mhurhangee/ep-ind-claims huggingface dataset:
Device (5; 16) that processes a Near Field Communication type application which device (5; 16) comprises: a host controller circuit that processes device applications, that use the Near Field Communication type application, and that processes a host driver (7; 28) that communicates based on a first interface protocol; a NFC controller circuit that processes a Near Field Communication type contactless interface and a controller driver that interfaces with the host controller circuit, characterized in that the host controller circuit processes a first transmission module with a controller driver, that interfaces with the host driver based on the first interface protocol, and with a host soft driver, that interfaces with the controller driver based on a second interface protocol, which first transmission module furthermore processes the establishment of an HCI network to allow card emulation with a UICC or Secure Element and wherein the NFC controller circuit (4; 33) comprises a second transmission module (12; 34) that processes the actual data exchange during card emulation application between the UICC or Secure Element and a peer device using the previously established HCI network during card emulation without the involvement of the host controller circuit. a host controller circuit that processes device applications, that use the Near Field Communication type application, and that processes a host driver (7; 28) that communicates based on a first interface protocol; a NFC controller circuit that processes a Near Field Communication type contactless interface and a controller driver that interfaces with the host controller circuit, characterized in that the host controller circuit processes a first transmission module with a controller driver, that interfaces with the host driver based on the first interface protocol, and with a host soft driver, that interfaces with the controller driver based on a second interface protocol, which first transmission module furthermore processes the establishment of an HCI network to allow card emulation with a UICC or Secure Element and wherein the NFC controller circuit (4; 33) comprises a second transmission module (12; 34) that processes the actual data exchange during card emulation application between the UICC or Secure Element and a peer device using the previously established HCI network during card emulation without the involvement of the host controller circuit.
Imaging apparatus comprising: a base frame (110, 228); an imaging unit (130, 230), which comprises an image sensor (138, 238) and a focusing lens unit (132, 232); and means for adjustably mounting the imaging unit (130, 230) to the base frame, the mounting means comprising: a support member (131, 231) to which the focusing lens unit and the image sensor are mounted; characterised by: a height fixing member (135, 235) arranged to couple the support member to the base frame so as to fix the height of the support member at a fixed support position; and first and second adjustment members (134a, 234a; 134b) arranged to couple the support member to the base frame so as to adjust the height of the support member at first and second adjustable support positions. a base frame (110, 228); an imaging unit (130, 230), which comprises an image sensor (138, 238) and a focusing lens unit (132, 232); and means for adjustably mounting the imaging unit (130, 230) to the base frame, the mounting means comprising: a support member (131, 231) to which the focusing lens unit and the image sensor are mounted; characterised by: a height fixing member (135, 235) arranged to couple the support member to the base frame so as to fix the height of the support member at a fixed support position; and first and second adjustment members (134a, 234a; 134b) arranged to couple the support member to the base frame so as to adjust the height of the support member at first and second adjustable support positions. a support member (131, 231) to which the focusing lens unit and the image sensor are mounted; characterised by: a height fixing member (135, 235) arranged to couple the support member to the base frame so as to fix the height of the support member at a fixed support position; and first and second adjustment members (134a, 234a; 134b) arranged to couple the support member to the base frame so as to adjust the height of the support member at first and second adjustable support positions. a height fixing member (135, 235) arranged to couple the support member to the base frame so as to fix the height of the support member at a fixed support position; and first and second adjustment members (134a, 234a; 134b) arranged to couple the support member to the base frame so as to adjust the height of the support member at first and second adjustable support positions.
A press pad for use in a laminate press comprising a woven fabric of heat-resistant strands wherein at least a proportion of the weft comprises a core made up of a bundle of strands within an extruded sheath of an elastomeric material and at least a proportion of the warp comprises metal strands, wherein the strands forming the bundle are close-packed so that they occupy the minimum practical amount of space prior to extrusion of the sheath around them and wherein the transverse cross-sectional profile of the sheath is a regular geometric profile that is other than a circular profile prior to weaving of the fabric of the press pad.
Method for controlling a security system of a charging station for charging electric vehicles, the security system having the following elements: a charging plug, the charging plug having a sensor unit for detecting biometric data of a user, which data are used to authenticate the user in the security system, and a control unit for evaluating biometric data of the user, the control unit extracting a plurality of features (M1, M2, M3, M4, M5) from the biometric data of the user, and the control unit evaluating the features (M1, M2, M3, M4, M5) of the biometric data in a plurality of stages (I, II), characterized in that in a first stage, the evaluation makes it possible to roughly separate out erroneous authentication attempts, in a second stage the evaluation making it possible to carry out a refined evaluation of features (M1, M2, M3, M4, M5) of the biometric data, and, during the first stage and the second stage, further steps being provided which make it possible to complete the evaluation rapidly, in that the plurality of stages (I, II) of the evaluation comprise a first stage in which the features (M1, M2, M3, M4, M5) of the biometric data are compared with corresponding threshold values (SW1, SW2, SW3, SW4, SW5), and in that the plurality of stages (I, II) of the evaluation comprise a second stage in which the temporal progression of the biometric data is analyzed by means of evaluation logic in order to detect gripping patterns for the purpose of authenticating the user. a charging plug, the charging plug having a sensor unit for detecting biometric data of a user, which data are used to authenticate the user in the security system, and a control unit for evaluating biometric data of the user, the control unit extracting a plurality of features (M1, M2, M3, M4, M5) from the biometric data of the user, and the control unit evaluating the features (M1, M2, M3, M4, M5) of the biometric data in a plurality of stages (I, II), characterized in that in a first stage, the evaluation makes it possible to roughly separate out erroneous authentication attempts, in a second stage the evaluation making it possible to carry out a refined evaluation of features (M1, M2, M3, M4, M5) of the biometric data, and, during the first stage and the second stage, further steps being provided which make it possible to complete the evaluation rapidly, in that the plurality of stages (I, II) of the evaluation comprise a first stage in which the features (M1, M2, M3, M4, M5) of the biometric data are compared with corresponding threshold values (SW1, SW2, SW3, SW4, SW5), and in that the plurality of stages (I, II) of the evaluation comprise a second stage in which the temporal progression of the biometric data is analyzed by means of evaluation logic in order to detect gripping patterns for the purpose of authenticating the user.
A lift head for lifting layers of goods comprising squeezing pads for squeezing a product being lifted by the lift head and a valve for controlling the amount of air in the squeeze pads, the valve comprising a valve chamber comprising a primary set of openings with a first opening connectable to a high pressure blower and a second opening connected to said squeezing pads, whereby air can be transferred through said valve chamber between said squeezing pads and said high pressure blower, said valve chamber further comprising a third opening, whereby air from said first opening can pass through said third opening, and where air not passing through said third opening passes through said second opening, said valve further comprising a valve spool for blocking said third opening and thereby changing the amount of air passing through said third opening, characterised in that said valve spool for blocking said third opening comprises a limiter element (49, 1101), wherein said limiter element and/or said third opening (46, 1103) has a varying diameter along the longitudinal axis of said limiter element, where the limiter element is adapted to be inserted along its longitudinal axis in said third opening, and where the extent of insertion of said limiter element changes the amount of air passing through said third opening.
Air humidification apparatus, comprising a mixing chamber in which an atomizing nozzle designed to dispense a liquid as a spray mist is arranged, - the mixing chamber being designed to mix a gas, conveyed along a main flow path through the mixing chamber, with the spray mist and to discharge it at an outlet opening of the mixing chamber, and - the atomizing nozzle comprising a swirl device which is designed to impart a swirl to droplets of the spray mist in order to dispense the spray mist as a straight spray circular cone opening along the main flow path at a cone angle, characterized in that the mixing chamber comprises a separating device which is designed to - collect droplets of the spray circular cone which move from the atomizing nozzle along a hollow cone having a predetermined internal angle, - dispense a liquid recovered by collecting the droplets at a separation outlet of the separating device, and - supply droplets moving within the hollow cone to the outlet opening of the mixing chamber. - the mixing chamber being designed to mix a gas, conveyed along a main flow path through the mixing chamber, with the spray mist and to discharge it at an outlet opening of the mixing chamber, and - the atomizing nozzle comprising a swirl device which is designed to impart a swirl to droplets of the spray mist in order to dispense the spray mist as a straight spray circular cone opening along the main flow path at a cone angle, - collect droplets of the spray circular cone which move from the atomizing nozzle along a hollow cone having a predetermined internal angle, - dispense a liquid recovered by collecting the droplets at a separation outlet of the separating device, and - supply droplets moving within the hollow cone to the outlet opening of the mixing chamber.
A brush head for an electric toothbrush, comprising: a bristle support having mounting means for the movable mounting of the bristle support, said bristle support carrying at least two outer bristle tufts and several inner bristle tufts (13a, 13b, 13c), said outer bristle tufts having a greater height than said inner bristle tufts (13a, 13b, 13c), a working surface being defined by the free ends of the inner and outer bristle tufts and having a central depression, wherein a step-shaped jump in height is provided between the central depression and said outer bristle tufts, and wherein the free ends of the inner bristle tufts (13a, 13b, 13c) have inclined end surfaces, with different inner bristle tufts (13a, 13b, 13c) having end surfaces with different inclinations, such as to form said continuous curvature of the groove-shaped concave bottom, characterized in that said central depression has a groove-shaped concave bottom that is continuously curved in one direction. a bristle support having mounting means for the movable mounting of the bristle support, said bristle support carrying at least two outer bristle tufts and several inner bristle tufts (13a, 13b, 13c), said outer bristle tufts having a greater height than said inner bristle tufts (13a, 13b, 13c), a working surface being defined by the free ends of the inner and outer bristle tufts and having a central depression, wherein a step-shaped jump in height is provided between the central depression and said outer bristle tufts, and wherein the free ends of the inner bristle tufts (13a, 13b, 13c) have inclined end surfaces, with different inner bristle tufts (13a, 13b, 13c) having end surfaces with different inclinations, such as to form said continuous curvature of the groove-shaped concave bottom, characterized in that said central depression has a groove-shaped concave bottom that is continuously curved in one direction.
A method, in at least one base station of a wireless communication system comprising a plurality of distinct areas, wherein each distinct area comprises a plurality of cells, the method being characterized by: receiving, on a common channel, a data packet sent from a wireless terminal starting from a dormant state, wherein the data packet comprises a header with an area-specific identifier for the wireless terminal, wherein the area-specific identifier identifies the wireless terminal in a specific area of the plurality of distinct areas; associating the area-specific identifier for the wireless terminal with a network-wide identifier for the wireless terminal, wherein the network-wide identifier identifies the wireless terminal in the wireless communication system; and handling the data packet according to the network-wide identifier. receiving, on a common channel, a data packet sent from a wireless terminal starting from a dormant state, wherein the data packet comprises a header with an area-specific identifier for the wireless terminal, wherein the area-specific identifier identifies the wireless terminal in a specific area of the plurality of distinct areas; associating the area-specific identifier for the wireless terminal with a network-wide identifier for the wireless terminal, wherein the network-wide identifier identifies the wireless terminal in the wireless communication system; and handling the data packet according to the network-wide identifier.
A composition for managing non-food allergies in a companion animal comprising: one or more omega-3 fatty acids, one or more omega-6 fatty acids, and one or more omega-9 fatty acids, in relative amounts to produce a total omega-3 to total omega-6 fatty acid to total omega-9 fatty acid ratio of from about 0.5: 2.0: 2.0 to about 3.0: 5.0: 5.0, and a total omega-6 fatty acid content of from about 1.5 percent by weight to about 12 percent by weight; from 0.1 percent by weight to 15 percent by weight of egg product; and alpha-lipoic acid; quercetin; Vitamin C and Vitamin E are present in therapeutic non-zero amounts, wherein all percentages by weight are based on total dry weight, and wherein the quercetin is provided by quercetin sources comprising pea powder, apple powder, cranberry powder, and/or broccoli powder. one or more omega-3 fatty acids, one or more omega-6 fatty acids, and one or more omega-9 fatty acids, in relative amounts to produce a total omega-3 to total omega-6 fatty acid to total omega-9 fatty acid ratio of from about 0.5: 2.0: 2.0 to about 3.0: 5.0: 5.0, and a total omega-6 fatty acid content of from about 1.5 percent by weight to about 12 percent by weight; from 0.1 percent by weight to 15 percent by weight of egg product; and alpha-lipoic acid; quercetin; Vitamin C and Vitamin E are present in therapeutic non-zero amounts, wherein all percentages by weight are based on total dry weight, and wherein the quercetin is provided by quercetin sources comprising pea powder, apple powder, cranberry powder, and/or broccoli powder.
An in-body power source comprising: (a) a solid support; (b) a cathode present on a surface of said solid support, wherein the cathode comprises an active electrode material present on a porous electrode under layer, wherein the porous electrode under layer is configured to provide a surface area enhancement to the cathode, wherein a surface area of the cathode is from 0.01 mm 2 to 100 mm 2, and (c) a second electrode present on a surface of the solid support, wherein, the cathode and the second electrode are present on a same surface of the solid support. (a) a solid support; (b) a cathode present on a surface of said solid support, wherein the cathode comprises an active electrode material present on a porous electrode under layer, wherein the porous electrode under layer is configured to provide a surface area enhancement to the cathode, wherein a surface area of the cathode is from 0.01 mm 2 to 100 mm 2, and (c) a second electrode present on a surface of the solid support, wherein, the cathode and the second electrode are present on a same surface of the solid support.
A base station device that is capable of communicating with a first terminal device and a second terminal device over the same channel by spatial multiplexing, the base station device comprising: an interference cancellation coefficient extractor adapted to extract an interference cancellation coefficient for cancelling interference on a propagation channel with the second terminal device from a signal received from the first terminal device, wherein the interference cancellation coefficient is calculated by using a transmission weight at the first terminal device; and the base station device further comprises a transmission weighting data extractor adapted to extract information on the transmission weight from the signal received from the first terminal device; a control signal transmitter adapted to transmit a control signal based on the interference cancellation coefficient and the transmission weight to the terminal devices; an interference canceller adapted to generate transmission data to be transmitted to the first terminal device using the interference cancellation coefficient; a weight multiplier adapted to multiply respective transmission data for the first terminal device and transmission data for the second terminal device by the transmission weight; a signal multiplexer adapted to multiplex the transmission data for the first terminal device multiplied by the transmission weight and the transmission data for the second terminal device multiplied by the transmission weight to generate a multiplexed signal; and a data transmitter adapted to transmit the multiplexed signal over the same channel. an interference cancellation coefficient extractor adapted to extract an interference cancellation coefficient for cancelling interference on a propagation channel with the second terminal device from a signal received from the first terminal device, wherein the interference cancellation coefficient is calculated by using a transmission weight at the first terminal device; and the base station device further comprises a transmission weighting data extractor adapted to extract information on the transmission weight from the signal received from the first terminal device; a control signal transmitter adapted to transmit a control signal based on the interference cancellation coefficient and the transmission weight to the terminal devices; an interference canceller adapted to generate transmission data to be transmitted to the first terminal device using the interference cancellation coefficient; a weight multiplier adapted to multiply respective transmission data for the first terminal device and transmission data for the second terminal device by the transmission weight; a signal multiplexer adapted to multiplex the transmission data for the first terminal device multiplied by the transmission weight and the transmission data for the second terminal device multiplied by the transmission weight to generate a multiplexed signal; and a data transmitter adapted to transmit the multiplexed signal over the same channel.
A satellite comprising a platform, at least one solar panel for supplying the satellite with electrical energy, the solar panel being fixed along one side of the platform, the satellite comprising an antenna system (Rx+Z, Rx-Z, Tx+Z, Tx-Z) comprising two remote control antennas (Rx+Z, Rx-Z) and two remote measurement antennas (Tx+Z, Tx-Z), characterized in that: - the two remote control antennas (Rx+Z, Rx-Z) are disposed back to back on either side of the platform, and spaced one from the other by a distance less than or equal to λ, where λ corresponds to the wavelength of the remote control or remote measurement signal, - the two remote measurement antennas (Tx+Z, Tx-Z) are disposed back to back, on either side of the platform, and spaced one from the other by a distance less than or equal to λ, - the antenna system is disposed at one of the two ends of the side of the platform on which the solar panel is fixed. - the two remote control antennas (Rx+Z, Rx-Z) are disposed back to back on either side of the platform, and spaced one from the other by a distance less than or equal to λ, where λ corresponds to the wavelength of the remote control or remote measurement signal, - the two remote measurement antennas (Tx+Z, Tx-Z) are disposed back to back, on either side of the platform, and spaced one from the other by a distance less than or equal to λ, - the antenna system is disposed at one of the two ends of the side of the platform on which the solar panel is fixed.
Rotatable raking and grain-removing apparatus for a lauter tun, comprising at least a first and a second rotatable support arm, wherein the first support arm extends starting from a central rotary shaft into a first radial direction and the second support arm extends starting from the central rotary shaft into a second radial direction; a first bar for conveying spent grains in a grain-removing process, which is mounted on the first support arm at a first radial distance from the central rotary shaft, a second bar for conveying spent grains in a grain-removing process, which is mounted on the second support arm at a second radial distance from the central rotary shaft, wherein the second radial distance is greater than the first radial distance, and wherein no further bar is mounted on the first support arm at a radial distance smaller than the second radial distance, and no further bar is mounted on the second support arm at a radial distance smaller than the second radial distance; a third support arm; a third bar for conveying spent grains in a grain-removing process, which is mounted on the first support arm or a third support arm; a fourth bar for conveying spent grains in a grain-removing process, which is mounted on the first support arm or the second support arm, and wherein the third bar has a smaller radial distance from the central rotary shaft than the fourth bar and a greater radial distance from the central rotary shaft than the second bar.