mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a pressure sensor configured to receive physiologic information from a patient; and a control circuit, coupled to the pressure sensor, configured to receive information from the pressure sensor, and to provide a control signal to the pressure sensor, wherein the pressure sensor is configured to alter one or more sensing properties depending on the control signal to operate in a first mode to detect a pressure signal from the patient or to operate in a second mode to detect body sounds from the patient, wherein the control circuit includes: a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode. a pressure sensor configured to receive physiologic information from a patient; and a control circuit, coupled to the pressure sensor, configured to receive information from the pressure sensor, and to provide a control signal to the pressure sensor, wherein the pressure sensor is configured to alter one or more sensing properties depending on the control signal to operate in a first mode to detect a pressure signal from the patient or to operate in a second mode to detect body sounds from the patient, wherein the control circuit includes: a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode. a low-frequency data processing circuit configured to detect pressure information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the first mode; and a high-frequency data processing circuit configured to detect body sound information from the patient using the physiologic information received by the pressure sensor when the pressure sensor is in the second mode.
A recombinant MVA virus encoding a polypeptide comprising a human prostate-specific antigen and a polypeptide comprising a human prostatic acid phosphatase antigen.
An apparatus, comprising: a touchscreen panel comprising: a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit drivers (Tx-1...Tx-N) configured as class-D amplifiers and configured to generate a set of transmit signals based on a set of distinct pulse width modulated, PWM, signals, respectively; and a set of receivers (Rx-1...Rx-N) configured to receive a set of receive signals via the set of transmit lines (130-1...130-N) and the set of receive lines (140-1...140-N), wherein the set of receive signals are based on the set of transmit signals; wherein the set of transmit drivers (Tx-1...Tx-N) is configured to generate the set of transmit signals based on distinct equivalent circuits presented to the set of transmit drivers by the touchscreen panel, wherein each of the PWM signals is configured to cause the corresponding transmit driver to generate the desired transmit signal having a desired amplitude, phase and slew rate, characterized in that each of the transmit drivers (Tx-1...Tx-N) is configured to adjust the amplitude, phase and slew rate of the corresponding transmit signal based on the PWM signals such that the set of receive signals are substantially the same in amplitude, phase, and slew rate when there is no load on the touchscreen panel. a touchscreen panel comprising: a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit lines (130-1...130-N); and a set of receive lines (140-1...140-N); a set of transmit drivers (Tx-1...Tx-N) configured as class-D amplifiers and configured to generate a set of transmit signals based on a set of distinct pulse width modulated, PWM, signals, respectively; and a set of receivers (Rx-1...Rx-N) configured to receive a set of receive signals via the set of transmit lines (130-1...130-N) and the set of receive lines (140-1...140-N), wherein the set of receive signals are based on the set of transmit signals; wherein the set of transmit drivers (Tx-1...Tx-N) is configured to generate the set of transmit signals based on distinct equivalent circuits presented to the set of transmit drivers by the touchscreen panel, wherein each of the PWM signals is configured to cause the corresponding transmit driver to generate the desired transmit signal having a desired amplitude, phase and slew rate, characterized in that each of the transmit drivers (Tx-1...Tx-N) is configured to adjust the amplitude, phase and slew rate of the corresponding transmit signal based on the PWM signals such that the set of receive signals are substantially the same in amplitude, phase, and slew rate when there is no load on the touchscreen panel.
A compressor driving device, used for driving a compressor (COMP) of a refrigerating system, wherein the compressor driving device comprises a three-phase alternating current power supply input end, a relay module, a rectifier circuit, a direct current bus and a driving control circuit which are sequentially connected, wherein: the rectifier circuit is configured to convert a connected alternating current into a direct current and then output the direct current to the direct current bus; the driving control circuit is configured to convert the direct current outputted by the direct current bus into compressor driving power to drive the compressor (COMP) to work; the compressor driving device further comprises a pressure switch, the pressure switch is connected in series to a power supply circuit of the relay module, and configured to measure a pressure value in the refrigerating system and disconnect the power supply circuit of the relay module when the measured pressure value is greater than a preset pressure threshold; and the driving control circuit is further configured to detect an on-off state of the pressure switch and control the compressor (COMP) to stop working when the pressure switch is switched off; wherein a detection end of the driving control circuit is connected to the direct current bus characterised in that the driving control circuit is further configured to detect a voltage of the direct current bus in real time, and control the compressor (COMP) to stop working when it is detected that the voltage of the direct current bus drops to a first preset voltage value during the work of the compressor. the rectifier circuit is configured to convert a connected alternating current into a direct current and then output the direct current to the direct current bus; the driving control circuit is configured to convert the direct current outputted by the direct current bus into compressor driving power to drive the compressor (COMP) to work; the compressor driving device further comprises a pressure switch, the pressure switch is connected in series to a power supply circuit of the relay module, and configured to measure a pressure value in the refrigerating system and disconnect the power supply circuit of the relay module when the measured pressure value is greater than a preset pressure threshold; and the driving control circuit is further configured to detect an on-off state of the pressure switch and control the compressor (COMP) to stop working when the pressure switch is switched off; wherein a detection end of the driving control circuit is connected to the direct current bus characterised in that the driving control circuit is further configured to detect a voltage of the direct current bus in real time, and control the compressor (COMP) to stop working when it is detected that the voltage of the direct current bus drops to a first preset voltage value during the work of the compressor.
A method performed by a network node in a Wireless Local Area Network, WLAN, for identifying a wireless device in a wireless communication environment including both the WLAN and a cellular radio communication network, wherein said method comprises the steps of: - receiving an identifier of Medium Access Control, MAC, address format from a wireless device communicating with the WLAN, wherein the identifier of MAC address format enables identification of the wireless device in the WLAN, and the identifier also represents information that enables identification of the wireless device in the cellular radio communication network; - identifying the wireless device in the WLAN based on the identifier; and - identifying the wireless device in the cellular radio communication network based on the identifier, wherein the identifier of MAC address format is a modified MAC address, also referred to as New_MAC, derived as a function f of the 3GPP UE ID and/or the 3GPP CELL ID of the wireless device: New _ MAC = f 3 GPP UE ID, or New _ MAC = f 3 GPP UE ID, 3 GPP Cell ID, wherein UE stands for User Equipment, and the 3GPP UE ID is the 3GPP identity of the UE or more generally the cellular ID, and the 3GPP Cell ID is an identifier of the UE's currently serving cell, and wherein the WLAN network node uses the information from the New_MAC in order to identify the 3GPP network node that has a UE context and contact the 3GPP network node for the UE's context. - receiving an identifier of Medium Access Control, MAC, address format from a wireless device communicating with the WLAN, wherein the identifier of MAC address format enables identification of the wireless device in the WLAN, and the identifier also represents information that enables identification of the wireless device in the cellular radio communication network; - identifying the wireless device in the WLAN based on the identifier; and - identifying the wireless device in the cellular radio communication network based on the identifier, wherein the identifier of MAC address format is a modified MAC address, also referred to as New_MAC, derived as a function f of the 3GPP UE ID and/or the 3GPP CELL ID of the wireless device: New _ MAC = f 3 GPP UE ID, or New _ MAC = f 3 GPP UE ID, 3 GPP Cell ID, wherein UE stands for User Equipment, and the 3GPP UE ID is the 3GPP identity of the UE or more generally the cellular ID, and the 3GPP Cell ID is an identifier of the UE's currently serving cell, and wherein the WLAN network node uses the information from the New_MAC in order to identify the 3GPP network node that has a UE context and contact the 3GPP network node for the UE's context.
A separator assembly for removing dirt from an air flow in a suction cleaner, the separator assembly including a plurality of cyclone separators arranged fluidly in parallel for separating fine dirt from an air flow, each providing: a body (176a, 176b) defining a central lengthwise axis, having a first portion at a first end that is substantially cylindrical, adjoining a second portion at a second end that is substantially frustoconical, the first and second portions defining a volume; a cyclone inlet (160a, 160b) towards the first end, configured to receive a swirling flow of air within the volume, a dirt outlet (172a, 172b) formed at the second end, and an end wall closing the volume at the first end around an annular vortex finder that extends coaxially with the lengthwise axis, defining a passage from a vortex finder inlet disposed within the volume of the body to a vortex finder outlet formed in the end wall, the dimensions of the cyclone separators conforming to the rule 0.3 ≤ D x / D ≤ 0.42, wherein D represents the diameter of the first portion of the cyclone body, and D x represents the diameter of vortex finder. a body (176a, 176b) defining a central lengthwise axis, having a first portion at a first end that is substantially cylindrical, adjoining a second portion at a second end that is substantially frustoconical, the first and second portions defining a volume; a cyclone inlet (160a, 160b) towards the first end, configured to receive a swirling flow of air within the volume, a dirt outlet (172a, 172b) formed at the second end, and an end wall closing the volume at the first end around an annular vortex finder that extends coaxially with the lengthwise axis, defining a passage from a vortex finder inlet disposed within the volume of the body to a vortex finder outlet formed in the end wall, the dimensions of the cyclone separators conforming to the rule 0.3 ≤ D x / D ≤ 0.42, wherein D represents the diameter of the first portion of the cyclone body, and D x represents the diameter of vortex finder. D represents the diameter of the first portion of the cyclone body, and D x represents the diameter of vortex finder.
An aqueous dispersion comprising: - at least one fatty acid-modified epoxy amine adduct ZYW S containing amino groups which are at least partially protonated wherein the fatty acid W S contains at least 8 carbon atoms and has an iodine number according to DIN 53241-1:1995-05 of lower than 30, and - at least one polymer V obtained from the polymerization of one or more ethylenically unsaturated monomers. - at least one fatty acid-modified epoxy amine adduct ZYW S containing amino groups which are at least partially protonated wherein the fatty acid W S contains at least 8 carbon atoms and has an iodine number according to DIN 53241-1:1995-05 of lower than 30, and - at least one polymer V obtained from the polymerization of one or more ethylenically unsaturated monomers.
A cone collecting apparatus, the apparatus comprising jaws (11, 12) to be placed against each other, between which an elongated gap is left and configured for an operation in which a tree branch placed in the gap can retract through the gap but the cones to be collected from the branch do not fit through the gap and are detached.
A transport refrigeration system comprising: a transportation refrigeration unit; an energy storage device configured to provide electrical power to the transportation refrigeration unit; an electric generation device operably connected to at least one of a wheel of the transport refrigeration system and a wheel axle of the transport refrigeration system, the electric generation device being configured to generate electrical power from at least one of the wheel and the wheel axle to charge the energy storage device when the electric generation device is activated; a rotational velocity sensor configured to detect a rotational velocity of the electric generation device; and a power management module in electrical communication with the energy storage device, the electric generation device, and the rotational velocity sensor, characterised in that the power management module is configured to detect wheel slippage when the rotational velocity of the electric generation device decelerates greater than a selected deceleration; wherein the power management module is configured to decrease a torque limit of the electric generation device when the rotational velocity of the electric generation device decelerates greater than a selected deceleration. a transportation refrigeration unit; an energy storage device configured to provide electrical power to the transportation refrigeration unit; an electric generation device operably connected to at least one of a wheel of the transport refrigeration system and a wheel axle of the transport refrigeration system, the electric generation device being configured to generate electrical power from at least one of the wheel and the wheel axle to charge the energy storage device when the electric generation device is activated; a rotational velocity sensor configured to detect a rotational velocity of the electric generation device; and a power management module in electrical communication with the energy storage device, the electric generation device, and the rotational velocity sensor, characterised in that the power management module is configured to detect wheel slippage when the rotational velocity of the electric generation device decelerates greater than a selected deceleration; wherein the power management module is configured to decrease a torque limit of the electric generation device when the rotational velocity of the electric generation device decelerates greater than a selected deceleration.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: obtaining a configuration for a set of control resource sets and at least one search space on a bandwidth part, wherein the bandwidth part comprises at least two sub-bands, each search space is associated with a subset of at least two control resource sets, and the at least two control resource sets are on different sub-bands, and mapping and monitoring each search space according to the obtained configuration. obtaining a configuration for a set of control resource sets and at least one search space on a bandwidth part, wherein the bandwidth part comprises at least two sub-bands, each search space is associated with a subset of at least two control resource sets, and the at least two control resource sets are on different sub-bands, and mapping and monitoring each search space according to the obtained configuration.
A slat end seal comprising: a shell having a first surface, a second surface opposite the first surface, and a sidewall extending from the first surface, characterized in that the shell includes a plurality of through holes in the first surface of the shell; and in that the slat end seal comprises a lattice structure coupled to the first surface of the shell and configured to compress in response to a force applied to the second surface of the shell, wherein the lattice structure includes a plurality of supports defining a plurality of interstitial voids between the plurality of supports, and wherein the lattice structure includes at least one through hole aligned with at least one through hole of the plurality of through holes in the first surface of the shell. a shell having a first surface, a second surface opposite the first surface, and a sidewall extending from the first surface, characterized in that the shell includes a plurality of through holes in the first surface of the shell; and in that the slat end seal comprises a lattice structure coupled to the first surface of the shell and configured to compress in response to a force applied to the second surface of the shell, wherein the lattice structure includes a plurality of supports defining a plurality of interstitial voids between the plurality of supports, and wherein the lattice structure includes at least one through hole aligned with at least one through hole of the plurality of through holes in the first surface of the shell.
Software module, IP LI DM, for providing a network or system operator with information about options for deploying internet protocol, IP, lawful interception, LI, capabilities, wherein the software module, IP LI DM, comprises means adapted to perform the following steps when run on a computer: F1: receive interception orders from a legal enforcement agency, LEA, wherein the interception orders comprise initial arguments about a target to be intercepted; F2: automatically send information requests to: - network services about the IP activities of said target in order to enrich the initial arguments about said target and gather information about the target behaviour on IP services; - topology management tools and/or directly to network equipment, NE, to find available lawful interception, LI, functions within existing network equipment, NE, around the target; F3: receive answers to said information requests from the different network services, topology management tools and/or network equipments, and correlate the available information, i.e. initial arguments from the legal enforcement agency, LEA, and said answers, to determine suitable interception measures; F4: display the determined suitable interception measures and/or initiate the determined interception measures based on a network operator or system operator decision. F1: receive interception orders from a legal enforcement agency, LEA, wherein the interception orders comprise initial arguments about a target to be intercepted; F2: automatically send information requests to: - network services about the IP activities of said target in order to enrich the initial arguments about said target and gather information about the target behaviour on IP services; - topology management tools and/or directly to network equipment, NE, to find available lawful interception, LI, functions within existing network equipment, NE, around the target; - network services about the IP activities of said target in order to enrich the initial arguments about said target and gather information about the target behaviour on IP services; - topology management tools and/or directly to network equipment, NE, to find available lawful interception, LI, functions within existing network equipment, NE, around the target; F3: receive answers to said information requests from the different network services, topology management tools and/or network equipments, and correlate the available information, i.e. initial arguments from the legal enforcement agency, LEA, and said answers, to determine suitable interception measures; F4: display the determined suitable interception measures and/or initiate the determined interception measures based on a network operator or system operator decision.
An airbag device comprising an airbag cushion, the airbag cushion inflating and deploying in a vehicle cabin of a vehicle to laterally restrain an occupant seated in a seat, the airbag cushion comprising: a housing portion that stores an inflator for jetting gas for inflation and deployment; a first portion folded in a roll or bellows shape from one horizontal end of the airbag cushion to a vicinity of the housing portion; a second portion that horizontally extends opposite to the first portion when viewed from the housing portion, the second portion being folded back toward the folded first portion; and a third portion that further extends from the second portion disposed opposite to the housing portion with respect to the first portion, the third portion being folded in a roll or bellows shape, characterized in that in the folded airbag cushion, the first portion is sandwiched between the third portion and the housing portion. a housing portion that stores an inflator for jetting gas for inflation and deployment; a first portion folded in a roll or bellows shape from one horizontal end of the airbag cushion to a vicinity of the housing portion; a second portion that horizontally extends opposite to the first portion when viewed from the housing portion, the second portion being folded back toward the folded first portion; and a third portion that further extends from the second portion disposed opposite to the housing portion with respect to the first portion, the third portion being folded in a roll or bellows shape,