mhurhangee/ep-ind-claims huggingface dataset:
Filling head for a liquid tank in a motor vehicle, with an assembled submersible-tube moulded body in the interior of the filling head, with: a first moulded body part for forming a filler neck for a filling nozzle; and a second moulded body part for forming a liquid jet of the filling nozzle, said second moulded body part being fastened to the first moulded body part, wherein the first moulded body part and the second moulded body part together with a housing wall of the filling head form a liquid reservoir for receiving a quantity of liquid, characterized in that the first moulded body part comprises an opening for letting air out of the liquid reservoir, and the opening is formed in the vicinity of a connection of the first moulded body part to the filling head. a first moulded body part for forming a filler neck for a filling nozzle; and a second moulded body part for forming a liquid jet of the filling nozzle, said second moulded body part being fastened to the first moulded body part, wherein the first moulded body part and the second moulded body part together with a housing wall of the filling head form a liquid reservoir for receiving a quantity of liquid, characterized in that the first moulded body part comprises an opening for letting air out of the liquid reservoir, and the opening is formed in the vicinity of a connection of the first moulded body part to the filling head.
Vehicle comprising: - at least one vehicle wheel with a pneumatic vehicle tyre comprising a tyre interior space and - one, two or at least three soundwave receivers for repeated or continuous detection of airborne soundwave signals from the pneumatic vehicle tyre of the vehicle wheel, wherein the one soundwave receiver or one of the soundwave receivers is attached to the vehicle outside the tyre interior space of the pneumatic vehicle tyre and is designed to detect the airborne soundwaves produced by a leak in the pneumatic vehicle tyre, characterized in that the vehicle comprises at least one filter unit, which is designed to filter out signal components below 15 kHz of the airborne soundwave signals detected by one of the soundwave receivers. - at least one vehicle wheel with a pneumatic vehicle tyre comprising a tyre interior space and - one, two or at least three soundwave receivers for repeated or continuous detection of airborne soundwave signals from the pneumatic vehicle tyre of the vehicle wheel, wherein the one soundwave receiver or one of the soundwave receivers is attached to the vehicle outside the tyre interior space of the pneumatic vehicle tyre and is designed to detect the airborne soundwaves produced by a leak in the pneumatic vehicle tyre, characterized in that the vehicle comprises at least one filter unit, which is designed to filter out signal components below 15 kHz of the airborne soundwave signals detected by one of the soundwave receivers.
A device comprising: - a local oscillator circuit configured and arranged to generate a local clock signal; - a comparison module configured and arranged to detect a difference in at least one of frequency and phase of the local clock signal and a wirelessly received radio frequency carrier, and generate a control signal in response to the detected difference; - an adjustment module configured and arranged to reduce the detected difference in response to the control signal; characterized by - an RFID module configured and arranged to mimic load modulation of the RF carrier by modulating the local clock signal to encode data; and driving an antenna with the modulated local clock signal. - a local oscillator circuit configured and arranged to generate a local clock signal; - a comparison module configured and arranged to detect a difference in at least one of frequency and phase of the local clock signal and a wirelessly received radio frequency carrier, and generate a control signal in response to the detected difference; - an adjustment module configured and arranged to reduce the detected difference in response to the control signal; characterized by - an RFID module configured and arranged to mimic load modulation of the RF carrier by modulating the local clock signal to encode data; and driving an antenna with the modulated local clock signal.
A system for the delivery of heated fluid to a patient's body cavity, said system comprising: a) a heating element 4 and a pump; and b) a tubing system 2, 3, 4, 6, said tubing system comprising at least one length of tubing, a heat exchanger the arrangement being such that, in use, the fluid is heated by the heating element and pumped through the tubing system so that it is delivered to the patient's body cavity, characterised in that the tubing system further comprises at least one in-line temperature sensor 5 located outside the patient's body cavity such that, in use, the temperature sensor 5 measures the temperature of the fluid as it enters the patient's body cavity and/or at least one in-line temperature sensor 5 located outside the patients body cavity such that, in use, the temperature sensor 5 measures the temperature of the fluid as it exits the patient's body cavity. a) a heating element 4 and a pump; and b) a tubing system 2, 3, 4, 6, said tubing system comprising at least one length of tubing, a heat exchanger the arrangement being such that, in use, the fluid is heated by the heating element and pumped through the tubing system so that it is delivered to the patient's body cavity, characterised in that the tubing system further comprises at least one in-line temperature sensor 5 located outside the patient's body cavity such that, in use, the temperature sensor 5 measures the temperature of the fluid as it enters the patient's body cavity and/or at least one in-line temperature sensor 5 located outside the patients body cavity such that, in use, the temperature sensor 5 measures the temperature of the fluid as it exits the patient's body cavity.
A filter element to be installed between an upstream duct and a downstream duct comprising: a filter jacket having an axially extending annular outer wall defining a filter jacket inner surface, a filter jacket outer surface, a gravitational bottom, an upstream end and a downstream end and said annular outer wall extending between the upstream end and the downstream end, a fluted filter media residing within the filter jacket and defining a filter media outer surface, the fluted filter media comprising a plurality of flutes, first selected ones of the plurality of flutes closed proximate the upstream end and second selected ones of the plurality of flutes closed proximate the downstream end; and an internal seal interposed between and sealingly engaging the filter jacket inner surface and the filter media outer surface, the internal seal disposed between the upstream end and the downstream end; and a moisture release aperture proximate the gravitational bottom formed through the axially extending annular outer wall of the filter jacket, the moisture release aperture being located upstream of the internal seal. a filter jacket having an axially extending annular outer wall defining a filter jacket inner surface, a filter jacket outer surface, a gravitational bottom, an upstream end and a downstream end and said annular outer wall extending between the upstream end and the downstream end, a fluted filter media residing within the filter jacket and defining a filter media outer surface, the fluted filter media comprising a plurality of flutes, first selected ones of the plurality of flutes closed proximate the upstream end and second selected ones of the plurality of flutes closed proximate the downstream end; and an internal seal interposed between and sealingly engaging the filter jacket inner surface and the filter media outer surface, the internal seal disposed between the upstream end and the downstream end; and a moisture release aperture proximate the gravitational bottom formed through the axially extending annular outer wall of the filter jacket, the moisture release aperture being located upstream of the internal seal.
Transfer apparatus configured and adapted for transferring rod-shaped articles of the tobacco processing industry from a strand-forming apparatus for forming the rod-shaped articles, in which the rod-shaped articles are transported in a transport plane E in their longitudinal extent, to a drum apparatus, which is arranged in a straight ahead position downstream of the strand-forming apparatus and in which the rod-shaped articles are transported transverse to their longitudinal extent, comprising a stationary frame structure, a transport drum which can be driven in rotation with respect to the frame structure about an axis of rotation D, which is oriented perpendicular to the transport plane E, which transport drum has a receiving position for receiving the rod-shaped articles in the transport plane E from the strand-forming apparatus and a discharge position for discharging the rod-shaped articles from the transport plane E to the drum apparatus, a drive for the transport drum and at least one swivelling trough device which is arranged on the end face of the transport drum, wherein the or each swivelling trough device is configured and adapted to be swivellable with respect to the transport drum about an axis S, which is oriented parallel to the axis of rotation D, and has at least one receptacle, which can be acted upon by a negative pressure, for at least one rod-shaped article, characterised in that each swivelling trough device comprises a cam lever which is operatively connected to a cam track mounted on the frame structure for exerting the swivelling movement about the axis S.
A vehicle collision energy absorbing member formed by shaping a high strength thin steel sheet, wherein the high strength thin steel sheet includes a chemical composition consisting of, by mass%: C: 0.14 % to 0.30 %; Si: 0.01 % to 1.6 %; Mn: 3.5 % to 10 %; P: 0.060 % or less; S: 0.0050 % or less; Al: 0.01 % to 1.5 %; N: 0.0060 % or less; Nb: 0.01 % to 0.10 %; and the balance being Fe and incidental impurities, wherein the high strength steel sheet has a microstructure including a ferrite phase by 30 % to 70 % in volume fraction with respect to the entire microstructure and a secondary phase other than the ferrite phase, the ferrite phase having an average grain size of 1.0 μm or smaller, the secondary phase at least containing a retained austenite phase by at least 10 % in volume fraction to the entire microstructure, the retained austenite phase having an average spacing of 1.5 μm or less, wherein the high strength thin steel sheet has a tensile strength TS of at least 980 MPa, and has an n-value and a limit bending radius Rc satisfying Formula or below: Rc / t ≤ 1.31 × ln n + 5.21 or Rc / t ≤ 1.31 × ln n + 4.21 where Rc: limit bending radius (mm), t: sheet thickness (mm), and n: n-value obtained for a true strain in a range of 5 % to 10 %. C: 0.14 % to 0.30 %; Si: 0.01 % to 1.6 %; Mn: 3.5 % to 10 %; P: 0.060 % or less; S: 0.0050 % or less; Al: 0.01 % to 1.5 %; N: 0.0060 % or less; Nb: 0.01 % to 0.10 %; and the balance being Fe and incidental impurities, Rc: limit bending radius (mm), t: sheet thickness (mm), and n: n-value obtained for a true strain in a range of 5 % to 10 %.
Mobile apparatus for cooking food provided with a main body and a lid, at least said main body defining a cooking compartment in which a container, provided with a bottom wall and at least one lateral wall, is selectively inserted, said container being provided with at least two gripping elements laterally associated in an opposite position with respective perimeter portions of the container and at least one of said gripping elements being fixed with respect to the corresponding perimeter portion and at least one of said gripping elements being mobile with respect to the corresponding perimeter portion of the container, characterized in that each gripping element (20, 20a) is attached to said container by means of a stiffening element with a first portion for attachment to said lateral wall by means of connection elements, and a second portion protruding toward the outside with respect to said lateral wall and connected to said first portion.
Apparatus for producing nano-particles, comprising: a furnace defining a vapor region therein; a precipitation conduit having an inlet end and an outlet end, the inlet end of said precipitation conduit being open to the vapor region defined by said furnace; quench fluid supply apparatus comprising a first supply of quench fluid in a gas state and a second supply of quench fluid in a liquid state; a quench fluid port positioned within said precipitation conduit, said quench fluid port comprising an elongate tube having a branched inlet end having a gas quench fluid inlet and a liquid quench fluid inlet, said branched inlet end being fluidically connected to said quench fluid supply apparatus so that the gas quench fluid inlet receives quench fluid in the gas state and so that the liquid quench fluid inlet receives quench fluid in the liquid state, said quench fluid port providing a quench fluid stream within said precipitation conduit; a first valve connected between the first supply of quench fluid in the gas state and the gas quench fluid inlet; a second valve connected between the second supply of quench fluid in the liquid state and the liquid quench fluid inlet; a valve control system operatively associated with said first valve and said second valve, said valve control system operating said second valve to control a temperature in said precipitation conduit, said valve control system operating said first valve to control a pressure in the branched inlet end of said elongate tube; and product collection apparatus connected to the outlet end of said precipitation conduit, said product collection apparatus collecting the nano-particles produced within said precipitation conduit. a furnace defining a vapor region therein; a precipitation conduit having an inlet end and an outlet end, the inlet end of said precipitation conduit being open to the vapor region defined by said furnace; quench fluid supply apparatus comprising a first supply of quench fluid in a gas state and a second supply of quench fluid in a liquid state; a quench fluid port positioned within said precipitation conduit, said quench fluid port comprising an elongate tube having a branched inlet end having a gas quench fluid inlet and a liquid quench fluid inlet, said branched inlet end being fluidically connected to said quench fluid supply apparatus so that the gas quench fluid inlet receives quench fluid in the gas state and so that the liquid quench fluid inlet receives quench fluid in the liquid state, said quench fluid port providing a quench fluid stream within said precipitation conduit; a first valve connected between the first supply of quench fluid in the gas state and the gas quench fluid inlet; a second valve connected between the second supply of quench fluid in the liquid state and the liquid quench fluid inlet; a valve control system operatively associated with said first valve and said second valve, said valve control system operating said second valve to control a temperature in said precipitation conduit, said valve control system operating said first valve to control a pressure in the branched inlet end of said elongate tube; and
An entertainment system for a vehicle, the entertainment system comprising: a sound emitting module including multiple sound emitting units, wherein the sound emitting module is adapted to be arranged such that the multiple sound emitting units are distributed along the transverse extension of a windshield of the vehicle and to emit sound towards the windshield, and a display device, characterized in that the display device is arranged between the sound emitting module and an occupant seating position to cover the sound emitting module behind the display device as seen from the occupant front seat seating position. a sound emitting module including multiple sound emitting units, wherein the sound emitting module is adapted to be arranged such that the multiple sound emitting units are distributed along the transverse extension of a windshield of the vehicle and to emit sound towards the windshield, and a display device, characterized in that the display device is arranged between the sound emitting module and an occupant seating position to cover the sound emitting module behind the display device as seen from the occupant front seat seating position.
A method for operating an access node, the method comprising: transmitting pilot channel indicator signals periodically from the access node using a plurality of spatial beams (404, 406), wherein each of the pilot channel indicator signals is transmitted in a beamformed fashion on a respective one of the plurality of spatial beams; acquiring at the access node a feedback signal from a first receiver, wherein the first receiver is configured to generate the feedback signal, wherein: in a first mode, said feedback signal includes one first channel quality indicator and one corresponding first beam index, wherein the first channel quality indicator is the highest channel quality indicator determined from the pilot channel indicator signals of the plurality of spatial beams; and in a second mode, if the first receiver determines that it is located in a service area of overlapping beams said feedback signal includes two second channel quality indicators and two second corresponding beam indices, wherein the two second channel quality indicators are the highest channel quality indicators determined from the pilot channel indicator signals of the plurality of spatial beams, wherein the first and second modes are switched based on Layer 3 signaling initiated by the first receiver; and scheduling transmissions from the access node to the first receiver based on an analysis of the feedback signal and the mode. transmitting pilot channel indicator signals periodically from the access node using a plurality of spatial beams (404, 406), wherein each of the pilot channel indicator signals is transmitted in a beamformed fashion on a respective one of the plurality of spatial beams; acquiring at the access node a feedback signal from a first receiver, in a first mode, said feedback signal includes one first channel quality indicator and one corresponding first beam index, wherein the first channel quality indicator is the highest channel quality indicator determined from the pilot channel indicator signals of the plurality of spatial beams; and in a second mode, if the first receiver determines that it is located in a service area of overlapping beams said feedback signal includes two second channel quality indicators and two second corresponding beam indices, wherein the two second channel quality indicators are the highest channel quality indicators determined from the pilot channel indicator signals of the plurality of spatial beams, wherein the first and second modes are switched based on Layer 3 signaling initiated by the first receiver; and scheduling transmissions from the access node to the first receiver based on an analysis of the feedback signal and the mode.
A tire building drum for use for manufacture of an unvulcanized tire and in which at least a part of the outer periphery is capable of being expanded and reduced in diameter, comprising: a plurality of segments sequentially arranged in the drum peripheral direction and capable of being expanded/contracted and segment displacing means for expanding/contracting the plurality of segments, wherein the segment displacing means has a plural-stage type extensible guide to which each segment is mounted and which is formed of a plurality of guide members (83,84) sequentially connected and capable of extension/contraction in the segment displacement direction so as to guide the segments by the extending/contracting extensible guide and to extend/contract the same, wherein the segment displacing means has guide extension/contraction means for extending/contracting the extensible guide by displacing the guide member capable of expansion/contraction of the extensible guide, and for expanding/contracting the segments by expanding/contracting the extensible guide, and wherein the guide extension/contraction means has a moving body which is movable in the drum axial direction and a link mechanism (71, 72) which connects the moving body and each guide member (83,84) to be displaced and configured to perform expansion/contraction in accordance with movement of the moving body, to thereby extend/contract each guide member (83, 84). a plurality of segments sequentially arranged in the drum peripheral direction and capable of being expanded/contracted and segment displacing means for expanding/contracting the plurality of segments, wherein the segment displacing means has a plural-stage type extensible guide to which each segment is mounted and which is formed of a plurality of guide members (83,84) sequentially connected and capable of extension/contraction in the segment displacement direction so as to guide the segments by the extending/contracting extensible guide and to extend/contract the same, wherein the segment displacing means has guide extension/contraction means for extending/contracting the extensible guide by displacing the guide member capable of expansion/contraction of the extensible guide, and for expanding/contracting the segments by expanding/contracting the extensible guide, and wherein the guide extension/contraction means has a moving body which is movable in the drum axial direction and a link mechanism (71, 72) which connects the moving body and each guide member (83,84) to be displaced and configured to perform expansion/contraction in accordance with movement of the moving body, to thereby extend/contract each guide member (83, 84).
A sea bed foundation for an offshore facility, said sea bed foundation having a circumferential side wall substantially defining a cylinder, which cylinder is closed in one end and provided with an opening in the opposite end, thereby defining a primary chamber, said sea bed foundation is hollow, downwardly open and where said side wall defines a skirt, said primary chamber being connected to a primary pump, characterized in that, said sea bed foundation further comprises one or more secondary chambers connected to one or more secondary pumps wherein said primary pump is a suction pump and said secondary pump is a pressure pump.
A base station apparatus (b1, b2, b3) that is configured to communicate with a mobile station apparatus (a1, a2, a3) using a plurality of downlink component carriers and a plurality of uplink component carriers, wherein the base station apparatus (b1, b2, b3) is adapted to: inform the mobile station apparatus (a1, a2, a3) of group configuration, the group configuration indicating a plurality of groups, and each of the groups being a set of uplink component carriers; transmit a first piece of control information with a first radio network temporary identifier and a second piece of control information with a second radio network temporary identifier to the mobile station apparatus (a1, a2, a3) in a single downlink component carrier, the first piece of control information including a first transmission power control command for each of uplink component carriers in a first group of the groups, and the second piece of control information including a second transmission power control command for each of uplink component carriers in a second group of the groups; and transmit the first radio network temporary identifier for the mobile station apparatus (a1, a2, a3), the second radio network temporary identifier for the mobile station apparatus (a1, a2, a3), a first indicator of the first transmission power control command, and a second indicator of the second transmission power control command to the mobile station apparatus (a1, a2, a3). inform the mobile station apparatus (a1, a2, a3) of group configuration, the group configuration indicating a plurality of groups, and each of the groups being a set of uplink component carriers;