mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine combustor assembly, comprising: a fuel injector; a dome stator around the fuel injector; and a dome sleeve (222, 322, 422) coupled to the dome stator by a finger joint coupling, the dome sleeve defining: an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle (238, 284) sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap (260, 290) adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, wherein the fuel injector, the dome stator, and the dome sleeve are positioned along a shared axis, and the air inlet opening is a radial air inlet disposed radially about the shared axis, wherein movement of the dome sleeve relative to the dome stator is allowed in the axial direction, but inhibited in all other directions. a fuel injector; a dome stator around the fuel injector; and a dome sleeve (222, 322, 422) coupled to the dome stator by a finger joint coupling, the dome sleeve defining: an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle (238, 284) sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap (260, 290) adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, an air inlet opening with the dome stator, the air inlet opening comprising radial gaps in the finger joint, the dome sleeve moveable with respect to the dome stator to change a flow area of the air inlet opening as the dome sleeve moves; and a nozzle (238, 284) sloping downstream from the air inlet opening toward an outlet of the combustor assembly and defining an annular pinch gap (260, 290) adjacent an outlet of the fuel injector, the sloping nozzle coupled to move with the dome sleeve and change a flow area through the pinch gap as the dome sleeve moves, wherein the fuel injector, the dome stator, and the dome sleeve are positioned along a shared axis, and the air inlet opening is a radial air inlet disposed radially about the shared axis, wherein movement of the dome sleeve relative to the dome stator is allowed in the axial direction, but inhibited in all other directions.
A radio resource control, RRC, connection method, wherein the method comprises: generating (401; 501), by a first terminal, a first RRC message; and sending (402; 502), by the first terminal, a first indication and first data to a second terminal through a first path, wherein the first path is a wireless communications interface between the first terminal and the second terminal; and the first data comprises the first RRC message, and the first indication is used to indicate the second terminal to send the first RRC message to a radio access network device; characterized in that the first indication is comprised in sidelink control information, SCI, and the SCI is sent to the second terminal before the first terminal sends the first data to the second terminal, and the first indication is transmitted on a physical sidelink control channel, PSCCH, and the first data is transmitted on a physical sidelink shared channel, PSSCH; and a time domain resource occupied by the PSCCH is different from a time domain resource occupied by the PSSCH, or a frequency domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH, or a frequency domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH and a time domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH. generating (401; 501), by a first terminal, a first RRC message; and sending (402; 502), by the first terminal, a first indication and first data to a second terminal through a first path, wherein the first path is a wireless communications interface between the first terminal and the second terminal; and the first data comprises the first RRC message, and the first indication is used to indicate the second terminal to send the first RRC message to a radio access network device; characterized in that the first indication is comprised in sidelink control information, SCI, and the SCI is sent to the second terminal before the first terminal sends the first data to the second terminal, and the first indication is transmitted on a physical sidelink control channel, PSCCH, and the first data is transmitted on a physical sidelink shared channel, PSSCH; and a time domain resource occupied by the PSCCH is different from a time domain resource occupied by the PSSCH, or a frequency domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH, or a frequency domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH and a time domain resource occupied by the PSCCH is different from a frequency domain resource occupied by the PSSCH.
A device for impacting a fastener comprising: a housing including an upper housing portion, a middle housing portion, and a side housing portion extending between the upper housing portion and the middle housing portion; a drive cylinder configured to vent within the housing; an air passage extending through the housing and including a mouth at the upper housing portion; a strike plate extending over the upper housing portion and including a top portion positioned apart from the upper housing portion, and a first side extension (142, 144) extending downwardly from the top portion along the side housing portion, a gasket positioned between the upper housing portion and the top portion of the strike plate; characterised in that the device is configured such that the first side extension (142, 144) is maintained at a first location above and spaced apart from an outwardly extending first surface of the middle housing portion, and movable to a second location whereat the first side extension (142, 144) is in contact with the first surface in response to a force applied to the strike plate. a housing including an upper housing portion, a middle housing portion, and a side housing portion extending between the upper housing portion and the middle housing portion; a drive cylinder configured to vent within the housing; an air passage extending through the housing and including a mouth at the upper housing portion; a strike plate extending over the upper housing portion and including a top portion positioned apart from the upper housing portion, and a first side extension (142, 144) extending downwardly from the top portion along the side housing portion, a gasket positioned between the upper housing portion and the top portion of the strike plate; characterised in that the device is configured such that the first side extension (142, 144) is maintained at a first location above and spaced apart from an outwardly extending first surface of the middle housing portion, and movable to a second location whereat the first side extension (142, 144) is in contact with the first surface in response to a force applied to the strike plate.
An airbag with a bent head portion and a repeated sealing and filling effect, comprising: a bag body, formed by a plurality of buffer air columns, each air column arranged adjacent in parallel, and having a plurality of first heat-sealing nodes formed thereon, and the air column are bent by the nodes to form a containing groove therein, and the containing groove having a bag mouth interconnected to the containing groove; a plurality of inflatable extended-section air columns, each inflatable extended-section air column extended from one side of the bag mouth of the containing groove and arranged adjacent in parallel to form a flat buffer surface, and having a non-inflatable protruding plate formed by an edge of the inflatable extended-section air column opposite to a connection between the air columns and the inflatable extended-section air column, wherein the width of the inflatable extended-section air columns is the same as the width of the air columns, and each extended-section air column includes a second heat-sealing node arranged between the extended-section air column and the air column, a non-inflatable extended-section plate, extended from the other side of the bag mouth of the containing groove and disposed on the second side of the bag mouth, the second side is opposite to the first side, and whereby j the flat buffer surface is bent towards a side of the extended-section plate by the second heat-sealing nodes for covering an object to be packed inside the containing groove; and a disposing entrance being formed between the end of the extended-section plate away from the bag mouth and the end of the non-inflatable protruding plate away from the bag mouth, wherein the non-inflatable extended-section plate serves as a first cover plate of the object, the extended-section air column is stacked on the non-inflatable extended-section plate to form a flat buffer structure at the top of the object to be packaged, one surface of the non-inflatable extended-section plate adjacent to the object and other surface of the non-inflatable extended-section plate adjacent to the extended-section air column, characterized in, that the extended-section plate has a length greater or equal to the length of the extended-section air column.
Use of hexokinase 2 in the identification or isolation of fetal trophoblast cells, wherein the HK2 serves as a biomarker for fetal trophoblast cells.
A method for managing a NOx storage catalyst arranged in an exhaust passage of a diesel engine to reduce NOx in exhaust gas, the method including releasing sulphur components accumulated in the NOx storage catalyst, said releasing including a first process for decreasing the air-fuel ratio of an air-fuel mixture that is to be burned in the engine, and a second process for adding a reducing agent to an upstream side of the NOx storage catalyst in the exhaust passage by supplying the reducing agent via a valve to the exhaust passage upstream of the NOx storage catalyst, wherein the second process is started when a predetermined starting condition is satisfied after the first process is started, the starting condition being that the air-fuel ratio of upstream side exhaust gas, which is the exhaust gas in the upstream side of the NOx storage catalyst in the exhaust passage, is stable, characterized in that the starting condition is cancelled so as to start the second process at the same time as the start of the first process or immediately after the start of the first process when a predetermined condition related to the O 2 storage ability of the NOx storage catalyst or the change amount in the air-fuel ratio of the upstream side exhaust gas resulting from the first process is satisfied.
A first articulating member for use with a second articulating member to form a prosthesis for use in joint arthroplasty for ajoint formed between adjacent first and second bones in which the first bone has a bone canal and a bone fragment (6, 7) having an exterior surface has separated from the first bone, the first articulating member comprising: an articulating portion having an articulation surface for articulation with the second articulating member, an insertion portion connected to the articulating portion for at least partial insertion into the canal of the first bone to attach the first articulating member to the first bone, and a fragment portion connected to at least one of the articulating portion and the insertion portion, the fragment portion including at least one finger (34, 36, 38) and having a surface for contact with the external periphery of the bone fragment, characterised in that the fragment portion has a tapered protrusion which is received in a connector opening in the insertion portion. an articulating portion having an articulation surface for articulation with the second articulating member, an insertion portion connected to the articulating portion for at least partial insertion into the canal of the first bone to attach the first articulating member to the first bone, and a fragment portion connected to at least one of the articulating portion and the insertion portion, the fragment portion including at least one finger (34, 36, 38) and having a surface for contact with the external periphery of the bone fragment, characterised in that the fragment portion has a tapered protrusion which is received in a connector opening in the insertion portion.
Air compressor including a main frame, a cylinder fitted with a piston body having a piston head, an air storage container communicating with the cylinder, and a motor mounted to the main frame for driving the piston body to conduct reciprocating motion within the cylinder so as to force compressed air in the inner space of the cylinder to flow into the air storage container, wherein the cylinder and the main frame are integrally formed of plastic, characterized in that an open bottom of the cylinder is divided into two halves according to a central vertical line of the cylinder, one half of the open bottom being horizontal while the other half of the open bottom being slanted and parallel to the top surface of the piston head when the piston body is at BDC, whereby when the piston body is at BDC, the piston head will be entirely within the open bottom of the cylinder and thus will not escape from the cylinder, so that the operational security will be increased and the piston head will be moved more smoothly.
A compensation coefficient calculation method for calculating a compensation coefficient of a compensation circuitry (5, 13) which compensates transmission characteristics of a received signal, comprising the steps of: extracting a known signal from the received signal, wherein the known signal is a continuous known pattern configured with a plurality of symbols in a cycle; generating a pseudo-random number (NZ(n)) that is regarded as noise and whose magnitude is determined by a set signal-to-noise ratio (S/N); adding the pseudo-random number to the known signal; and calculating the compensation coefficient by comparing a reference signal (d(n)) of the known signal with the known signal to which the pseudo-random number is added, so as to minimize an error between an output of the compensation circuitry (5, 13) and the reference signal (d(n)) of the known signal. extracting a known signal from the received signal, wherein the known signal is a continuous known pattern configured with a plurality of symbols in a cycle; generating a pseudo-random number (NZ(n)) that is regarded as noise and whose magnitude is determined by a set signal-to-noise ratio (S/N); adding the pseudo-random number to the known signal; and calculating the compensation coefficient by comparing a reference signal (d(n)) of the known signal with the known signal to which the pseudo-random number is added, so as to minimize an error between an output of the compensation circuitry (5, 13) and the reference signal (d(n)) of the known signal.
A method for producing a pharmaceutical sc(Fv)2 composition by increasing the proportion of a specific structural isomer of a composition of monospecific sc(Fv)2 comprising the steps of: (a) separating structural isomers in the sc(Fv)2 composition with ion exchange chromatography; and (b) obtaining a specific structural isomer from the separated structural isomers, wherein the structural isomer is of single chain diabody type or bivalent scFv type. (a) separating structural isomers in the sc(Fv)2 composition with ion exchange chromatography; and (b) obtaining a specific structural isomer from the separated structural isomers,
Stamp comprising at least one stamping component and one stamping insert with a mounted band unit, wherein the stamping component comprises a top part and a bottom part with a cushion-receiving element, wherein the stamping insert with the mounted band unit is connected so as to move synchronously via a reversing mechanism in the bottom part to the top part, wherein in the resting position a text plate mounted on the stamping insert and a stamping area of the mounted band unit abut against an ink pad soaked with stamp ink in the cushion-receiving element, and during a stamping process for producing a stamp impression the stamping insert, in particular with a mounted text plate and the mounted band unit, can be shifted via the reversing mechanism into a stamping position, wherein on the stamping insert a height adjustment element for the mounted band unit and / or a text plate carrier is provided, characterised in that the height adjustment element is connected or operatively connected to a single adjustment element, in particular a preferably centrally provided set-screw, and the mounted band unit and / or text plate carrier is attached via the height adjustment element to the text plate carrier and / or mounted band unit.
A method for storing data in a blockchain system, the blockchain system comprising a non-consensus subsystem, a plurality of consensus subsystems and a distribution center, wherein the non-consensus subsystem comprises a plurality of non-consensus nodes and each of the consensus subsystems comprises a plurality of consensus nodes, the method comprising: receiving, by a consensus subsystem, a transaction request sent by the non-consensus subsystem to the distribution center and forwarded by the distribution center, the transaction request comprising transaction data, wherein the consensus subsystem is determined to correspond to the transaction request, by the distribution center, based on the transaction data comprised in the transaction request; sending the transaction request to all consensus nodes in the consensus subsystem for consensus validation; and if the validation is successful, generating a corresponding block according to the transaction request and storing the block into a blockchain corresponding to the consensus subsystem. receiving, by a consensus subsystem, a transaction request sent by the non-consensus subsystem to the distribution center and forwarded by the distribution center, the transaction request comprising transaction data, wherein the consensus subsystem is determined to correspond to the transaction request, by the distribution center, based on the transaction data comprised in the transaction request; sending the transaction request to all consensus nodes in the consensus subsystem for consensus validation; and if the validation is successful, generating a corresponding block according to the transaction request and storing the block into a blockchain corresponding to the consensus subsystem.
An ink composition comprising: a) an aqueous vehicle; b) a colorant; c) a water-dispersed resin; d) a pinning agent, the pinning agent consisting essentially of a product of a coupling reaction between at least two polyether units and a linker, the linker comprising at least two linking groups, wherein a first one of the at least two polyether units comprises an ethylene oxide moiety (-[CH 2 CH 2 O]-) and wherein the second one of said at least two polyether units comprises a -[R 1 O]- moiety, wherein R 1 is an alkyl group comprising 3-7 carbon atoms, and wherein each one of the at least two linking groups is capable of reacting with an endgroup of a polyether unit. a) an aqueous vehicle; b) a colorant; c) a water-dispersed resin; d) a pinning agent, the pinning agent consisting essentially of a product of a coupling reaction between at least two polyether units and a linker, the linker comprising at least two linking groups, wherein a first one of the at least two polyether units comprises an ethylene oxide moiety (-[CH 2 CH 2 O]-) and wherein the second one of said at least two polyether units comprises a -[R 1 O]- moiety, wherein R 1 is an alkyl group comprising 3-7 carbon atoms, and wherein each one of the at least two linking groups is capable of reacting with an endgroup of a polyether unit.
A method for measuring network packet loss, wherein the method is applied in a target logical port, TLP, in a scenario of a point-to-multipoint or a multipoint-to-multipoint network, the method comprises: identifying, by the TLP, a traffic stream according to traffic stream characteristic information of the traffic stream; determining, by the TLP, that the traffic stream is a target traffic stream when the traffic stream characteristic information of the traffic stream matches with a preset traffic stream characteristic information; counting, by the TLP, by using a counter corresponding to a measurement period identifier, the data packet of the traffic stream in a unit of the measurement period, and acquiring a data packet count value corresponding to the measurement period identifier, wherein the TLP counts data packets of different measurement period identifier with counters corresponding to the different measurement period identifier; determining, by the TLP, data packet measurement information comprising the measurement period identifier, a traffic stream identifier of the traffic stream, the data packet count value and a target logical port TLP identifier, so that a data collecting point, DCP, for managing the TLP transmits the data packet measurement information to a measurement control point, MCP, after acquiring the data packet measurement information. identifying, by the TLP, a traffic stream according to traffic stream characteristic information of the traffic stream; determining, by the TLP, that the traffic stream is a target traffic stream when the traffic stream characteristic information of the traffic stream matches with a preset traffic stream characteristic information; counting, by the TLP, by using a counter corresponding to a measurement period identifier, the data packet of the traffic stream in a unit of the measurement period, and acquiring a data packet count value corresponding to the measurement period identifier, wherein the TLP counts data packets of different measurement period identifier with counters corresponding to the different measurement period identifier; determining, by the TLP, data packet measurement information comprising the measurement period identifier, a traffic stream identifier of the traffic stream, the data packet count value and a target logical port TLP identifier, so that a data collecting point, DCP, for managing the TLP transmits the data packet measurement information to a measurement control point, MCP, after acquiring the data packet measurement information.
Locking mechanism for a vehicle seat, in particular for a motor vehicle seat, comprising a latch for locking to a counter element, which is pivotably mounted about a first bearing pin, and at least one securing element (25, 31) which secures the latch in the locked state, wherein a cap is located on the latch, said cap at least partially covering the edge of a hook opening of the latch and said cap having at least one projection which is inserted through a suitable opening in the latch and is preferably positively connected to the latch, characterized in that characterized in that the projection is connected to the latch by ultrasonic riveting.