mhurhangee/ep-ind-claims huggingface dataset:
Connection element for electrically connecting a solenoid valve to a printed circuit board, wherein the connection element comprises a first electrical contact element for making electrical contact with the solenoid valve, a second electrical contact element for making electrical contact with the printed circuit board, and at least one tolerance-compensation element (13, 14), wherein the connection element is of integral design and the first electrical contact element and the second electrical contact element are connected to one another by means of the at least one tolerance-compensation element (13, 14), wherein a first variable tolerance-compensation element permits length compensation in at least one spatial direction in order to prespecify a desired spatial positioning of the first contact element and the second contact element in relation to one another, wherein the second contact element is designed as a plug connection at one end, it being possible for the said plug connection to be inserted into a corresponding plug receptacle (4.1) in the printed circuit board in order to establish an electrical and mechanical connection, characterized in that the second contact element, which is designed as a plug connection, has a mechanical connecting element at the other end, it being possible for the second contact element to be pressed into an aperture (5.1) in an intermediate space by way of the said mechanical connecting element, wherein the at least one first tolerance-compensation element extends substantially at a right angle to the longitudinal axis of the first contact element and to the longitudinal axis of the second contact element, and therefore the two contact elements (11, 12) run in a manner offset substantially parallel in relation to one another.
A coupling device for a tubular arrangement for medical use comprising a first connector part and a second connector part, wherein one of said connector parts comprises an engagement/disengagement member for at least assisting in engaging and disengaging the engagement between said connector parts, and wherein the other of said connector parts comprises a locking element arranged to rotatably engage with the engagement/disengagement member, wherein the first connector part comprises at least two female connecting portions arranged in a first connector surface and wherein the second connector part comprises at least two corresponding male connecting portions arranged in a second connector surface, and wherein the first connector part further comprises a guiding edge protruding from the first connector surface towards the second connector part, characterized in that the guiding edge is arranged to surround said at least two female connecting portions.
A printing material cartridge comprising: an input/output device; and a memory, characterized in that the memory stores an identifier of the cartridge, a usage counter indicating an amount of printing material expended by the cartridge, and an indicator that the cartridge has reached a usage threshold, and wherein the memory is configured to store a usage offset set to be equal to a historical usage of the cartridge, the historical usage corresponding to a value of the usage counter at a time of remanufacturing the cartridge, the usage offset for determining a new remaining usage of the cartridge if the indicator indicates the cartridge has reached a usage threshold. an input/output device; and a memory, characterized in that the memory stores an identifier of the cartridge, a usage counter indicating an amount of printing material expended by the cartridge, and an indicator that the cartridge has reached a usage threshold, and wherein the memory is configured to store a usage offset set to be equal to a historical usage of the cartridge, the historical usage corresponding to a value of the usage counter at a time of remanufacturing the cartridge, the usage offset for determining a new remaining usage of the cartridge if the indicator indicates the cartridge has reached a usage threshold.
An image chamber unit for gathering measurement data pertaining to a human head in an electromagnetic tomography system, comprising: (a) an antenna assembly at least partially defining a horizontally-oriented imaging chamber and including an array of antennas arranged around the imaging chamber, the array of antennas including at least some transmitting antennas and at least some receiving antennas, wherein the transmitting antennas are arranged to transmit a low power electromagnetic field, wherein the receiving antennas are arranged to receive the low power electromagnetic field after passing through a human head in the imaging chamber and provide corresponding signals to a control system so as to produce a data tensor that may be inversed to reconstruct a 3D distribution of dielectric properties within the human head and thereby to create an image of the object; and (b) a housing, at least partially containing the antenna assembly, having a front entry opening into the imaging chamber wherein the front entry opening is substantially liquid-sealed by a flexible membrane such that a front portion of the imaging chamber is separated by the membrane from a rear portion of the chamber; (c) the chamber being configured such that the head of a human patient may be inserted horizontally through the front entry opening and into the imaging chamber. (a) an antenna assembly at least partially defining a horizontally-oriented imaging chamber and including an array of antennas arranged around the imaging chamber, the array of antennas including at least some transmitting antennas and at least some receiving antennas, wherein the transmitting antennas are arranged to transmit a low power electromagnetic field, wherein the receiving antennas are arranged to receive the low power electromagnetic field after passing through a human head in the imaging chamber and provide corresponding signals to a control system so as to produce a data tensor that may be inversed to reconstruct a 3D distribution of dielectric properties within the human head and thereby to create an image of the object; and (b) a housing, at least partially containing the antenna assembly, having a front entry opening into the imaging chamber wherein the front entry opening is substantially liquid-sealed by a flexible membrane such that a front portion of the imaging chamber is separated by the membrane from a rear portion of the chamber; (c) the chamber being configured such that the head of a human patient may be inserted horizontally through the front entry opening and into the imaging chamber.
A fault detection device for streetlamp lighting system comprising multiple load groups which are powered by a power cable, characterized in that the fault detection device comprises a master detection control unit and multiple load detection control units configured for respective load groups, wherein the master detection control unit is configured to determine, according to a first fault feedback signal (Sto) provided by respective load detection control unit, whether the load group corresponding to the load detection control unit is failed, while the streetlamp lighting system is in a first state; and the master detection control unit is configured to determine, according to a physical quantity detected on the power cable, whether the power cable is failed, while the streetlamp lighting system is in a second state, characterized in that the first state is a DC power supply state of the power cable, and the second state is an AC power supply state of the power cable.
A method of selectively enabling one of a first and a second operating mode in a repeater, the repeater providing access to a network, the repeater having a wireless receiver and a wireless transmitter for providing bidirectional communication with a mobile station through a first wireless link, wherein, in the first operating mode, the wireless transmitter is not continuously enabled, and wherein, in the second operating mode, the wireless transmitter is continuously enabled, the method including, at the repeater and in the first operating mode: - receiving, from an access point, status information about a second wireless link between the access point and the mobile station; - receiving, a probe message from the mobile station; - determining, from the received status information and information provided by the probe message from the mobile station, a spatial distance of the mobile station to the repeater and to the access point; and - switching to the second operating mode, allowing association of the mobile station with the repeater via the first wireless link, based on the spatial distance of the mobile station to the repeater and to the access point determined from the received status information and information provided by the probe message from the mobile station. - receiving, from an access point, status information about a second wireless link between the access point and the mobile station; - receiving, a probe message from the mobile station; - determining, from the received status information and information provided by the probe message from the mobile station, a spatial distance of the mobile station to the repeater and to the access point; and - switching to the second operating mode, allowing association of the mobile station with the repeater via the first wireless link, based on the spatial distance of the mobile station to the repeater and to the access point determined from the received status information and information provided by the probe message from the mobile station.
Cover for an upright of a structure of a vehicle in which are defined first through-holes and a second through-hole for controlling the fitting, said cover comprising an inner face provided with fastening elements intended to pass through said first through-holes to fixedly secure said cover to said upright, and provided with a part secured to said inner face in a zone intended to be placed in front of said second through-hole in order to completely close it off sealed, characterized in that said part is made of foam with closed or semi-closed cells.
An electronic control system for a gas turbine engine having a gas generator and a turbine driven by the gas generator, comprising: a control unit configured to control a forward operating mode or a reverse operating mode of the gas turbine engine; and a supervising unit, operatively coupled to the control unit, configured to receive an input signal indicative of a forward, or reverse, power request and to cause the control unit to control the forward, or reverse, operating mode based on the input signal, wherein the supervising unit comprises an enabling stage configured to enable a transition between the forward and reverse operating modes based on a check that a safety condition is satisfied, characterized in that the gas-turbine engine comprises a compressor coupled to the gas generator, and in that the check on the safety condition is based on a corrected speed (Ngr) of the gas generator, as a function of the altitude and the temperature at the inlet of the compressor. a control unit configured to control a forward operating mode or a reverse operating mode of the gas turbine engine; and a supervising unit, operatively coupled to the control unit, configured to receive an input signal indicative of a forward, or reverse, power request and to cause the control unit to control the forward, or reverse, operating mode based on the input signal, wherein the supervising unit comprises an enabling stage configured to enable a transition between the forward and reverse operating modes based on a check that a safety condition is satisfied, characterized in that the gas-turbine engine comprises a compressor coupled to the gas generator, and in that the check on the safety condition is based on a corrected speed (Ngr) of the gas generator, as a function of the altitude and the temperature at the inlet of the compressor.
A method for controlling a driveline of a vehicle, the driveline being operable in a plurality of driveline operating modes, wherein the driveline is configured to assume a current driveline operating mode basing its operation on topology data from a positioning system, each driveline operating mode being associated with a predefined driveline operating condition, the method being characterized by: - obtaining a signal indicative of a loss of topology data; and - controlling the driveline to change from the current driveline operating mode to an updated driveline operating mode providing an increased operational capacity of the driveline compared to the current driveline operating mode when loosing topology data. - obtaining a signal indicative of a loss of topology data; and - controlling the driveline to change from the current driveline operating mode to an updated driveline operating mode providing an increased operational capacity of the driveline compared to the current driveline operating mode when loosing topology data.
A garden water hose assembly comprising a hose and a water flow restrictor, wherein the hose comprises: an outer tube formed from a non-elastic, soft, bendable, tubular webbing material having a first end and a second end; a flexible, elastic, hollow inner tube having a first end and a second end; a first coupler secured to said first end of said inner and said outer tubes (14, 12); a second coupler secured to said second end of said inner and said outer tubes (14, 12); said first coupler arranged in use to couple said hose to a source of pressurized water, said second coupler being connected to the water flow restrictor, wherein the water flow restrictor includes a nozzle having an internal valve that permits, limits, and stops a flow of water through the nozzle; whereby said outer tube and said inner tube have a substantially shortened first length in a non-water flow contracted state with said outer tube extending about an outer surface of said inner tube in a undulating state, and a substantially longer second length with said outer tube capturing said inner tube in an expanded state when water flows through said hose assembly. whereby, when water under pressure is introduced into the first end of the hose, said elongated inner tube expands longitudinally along a length of said inner tube and laterally across a width of said inner tube thereby increasing a length of said hose to an expanded condition; and wherein the water flow restrictor is configured to vary the amount of water under pressure that is released from the water flow restrictor. an outer tube formed from a non-elastic, soft, bendable, tubular webbing material having a first end and a second end; a flexible, elastic, hollow inner tube having a first end and a second end; a first coupler secured to said first end of said inner and said outer tubes (14, 12); a second coupler secured to said second end of said inner and said outer tubes (14, 12); said first coupler arranged in use to couple said hose to a source of pressurized water, said second coupler being connected to the water flow restrictor, wherein the water flow restrictor includes a nozzle having an internal valve that permits, limits, and stops a flow of water through the nozzle; whereby said outer tube and said inner tube have a substantially shortened first length in a non-water flow contracted state with said outer tube extending about an outer surface of said inner tube in a undulating state, and a substantially longer second length with said outer tube capturing said inner tube in an expanded state when water flows through said hose assembly. whereby, when water under pressure is introduced into the first end of the hose, said elongated inner tube expands longitudinally along a length of said inner tube and laterally across a width of said inner tube thereby increasing a length of said hose to an expanded condition; and wherein the water flow restrictor is configured to vary the amount of water under pressure that is released from the water flow restrictor.
A mobile wireless communications device comprising: a wireless transceiver; a processor coupled with said wireless transceiver; a near-field communication device coupled with said processor, said NFC device comprising an NFC controller, an NFC transceiver coupled with said NFC controller, and a first memory coupled with said NFC controller and embedded within the NFC device, the first memory configured to store at least one first application; and a second memory coupled to said processor and configured to store at least one second application; said processor being configured to perform the following steps based upon a security condition: disable said NFC transceiver, disable access to the at least one first application, erase the at least one second application, perform a reset operation, and, after both disabling said NFC transceiver and the reset operation, receive a signal from a security server and consequently erase the at least one first application. a wireless transceiver; a processor coupled with said wireless transceiver; a near-field communication device coupled with said processor, said NFC device comprising an NFC controller, an NFC transceiver coupled with said NFC controller, and a first memory coupled with said NFC controller and embedded within the NFC device, the first memory configured to store at least one first application; and an NFC controller, an NFC transceiver coupled with said NFC controller, and a first memory coupled with said NFC controller and embedded within the NFC device, the first memory configured to store at least one first application; and a second memory coupled to said processor and configured to store at least one second application; said processor being configured to perform the following steps based upon a security condition: disable said NFC transceiver, disable access to the at least one first application, erase the at least one second application, perform a reset operation, and, after both disabling said NFC transceiver and the reset operation, receive a signal from a security server and consequently erase the at least one first application. disable said NFC transceiver, disable access to the at least one first application, erase the at least one second application, perform a reset operation, and, after both disabling said NFC transceiver and the reset operation, receive a signal from a security server and consequently erase the at least one first application.
A diagnostic field device for detecting a condition of a process conduit which carries a process fluid in an industrial process, comprising: an infrared detector comprising a plurality of pixels configured to receive infrared radiation from the process conduit and responsively provide a plurality of pixel outputs, wherein a first pixel of the plurality of pixels is configured to receive infrared radiation from a first location on the process conduit, a second pixel of the plurality of pixels is configured to receive infrared radiation from a second location on the process conduit and a third pixel configured to receive infrared radiation from a third location on the process conduit and responsively provide an output; a memory containing thermal profile information which relates an output from the first pixel to a first temperature and relates an output from the second pixel to a second temperature; a microprocessor configured to identify a process anomaly related to the condition of the process conduit based upon outputs from the first and second pixels and the thermal profile information; and output circuitry configured to provide a diagnostic output indicative of the identified process anomaly, wherein the process anomaly is detected based upon a non-linear relationship between the outputs from the first, second and third pixels. an infrared detector comprising a plurality of pixels configured to receive infrared radiation from the process conduit and responsively provide a plurality of pixel outputs, wherein a first pixel of the plurality of pixels is configured to receive infrared radiation from a first location on the process conduit, a second pixel of the plurality of pixels is configured to receive infrared radiation from a second location on the process conduit and a third pixel configured to receive infrared radiation from a third location on the process conduit and responsively provide an output; a memory containing thermal profile information which relates an output from the first pixel to a first temperature and relates an output from the second pixel to a second temperature; a microprocessor configured to identify a process anomaly related to the condition of the process conduit based upon outputs from the first and second pixels and the thermal profile information; and output circuitry configured to provide a diagnostic output indicative of the identified process anomaly, wherein the process anomaly is detected based upon a non-linear relationship between the outputs from the first, second and third pixels.
A radio frequency filter comprising: a hollow housing having a plurality of partition walls (201 - 205) defining a plurality of cavities and an open surface formed on one side; a cover configured to shield the open surface of the housing; a plurality of resonance elements (31 - 37) positioned in the cavities of the housing; a coupling substrate (51, 52, 53) arranged to cross a partition wall between at least two of the plurality of resonance elements (31 - 37); and a tuning screw inserted into the housing through the cover, wherein the partition wall crossed by the coupling substrate (51, 52, 53) comprises: a support window formed to have a first depth from the open surface, the coupling substrate (51, 52, 53) being arranged through the support window; and a tuning window formed to have a second depth greater than the first depth from the open surface, the tuning screw being inserted into the tuning window, wherein the support window and the tuning window form a " "-shaped window structure on the partition wall crossed by the coupling substrate (51, 52, 53). a hollow housing having a plurality of partition walls (201 - 205) defining a plurality of cavities and an open surface formed on one side; a cover configured to shield the open surface of the housing; a plurality of resonance elements (31 - 37) positioned in the cavities of the housing; a coupling substrate (51, 52, 53) arranged to cross a partition wall between at least two of the plurality of resonance elements (31 - 37); and a tuning screw inserted into the housing through the cover, wherein the partition wall crossed by the coupling substrate (51, 52, 53) comprises: a support window formed to have a first depth from the open surface, the coupling substrate (51, 52, 53) being arranged through the support window; and a tuning window formed to have a second depth greater than the first depth from the open surface, the tuning screw being inserted into the tuning window, wherein the support window and the tuning window form a " "-shaped window structure on the partition wall crossed by the coupling substrate (51, 52, 53). a support window formed to have a first depth from the open surface, the coupling substrate (51, 52, 53) being arranged through the support window; and a tuning window formed to have a second depth greater than the first depth from the open surface, the tuning screw being inserted into the tuning window, wherein the support window and the tuning window form a " "-shaped window structure on the partition wall crossed by the coupling substrate (51, 52, 53).