mhurhangee/ep-ind-claims huggingface dataset:
A system for clock synchronization, comprising: a reset signal generator (210, 601) connected with a plurality of detectors (220, 602), wherein the reset signal generator (210, 601) is configured to: generate a set of preliminary reset signals, each of which has a different phase, to be detected; and transmit the set of preliminary reset signals to the plurality of detectors (220, 602); wherein each of the plurality of detectors (220, 602) is configured to: generate first feedback data for each of the set of preliminary reset signals; and transmit the first feedback data to the reset signal generator (210, 601); wherein the reset signal generator (210, 601) is further configured to: for each of the plurality of detectors (220, 602), generate a reset signal based on the first feedback data, the reset signal being one of the set of preliminary reset signals that has an optimum phase; and transmit the reset signal to each of the plurality of detectors (220, 602); wherein each of the plurality detectors (220, 602) is further configured to: execute a clock synchronization in itself based on the reset signal. a reset signal generator (210, 601) connected with a plurality of detectors (220, 602), wherein the reset signal generator (210, 601) is configured to: generate a set of preliminary reset signals, each of which has a different phase, to be detected; and transmit the set of preliminary reset signals to the plurality of detectors (220, 602); generate a set of preliminary reset signals, each of which has a different phase, to be detected; and transmit the set of preliminary reset signals to the plurality of detectors (220, 602); wherein each of the plurality of detectors (220, 602) is configured to: generate first feedback data for each of the set of preliminary reset signals; and transmit the first feedback data to the reset signal generator (210, 601); generate first feedback data for each of the set of preliminary reset signals; and transmit the first feedback data to the reset signal generator (210, 601); wherein the reset signal generator (210, 601) is further configured to: for each of the plurality of detectors (220, 602), generate a reset signal based on the first feedback data, the reset signal being one of the set of preliminary reset signals that has an optimum phase; and transmit the reset signal to each of the plurality of detectors (220, 602); for each of the plurality of detectors (220, 602), generate a reset signal based on the first feedback data, the reset signal being one of the set of preliminary reset signals that has an optimum phase; and transmit the reset signal to each of the plurality of detectors (220, 602); wherein each of the plurality detectors (220, 602) is further configured to: execute a clock synchronization in itself based on the reset signal.
Configurable guide hardware for aligning two associated connectors (102, 106) that are mounted on different circuit cards (104, 108), the guide hardware comprising: a guide receptacle mounted to one of the circuit cards, the guide receptacle including a housing that defines a channel therein, the guide receptacle further including a keyway ring that is held in the channel, the keyway ring defining a central opening therethrough that aligns with the channel, the guide receptacle being configured to receive a pin of a guide plug in the channel through the central opening of the keyway ring, the keyway ring including a receptacle keying feature along an inner perimeter that defines the central opening, the keyway ring being selectively positionable to locate the receptacle keying feature in multiple pre-defined angular orientations relative to the housing, characterised in that the receptacle keying feature includes a first protrusion and a second protrusion that extend from the inner perimeter of the keyway ring at least partially into the central opening, the first protrusion having at least one of a different shape or a different size than the second protrusion. a guide receptacle mounted to one of the circuit cards, the guide receptacle including a housing that defines a channel therein, the guide receptacle further including a keyway ring that is held in the channel, the keyway ring defining a central opening therethrough that aligns with the channel, the guide receptacle being configured to receive a pin of a guide plug in the channel through the central opening of the keyway ring, the keyway ring including a receptacle keying feature along an inner perimeter that defines the central opening, the keyway ring being selectively positionable to locate the receptacle keying feature in multiple pre-defined angular orientations relative to the housing, characterised in that the receptacle keying feature includes a first protrusion and a second protrusion that extend from the inner perimeter of the keyway ring at least partially into the central opening, the first protrusion having at least one of a different shape or a different size than the second protrusion.
A base station apparatus comprising: an allocation section configured to allocate a downlink control channel signal for a terminal, for which at least two downlink component carriers, CCs, are configured, to one or multiple control channel elements, CCEs, in a search space comprised of a plurality of CCEs, wherein the downlink control channel signal includes resource assignment information of downlink data indicating a resource assigned to the terminal in a component carrier n, CC n, out of the configured CCs; and a transmitting section configured to transmit the downlink control channel signal to the terminal in the CCEs, characterized in that a CCE number that defines an end position of the search space for the CC n and a CCE number that defines a start position of the search space for a component carrier n+1, CC n+1, are consecutive. an allocation section configured to allocate a downlink control channel signal for a terminal, for which at least two downlink component carriers, CCs, are configured, to one or multiple control channel elements, CCEs, in a search space comprised of a plurality of CCEs, wherein the downlink control channel signal includes resource assignment information of downlink data indicating a resource assigned to the terminal in a component carrier n, CC n, out of the configured CCs; and a transmitting section configured to transmit the downlink control channel signal to the terminal in the CCEs, characterized in that a CCE number that defines an end position of the search space for the CC n and a CCE number that defines a start position of the search space for a component carrier n+1, CC n+1, are consecutive.
Apparatus for automatically recovering breast fillets from poultry bodies or parts thereof, comprising a conveying device designed configured to continuously convey the poultry bodies in a conveying direction, wherein the conveying device has receiving elements adapted to hold and convey the poultry bodies along a processing path, processing stations being arranged on the processing path and the processing stations including at least a furcula-removal station and a breast fillet detaching station, at least one measuring device arranged downstream of the breast fillet detaching station in the conveying direction and arranged on the processing path the poultry bodies held by means of the receiving elements being conveyed past the measuring device such that in each case the sternum of the poultry bodies is oriented at least substantially transversely to the conveying direction on the breast side facing the measuring device, wherein the measuring device has a scanning element which is configured and adapted to mechanically scan the poultry body on the breast side, wherein the measuring device comprises at least one sensor element which is configured and adapted to detect at least one angular position on deflection of the scanning element, further comprising a control device which is configured to detect, on the basis of the at least one angular position, whether the poultry body has been freed of the breast fillet or whether the breast fillet is still present on the poultry body. a conveying device designed configured to continuously convey the poultry bodies in a conveying direction, wherein the conveying device has receiving elements adapted to hold and convey the poultry bodies along a processing path, processing stations being arranged on the processing path and the processing stations including at least a furcula-removal station and a breast fillet detaching station, at least one measuring device arranged downstream of the breast fillet detaching station in the conveying direction and arranged on the processing path the poultry bodies held by means of the receiving elements being conveyed past the measuring device such that in each case the sternum of the poultry bodies is oriented at least substantially transversely to the conveying direction on the breast side facing the measuring device, wherein the measuring device has a scanning element which is configured and adapted to mechanically scan the poultry body on the breast side, wherein the measuring device comprises at least one sensor element which is configured and adapted to detect at least one angular position on deflection of the scanning element, further comprising a control device which is configured to detect, on the basis of the at least one angular position, whether the poultry body has been freed of the breast fillet or whether the breast fillet is still present on the poultry body.
A device for dispensing air and/or sealant to a tire of a vehicle, the device comprising: a pressure source; a dispenser outlet connected to the pressure source; a connector element; and a control module in communication with each of the connector element and the pressure source, wherein the connector element is configured to connect to a vehicle data communication port to obtain inflation information and power. a pressure source; a dispenser outlet connected to the pressure source; a connector element; and a control module in communication with each of the connector element and the pressure source, wherein the connector element is configured to connect to a vehicle data communication port to obtain inflation information and power.
Oil reservoir (30; 130) comprising: • an oil deaeration device (40; 140) with a chamber for deaerating a liquid air-oil mixture; • an inlet (42; 142) for the mixture into the chamber; • a vent (44; 144) permitting communication between the chamber and the surroundings of the reservoir (30; 130) so as to discharge the air extracted from the deaeration of the air-oil mixture into the surroundings; characterised in that in the vent (44; 144), the oil deaeration device (40; 140) comprises a rotor (46; 146) configured for the collection of droplets of oil in suspension in the deaerated air discharged through the vent (44; 144); the rotor (46; 146) comprising a driven portion capable of being driven in rotation by the circulation of the air-oil mixture, the driven portion being arranged opposite the inlet (42; 142) of the air-oil mixture. • an oil deaeration device (40; 140) with a chamber for deaerating a liquid air-oil mixture; • an inlet (42; 142) for the mixture into the chamber; • a vent (44; 144) permitting communication between the chamber and the surroundings of the reservoir (30; 130) so as to discharge the air extracted from the deaeration of the air-oil mixture into the surroundings;
A seal, comprising: a first ring having a first peripheral wall extending circumferentially therearound; a first lobe attached to said first peripheral wall, said first lobe extending circumferentially around said first ring; a first sealing surface positioned on said first lobe, said first sealing surface extending circumferentially around said first ring; at least a first projection extending from said first sealing surface, said first projection defining a closeable leak path across said first sealing surface; a second ring having a second peripheral wall extending circumferentially around said second ring; a second lobe attached to said second peripheral wall, said second lobe extending circumferentially around said second ring; a second sealing surface positioned on said second lobe, said second sealing surface extending circumferentially around said second ring; and a tube connecting said first and second rings (66, 78) to one another. a first ring having a first peripheral wall extending circumferentially therearound; a first lobe attached to said first peripheral wall, said first lobe extending circumferentially around said first ring; a first sealing surface positioned on said first lobe, said first sealing surface extending circumferentially around said first ring; at least a first projection extending from said first sealing surface, said first projection defining a closeable leak path across said first sealing surface; a second ring having a second peripheral wall extending circumferentially around said second ring; a second lobe attached to said second peripheral wall, said second lobe extending circumferentially around said second ring; a second sealing surface positioned on said second lobe, said second sealing surface extending circumferentially around said second ring; and a tube connecting said first and second rings (66, 78) to one another.
An upper component for an article of footwear, comprising: a heel body including: a first portion partially defining an ankle opening; a second portion coupled to the first portion, wherein the second portion is foldable and partially defines the ankle opening, and the second portion is movable relative to the first portion between an unfolded configuration and a folded configuration; at least one tension member coupled to the second portion, wherein the at least one tension member is movable relative to the first portion to move the second portion from the unfolded configuration to the folded configuration; wherein the ankle opening is larger when the second portion is in the unfolded configuration than when the second portion is in the folded configuration; wherein the second portion includes a plurality of fold areas to allow the second portion to move between the unfolded configuration and the folded configuration; each of the fold areas has a substantially linear shape; the second portion includes a plurality of panels; characterized in that the heel body further includes a plurality of elongated polymeric bodies coupled to the panels; wherein each of the elongated polymeric bodies is disposed adjacent a respective one of the fold areas and each of the elongated polymeric bodies is substantially parallel to the respective one of the fold areas. a heel body including: a first portion partially defining an ankle opening; a second portion coupled to the first portion, wherein the second portion is foldable and partially defines the ankle opening, and the second portion is movable relative to the first portion between an unfolded configuration and a folded configuration; a first portion partially defining an ankle opening; a second portion coupled to the first portion, wherein the second portion is foldable and partially defines the ankle opening, and the second portion is movable relative to the first portion between an unfolded configuration and a folded configuration; at least one tension member coupled to the second portion, wherein the at least one tension member is movable relative to the first portion to move the second portion from the unfolded configuration to the folded configuration; wherein the ankle opening is larger when the second portion is in the unfolded configuration than when the second portion is in the folded configuration; wherein the second portion includes a plurality of fold areas to allow the second portion to move between the unfolded configuration and the folded configuration; each of the fold areas has a substantially linear shape; the second portion includes a plurality of panels; characterized in that the heel body further includes a plurality of elongated polymeric bodies coupled to the panels; wherein each of the elongated polymeric bodies is disposed adjacent a respective one of the fold areas and each of the elongated polymeric bodies is substantially parallel to the respective one of the fold areas.
An in vitro cardiovascular structure comprising cardiomyocytes seeded on top of a tubule forming platform which is constructed from human adipose stem cells (hASCs) and comprises at least partly formed tubules prior to seeding said cardiomyocytes.
A method of removing sulfur from a fuel supply stream for a fuel cell that is capable of internal reforming of methane to hydrogen at an anode of the fuel cell, which method comprises: (a) hydrogenating the fuel supply stream by contacting it with a hydrogenation catalyst in the presence of hydrogen to convert sulfur-containing compounds in the fuel supply stream into hydrogen sulphide; (b) removing the hydrogen sulphide to produce a desulfurised fuel stream; (c) pre-reforming the desulfurised fuel stream in a steam pre-reformer at a temperature of no greater than 450°C to convert higher hydrocarbons in the fuel supply stream and to produce a fuel cell feed stream suitable for delivery to the fuel cell, the fuel cell feed stream being a methane and steam rich stream with varying levels of methane depending upon the operating temperature of the pre-reformer and based on load requirements of the fuel cell; (d) splitting the fuel cell feed stream into a first portion and a second portion; (e) delivering the first portion to the anode of the fuel cell; and (f) processing the second portion using a reformer containing a catalyst that operates at a temperature of 500 to 850°C to increase the hydrogen content of the second portion to produce a hydrogen-enriched fuel stream which is used in step (a) as a source of hydrogen to hydrogenate the fuel supply stream by mixing the hydrogen-enriched fuel stream with the fuel supply stream prior to hydrogenation in step (a). (a) hydrogenating the fuel supply stream by contacting it with a hydrogenation catalyst in the presence of hydrogen to convert sulfur-containing compounds in the fuel supply stream into hydrogen sulphide; (b) removing the hydrogen sulphide to produce a desulfurised fuel stream; (c) pre-reforming the desulfurised fuel stream in a steam pre-reformer at a temperature of no greater than 450°C to convert higher hydrocarbons in the fuel supply stream and to produce a fuel cell feed stream suitable for delivery to the fuel cell, the fuel cell feed stream being a methane and steam rich stream with varying levels of methane depending upon the operating temperature of the pre-reformer and based on load requirements of the fuel cell; (d) splitting the fuel cell feed stream into a first portion and a second portion; (e) delivering the first portion to the anode of the fuel cell; and (f) processing the second portion using a reformer containing a catalyst that operates at a temperature of 500 to 850°C to increase the hydrogen content of the second portion to produce a hydrogen-enriched fuel stream which is used in step (a) as a source of hydrogen to hydrogenate the fuel supply stream by mixing the hydrogen-enriched fuel stream with the fuel supply stream prior to hydrogenation in step (a).
Female electrical contact comprising a cage extending in a longitudinal direction between - a mating end provided with an opening through which a tongue of a male contact can be inserted into the cage, - a securing end from which the female contact extends in the form of a securing portion to which a cable may be secured and electrically connected, the cage comprises a bottom wall, a top wall and two side walls extending between the bottom wall and top wall, said bottom wall, top wall and side walls delimiting an internal space suitable for receiving and housing the tongue of the male contact inserted through the opening, the top wall and bottom wall each comprising at least one contact blade, which is elastic and extends, from the cage towards a free end, transversely with respect to the longitudinal direction, characterized in that at least one of the side walls has at least one retaining blade which is elastic and cut into a side wall to which it remains attached at a junction which is closer to the mating end than to the securing end, and which extends from the junction towards a free end located closer to the securing end than to the mating end, the free end protruding into the internal space; and in that the female electrical contact comprises a sleeve which surrounds the bottom wall, top wall and side walls, at least partially, on the outside of the cage, each retaining blade having a pressure zone bearing on the sleeve when a tongue of the male contact is housed in the cage. - a mating end provided with an opening through which a tongue of a male contact can be inserted into the cage, - a securing end from which the female contact extends in the form of a securing portion to which a cable may be secured and electrically connected,
An element for a co-rotating twin screw extruder comprising a continuous flight helically formed thereon having a lead 'L', characterized in that either the flight transforms at least once from an integer lobe flight into a non-integer lobe flight in a fraction of the lead 'L' and transforms back to an integer lobe flight in a fraction of the lead 'L' or the flight transforms at least once from a non-integer lobe flight into an integer lobe flight in a fraction of the lead 'L' and transforms back to a non-integer lobe flight in a fraction of the lead 'L'.