mhurhangee/patent-ind-claim-en huggingface dataset:
Fuel nozzle for a gas turbine having a swirl generator , a head plate and a burner seal , the fuel nozzle having a tubular main body which is provided with fuel ducts and is arranged at its outflow region in the swirl generator , the swirl generator being arranged in the burner seal which is arranged on the head plate , and the swirl generator having an inner and an outer ring element, the ring elements being arranged concentrically with respect to one another, and an outer ring duct being configured between the inner ring element and the outer ring element , which outer ring duct has a radial height of h in its axial middle region, the outer ring duct having a radial height of H at its inflow region and being provided with air guiding elements in the inflow region , an inner ring duct being configured on the radially inner side of the inner ring element , the inflow region of which inner ring duct , which is provided with air guiding elements , has a greater radial height than a middle region of the inner ring duct , and the cross section of the outer ring duct tapering between an inflow region and an outflow region , characterized in that H > h, and, in the region of the guiding elements , the outer ring duct has an effective flow area (A) which is greater than the effective flow area in the axial middle region of the outer ring duct without air guiding elements , and the outer ring element having a greater external diameter upstream of the head plate and/or the burner seal than the internal diameter of the burner seal .
Hydraulic arrangement for distributing a pressurised fluid coming from a source of pressurised fluid among a plurality of hydraulic units of a work vehicle, at least one of said other hydraulic units providing an electronic load sensing signal and at least one of said units providing a hydraulic load sensing signal , said hydraulic arrangement further comprising a priority valve configured to divide the flow of said fluid between said hydraulic units , said priority valve and said source being hydraulically controlled by a first hydraulic load sensing signal resulting as the greatest of a plurality of hydraulic load pressure signals taken from said units , said hydraulic arrangement is characterized in that it comprises a conversion unit configured to transform said electronic load sensing signal of said at least one of said other hydraulic units into an equivalent hydraulic load sensing signal so as to allow the aforementioned comparison among hydraulic load pressure signals to define said first hydraulic load sensing signal controlling priority valve and source .
A partially woven expandable member for supporting an electrode array , the expandable member being self-expanding between a compressed state and an expanded state, the expandable member comprising: a proximal end ; a distal end ; a longitudinal axis; a distal segment comprising a plurality of wires , each wire of the plurality of wires having a bend including a wire segment on each side of the bend , the bends defining the distal end of the expandable member , the wire segments woven from the distal end of the expandable member towards the proximal end of the expandable member ; and a proximal segment proximal to the distal segment, the proximal segment comprising the plurality of wires , the plurality of wires extending parallel to the longitudinal axis , half of the wires of the plurality of wires being truncated distal to the proximal end of the expandable member and another half of the wires of the plurality of wires defining the proximal end of the expandable member , the other half of the wires of the plurality of wires bending towards the longitudinal axis to form spokes and bending parallel to the longitudinal axis for attachment to an elongate member . a proximal end ; a distal end ; a longitudinal axis; a distal segment comprising a plurality of wires , each wire of the plurality of wires having a bend including a wire segment on each side of the bend , the bends defining the distal end of the expandable member , the wire segments woven from the distal end of the expandable member towards the proximal end of the expandable member ; and a proximal segment proximal to the distal segment, the proximal segment comprising the plurality of wires , the plurality of wires extending parallel to the longitudinal axis , half of the wires of the plurality of wires being truncated distal to the proximal end of the expandable member and another half of the wires of the plurality of wires defining the proximal end of the expandable member , the other half of the wires of the plurality of wires bending towards the longitudinal axis to form spokes and bending parallel to the longitudinal axis for attachment to an elongate member .
A computer-implemented method for authenticating a storage device, the computer-implemented method to be performed by a transfer station and comprising: receiving, from a sender and via a server, a manifest, the manifest identifying a destination; validating a format of the manifest; transmitting, to the sender, a device identifier; receiving the storage device as a package that has been physically transported from the sender, wherein the storage device is a portable physical device configured to store data; reading, from the storage device, a digital signature stored on the storage device; validating the digital signature to authenticate the storage device; retrieving the manifest based on the device identifier; and authorizing, based on the validation of the digital signature, a transfer of one or more files from the storage device via the transfer station to the destination identified in the manifest. receiving, from a sender and via a server, a manifest, the manifest identifying a destination; validating a format of the manifest; transmitting, to the sender, a device identifier; receiving the storage device as a package that has been physically transported from the sender, wherein the storage device is a portable physical device configured to store data; reading, from the storage device, a digital signature stored on the storage device; validating the digital signature to authenticate the storage device; retrieving the manifest based on the device identifier; and authorizing, based on the validation of the digital signature, a transfer of one or more files from the storage device via the transfer station to the destination identified in the manifest.
A gas supply apparatus for supplying a gas compound obtained by vaporizing a liquid compound to a target location , the gas supply apparatus comprising: a storage vessel capable of storing the liquid compound; a gas compound supply pipeline , one end of which is connected to the storage vessel , and another end of which is capable of being disposed at the target location ; and a temperature control device configured to adjust a temperature of the gas compound or the liquid compound within the storage vessel to be equal to or lower than a surrounding temperature of the gas compound supply pipeline , wherein the temperature control device comprises a liquid temperature measuring device configured to measure the temperature of the liquid compound within the storage vessel , a gas temperature measuring device configured to measure the temperature of the gas compound within the storage vessel and/or a pressure measuring device configured to measure a pressure of the gas compound within the storage vessel ; characterized in that the temperature control device is configured to be able to cool the storage vessel and in that the target location is a CVD apparatus or an etching apparatus. a storage vessel capable of storing the liquid compound; a gas compound supply pipeline , one end of which is connected to the storage vessel , and another end of which is capable of being disposed at the target location ; and a temperature control device configured to adjust a temperature of the gas compound or the liquid compound within the storage vessel to be equal to or lower than a surrounding temperature of the gas compound supply pipeline , wherein the temperature control device comprises a liquid temperature measuring device configured to measure the temperature of the liquid compound within the storage vessel , a gas temperature measuring device configured to measure the temperature of the gas compound within the storage vessel and/or a pressure measuring device configured to measure a pressure of the gas compound within the storage vessel ; characterized in that the temperature control device is configured to be able to cool the storage vessel and in that the target location is a CVD apparatus or an etching apparatus.
Wash apparatus for a vehicle wash installation, which wash apparatus comprises a shaft drivable in rotation about a rotation axis and wash elements operatively connected thereto, for cleaning a vehicle , wherein the wash apparatus is divided axially in two or more wash apparatus segments , wherein at least one wash apparatus segment comprises a wash element holding body having wash elements held thereto, said wash element holding body defining a wash apparatus segment axis which is different from the rotation axis , and a gear device which couples the shaft to the wash element holding body in order to rotate same about the wash apparatus segment axis , wherein the wash element holding body is configured for pivotal movement relative to the shaft via the gear device , characterized in that the gear device comprises a drive element that is connected to the shaft in rotationally fixed relation therewith and a rotary body to which the wash element holding body is held in rotationally fixed relation or which forms the wash element holding body , wherein the rotary body is in engagement with the drive element , and in that the gear device comprises at least one cover body which at least partially covers the rotary body and the drive element in a direction transverse to the wash apparatus segment axis .
An implantable medical device for determining sensing vectors, comprising: a plurality of electrodes capable of forming a plurality of sensing vectors for sensing cardiac signals; and a processor characterized in that said processor is configured to determine signal differences between the sensed cardiac signal and a sensing threshold during a detection window for each of the plurality of sensing vectors, determining a minimum signal difference of the determined signal differences, rank sensing vectors of the plurality of sensing vectors in response to the determined minimum signal differences, and select one or more sensing vectors of the plurality of sensing vectors in response to the determined rankings. a plurality of electrodes capable of forming a plurality of sensing vectors for sensing cardiac signals; and a processor characterized in that said processor is configured to determine signal differences between the sensed cardiac signal and a sensing threshold during a detection window for each of the plurality of sensing vectors, determining a minimum signal difference of the determined signal differences, rank sensing vectors of the plurality of sensing vectors in response to the determined minimum signal differences, and select one or more sensing vectors of the plurality of sensing vectors in response to the determined rankings.
A brake disc configured to be connected to a vehicle axle and to be squeezed between brake pads, comprising: - a central disc body having a first side and a second side , wherein the second side faces in the opposite direction compared to the first side, - a first disc plate and a second disc plate , each disc plate having a wear surface for producing friction when a brake pad is pressed against the wear surface, - wherein the first and the second disc plates are releasably secured to said first side and said second side, respectively, of said central disc body, so as to enable the first and second disc plates to be replaced by other disc plates, characterized by - an enveloping sleeve releasably secured to an outer circumference of the central disc body so as to apply a radially inwardly directed pressure to the first and second disc plates. - a central disc body having a first side and a second side , wherein the second side faces in the opposite direction compared to the first side, - a first disc plate and a second disc plate , each disc plate having a wear surface for producing friction when a brake pad is pressed against the wear surface, - wherein the first and the second disc plates are releasably secured to said first side and said second side, respectively, of said central disc body, so as to enable the first and second disc plates to be replaced by other disc plates, characterized by - an enveloping sleeve releasably secured to an outer circumference of the central disc body so as to apply a radially inwardly directed pressure to the first and second disc plates.
Plastic cap of the type comprising a base , intended to be attached to a packaging body , comprising - a nozzle through which a product contained in the packaging is intended to be ejected outside the packaging, and - a drip-proof valve intended to connect this nozzle with the inside of the packaging body containing the product, the drip-proof valve comprising flaps that are elastically deformable between - a so-called closed configuration, intended to hold the product contained in the packaging, in which the flaps are substantially contiguous to each other and - a so-called open configuration, in which the flaps are separated from each other, intended to allow the product contained in the packaging to be ejected to the outside, the drip-proof valve being made in one piece with the base , the flaps each being connected to the nozzle by a region of thinner material forming an elastic hinge of the flap , each flap being elastically movable about its elastic hinge between closed and open positions corresponding respectively to the open and closed configurations of the valve , characterised in that each flap has a generally triangular shape, the elastic hinge of the flap forming a first side of the triangle, the second and third sides of the triangle being formed by free edges of the flap which are substantially contiguous to free edges of adjacent flaps when the valve is in the closed configuration and in that at least one free edge of each flap is provided with a projection forming vane intended to favour, by contact with the product ejected to the outside of the packaging, the movement of the flap from its closed position to its open position, - a nozzle through which a product contained in the packaging is intended to be ejected outside the packaging, and - a drip-proof valve intended to connect this nozzle with the inside of the packaging body containing the product, - a so-called closed configuration, intended to hold the product contained in the packaging, in which the flaps are substantially contiguous to each other and - a so-called open configuration, in which the flaps are separated from each other, intended to allow the product contained in the packaging to be ejected to the outside,
A block copolymer comprising: a plurality of polymeric chains forming a plurality of hard domains and a plurality of soft domains, each polymeric chain including: a plurality of soft segments including a polyisobutylene diol or diamine residue, the plurality of soft segments forming the plurality of soft domains; and a plurality of hard segments including a diisocyanate residue, the plurality of hard segments forming the plurality of hard domains; and a plurality of cross-linking compound residues, the cross-linking compound residues linking together the plurality of polymeric chains, the cross-linking compound residues linking together the hard segments of the plurality of polymeric chains, wherein the cross-linking compound residues are residues of a polyfunctional benzophenone. a plurality of polymeric chains forming a plurality of hard domains and a plurality of soft domains, each polymeric chain including: a plurality of soft segments including a polyisobutylene diol or diamine residue, the plurality of soft segments forming the plurality of soft domains; and a plurality of hard segments including a diisocyanate residue, the plurality of hard segments forming the plurality of hard domains; and a plurality of soft segments including a polyisobutylene diol or diamine residue, the plurality of soft segments forming the plurality of soft domains; and a plurality of hard segments including a diisocyanate residue, the plurality of hard segments forming the plurality of hard domains; and a plurality of cross-linking compound residues, the cross-linking compound residues linking together the plurality of polymeric chains, the cross-linking compound residues linking together the hard segments of the plurality of polymeric chains, wherein the cross-linking compound residues are residues of a polyfunctional benzophenone.
A communications method, comprising: receiving (S402B, S402C), by a first base station, a first terminal identifier and a wireless configuration parameter from a second base station, wherein the first terminal identifier is used to identify a terminal and the first base station; generating (S400C-1, S400C-2), by the first base station, a 3GPP radio resource control release message on which encryption and integrity protection are performed by the first base station by using a first key, wherein the radio resource control release message indicates the terminal to maintain an inactive state or to enter an idle state, and the first key is derived (S403) by the first base station based on a second key and a key derivation parameter, wherein the second key is a key used by the terminal in a connected state and in communication with the first base station, and wherein the 3GPP radio resource control release message includes the wireless configuration parameter; and sending (S404A-1, S404A-2), by the first base station, the first key and the radio resource control release message to the second base station; wherein the radio resource control release message comprises the key derivation parameter; or wherein the method further comprises sending (S404A-2), by the first base station, the key derivation parameter to the second base station. receiving (S402B, S402C), by a first base station, a first terminal identifier and a wireless configuration parameter from a second base station, wherein the first terminal identifier is used to identify a terminal and the first base station; generating (S400C-1, S400C-2), by the first base station, a 3GPP radio resource control release message on which encryption and integrity protection are performed by the first base station by using a first key, wherein the radio resource control release message indicates the terminal to maintain an inactive state or to enter an idle state, and the first key is derived (S403) by the first base station based on a second key and a key derivation parameter, wherein the second key is a key used by the terminal in a connected state and in communication with the first base station, and wherein the 3GPP radio resource control release message includes the wireless configuration parameter; and sending (S404A-1, S404A-2), by the first base station, the first key and the radio resource control release message to the second base station; wherein the radio resource control release message comprises the key derivation parameter; or wherein the method further comprises sending (S404A-2), by the first base station, the key derivation parameter to the second base station.
An abnormality diagnosis system for an exhaust gas purification apparatus including an NOx trap catalyst provided in an exhaust passage of an internal combustion engine that operates in a lean burn mode to store NOx in exhaust gas, comprising: a lean temperature raise performing unit that is configured to perform a lean temperature raise process, which is the process of raising the temperature of said NOx trap catalyst to or above a predetermined temperature while keeping the air-fuel ratio of the exhaust gas flowing into said NOx trap catalyst at a lean air-fuel ratio higher than the theoretical air-fuel ratio, when a specific abnormality diagnosis condition is met; and a diagnosis unit is configured to diagnose abnormality of said NOx trap catalyst on the basis of the NOx storage efficiency of said NOx trap catalyst or a parameter correlating with that NOx storage efficiency after the completion of said lean temperature raise process performed by said lean temperature raise performing unit . a lean temperature raise performing unit that is configured to perform a lean temperature raise process, which is the process of raising the temperature of said NOx trap catalyst to or above a predetermined temperature while keeping the air-fuel ratio of the exhaust gas flowing into said NOx trap catalyst at a lean air-fuel ratio higher than the theoretical air-fuel ratio, when a specific abnormality diagnosis condition is met; and a diagnosis unit is configured to diagnose abnormality of said NOx trap catalyst on the basis of the NOx storage efficiency of said NOx trap catalyst or a parameter correlating with that NOx storage efficiency after the completion of said lean temperature raise process performed by said lean temperature raise performing unit .
A method of a user equipment, UE , registered with a fifth generation, 5G, core network, comprising: in response to an emergency indication, selecting , by the UE , a first domain intended for a call responsive to the emergency indication; subsequent to selecting the first domain, attempting , by the UE , a combined registration with a second core network different from the 5G core network; in response to attempting the combined registration, receiving , by the UE , a further indication from the second core network indicating that the UE is registered for packet switched services only; and in response to the further indication, selecting , by the UE , an access network connected to a third core network to perform the call, wherein performing the call includes initiating, by the UE , the call by sending a SETUP message or an EMERGENCY SETUP message to the third core network, and the SETUP message or the EMERGENCY SETUP message indicates that the call uses a mobile switching center, MSC, in a circuit switched domain of the third core network. in response to an emergency indication, selecting , by the UE , a first domain intended for a call responsive to the emergency indication; subsequent to selecting the first domain, attempting , by the UE , a combined registration with a second core network different from the 5G core network; in response to attempting the combined registration, receiving , by the UE , a further indication from the second core network indicating that the UE is registered for packet switched services only; and in response to the further indication, selecting , by the UE , an access network connected to a third core network to perform the call, wherein performing the call includes initiating, by the UE , the call by sending a SETUP message or an EMERGENCY SETUP message to the third core network, and the SETUP message or the EMERGENCY SETUP message indicates that the call uses a mobile switching center, MSC, in a circuit switched domain of the third core network.