mhurhangee/ep-ind-claims huggingface dataset:
A mobile broadcast receiver for use in receiving diversity, comprising: a plurality of antenna connectors (20, 21, 22) for connecting a plurality of external diversity antennas (10, 11, 12) for receiving a plurality of antenna signals, an antenna selector for selecting at least one of the external diversity antennas (10, 11, 12), a detector for determining external diversity antenna operational characteristics by analysing the plurality of the antenna signals provided at the plurality of antenna connectors (20, 21, 22) and for outputting a control signal based on the defined operational characteristics, wherein the antenna selector is adapted to receive the control signal and to select an antenna signal from the plurality of antenna signals based on the control signal, and a signal output for outputting the antenna signal selected by the antenna selector to a tuning means, characterized by a multiplexer for receiving the plurality of antenna signals from the plurality of antenna connectors (20, 21, 22) and for multiplexing each of the antenna signals of the plurality of antenna signals before the characteristics are determined in the detector. a plurality of antenna connectors (20, 21, 22) for connecting a plurality of external diversity antennas (10, 11, 12) for receiving a plurality of antenna signals, an antenna selector for selecting at least one of the external diversity antennas (10, 11, 12), a detector for determining external diversity antenna operational characteristics by analysing the plurality of the antenna signals provided at the plurality of antenna connectors (20, 21, 22) and for outputting a control signal based on the defined operational characteristics, wherein the antenna selector is adapted to receive the control signal and to select an antenna signal from the plurality of antenna signals based on the control signal, and a signal output for outputting the antenna signal selected by the antenna selector to a tuning means, characterized by a multiplexer for receiving the plurality of antenna signals from the plurality of antenna connectors (20, 21, 22) and for multiplexing each of the antenna signals of the plurality of antenna signals before the characteristics are determined in the detector.
A glass comprising: a base soda-lime-silica glass portion, and a colorant portion, wherein the colorant portion provides the glass with a solar factor of equal to or less than 30% at a glass thickness in the range of 3.6 to 4.1 millimeters ("mm"), wherein the solar factor is calculated in accordance to the International Organization for Standardization No. 13837, wherein the base soda-lime-silica glass portion comprises: SiO 2 66-75 weight percent; Na 2 O 10-20 weight percent; CaO 5-15 weight percent; MgO 0-5 weight percent; Al 2 O 3 0-5 weight percent; K 2 O 0-3 weight percent, and BaO 0-1 weight percent; and the colorant portion comprises: total iron as Fe 2 O 3 in the range of 0.900 to 1.3 weight percent; FeO in the range of 0.50-0.900 weight percent; CoO greater than 0.030 weight percent; Redox ratio greater than 0.50 to 0.850. a base soda-lime-silica glass portion, and a colorant portion, wherein the colorant portion provides the glass with a solar factor of equal to or less than 30% at a glass thickness in the range of 3.6 to 4.1 millimeters ("mm"), wherein the solar factor is calculated in accordance to the International Organization for Standardization No. 13837, wherein the base soda-lime-silica glass portion comprises: SiO 2 66-75 weight percent; Na 2 O 10-20 weight percent; CaO 5-15 weight percent; MgO 0-5 weight percent; Al 2 O 3 0-5 weight percent; K 2 O 0-3 weight percent, and BaO 0-1 weight percent; and the colorant portion comprises: total iron as Fe 2 O 3 in the range of 0.900 to 1.3 weight percent; FeO in the range of 0.50-0.900 weight percent; CoO greater than 0.030 weight percent; Redox ratio greater than 0.50 to 0.850.
A system comprising: a portable patient monitoring system to couple to at least one physiological sensor measuring physiological attributes of a patient, the portable patient monitoring system comprising a display to display data characterizing the measured physiological attributes, at least one data processor, and memory for storing at least one profile specifying settings for a plurality of operational parameters of the patient monitoring system, the portable patient monitoring system configured to dock with a docking station, the docking station comprising memory for storing at least one profile specifying settings for a plurality of operational parameters of a patient monitoring system; wherein the system is arranged such that: in response to detection of a docking event comprising a mechanical mating of the portable patient monitoring system with the docking station: the profile stored in the memory of the portable patient monitoring system is overwritten with the profile stored in the memory of the docking station when the patient monitoring system is docked to the docking station and when certain conditions are not met; and the profile stored in the memory of the patient monitoring system continues to be used by the patient monitoring system when the patient monitoring system is docked to the docking station and when the certain conditions are met, and in response to detection of a docking event comprising a power cycle caused by a power failure: the profile stored in the memory of the patient monitoring system is maintained and continues to be used by the patient monitoring system. in response to detection of a docking event comprising a mechanical mating of the portable patient monitoring system with the docking station: the profile stored in the memory of the portable patient monitoring system is overwritten with the profile stored in the memory of the docking station when the patient monitoring system is docked to the docking station and when certain conditions are not met; and the profile stored in the memory of the patient monitoring system continues to be used by the patient monitoring system when the patient monitoring system is docked to the docking station and when the certain conditions are met, and the profile stored in the memory of the portable patient monitoring system is overwritten with the profile stored in the memory of the docking station when the patient monitoring system is docked to the docking station and when certain conditions are not met; and the profile stored in the memory of the patient monitoring system continues to be used by the patient monitoring system when the patient monitoring system is docked to the docking station and when the certain conditions are met, and in response to detection of a docking event comprising a power cycle caused by a power failure: the profile stored in the memory of the patient monitoring system is maintained and continues to be used by the patient monitoring system.
A packaging unit for hygiene articles, the unit being formed from a sheet of material, said sheet having an inner surface and an outer surface, said inner surface comprising an edge zone comprising an inner edge portion (5, 8) and an outer edge portion (6, 7), said sheet having at least one folding axis, said folding axis dividing said sheet into a first region and a second region, characterized in that one of said inner edge portion and said outer edge portion of said edge zone of said first region is provided with resealable pressure-sensitive adhesive, and the other of said inner edge portion and said outer edge portion of said edge zone of said first region is adhesive-free; in that one of said inner edge portion and said outer edge portion of said edge zone of said second region is provided with resealable pressure-sensitive adhesive, and the other of said inner edge portion and said outer edge portion of said edge zone of said second region is adhesive-free in a complementary manner to said edge zone of said first region, such that when said sheet is folded about said folding axis, said edge portion carrying resealable pressure-sensitive adhesive in said first region is brought in contact with said adhesive-free edge portion in said second region, and said edge portion carrying resealable pressure-sensitive adhesive in said second region is brought in contact with said adhesive-free edge portion in said first region, and in that at least a section of said adhesive-free edge portion in at least one of said first and said second regions (10, 11) is provided with a release agent.
A method for managing a backup service gateway, SGW, (112 2) associated with a primary SGW (112 1), the method comprising: periodically receiving, by the backup SGW (112 2), from the primary SGW (112 1) at least a portion of corresponding user equipment, UE, session state information, the received portion of session state information being sufficient to enable the backup SGW (112 2) to indicate to an inquiring management entity all user sessions associated with a group of UEs supported by the primary SGW (112 1) in a live state; and in response to a failure of the primary SGW (112 1), assuming, by the backup SGW (112 2), management of IP addresses and paths associated with said primary SGW (112 1) and causing, by the backup SGW (112 2), each UE supported by the failed primary SGW (112 1) to reauthorize itself to the network; characterized in that the received session state information identifies only UEs having active sessions. periodically receiving, by the backup SGW (112 2), from the primary SGW (112 1) at least a portion of corresponding user equipment, UE, session state information, the received portion of session state information being sufficient to enable the backup SGW (112 2) to indicate to an inquiring management entity all user sessions associated with a group of UEs supported by the primary SGW (112 1) in a live state; and in response to a failure of the primary SGW (112 1), assuming, by the backup SGW (112 2), management of IP addresses and paths associated with said primary SGW (112 1) and causing, by the backup SGW (112 2), each UE supported by the failed primary SGW (112 1) to reauthorize itself to the network; characterized in that the received session state information identifies only UEs having active sessions.
A system for communicating with an active radio frequency identification RFID tag, comprising: a control processor; a coordinator, configured to uninterruptedly and repeatedly transmit an instruction signal for a preset time period on a first channel, wherein the instruction signal comprises a wakeup instruction and an action instruction; and an active RFID tag, configured to receive a signal on the first channel, determine the signal is the instruction signal, be waked up in response to the wakeup instruction during a time period of an interception state and perform an operation in response to the action instruction; a reader/writer, connected to the control processor and configured to establish communication with the active RFID tag on a second channel after the active RFID tag receives the instruction signal on the first channel; wherein the active RFID tag comprises: a first filter module, configured to perform a first filtering for the signal received by the active RFID tag on the first channel to exclude invalid signals; and a second filter module, configured to perform a validity judgment on the received signal if the first filtering is successful to determine whether the received signal is the instruction signal for the active RFID tag based on digital information carried by the instruction signal. a control processor; a coordinator, configured to uninterruptedly and repeatedly transmit an instruction signal for a preset time period on a first channel, wherein the instruction signal comprises a wakeup instruction and an action instruction; and an active RFID tag, configured to receive a signal on the first channel, determine the signal is the instruction signal, be waked up in response to the wakeup instruction during a time period of an interception state and perform an operation in response to the action instruction; a reader/writer, connected to the control processor and configured to establish communication with the active RFID tag on a second channel after the active RFID tag receives the instruction signal on the first channel; wherein the active RFID tag comprises: a first filter module, configured to perform a first filtering for the signal received by the active RFID tag on the first channel to exclude invalid signals; and a second filter module, configured to perform a validity judgment on the received signal if the first filtering is successful to determine whether the received signal is the instruction signal for the active RFID tag based on digital information carried by the instruction signal. a first filter module, configured to perform a first filtering for the signal received by the active RFID tag on the first channel to exclude invalid signals; and a second filter module, configured to perform a validity judgment on the received signal if the first filtering is successful to determine whether the received signal is the instruction signal for the active RFID tag based on digital information carried by the instruction signal.
Method for producing a soft-magnetic body, comprising the following steps: a) providing a soft-magnetic powder having powder particles made of a soft-magnetic material, b) coating the powder particles with an insulating coating material, wherein the sintering temperature of the coating material is lower than the sintering temperature of the soft-magnetic material, c) heat-treating the coating material in such a way that a sintering and/or melting of the powder particles is avoided during the heat treatment, wherein according to step c) a process pressure used for the heat treatment is adapted in such a way that sintering and/or melting of the powder particles is avoided, wherein the coating material is obtained from a starting material and, after coating, the coating material is present in an oxidic and/or fine-particulate structure, wherein the coating material is vitrified by the sintering, characterized in that after step c), a thermal aftertreatment takes place via hot isostatic pressing. a) providing a soft-magnetic powder having powder particles made of a soft-magnetic material, b) coating the powder particles with an insulating coating material, wherein the sintering temperature of the coating material is lower than the sintering temperature of the soft-magnetic material, c) heat-treating the coating material in such a way that a sintering and/or melting of the powder particles is avoided during the heat treatment, wherein according to step c) a process pressure used for the heat treatment is adapted in such a way that sintering and/or melting of the powder particles is avoided, wherein
An isolated monoclonal antibody, which binds to human glucocorticoid-inducible TNF receptor (GITR), comprising two heavy chains and two light chains, wherein each of the heavy chains comprises a heavy chain variable region consisting of the amino acid sequence set forth in SEQ ID NO: 13 and each of the light chains comprises a light chain variable region consisting of the amino acid sequence set forth in SEQ ID NO: 14.
A method for operating a node to discover a peer-to-peer overlay network, the method comprising: detecting one or more communication links that allow the node to communicate with other nodes; determining (506, 512, 518) that a universal overlay network is accessible using at least one communication link; selecting (508, 514, 520) a communication link from the at least one communication link; joining (510, 516, 522) the universal overlay network using the selected communication link; the method being characterized by generating an advertisement that provides an identifier that identifies the node on the universal overlay network that is used as a bootstrap node for reaching a selected overlay network, wherein the identifier is a universal node locator, UNL. detecting one or more communication links that allow the node to communicate with other nodes; determining (506, 512, 518) that a universal overlay network is accessible using at least one communication link; selecting (508, 514, 520) a communication link from the at least one communication link; joining (510, 516, 522) the universal overlay network using the selected communication link; the method being characterized by generating an advertisement that provides an identifier that identifies the node on the universal overlay network that is used as a bootstrap node for reaching a selected overlay network, wherein the identifier is a universal node locator, UNL.
A controller for an active converter for removing higher harmonics from an input current containing the higher harmonics flowing out from a rectification circuit for converting alternating current into direct current, the controller comprising: a voltage detection means (11, 12) for detecting an input voltage (Vin) and an output voltage (Vdc) of the active converter; a correction value determination means for determining, in a case when the active converter is not in operation, a correction value, which is a detection deviation, and which is used for correcting a deviation of the output voltage (Vdc_0) with respect to the input voltage (Vin_0) detected by the voltage detection means (11, 12), the correction value being a ratio (γ1/ γ2) of a first error (γ1) between the actual input voltage (Vin_0) and the input voltage (Vin1_0) detected by the voltage detection means to a second error (γ2) between the actual output voltage (Vdc_0) and the output voltage (Vdc1_0) detected by the voltage detection means; and a control means for correcting, when the active converter is in operation, the output voltage detected by the voltage detection means (11, 12) with the correction value, to perform step-up ratio control. a voltage detection means (11, 12) for detecting an input voltage (Vin) and an output voltage (Vdc) of the active converter; a correction value determination means for determining, in a case when the active converter is not in operation, a correction value, which is a detection deviation, and which is used for correcting a deviation of the output voltage (Vdc_0) with respect to the input voltage (Vin_0) detected by the voltage detection means (11, 12), the correction value being a ratio (γ1/ γ2) of a first error (γ1) between the actual input voltage (Vin_0) and the input voltage (Vin1_0) detected by the voltage detection means to a second error (γ2) between the actual output voltage (Vdc_0) and the output voltage (Vdc1_0) detected by the voltage detection means; and a control means for correcting, when the active converter is in operation, the output voltage detected by the voltage detection means (11, 12) with the correction value, to perform step-up ratio control.
A method to extract identifiers from media, the method comprising: sampling a media signal to generate digital samples, the media signal being an audio signal; storing the samples in a buffer; determining a first sequence of samples in the buffer; determining a second sequence of samples in the buffer, the second sequence of samples being of substantially equal length as the first sequence of samples; calculating an average of the first sequence of samples and the second sequence of samples to generate a third sequence that is an average of the first sequence of samples and the second sequence of samples; extracting an identifier from the third sequence, the identifier being repeated in the media signal after a period of T seconds and determining the second sequence of samples includes selecting a sequence of samples that starts T seconds after a start of the first sequence of samples; characterized by storing the extracted identifier in a stack on a tangible memory, the stack including multiple prior identifiers extracted from the media signal; when the top identifier in the stack matches one of the other identifiers in the stack, validating the top identifier and the other matching identifier, outputting the top identifier, and removing the top identifier from the stack; and when the top identifier does not match one of the other identifiers, not validating the top identifier, not outputting the top identifier, and removing the top identifier from the stack. sampling a media signal to generate digital samples, the media signal being an audio signal; storing the samples in a buffer; determining a first sequence of samples in the buffer; determining a second sequence of samples in the buffer, the second sequence of samples being of substantially equal length as the first sequence of samples; calculating an average of the first sequence of samples and the second sequence of samples to generate a third sequence that is an average of the first sequence of samples and the second sequence of samples; extracting an identifier from the third sequence, the identifier being repeated in the media signal after a period of T seconds and determining the second sequence of samples includes selecting a sequence of samples that starts T seconds after a start of the first sequence of samples; characterized by storing the extracted identifier in a stack on a tangible memory, the stack including multiple prior identifiers extracted from the media signal; when the top identifier in the stack matches one of the other identifiers in the stack, validating the top identifier and the other matching identifier, outputting the top identifier, and removing the top identifier from the stack; and validating the top identifier and the other matching identifier, outputting the top identifier, and removing the top identifier from the stack; and when the top identifier does not match one of the other identifiers, not validating the top identifier, not outputting the top identifier, and removing the top identifier from the stack. not validating the top identifier, not outputting the top identifier, and removing the top identifier from the stack.
A base station capable of transmitting, to a terminal via the own base station and another base station, downlink data received from a core network, the base station comprising: a communication unit configured to transmit, to the another base station, to inform the another base station of whether flow control for the downlink data can be carried out or cannot be carried out, information indicating whether or not feedback information used for flow control is requested, the feedback information being for transmission from the another base station to the own base station, wherein the communication unit is configured to communicate with the terminal via a Master Cell Group, MCG, bearer, and wherein the another base station is configured to communicate with the terminal via a Secondary Cell Group, SCG, bearer. a communication unit configured to transmit, to the another base station, to inform the another base station of whether flow control for the downlink data can be carried out or cannot be carried out, information indicating whether or not feedback information used for flow control is requested, the feedback information being for transmission from the another base station to the own base station, wherein the communication unit is configured to communicate with the terminal via a Master Cell Group, MCG, bearer, and wherein the another base station is configured to communicate with the terminal via a Secondary Cell Group, SCG, bearer.