mhurhangee/ep-ind-claims huggingface dataset:
Vehicle wheel, in particular for passenger cars, comprising a rim part for receiving a tyre and a disc part which is connected to the rim part and is formed from a one-piece sheet metal blank by reshaping and cutting or punching, which disc part includes a central portion having bolt holes for wheel bolts, a central aperture for a vehicle hub and a plurality of radially extending spoke arrangements, formed by reshaping the sheet metal, for transmitting force between vehicle hub and rim part, each spoke arrangement being provided with a radially extending central web which merges on each side into a radially extending lateral web, bent outwardly from the plane of the central web, and then into an edge web bent back again with respect to the lateral web, the radially outer ends of the central webs and of the lateral webs merging into a circumferential annular disc edge oriented precisely parallel or substantially parallel axially to the wheel axis and connecting all the spoke arrangements to one another, which disc edge is formed integrally from the sheet metal, forms the connecting part for the connection between rim part and disc part and delimits in each case, together with the edge webs of adjacent spoke arrangements, ventilation apertures which extend over the region between the edge webs and the disc edge, whereby the number of spoke arrangements and the number of bolt holes is four and a spoke arrangement and a bolt hole are in each case arranged mirror-symmetrically with respect to a common radial line, and each ventilation aperture has in the radial direction, on a radial line located midway between two adjacent spoke arrangements, a maximum radial clear width which is equal to or preferably greater than the radial width of the metal portion of the disc part on the same radial line, characterized in that the width of each spoke arrangement is constantly narrowing, starting from the central portion, radially towards the outside, and that each ventilation aperture is extending in the circumferential direction, at the narrowest point (B') of the spoke arrangements, over an arc length (L') of more than 1/6 of the circumference of the disc part.
A cooking device, comprising: a cooking chamber; a food support for supporting the food to be cooked, for mounting in the cooking chamber; a heating device for heating the cooking chamber; a sensing arrangement comprising a cooking chamber temperature sensor; an output device; and a controller adapted to: generate a first estimate of the required cooking time for a given food item to be cooked, after a first time period from the turning on of the heating device, wherein the first estimate is based only on the time-evolution of the cooking chamber temperature and a power of the heating device; generate a second estimate of the required cooking time for the given food item to be cooked by a continuous cooking cycle, after a second time period longer than the first time period, wherein the second estimate is again based only on the time-evolution of the cooking chamber temperature and a power of the heating device; and control the output device to present the first and then second estimate to a user. a cooking chamber; a food support for supporting the food to be cooked, for mounting in the cooking chamber; a heating device for heating the cooking chamber; a sensing arrangement comprising a cooking chamber temperature sensor; an output device; and a controller adapted to: generate a first estimate of the required cooking time for a given food item to be cooked, after a first time period from the turning on of the heating device, wherein the first estimate is based only on the time-evolution of the cooking chamber temperature and a power of the heating device; generate a second estimate of the required cooking time for the given food item to be cooked by a continuous cooking cycle, after a second time period longer than the first time period, wherein the second estimate is again based only on the time-evolution of the cooking chamber temperature and a power of the heating device; and control the output device to present the first and then second estimate to a user. generate a first estimate of the required cooking time for a given food item to be cooked, after a first time period from the turning on of the heating device, wherein the first estimate is based only on the time-evolution of the cooking chamber temperature and a power of the heating device; generate a second estimate of the required cooking time for the given food item to be cooked by a continuous cooking cycle, after a second time period longer than the first time period, wherein the second estimate is again based only on the time-evolution of the cooking chamber temperature and a power of the heating device; and control the output device to present the first and then second estimate to a user.
Electrical connector assembly comprising: a connector shell, configured to interface with a mating connector shell, said connector shell comprising a plurality of ratchet teeth and defining a longitudinal axis; a coupling member, configured to receive therein said connector shell and comprising internal threads configured for engaging the mating connector shell to be interfaced with said connector shell; and a retaining member, configured to retain the connector shell in the coupling member; and at least one spring member, provided on the retaining member, characterized in that said plurality of ratchet teeth form first and second ratchet rings (117, 119) around said connector shell, the ratchet teeth of the first ratchet ring are circumferentially offset with respect to the ratchet teeth of the second ratchet ring, and the at least one spring member is configured to engage said first and second ratchet rings (117, 119). a connector shell, configured to interface with a mating connector shell, said connector shell comprising a plurality of ratchet teeth and defining a longitudinal axis; a coupling member, configured to receive therein said connector shell and comprising internal threads configured for engaging the mating connector shell to be interfaced with said connector shell; and a retaining member, configured to retain the connector shell in the coupling member; and at least one spring member, provided on the retaining member, characterized in that said plurality of ratchet teeth form first and second ratchet rings (117, 119) around said connector shell, the ratchet teeth of the first ratchet ring are circumferentially offset with respect to the ratchet teeth of the second ratchet ring, and the at least one spring member is configured to engage said first and second ratchet rings (117, 119).
A pin wrap for a rotor blade, having a unitary construction, comprising: a first elongated arm extending from an inboard end to an outboard end; a second elongated arm extending from the inboard end to the outboard end; and a curved end having an internal surface and a directly opposing external surface; wherein the curved end integrally connects the first elongated arm to the second elongated arm at the outboard end; and wherein the curved end is arcuate having a plurality of radii of curvatures; characterized in that the internal surface has a convex shape along a height of the curved end, the height being perpendicular relative to a plane defined by the plurality of radii; and in that the external surface has a concave shape along the height. a first elongated arm extending from an inboard end to an outboard end; a second elongated arm extending from the inboard end to the outboard end; and a curved end having an internal surface and a directly opposing external surface; wherein the curved end integrally connects the first elongated arm to the second elongated arm at the outboard end; and wherein the curved end is arcuate having a plurality of radii of curvatures; characterized in that the internal surface has a convex shape along a height of the curved end, the height being perpendicular relative to a plane defined by the plurality of radii; and in that the external surface has a concave shape along the height.
An electrosurgical device for treating neoplastic and hyperplastic cells in the cervix comprising: a housing; a probe configured to be connectable to and detachable from the housing, the probe comprising (a) a proximal end configured to be adjacent the housing when the probe is connected to the housing, (b) a distal end configured to be inserted into the vagina of a female patient and having a tip comprising a planar surface directed at a right angle to a length of the probe and configured to make contact with the cervical tissue, the planar surface optionally having a centered projecting region or nipple that rises from the planar surface for locating a cervical center opening and focusing heat at a pivotal point of the cervical tissue, (c) a heating element (203, 603) positioned within the probe closely next to the probe tip and configured to receive power from the housing when the probe is connected to the housing, and (d) a feedback circuit including a temperature sensor for sensing the temperature at the tip of the probe; and an operator input panel disposed within the housing, the housing further comprising a power supply (103, 329), an on/off switch for power to the heating element (203, 603) and electronic controls (107, 300) configured to receive the input from the input panel, receive feedback from the feedback circuit and turn on and off the drive signal from the power supply (103, 329) to the probe so as to maintain the temperature of the probe tip at operating levels; at least one of the operating levels comprising a level sufficient to ablate the cervical tissue of the patient. a housing; a probe configured to be connectable to and detachable from the housing, the probe comprising (a) a proximal end configured to be adjacent the housing when the probe is connected to the housing, (b) a distal end configured to be inserted into the vagina of a female patient and having a tip comprising a planar surface directed at a right angle to a length of the probe and configured to make contact with the cervical tissue, the planar surface optionally having a centered projecting region or nipple that rises from the planar surface for locating a cervical center opening and focusing heat at a pivotal point of the cervical tissue, (c) a heating element (203, 603) positioned within the probe closely next to the probe tip and configured to receive power from the housing when the probe is connected to the housing, and (d) a feedback circuit including a temperature sensor for sensing the temperature at the tip of the probe; and an operator input panel disposed within the housing, the housing further comprising a power supply (103, 329), an on/off switch for power to the heating element (203, 603) and electronic controls (107, 300) configured to receive the input from the input panel, receive feedback from the feedback circuit and turn on and off the drive signal from the power supply (103, 329) to the probe so as to maintain the temperature of the probe tip at operating levels; at least one of the operating levels comprising a level sufficient to ablate the cervical tissue of the patient.
A lifting apparatus for a refuse collection vehicle for turning over and emptying a primary refuse container, and at least one secondary refuse container located inside the primary refuse container, into the refuse collection vehicle, the lifting apparatus comprising: - a primary lifting device arranged in the refuse collection vehicle, the primary lifting device comprising a primary gripping device for engaging lifting fittings provided in the primary refuse container and for lifting the primary refuse container, - at least a secondary lifting device arranged in the refuse collection vehicle, the secondary lifting device comprising a secondary gripping device for engaging lifting fittings provided at an upper part of the secondary refuse container, and for lifting the secondary container, - a respective lever (12, 22) arm in the primary and secondary lifting device (10, 20) for turning over the respective primary and secondary refuse containers (2, 3), characterized in that the secondary lifting device further comprises: - a support which is movable in relation to the secondary lifting device, and - an actuator moving the movable support to contact the secondary refuse container, when the secondary lifting device has lifted the secondary refuse container, for supporting the secondary refuse container at a position located below the upper part during turning over. - a primary lifting device arranged in the refuse collection vehicle, the primary lifting device comprising a primary gripping device for engaging lifting fittings provided in the primary refuse container and for lifting the primary refuse container, - at least a secondary lifting device arranged in the refuse collection vehicle, the secondary lifting device comprising a secondary gripping device for engaging lifting fittings provided at an upper part of the secondary refuse container, and for lifting the secondary container, - a respective lever (12, 22) arm in the primary and secondary lifting device (10, 20) for turning over the respective primary and secondary refuse containers (2, 3), - a support which is movable in relation to the secondary lifting device, and - an actuator moving the movable support to contact the secondary refuse container, when the secondary lifting device has lifted the secondary refuse container, for supporting the secondary refuse container at a position located below the upper part during turning over.
A suction device (1, 10, 20, 30) comprising a suction portion (3, 13, 23, 33) to be sucked by a user's mouth, whereby probiotics (7, 17, 27, 37) are adhered to or immobilized on the outer surface of the suction device (1, 10, 20, 30) such that the probiotics (7, 17, 27, 37) are segregated from the outer surface by external factors when the suction device (1, 10, 20, 30) is sucked, and characterized in that the probiotics (7, 17, 27, 37) are mixed with a substance (8, 18, 28, 38) for promoting the adhesion or immobilization of the mix to/on the outer surface (6, 16, 26, 36) of the suction device (1, 10, 20, 30) and/or enhancing its stability said substance being an oil or wax matrix.
A peripheral peg drill component, comprising: a housing having a first side and a second side opposite the first side; at least two drill bits extending from the second side of the housing; and a driving mechanism located within the housing, characterized in that the driving mechanism includes a series of pulleys (45, 46) and a belt that together are configured to rotate the at least two drill bits and cause them to simultaneously penetrate a bony surface. a housing having a first side and a second side opposite the first side; at least two drill bits extending from the second side of the housing; and a driving mechanism located within the housing, characterized in that the driving mechanism includes a series of pulleys (45, 46) and a belt that together are configured to rotate the at least two drill bits and cause them to simultaneously penetrate a bony surface.
Operating method for a vehicle, in particular for determining realistic filling values of a liquid in a vehicle container, comprising the following steps: - measurement of a filling level of a liquid in a vehicle container by means of a measuring means, - activation of a filling level threshold from a multiplicity of filling level thresholds by means of the measuring means, characterized by the following steps: - analysis (S4.1) of the frequention of an activation of a filling level threshold, and - determination of the filling level threshold which has a maximum frequention relative to a defined period of time and therefore represents a realistic filling value, in particular for the time during which the next determination is carried out. - measurement of a filling level of a liquid in a vehicle container by means of a measuring means, - activation of a filling level threshold from a multiplicity of filling level thresholds by means of the measuring means, - analysis (S4.1) of the frequention of an activation of a filling level threshold, and - determination of the filling level threshold which has a maximum frequention relative to a defined period of time and therefore represents a realistic filling value, in particular for the time during which the next determination is carried out.
A high voltage switching circuit comprising: first and second group III-V transistors, said second group III-V transistor having a greater breakdown voltage than said first group III-V transistor; a diode in a parallel arrangement with a source and a drain of said first group III-V transistor, said parallel arrangement in cascode with said second group III-V transistor; a first terminal coupled to a gate of said second III-V transistor, said source of said first III-V transistor, and an anode of said diode, a second terminal coupled to a gate of said first group III-V transistor, and a third terminal coupled to a drain of said second group III-V transistor, characterised in that said diode is a silicon diode, and in that said silicon diode and said first and second group III-V transistors are monolithically integrated on a common substrate of a common die. first and second group III-V transistors, said second group III-V transistor having a greater breakdown voltage than said first group III-V transistor; a diode in a parallel arrangement with a source and a drain of said first group III-V transistor, said parallel arrangement in cascode with said second group III-V transistor; a first terminal coupled to a gate of said second III-V transistor, said source of said first III-V transistor, and an anode of said diode, a second terminal coupled to a gate of said first group III-V transistor, and a third terminal coupled to a drain of said second group III-V transistor, characterised in that said diode is a silicon diode, and in that said silicon diode and said first and second group III-V transistors are monolithically integrated on a common substrate of a common die.
A power splitter, comprising: a first port configured to receive satellite signals and a plurality of second ports (23A, 23B); a first inductor having a first end connected to the first port and a second end; a plurality of second inductors (L3, L4) having a first end each being electrically connected to a respective one of the plurality of second ports (23A, 23B) and a second end; a signal-distributing circuit electrically connecting the first port to the plurality of second ports (23A, 23B); a plurality of power-supplying circuits each electrically connecting the second end of a respective one of the plurality of second inductors (L3, L4) to the second end of the first inductor for providing an operation power; a plurality of resistors (R2, R3) having a first end each being electrically connected to the second end of a respective one of the plurality of second inductors (L3, L4) and a second end; and a command-transmitting circuit electrically connecting the second end of the respective resistor (R2, R3) to the second end of the first inductor, wherein the command-transmitting circuit includes a controller unit programmed to forward DiSEqC commands from the plurality of second ports (23A, 23B) to the first port in a first-in-first-out manner, wherein the operation power and the DiSEqC commands are transmitted from the second ports (23A, 23B) to the first port through a first path and a second path, respectively, so that an independent transmission path of the DiSEqC commands is provided and transmission of the DiSEqC commands is not influenced by the supply of the operation power. a first port configured to receive satellite signals and a plurality of second ports (23A, 23B); a first inductor having a first end connected to the first port and a second end; a plurality of second inductors (L3, L4) having a first end each being electrically connected to a respective one of the plurality of second ports (23A, 23B) and a second end; a signal-distributing circuit electrically connecting the first port to the plurality of second ports (23A, 23B); a plurality of power-supplying circuits each electrically connecting the second end of a respective one of the plurality of second inductors (L3, L4) to the second end of the first inductor for providing an operation power; a plurality of resistors (R2, R3) having a first end each being electrically connected to the second end of a respective one of the plurality of second inductors (L3, L4) and a second end; and a command-transmitting circuit electrically connecting the second end of the respective resistor (R2, R3) to the second end of the first inductor, wherein the command-transmitting circuit includes a controller unit programmed to forward DiSEqC commands from the plurality of second ports (23A, 23B) to the first port in a first-in-first-out manner, wherein the operation power and the DiSEqC commands are transmitted from the second ports (23A, 23B) to the first port through a first path and a second path, respectively, so that an independent transmission path of the DiSEqC commands is provided and transmission of the DiSEqC commands is not influenced by the supply of the operation power.
A power supply for inductively heating or melting an electrically conductive material, the power supply comprising: a rectifier converting an ac input power into a dc output power at the output of the rectifier; an inverter having an input connected to the output of the rectifier, the inverter converting the dc output power of the rectifier into an ac output current supplied to an output of the power supply, the ac output current having a frequency equal to the operating frequency of the inverter; and at least one inductive load coil (L 9; L 1, L 2) connected to the output of the power supply, characterized in that at least one tuning capacitor (C 1) is connected across the output of the rectifier and the input of the inverter, the at least one inductive load coil having an inductance so that it is at least approximately in resonance with the at least one tuning capacitor at the operating frequency of the inverter, whereby, in use of the power supply, a magnetic field generated from the flow of the ac output current through the at least one inductive load coil is used to heat or melt a said electrically conductive material. a rectifier converting an ac input power into a dc output power at the output of the rectifier; an inverter having an input connected to the output of the rectifier, the inverter converting the dc output power of the rectifier into an ac output current supplied to an output of the power supply, the ac output current having a frequency equal to the operating frequency of the inverter; and at least one inductive load coil (L 9; L 1, L 2) connected to the output of the power supply, characterized in that at least one tuning capacitor (C 1) is connected across the output of the rectifier and the input of the inverter, the at least one inductive load coil having an inductance so that it is at least approximately in resonance with the at least one tuning capacitor at the operating frequency of the inverter, whereby, in use of the power supply, a magnetic field generated from the flow of the ac output current through the at least one inductive load coil is used to heat or melt a said electrically conductive material.