mhurhangee/ep-ind-claims huggingface dataset:
A method of maintaining a defibrillator, comprising the steps of: providing a defibrillator having a housing with an exterior surface, a self-test circuit disposed within the housing and being configured to conduct an automatic self-test of the defibrillator on a first periodicity and being further configured to provide a determination output of a result of the self-test, a manual self-test override input disposed on the housing exterior, an audible output in communication with the self-test circuit to activate in response to the determination output, and a hardware processor in communication with the manual self-test override input and the self-test circuit, wherein the hardware processor is configured to adjust the determination output in response to a sensed operation of the manual self-test override input; conducting an automatic self-test; detecting a self-test fault; issuing an alarm via the audible output responsive to the detecting step, the alarm repeating at a second periodicity; sensing an activation of the manual self-test override input subsequent to the issuing step; adjusting the issuing of the alarm to a third periodicity based on the sensing step; and resuming the issuing of the alarm at the second periodicity after a predetermined correction period. providing a defibrillator having a housing with an exterior surface, a self-test circuit disposed within the housing and being configured to conduct an automatic self-test of the defibrillator on a first periodicity and being further configured to provide a determination output of a result of the self-test, a manual self-test override input disposed on the housing exterior, an audible output in communication with the self-test circuit to activate in response to the determination output, and a hardware processor in communication with the manual self-test override input and the self-test circuit, wherein the hardware processor is configured to adjust the determination output in response to a sensed operation of the manual self-test override input; conducting an automatic self-test; detecting a self-test fault; issuing an alarm via the audible output responsive to the detecting step, the alarm repeating at a second periodicity; sensing an activation of the manual self-test override input subsequent to the issuing step; adjusting the issuing of the alarm to a third periodicity based on the sensing step; and resuming the issuing of the alarm at the second periodicity after a predetermined correction period.
An actuator device, comprising: an actuator member comprising an electroactive polymer deformable in response to electrical stimulation, a temperature sensing means adapted to obtain a measure of a temperature at the actuator member; and a controller operatively coupled to the temperature sensing means and arranged to supply to the actuator member an electrical stimulus comprising an actuation signal for deforming the actuator member, and an AC heating signal superposed with the actuation signal for inducing heating of the electroactive material, wherein the controller is adapted to monitor an output of the temperature sensing means and adjust an amplitude and/or frequency of the AC heating signal in dependence upon the output so as to adjust the heating to maintain the temperature of the actuator member at a set level, the set level being a level elevated relative to an initial non-heated temperature of the actuator member. an actuator member comprising an electroactive polymer deformable in response to electrical stimulation, a temperature sensing means adapted to obtain a measure of a temperature at the actuator member; and a controller operatively coupled to the temperature sensing means and arranged to supply to the actuator member an electrical stimulus comprising an actuation signal for deforming the actuator member, and an AC heating signal superposed with the actuation signal for inducing heating of the electroactive material, wherein the controller is adapted to monitor an output of the temperature sensing means and adjust an amplitude and/or frequency of the AC heating signal in dependence upon the output so as to adjust the heating to maintain the temperature of the actuator member at a set level, the set level being a level elevated relative to an initial non-heated temperature of the actuator member.
A wiper motor (14; 60) comprising: a motor unit (20; 70) having a rotating shaft (22; 71), and a gear unit (30; 80) having a speed reduction mechanism (DS1; DS2) for reducing the speed of rotation of the rotating shaft and outputting the speed-reduced rotation; wherein the gear unit comprises: a first speed reduction gear (35; 72) provided to one end side of the rotating shaft and forming the speed reduction mechanism, a second speed reduction gear (36; 82) meshed with the first speed reduction gear to form the speed reduction mechanism and having an output shaft (32; 83) at a rotational center thereof, and a gear case (31; 81) in which the speed reduction mechanism is rotatably accommodated; and wherein the motor unit comprises: a motor case formed into a bottomed cylinder shape, and a coil; characterized in that the wiper motor comprises a controller unit, the controller unit comprising: a sensor magnet received in and fixed to a concave portion provided to an end face of the other end side of the rotating shaft, a control board facing the other end side of the rotating shaft from the axial direction of the rotating shaft, a rotation sensor provided to a portion facing the sensor magnet of the control board and detecting a rotational state of the rotating shaft, and a board case; the coil having one end side electrically connected to the control board and generating the electromagnetic force for rotating the rotating shaft by supply of drive current from the control board, and the board case being mounted on an end portion of the motor case.
A fluorination method comprising: providing an aryl fluorosulfonate having the following structure to a reaction mixture: where Ar is aryl or heteroaryl; providing a fluorinating reagent to the reaction mixture; and reacting the aryl fluorosulfonate and the fluorinating reagent to provide a fluorinated aryl species having the following structure: Ar-F. providing an aryl fluorosulfonate having the following structure to a reaction mixture: where Ar is aryl or heteroaryl; providing a fluorinating reagent to the reaction mixture; and reacting the aryl fluorosulfonate and the fluorinating reagent to provide a fluorinated aryl species having the following structure: Ar-F.
A system for testing the quality of an intrabody electrode, while said intrabody electrode is submerged in an electrolytic solution, the system comprising: a signal generator, configured to pass a generated signal, which has two different generated frequencies, through a circuit including the intrabody electrode; and a processor, configured to: while the generated signal is passed through the circuit, identify a derived frequency, which is derived from the generated frequencies, on the circuit, and in response to identifying the derived frequency, generate an output indicating a flaw in the electrode; wherein the derived frequency is a difference between the generated frequencies. a signal generator, configured to pass a generated signal, which has two different generated frequencies, through a circuit including the intrabody electrode; and a processor, configured to: while the generated signal is passed through the circuit, identify a derived frequency, which is derived from the generated frequencies, on the circuit, and in response to identifying the derived frequency, generate an output indicating a flaw in the electrode; while the generated signal is passed through the circuit, identify a derived frequency, which is derived from the generated frequencies, on the circuit, and in response to identifying the derived frequency, generate an output indicating a flaw in the electrode; wherein the derived frequency is a difference between the generated frequencies.
A flash memory controller comprising: a plurality of processors (307, 309, 313), each processor (307, 309, 313) including a register, an ALU and an internal memory; a plurality of memories, at least some of the memories in the plurality of memories (2202, 2203, 2204) containing data structures, the data structures including metadata related to memory commands, at least some of the memories in the plurality of memories (2202, 2203, 2204) containing work queues for the plurality of processors (307, 309, 313); characterized by: a crossbar switch connecting the plurality of processors (307, 309, 313) with the plurality of memories (2202, 2203, 2204), the crossbar switch including a set of processor ports including one port for each processor (307, 309, 313) and a set of memory ports including one port for each memory (2202, 2203, 2204), and an internal switching mechanism allowing connection of any processor port with any memory port, but not allowing connection of a processor port with another processor port or a memory port with another memory port; wherein a processor (307, 309, 313) in the plurality of processors (307, 309, 313) communicates with another processor (307, 309, 313) in the plurality of processors (307, 309, 313) by using the crossbar switch to place tasks on a work queue associated with the other processor (307, 309, 313). a plurality of processors (307, 309, 313), each processor (307, 309, 313) including a register, an ALU and an internal memory; a plurality of memories, at least some of the memories in the plurality of memories (2202, 2203, 2204) containing data structures, the data structures including metadata related to memory commands, at least some of the memories in the plurality of memories (2202, 2203, 2204) containing work queues for the plurality of processors (307, 309, 313); a crossbar switch connecting the plurality of processors (307, 309, 313) with the plurality of memories (2202, 2203, 2204), the crossbar switch including a set of processor ports including one port for each processor (307, 309, 313) and a set of memory ports including one port for each memory (2202, 2203, 2204), and an internal switching mechanism allowing connection of any processor port with any memory port, but not allowing connection of a processor port with another processor port or a memory port with another memory port; wherein a processor (307, 309, 313) in the plurality of processors (307, 309, 313) communicates with another processor (307, 309, 313) in the plurality of processors (307, 309, 313) by using the crossbar switch to place tasks on a work queue associated with the other processor (307, 309, 313).
Water-conducting domestic appliance, in particular a domestic dishwasher, having a washing compartment and a cleaning agent dosing system, which has a device for dosing and/or adding at least one cleaning agent, in particular a liquid cleaning agent, into a washing compartment of the water-conducting domestic appliance, wherein the device has a dosing chamber for holding the at least one added cleaning agent and at least one outlet which can be opened and closed by means of a gate, wherein the gate can be activated by means of an actuator system, which has - a transfer means which has an active connection to the gate, such that a movement of the transfer means causes a movement of the gate, - opening means which cause a movement of the transfer means in a first direction for the purpose of opening the gate, and - return means which cause a movement of the transfer means in a second direction for the purpose of closing the gate, characterised in that the transfer means has a wedge- or ridge-shaped projection. - a transfer means which has an active connection to the gate, such that a movement of the transfer means causes a movement of the gate, - opening means which cause a movement of the transfer means in a first direction for the purpose of opening the gate, and - return means which cause a movement of the transfer means in a second direction for the purpose of closing the gate,
A method of managing quality of service, QoS in a cellular network, the method comprising: establishing an Ethernet based protocol data unit, PDU, session; selecting an uplink packet filter, for routing to different bearers that receive different QoS, based on at least content of an Ethernet frame header of a downlink data packet formatted in an Ethernet format associated with the Ethernet based PDU session, wherein the selecting further comprises: evaluating downlink data packets received from a network when a reflective QoS is enabled, and determining whether contents of the downlink data packets match with a corresponding existing packet filter in a user equipment, UE; and filtering an uplink transmission of the data packet according to the matched existing packet filter. establishing an Ethernet based protocol data unit, PDU, session; selecting an uplink packet filter, for routing to different bearers that receive different QoS, based on at least content of an Ethernet frame header of a downlink data packet formatted in an Ethernet format associated with the Ethernet based PDU session, wherein the selecting further comprises: evaluating downlink data packets received from a network when a reflective QoS is enabled, and determining whether contents of the downlink data packets match with a corresponding existing packet filter in a user equipment, UE; and filtering an uplink transmission of the data packet according to the matched existing packet filter. evaluating downlink data packets received from a network when a reflective QoS is enabled, and determining whether contents of the downlink data packets match with a corresponding existing packet filter in a user equipment, UE; and filtering an uplink transmission of the data packet according to the matched existing packet filter.
Fixing rail for tying by means of a strap to an elongate object, in particular a cable harness or a line, comprising a bearing surface to be adjacent to the object and a binding surface facing away from the object for receiving the strap, extending in longitudinal direction, wherein the binding surface comprises a plurality of projections resilient transversely to the longitudinal direction, characterized in that the projections are rigid with respect to forces acting parallel to the longitudinal direction of the rail, in that the force required to deform the projections transversely to the binding surface is low in comparison with the strap force, and in that the projections are tongue-like flat.
An RF control circuit (20, 300, 400), comprising: a primary component carrier path comprising a transmission sub-path and a reception sub-path and for transmitting and receiving a PCC signal; and a secondary component carrier path comprising a transmission sub-path and reception sub-path and for transmitting and receiving a SCC signal; characterized in that the RF control circuit (20, 300, 400) further comprises a working-mode-switching switch (24, 36, 46), wherein the working-mode-switching switch (24, 36, 46) comprises a switch-input terminal (242, 362, 462) connected to the transmission sub-path of the SCC path and a grounded switch-output terminal (243, 363, 463), wherein when both the SCC and the PCC paths are simultaneously receiving, the working-mode-switching switch (24, 36, 46) is configured to control the transmission sub-path of the SCC path to be grounded to avoid harmonics generated on the transmission sub-path of the PCC path from interfering with a received data signal of the SCC path. a primary component carrier path comprising a transmission sub-path and a reception sub-path and for transmitting and receiving a PCC signal; and a secondary component carrier path comprising a transmission sub-path and reception sub-path and for transmitting and receiving a SCC signal; characterized in that the RF control circuit (20, 300, 400) further comprises a working-mode-switching switch (24, 36, 46), wherein the working-mode-switching switch (24, 36, 46) comprises a switch-input terminal (242, 362, 462) connected to the transmission sub-path of the SCC path and a grounded switch-output terminal (243, 363, 463), wherein when both the SCC and the PCC paths are simultaneously receiving, the working-mode-switching switch (24, 36, 46) is configured to control the transmission sub-path of the SCC path to be grounded to avoid harmonics generated on the transmission sub-path of the PCC path from interfering with a received data signal of the SCC path.
A method implemented by at least one unmanned aerial vehicle for providing a cleaning service for a vehicle, characterized by comprising: cleaning the vehicle (250, 360,420,540,660), wherein the cleaning comprises a washing process comprising: flying according to a first path; and washing the vehicle using a washing module while flying according to the first path, wherein the first path is based on 3D shape data of the vehicle, wherein the first path: is further calculated based on the 3D shape data; or is further received from a device, wherein the device calculates the first path based on the 3D shape data, characterized by further comprising before the cleaning arriving at a vicinity of the target vehicle based on positioning the unmanned aerial vehicle itself and the vehicle and identifying the target vehicle, wherein the identifying is based on the 3D shape data. cleaning the vehicle (250, 360,420,540,660), wherein the cleaning comprises a washing process comprising: flying according to a first path; and washing the vehicle using a washing module while flying according to the first path, wherein the first path is based on 3D shape data of the vehicle, wherein the first path: is further calculated based on the 3D shape data; or is further received from a device, wherein the device calculates the first path based on the 3D shape data, characterized by further comprising before the cleaning arriving at a vicinity of the target vehicle based on positioning the unmanned aerial vehicle itself and the vehicle and identifying the target vehicle, wherein the identifying is based on the 3D shape data. is further calculated based on the 3D shape data; or is further received from a device, wherein the device calculates the first path based on the 3D shape data, characterized by further comprising before the cleaning arriving at a vicinity of the target vehicle based on positioning the unmanned aerial vehicle itself and the vehicle and identifying the target vehicle, wherein the identifying is based on the 3D shape data.
A method for the removal of smut, fine dust and exhaust gas particles from polluted air comprising providing a particle catch arrangement comprising (a) a first object comprising an antenna, a wire, cable, a wire mesh, or a needle, the antenna, wire, wire mesh, cable or needle being configured to provide a positively charged surface by applying a voltage of 1.5-50 kV to the surface of the first object, and a (b) second object comprising a plate with a surface that is grounded or negatively charged during operation, the particle catch arrangement being arranged to generate a static electric field between the positively charged surface of the first object and the grounded or negatively charged surface of the second object able to atomize the smut, fine dust and exhaust gas particles between the first and second object, wherein at least part of the particle catch arrangement is part of or integrated with an object comprising street furniture, and wherein the static electric field is applied over at least part of one or more of a geographical object selected from the group consisting of a road, an open place and a built-on area.
An adhesive composition comprising a water-thinned isocyanate component A having an isocyanate concentration between 2% by weight and 40% by weight, defined as the proportion by weight of the isocyanate group in the overall molecule that contains at least one hydrophilized polyisocyanate, the isocyanate groups of which are in direct contact with water, wherein the adhesive composition has a content of polymeric polyols of not more than 10% by weight.
A temperature sensor comprising: a pressure sensor comprising: a light guide, a cavity at a distal end of the light guide, a diaphragm forming a wall of the cavity and being configured to deflect with applied pressure, a fibre Bragg grating for coarse temperature measurement, in which thermal expansion or contraction of the fibre Bragg grating causes a shift of the Bragg wavelength, and a detector to detect changes in light reflection due to deflection of the diaphragm; the temperature sensor further comprising a chamber containing at least the distal end of the pressure sensor and a fluid which changes volume in response to temperature change sufficient to change the pressure applied on the diaphragm, the chamber being closed on one end; and a processor configured to process pressure data and/or light reflection data, and to generate an output indicating temperature; wherein the pressure sensor enters the chamber from the side of the chamber opposite said closed side, and wherein the pressure sensor is sealed to the internal surface of said chamber so as to form a closed volume filled with said fluid. a pressure sensor comprising: a light guide, a cavity at a distal end of the light guide, a diaphragm forming a wall of the cavity and being configured to deflect with applied pressure, a fibre Bragg grating for coarse temperature measurement, in which thermal expansion or contraction of the fibre Bragg grating causes a shift of the Bragg wavelength, and a detector to detect changes in light reflection due to deflection of the diaphragm; the temperature sensor further comprising a chamber containing at least the distal end of the pressure sensor and a fluid which changes volume in response to temperature change sufficient to change the pressure applied on the diaphragm, the chamber being closed on one end; and a light guide, a cavity at a distal end of the light guide, a diaphragm forming a wall of the cavity and being configured to deflect with applied pressure, a fibre Bragg grating for coarse temperature measurement, in which thermal expansion or contraction of the fibre Bragg grating causes a shift of the Bragg wavelength, and a detector to detect changes in light reflection due to deflection of the diaphragm; the temperature sensor further comprising a chamber containing at least the distal end of the pressure sensor and a fluid which changes volume in response to temperature change sufficient to change the pressure applied on the diaphragm, the chamber being closed on one end; and a processor configured to process pressure data and/or light reflection data, and to generate an output indicating temperature; wherein the pressure sensor enters the chamber from the side of the chamber opposite said closed side, and wherein the pressure sensor is sealed to the internal surface of said chamber so as to form a closed volume filled with said fluid.