electrical signals as electrical data during an occurrence of a statistical event; classifying a first statistical event as a fatigue cracking event by pattern recognition of the acoustic emission data and determine a first location and a first damage condition resulting from the fatigue cracking event; classifying a second statistical event as a partial discharge event by pattern recognition of the acoustic emission data or the electrical data; and fusing the acoustic emission data and the electrical data for the second statistical event and determine a second location and a second damage condition resulting from the partial discharge event. synchronizing an acoustic emission system of monitoring fatigue cracking comprising a plurality of acoustic emission sensors sensing acoustic emission signals from the electrical system with a partial discharge system of monitoring partial discharge comprising a plurality of partial discharge sensors sensing electrical signals from the electrical system; directing collection by the acoustic emission sensors of the acoustic emission signals as acoustic emission data and directing collection by the partial discharge sensors of the electrical signals as electrical data during an occurrence of a statistical event; classifying a first statistical event as a fatigue cracking event by pattern recognition of the acoustic emission data and determine a first location and a first damage condition resulting from the fatigue cracking event; classifying a second statistical event as a partial discharge event by pattern recognition of the acoustic emission data or the electrical data; and fusing the acoustic emission data and the electrical data for the second statistical event and determine a second location and a second damage condition resulting from the partial discharge event.
A method of monitoring power in a portable physiological measurement device that has at least a battery coupled to a microprocessor and memory, the method comprising the steps of: turning on the device; measuring a power level of the battery; determining if the power level of the battery is greater than a first threshold; if the power level is less than or equal to the first threshold then annunciating a low battery warning and setting a flag for low battery as true otherwise performing start up checking process of the device; after the performing of the startup checking process, evaluating the battery to determine if both the power level of the battery is greater than a second threshold and the low battery flag is set as true; if the evaluating step is affirmative then recording the time and date of the evaluating step to memory and setting the flag for low battery as false and annunciating a change in status of the battery in the device; then, if the evaluation step is affirmative, or if the evaluating step is negative, conducting an analyte test; then, measuring the power level of the battery; then, checking the power level of the battery against the first threshold; if the checking indicates that power level is greater than the first threshold then annunciating a result of the analyte test otherwise annunciating a low battery warning and setting the flag for low battery as true. turning on the device; measuring a power level of the battery; determining if the power level of the battery is greater than a first threshold; if the power level is less than or equal to the first threshold then annunciating a low battery warning and setting a flag for low battery as true otherwise performing start up checking process of the device; after the performing of the startup checking process, evaluating the battery to determine if both the power level of the battery is greater than a second threshold and the low battery flag is set as true; if the evaluating step is affirmative then recording the time and date of the evaluating step to memory and setting the flag for low battery as false and annunciating a change in status of the battery in the device; then, if the evaluation step is affirmative, or if the evaluating step is negative, conducting an analyte test; then, measuring the power level of the battery; then, checking the power level of the battery against the first threshold; if the checking indicates that power level is greater than the first threshold then annunciating a result of the analyte test otherwise annunciating a low battery warning and setting the flag for low battery as true.
A device for moving an elongate member by a predetermined distance relative to an elongate body through which it at least partially extends, thereby to release a stent at the distal end of the elongate body, the device comprising: a take-up reel onto which the elongate member is wound when it is moved; and a limiter that is configured to limit further rotation of the take-up reel after a length of the elongate member has been taken up on the reel to move the elongate member said pre-determined distance, wherein the limiter comprises a tethered line, which is configured to be progressively consumed when the take-up reel is rotated until the tethered line anchors the take-up reel against further rotation, one end of the tethered line being provided with a line connector by which it may be attached to a limiter reel on which it is to be taken up to be consumed, and characterised in that the limiter reel is provided with plural reel connectors to which the line connector may be connected to attach the tethered line to the limiter reel. a take-up reel onto which the elongate member is wound when it is moved; and a limiter that is configured to limit further rotation of the take-up reel after a length of the elongate member has been taken up on the reel to move the elongate member said pre-determined distance, wherein the limiter comprises a tethered line, which is configured to be progressively consumed when the take-up reel is rotated until the tethered line anchors the take-up reel against further rotation, one end of the tethered line being provided with a line connector by which it may be attached to a limiter reel on which it is to be taken up to be consumed, and characterised in that the limiter reel is provided with plural reel connectors to which the line connector may be connected to attach the tethered line to the limiter reel.
A blade replacement apparatus for replacing blades (10, 20) connected by a bolt, the bolt extending along a first axis, the blade replacement apparatus comprising a locking member (120, 220, 320), and an operating member (130, 230, 330), and the locking member (120, 220, 320) is provided with a second matching portion (125, 222, 322), wherein the operating member (130, 230, 330) is movable between an operating position and a non-operating position, the operating member (130, 230, 330) allowing a user to perform an operation by hand without using any instruments; characterized in that the blade replacement apparatus comprises a nut that fits the bolt to fix the blade (10, 20), a nut loosening/tightening member (110, 210, 310), one of the nut loosening/tightening member (110, 210, 310) and the operating member (130, 230, 330) is provided with a first matching portion (115, 231, 331), when the operating member (130, 230, 330) is in the non-operating position, the first matching portion (115, 231, 331) engages with the second matching portion (125, 222, 322), and the rotation of the nut loosening/tightening member (110, 210, 310) around the first axis is obstructed by the locking member (120, 220, 320); when the operating member (130, 230, 330) is in the operating position, the first matching portion (115, 231, 331) is disengaged from the second matching portion (125, 222, 322), and the rotation of the nut loosening/tightening member (110, 210, 310) around the first axis tightens or loosens the nut.
A method performed on a communication device, the method comprising: receiving, by a first module of the communication device, a unified passcode, encoding the unified passcode using a first hash to generate a first encoded passcode, and the first module configured to be unlocked when the first encoded passcode matches a first stored encoded passcode; generating, via the first module, a second encoded passcode at least partially based on a second hash of the unified passcode and based on an offset that is received, the second hash different from the first hash, by encoding the unified passcode using the second hash to generate the second encoded passcode, the second encoded passcode different from the first encoded passcode, the offset based on a difference between the second hash of the unified passcode and a stored reference code associated with a universal integrated circuit card (UICC); and automatically unlocking access, via the second encoded passcode, to the UICC when the second encoded passcode matches a second stored encoded passcode, the UICC connected to the communication device, to allow the communication device to access at least one function of the UICC. receiving, by a first module of the communication device, a unified passcode, encoding the unified passcode using a first hash to generate a first encoded passcode, and the first module configured to be unlocked when the first encoded passcode matches a first stored encoded passcode; generating, via the first module, a second encoded passcode at least partially based on a second hash of the unified passcode and based on an offset that is received, the second hash different from the first hash, by encoding the unified passcode using the second hash to generate the second encoded passcode, the second encoded passcode different from the first encoded passcode, the offset based on a difference between the second hash of the unified passcode and a stored reference code associated with a universal integrated circuit card (UICC); and automatically unlocking access, via the second encoded passcode, to the UICC when the second encoded passcode matches a second stored encoded passcode, the UICC connected to the communication device, to allow the communication device to access at least one function of the UICC.
A signal reporting method, comprising: sending, by a network device, first configuration information to a terminal device, wherein the first configuration information is used to configure the terminal device to measure a first signal and a second signal; and receiving, by the network device, a reporting result sent by the terminal device, characterized in that the reporting result comprises information about: a signal determined based on a processed measurement result, and K signals in N first signals and M second signals; wherein N≥1, M≥1, 1≤K≤N+M, the processed measurement result is obtained by performing joint processing on a measurement result of at least one first signal and a measurement result of at least one second signal by the terminal device, and the K signals in the N first signals and the M second signals is determined by the terminal device based on a measurement result of the N first signals and a measurement result of the M second signals; wherein the first signals are channel state information-reference signals, CSI-RSs, and the second signals are some of signals in a synchronization signal, SS, block. sending, by a network device, first configuration information to a terminal device, wherein the first configuration information is used to configure the terminal device to measure a first signal and a second signal; and receiving, by the network device, a reporting result sent by the terminal device, characterized in that the reporting result comprises information about: a signal determined based on a processed measurement result, and K signals in N first signals and M second signals; wherein N≥1, M≥1, 1≤K≤N+M, the processed measurement result is obtained by performing joint processing on a measurement result of at least one first signal and a measurement result of at least one second signal by the terminal device, and the K signals in the N first signals and the M second signals is determined by the terminal device based on a measurement result of the N first signals and a measurement result of the M second signals; wherein the first signals are channel state information-reference signals, CSI-RSs, and the second signals are some of signals in a synchronization signal, SS, block. a signal determined based on a processed measurement result, and K signals in N first signals and M second signals; wherein N≥1, M≥1, 1≤K≤N+M, the processed measurement result is obtained by performing joint processing on a measurement result of at least one first signal and a measurement result of at least one second signal by the terminal device, and the K signals in the N first signals and the M second signals is determined by the terminal device based on a measurement result of the N first signals and a measurement result of the M second signals; wherein the first signals are channel state information-reference signals, CSI-RSs, and the second signals are some of signals in a synchronization signal, SS, block.
An affinity reagent capable of specifically binding to the matriptase stem located on the cell surface wherein the matriptase stem has the sequence defined in any one of SEQ ID NOs: 10-13 or a sequence having at least 80% identity to any one of SEQ ID NOs: 10-13, and wherein the affinity reagent is conjugated to a therapeutic moiety, optionally wherein the therapeutic moiety is a cytotoxic moiety or a radioactive moiety.
A method comprising: receiving, by a wireless device from a base station, a radio resource control, RRC, release message comprising: a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and while the wireless device is, based on the RRC release message, in the RRC inactive state: initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration. receiving, by a wireless device from a base station, a radio resource control, RRC, release message comprising: a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and a measurement configuration for one or more measurements by the wireless device while the wireless device is in an RRC inactive state; and a small data transmission, SDT, configuration of a SDT procedure for transmission by the wireless device while the wireless device is in the RRC inactive state; and while the wireless device is, based on the RRC release message, in the RRC inactive state: initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration. initiating the SDT procedure based on the SDT configuration; and not performing, based on the initiating the SDT procedure, measurements associated with the measurement configuration.
An apparatus for a macro cell base station transceiver, the apparatus being operable to provide information related to handover between the macro cell base station transceiver and a small cell base station transceiver to a mobile transceiver, the macro cell base station transceiver comprising a coverage area, which at least partly surrounds a coverage area of the small cell base station transceiver, the apparatus comprising an interface operable to communicate with the small cell base station transceiver; a transceiver module operable to communicate with the mobile transceiver; and a control module operable to: control the interface and the transceiver module, receive information related to a handover measurement from the small cell base station transceiver using the interface, wait for a delay period, and provide the information related to the handover measurement to the mobile transceiver using the transceiver module after the delay period. control the interface and the transceiver module, receive information related to a handover measurement from the small cell base station transceiver using the interface, wait for a delay period, and provide the information related to the handover measurement to the mobile transceiver using the transceiver module after the delay period.
A method for transmitting and receiving, by a user equipment, a signal through direct device-to-device communication in a wireless communication system, the method comprising: receiving a synchronization signal including a prescribed indicator from a specific node; selecting a scheduling assignment, SA, resource for transmitting a SA from a SA resource pool corresponding to the prescribed indicator; and transmitting, to the specific node or a different node, the SA using the selected SA resource, wherein the prescribed indicator indicates a count of relaying the synchronization signal, and the SA resource pool is configured based on the count of relaying the synchronization signal. receiving a synchronization signal including a prescribed indicator from a specific node; selecting a scheduling assignment, SA, resource for transmitting a SA from a SA resource pool corresponding to the prescribed indicator; and transmitting, to the specific node or a different node, the SA using the selected SA resource, wherein the prescribed indicator indicates a count of relaying the synchronization signal, and the SA resource pool is configured based on the count of relaying the synchronization signal.
A control system for charge and output control of a rechargeable thin film microbattery cell comprising a charge control logic component (20, 200) configured to control the level of charge of a thin film microbattery cell, wherein the charge control logic component (20, 200) comprises a charge pump, a temperature controller reference that is adapted to measure the ambient temperature of the system, and a temperature controlled shunt regulator, wherein the charge control logic component is programmed to reduce the voltage of the thin film microbattery when the ambient temperature of the system exceeds a predetermined value by operation of the temperature controlled shunt regulator, a battery cut-off logic component to cease current draw on the thin battery thin film microbattery cell under predetermined conditions, a mode control logic component operably coupled to the charge control logic component (20, 200) and the battery cut-off logic component to enable operation of the charge control logic component (20, 200) and the battery cut-off logic component under predetermined conditions, and a Switch Capacitor DC-DC Downconverter Component for delivery of voltage external to the system configured to reduce battery output voltage potential by a factor of at least 2:1.
A multimedia communication system, comprising: a server (110a-c) adapted to communicate with two or more multimedia endpoints (156, 166), a multipoint control unit, MCU, (140a-c) adapted to communicate with the server (110a-c) and the two or more multimedia endpoints (156, 166), wherein the server (110a-c) contains a module configured to instruct at least some of the two or more multimedia endpoints (156, 166) to call a dial number to establish a multimedia session in response to a requested list of multimedia endpoints received from one of the two or more multimedia endpoints and wherein the module is further configured to reestablish the session if not successfully established initially. a server (110a-c) adapted to communicate with two or more multimedia endpoints (156, 166), a multipoint control unit, MCU, (140a-c) adapted to communicate with the server (110a-c) and the two or more multimedia endpoints (156, 166), wherein the server (110a-c) contains a module configured to instruct at least some of the two or more multimedia endpoints (156, 166) to call a dial number to establish a multimedia session in response to a requested list of multimedia endpoints received from one of the two or more multimedia endpoints and wherein the module is further configured to reestablish the session if not successfully established initially.
A baiting station for rodents, having: - a box, in particular made from plastic, defining an internal space and having an internal partition, which can move between a first and a second position and separates the internal space into two parts when it is in the first position, and the box comprising at least one opening (25, 25'), - a lid, - a safety lock system (30, 30'), characterized in that the first and second positions of the internal partition correspond to different modes of use of said baiting station for rodents and in that the partition is cut out from the base of the box and forms the base of the box in said second position. - a box, in particular made from plastic, defining an internal space and having an internal partition, which can move between a first and a second position and separates the internal space into two parts when it is in the first position, and the box comprising at least one opening (25, 25'), - a lid, - a safety lock system (30, 30'),