mhurhangee/ep-ind-claims huggingface dataset:
Barrier sheet for use between the foundation and wall structures of a building, comprising an elongated windproof membrane and a wind, water and radonproof adhesive layer, wherein the barrier sheet further comprises an radon-proof membrane, characterised in that - the adhesive layer being longitudinally laid on the middle part of the windproof membrane, - the radon-proof membrane being elongated, - a longitudinal first side area of the radon-proof membrane being longitudinally connected to the adhesive layer, the opposite second side area of the layer forming a strip or skirt of radon-proof membrane being suitable for connection to a separate radon membrane, and - a removable protective sheet covering at least the adhesive layer. - the adhesive layer being longitudinally laid on the middle part of the windproof membrane, - the radon-proof membrane being elongated, - a longitudinal first side area of the radon-proof membrane being longitudinally connected to the adhesive layer, the opposite second side area of the layer forming a strip or skirt of radon-proof membrane being suitable for connection to a separate radon membrane, and - a removable protective sheet covering at least the adhesive layer.
A combination of a modified T cell that expresses a BCMA-specific binding protein, wherein the BCMA-specific binding protein is a chimeric antigen receptor or a tagged chimeric antigen receptor molecule (T-ChARM) and a γ-secretase inhibitor, for use in a method of treating a proliferative disease or disorder associated with BCMA expression, such as a cancer, in a subject having the proliferative disease or disorder, wherein the method comprises administering to the subject a therapeutically effective amount of the modified T cell and a therapeutically effective amount of the γ-secretase inhibitor.
A mounting structure for a leaky cable connector, comprising: a first shell and a second shell that are sleeved with each other, wherein the first shell is disposed inside, the second shell is disposed outside, and a mounting space allowing a leaky cable to pass through is provided in each of the first shell and the second shell; and a cable clamp, disposed at a connection between the first shell and the second shell, wherein a gap allowing insertion of an external conductor of the leaky cable is provided between the cable clamp and the first shell, and when the leaky cable is inserted in the mounting spaces, the cable clamp is subjected to a force to move toward the first shell to fasten the external conductor of the leaky cable, characterized in that the first shell is formed with an assembly space allowing insertion of the cable clamp under the action of an external force, and correspondingly, the cable clamp is formed with a protrusion adapting to the assembly space, and in that the other end of the cable clamp opposite to the protrusion is provided with a first limiting member, the first shell is provided with a second limiting member matching the first limiting member, and the first limiting member climbs over the second limiting member under the action of an external force to insert the protrusion into the assembly space for fastening. a first shell and a second shell that are sleeved with each other, wherein the first shell is disposed inside, the second shell is disposed outside, and a mounting space allowing a leaky cable to pass through is provided in each of the first shell and the second shell; and a cable clamp, disposed at a connection between the first shell and the second shell, wherein a gap allowing insertion of an external conductor of the leaky cable is provided between the cable clamp and the first shell, and when the leaky cable is inserted in the mounting spaces, the cable clamp is subjected to a force to move toward the first shell to fasten the external conductor of the leaky cable, characterized in that the first shell is formed with an assembly space allowing insertion of the cable clamp under the action of an external force, and correspondingly, the cable clamp is formed with a protrusion adapting to the assembly space, and in that the other end of the cable clamp opposite to the protrusion is provided with a first limiting member, the first shell is provided with a second limiting member matching the first limiting member, and the first limiting member climbs over the second limiting member under the action of an external force to insert the protrusion into the assembly space for fastening.
A process for decomposing a hydrocarbon-containing composition, the process comprising: feeding the hydrocarbon-containing composition to a reactor containing a catalytically active molten metal or a catalytically active molten metal alloy, wherein the metal or alloy catalyzes a decomposition reaction of the hydrocarbon-containing composition into a hydrogen-rich gas phase and a solid carbon phase; wherein the solid carbon phase is minimally soluble in the metal or alloy; and wherein the hydrocarbon-containing composition is fed to the reactor through a porous diffuser. feeding the hydrocarbon-containing composition to a reactor containing a catalytically active molten metal or a catalytically active molten metal alloy, wherein the metal or alloy catalyzes a decomposition reaction of the hydrocarbon-containing composition into a hydrogen-rich gas phase and a solid carbon phase; wherein the solid carbon phase is minimally soluble in the metal or alloy; and wherein the hydrocarbon-containing composition is fed to the reactor through a porous diffuser.
Foldable perambulator frame, in particular pushchair frame, buggy frame or similar vehicle frame for children, wherein the perambulator frame is equipped with wheels and with a pusher for pushing the perambulator frame, wherein the perambulator frame can be brought into at least one locked state of use and into at least one folded, locked state of storage, wherein an actuating device, in particular a manual actuating device, is provided and is designed in such a way that at least two locking operations are carried out during a transfer from the locked state of use to the locked state of storage, namely both a release of the locking in the state of use and an adjustment of a locking in the state of storage by a single first actuation of the actuating device, characterized in that, during a transfer from the locked state of storage to the locked state of use, one locking operation, namely a release of the locking in the state of storage, is carried out by a single second actuation of the actuating device, wherein the second actuation is preferably an actuation without reversal of movement and/or wherein the second actuation preferably represents a kinematic reversal of the first actuation.
An asynchronous power generator for a wind turbine, comprising a voltage supply and a stator with at least one stator coil (16, 16', 16", 16"') supplied with an alternating voltage by the voltage supply, wherein the voltage supply is configured to adjust the voltage supplied to the stator coil (16, 16', 16", 16"') based on the output power generated by the wind turbine for reducing noise from the asynchronous power generator, characterized in that the voltage supply is configured to adjust the voltage supplied to the stator coil (16, 16', 16", 16"') such that the normalized flux Φ occurring in the coils (16, 16', 16", 16"') satisfies the condition Φ = α ⋅ P + β ⋅ Ratio wherein P is the output power generated by the wind turbine, α and β are constants, and Ratio is the flux ratio, and in that the voltage supply is configured to reduce the voltage supplied to the stator coil (16, 16', 16", 16"') on the condition of the output power decreasing and in that the maximum value of Φ is limited to 1. wherein P is the output power generated by the wind turbine, α and β are constants, and Ratio is the flux ratio, and in that the voltage supply is configured to reduce the voltage supplied to the stator coil (16, 16', 16", 16"') on the condition of the output power decreasing and in that the maximum value of Φ is limited to 1.
Motor vehicle body assembly, comprising: - a body element, of the type comprising a structural element, a skin element borne by the structural element, and an accessory support element arranged in a housing delimited by the structural element and the skin element, the support element comprising at least one zone for fastening at least one accessory, - a unit comprising at least one accessory (19A, 19B), intended to be fastened in the fastening zone, characterized in that - the fastening zone is designed to receive the unit in different configurations, - the fastening zone comprises fastening means which can be adjusted in two directions, the fastening means being distributed across the entire fastening zone and being selected from: circular or oblong orifices, channels, grooves or ribs. - a body element, of the type comprising a structural element, a skin element borne by the structural element, and an accessory support element arranged in a housing delimited by the structural element and the skin element, the support element comprising at least one zone for fastening at least one accessory, - a unit comprising at least one accessory (19A, 19B), intended to be fastened in the fastening zone, - the fastening zone is designed to receive the unit in different configurations, - the fastening zone comprises fastening means which can be adjusted in two directions, the fastening means being distributed across the entire fastening zone and being selected from: circular or oblong orifices, channels, grooves or ribs.
A thrust reverser for a propulsion unit of an engine aircraft, the thrust reverser comprising: - two beams each comprising a beam rail and hinges, - two half-cowls respectively connected to the beam rails in a sliding connection authorizing a translation of the half-cowls, relative to the beams, between a cruise position and a thrust reversal position, the beams being arranged to be connected by their respective hinges to an engine pylon of the propulsion unit according to a pivot connection authorizing a rotation of the beam rails and corresponding half-cowls between a closed position and a maintenance position in which the half-cowls are open, - cascades vane and cascade rails (44, 45), the cascades vane being connected to the cascade rails (44, 45) in a sliding connection allowing a translation of the cascades vane between a cruise position and a thrust reversal position, the cruise position and the thrust reversal position of the cascades vane being defined relative to the beams, - removable fixing means arranged to removably connect at least one of the cascade rails (44, 45) to the engine by embedding, this thrust reverser being arranged so that, when the fixing means are withdrawn, said sliding connection connecting the cascades vane and the cascade rails (44, 45) authorizes a translation of the cascade rails (44, 45), relative to the cascades vane and to the beams, between a fixing position and an advanced position, the cascade rails (44, 45) being able to be connected to the engine by the fixing means when the cascade rails (44, 45) are in the fixing position. - two beams each comprising a beam rail and hinges, - two half-cowls respectively connected to the beam rails in a sliding connection authorizing a translation of the half-cowls, relative to the beams, between a cruise position and a thrust reversal position, the beams being arranged to be connected by their respective hinges to an engine pylon of the propulsion unit according to a pivot connection authorizing a rotation of the beam rails and corresponding half-cowls between a closed position and a maintenance position in which the half-cowls are open, - cascades vane and cascade rails (44, 45), the cascades vane being connected to the cascade rails (44, 45) in a sliding connection allowing a translation of the cascades vane between a cruise position and a thrust reversal position, the cruise position and the thrust reversal position of the cascades vane being defined relative to the beams, - removable fixing means arranged to removably connect at least one of the cascade rails (44, 45) to the engine by embedding, this thrust reverser being arranged so that, when the fixing means are withdrawn, said sliding connection connecting the cascades vane and the cascade rails (44, 45) authorizes a translation of the cascade rails (44, 45), relative to the cascades vane and to the beams, between a fixing position and an advanced position, the cascade rails (44, 45) being able to be connected to the engine by the fixing means when the cascade rails (44, 45) are in the fixing position.
A lung device and delivery system comprising: an expandable member (10, 23, 30, 52, 70, 100, 120, 144, 150, 172, 202, 210, 250, 350) having an open lumen formed therethrough, the expandable member having an expandable diameter adapted to fit within a first lung air passageway between a first lung portion and an adjacent second lung portion, so as to isolate the second lung portion from the first lung portion; a catheter (20, 28, 50, 76, 104, 154) adapted to deliver the expandable member to the first lung air passageway, the catheter comprising a coupler (24, 32, 54, 84) adapted to couple the catheter to the expandable member; a marker introducible into the first lung portion when the expandable member is expanded in the first passageway; a collateral flow detector coupleable with the second lung portion when the expandable member is expanded in the first passageway, the detector adapted to detect collateral flow of the marker from the first lung portion to the second lung portion; a sleeve having an expandable seal and an open lumen formed therethrough, the sleeve adapted to fit within a second lung passageway and the expandable seal being adapted to seal against the wall of the second lung passageway, wherein the marker is introducible to the first lung portion through the open lumen of the sleeve, and wherein the delivery system is configured to provide a pressurized fluid through the sleeve's open lumen. an expandable member (10, 23, 30, 52, 70, 100, 120, 144, 150, 172, 202, 210, 250, 350) having an open lumen formed therethrough, the expandable member having an expandable diameter adapted to fit within a first lung air passageway between a first lung portion and an adjacent second lung portion, so as to isolate the second lung portion from the first lung portion; a catheter (20, 28, 50, 76, 104, 154) adapted to deliver the expandable member to the first lung air passageway, the catheter comprising a coupler (24, 32, 54, 84) adapted to couple the catheter to the expandable member; a marker introducible into the first lung portion when the expandable member is expanded in the first passageway; a collateral flow detector coupleable with the second lung portion when the expandable member is expanded in the first passageway, the detector adapted to detect collateral flow of the marker from the first lung portion to the second lung portion; a sleeve having an expandable seal and an open lumen formed therethrough, the sleeve adapted to fit within a second lung passageway and the expandable seal being adapted to seal against the wall of the second lung passageway, wherein the marker is introducible to the first lung portion through the open lumen of the sleeve, and wherein the delivery system is configured to provide a pressurized fluid through the sleeve's open lumen.
System comprising a rotational power source and a fan module, wherein the fan module comprises a fan rotor (26, 126) mounted for rotation about a central axis (20, 120) and configured to couple to the rotational power source, the fan rotor (26, 126) including a plurality of variable-pitch fan blades (28, 128) each movable from a thrust-generation orientation to a power-generation orientation, and a power supply system including a torque transmitting device (34, 134; 46, 146) configured to selectively couple the fan rotor (26, 126) to the rotational power source so that rotation of the fan rotor (26, 126) is driven by the rotational power source, a generator (36, 136) coupled to the fan rotor (26, 126) and configured to produce electrical power in response to a mechanical load applied by the fan rotor (26, 126) to the generator (36, 136), when the fan rotor rotates in response to ram air interacting with the fan rotor (26, 126), an actuator (38, 138) coupled to the plurality of variable-pitch fan blades (28, 128) to move the fan blades (28, 128) from the thrust-generation orientation to the power-generation orientation, and a controller (40, 140) coupled to the torque transmitting device (34, 134; 46, 146), the generator (36, 136), and the actuator (38, 138), wherein the controller (40, 140) is configured to disengage the torque transmitting device (34, 134; 46, 146) to de-couple the fan rotor (26, 126) from the rotational power source and to move the variable-pitch fan blades (28, 128) to the power-generation orientation when the mechanical load is applied to the generator (36, 136).
A switch, comprising: a packet processor configured to obtain information associated with a spanning tree from a message; and a spanning tree management module configured to, in response to the obtained information being superior to locally available information of the spanning tree: set a port role of a local port of the switch for the spanning tree to be root port; characterised in that the spanning tree management module is further configured to set a port state of said local port for the spanning tree to be blocking. a packet processor configured to obtain information associated with a spanning tree from a message; and a spanning tree management module configured to, in response to the obtained information being superior to locally available information of the spanning tree: set a port role of a local port of the switch for the spanning tree to be root port; characterised in that the spanning tree management module is further configured to set a port state of said local port for the spanning tree to be blocking. set a port role of a local port of the switch for the spanning tree to be root port; characterised in that the spanning tree management module is further configured to set a port state of said local port for the spanning tree to be blocking.
An instrument for processing a biological sample, the instrument comprising: a tape path assembly configured to advance a tape with a matrix of wells along a tape path through the instrument; a dispensing assembly configured for aspirating and dispersing the biological sample and a reagent into the matrix of wells of the tape to form a biological sample and reagent mixture; a sealing assembly configured for sealing the biological sample and reagent mixture in the tape with a seal; and an amplification and detection assembly configured for detecting a signal from the biological sample and reagent mixture in the matrix of wells of the tape, wherein the amplification and detection assembly includes a thermal unit positioned on the tape path configured to control the temperature of the biological sample and reagent mixture in the matrix of wells of the tape, the instrument being characterized in that the thermal unit comprising a plurality of cavities configured to receive respective wells of the matrix of wells, the cavities being slightly smaller than or the same size as the wells of the tape in order to form a solid contact between the interior surface of the cavities of the thermal unit and the exterior surface of the wells of the tape when the tape is positioned on a top side of the thermal unit; and in that the instrument further comprises a heated pressure chamber positioned above the thermal unit and the tape configured for pressurizing the space above the seal of the tape to create a force that pushes against the seal when the tape is positioned on a top side of the thermal unit. a tape path assembly configured to advance a tape with a matrix of wells along a tape path through the instrument; a dispensing assembly configured for aspirating and dispersing the biological sample and a reagent into the matrix of wells of the tape to form a biological sample and reagent mixture; a sealing assembly configured for sealing the biological sample and reagent mixture in the tape with a seal; and an amplification and detection assembly configured for detecting a signal from the biological sample and reagent mixture in the matrix of wells of the tape, wherein the amplification and detection assembly includes a thermal unit positioned on the tape path configured to control the temperature of the biological sample and reagent mixture in the matrix of wells of the tape, the instrument being characterized in that the thermal unit comprising a plurality of cavities configured to receive respective wells of the matrix of wells, the cavities being slightly smaller than or the same size as the wells of the tape in order to form a solid contact between the interior surface of the cavities of the thermal unit and the exterior surface of the wells of the tape when the tape is positioned on a top side of the thermal unit; and in that the instrument further comprises a heated pressure chamber positioned above the thermal unit and the tape configured for pressurizing the space above the seal of the tape to create a force that pushes against the seal when the tape is positioned on a top side of the thermal unit.
System including at least a first command issuing device and at least one second command receiving device, each including a control unit (11, 21) and a short-range radio communication unit (12, 22), said system being adapted to use at least a first functional profile allowing execution of a first function, said first profile allowing said first device to generate a first coded message, said first function being executed by said at least one second command receiving device upon receipt of the first coded message by said second device, characterized in that the system is configured such that the second command receiving device can use the first profile to execute a second function, different from the first function, in response to receipt of the first coded message.
A circuit breaker accessory, comprising: a trip arm detection module, connected to a trip arm of a circuit breaker and configured to detect a movement track of the trip arm; characterized in that the circuit breaker accessory comprises: a control module configured to: pre-store a plurality of tripping type tracks corresponding to a plurality of tripping types, the plurality of tripping type tracks comprising a single-line path representing an overcurrent fault tripping and a back-and-forth alternating path representing a residual current fault tripping, match the movement track to the pre-stored tripping type tracks, and determine a tripping type of the circuit breaker on the basis of a matching result. a trip arm detection module, connected to a trip arm of a circuit breaker and configured to detect a movement track of the trip arm; characterized in that the circuit breaker accessory comprises: a control module configured to: pre-store a plurality of tripping type tracks corresponding to a plurality of tripping types, the plurality of tripping type tracks comprising a single-line path representing an overcurrent fault tripping and a back-and-forth alternating path representing a residual current fault tripping, match the movement track to the pre-stored tripping type tracks, and determine a tripping type of the circuit breaker on the basis of a matching result. pre-store a plurality of tripping type tracks corresponding to a plurality of tripping types, the plurality of tripping type tracks comprising a single-line path representing an overcurrent fault tripping and a back-and-forth alternating path representing a residual current fault tripping, match the movement track to the pre-stored tripping type tracks, and determine a tripping type of the circuit breaker on the basis of a matching result.