mhurhangee/patent-ind-claim-en huggingface dataset:
A subassembly for a gas turbine engine having a longitudinal engine axis, the subassembly comprising: a carrier having one or more support features to couple to a casing of an engine, the carrier including a downstream end and an upstream end, the upstream end of the carrier including a radially inward arm extending toward the engine axis (CL); and a vane assembly including a vane having at least one vane airfoil extending radially between inner and outer vane platforms ; and a radially floating heat shield including an outer end and an inner end, the outer end of the heat shield coupled to the radially inward arm via a joint configured to allow movement of the heat shield relative to the radially inward arm , characterized in that the heat shield is configured to move radially inward relative to the carrier to maintain contact with the outer platform of a vane of the gas turbine engine in response to thermal contraction of the vane . a carrier having one or more support features to couple to a casing of an engine, the carrier including a downstream end and an upstream end, the upstream end of the carrier including a radially inward arm extending toward the engine axis (CL); and a vane assembly including a vane having at least one vane airfoil extending radially between inner and outer vane platforms ; and a radially floating heat shield including an outer end and an inner end, the outer end of the heat shield coupled to the radially inward arm via a joint configured to allow movement of the heat shield relative to the radially inward arm , characterized in that the heat shield is configured to move radially inward relative to the carrier to maintain contact with the outer platform of a vane of the gas turbine engine in response to thermal contraction of the vane .
A gas tank arrangement for an internal combustion engine of a vehicle , said gas tank arrangement comprising a gas tank for containing a combustible fuel; an electrically propelled gas burning arrangement provided downstream the gas tank ; an electrical power generating arrangement connected to the electrically propelled gas burning arrangement for controllably delivery of electric power to the electrically propelled gas burning arrangement ; and a control unit connected to the electrically propelled gas burning arrangement and to the electrical power generating arrangement , characterized in that the control unit is configured to: - determine a pressure level within the gas tank ; - compare the pressure level with a maximum allowable gas pressure level; - determine a current power production capability of the electrical power generating arrangement ; - compare the current power production capability with a minimum required power level for propelling the gas burning arrangement ; and if the pressure level within the gas tank is above said maximum allowable gas pressure level and the current power production capability of the electrical power generating arrangement is higher than said minimum required power level: - control the gas burning arrangement to be operated by the electric power generated by the electrical power generating arrangement ; and - control the gas tank to deliver combustible fuel to the gas burning arrangement for combustion therein. - determine a pressure level within the gas tank ; - compare the pressure level with a maximum allowable gas pressure level; - determine a current power production capability of the electrical power generating arrangement ; - compare the current power production capability with a minimum required power level for propelling the gas burning arrangement ; and if the pressure level within the gas tank is above said maximum allowable gas pressure level and the current power production capability of the electrical power generating arrangement is higher than said minimum required power level: - control the gas burning arrangement to be operated by the electric power generated by the electrical power generating arrangement ; and - control the gas tank to deliver combustible fuel to the gas burning arrangement for combustion therein. - control the gas burning arrangement to be operated by the electric power generated by the electrical power generating arrangement ; and - control the gas tank to deliver combustible fuel to the gas burning arrangement for combustion therein.
A fixture having a pivoting outlet, having a fixture housing mounted pivotally about a housing axis (A), in which a valve member , in particular a mixer cartridge, is arranged in a pivot-proof manner for setting the temperature and/or amount of mixing water, which valve member is connected to hot and cold water pipes on the inlet side and to a mixing water pipe leading to a water outlet on the outlet side, wherein an adapter has at least one flow passage , which fluidically connects the valve member to the mixing water pipe , wherein the flow passage of the adapter fluidically connecting the valve member to the mixing water pipe is a mixing water channel, which has an outlet opening which is coaxial with respect to the housing axis (A), wherein the mixing water pipe connecting to the outlet opening of the adapter in the flow direction is formed by at least one pivot-mounted pipe element in the form of a deflection insert , and wherein the pipe element is routed as a separate component inside the fixture housing and/or inside the water outlet , characterized in that the pivot-mounted deflection insert has an entrainer , by means of which the deflection insert is coupled to the fixture housing for movement in the pivot direction.
A method for cryogenic separation of plant material, comprising: filling a vessel with cryogenic fluid comprising a temperature at or less than -150 degrees Celsius and placing plant material in a basket in the vessel,; providing agitation to the plant material and the cryogenic fluid in the vessel for a predetermined time period to separate solidified certain plant particulates, such as indumentums, from the plant material; upon completion of the time period, removing the basket comprising at least a portion of the plant material; allowing plant particulates separated from the plant material during the agitation to settle to the bottom of the vessel ; and draining the vessel of the cryogenic fluid comprising plant particulates separated from the plant material. filling a vessel with cryogenic fluid comprising a temperature at or less than -150 degrees Celsius and placing plant material in a basket in the vessel,; providing agitation to the plant material and the cryogenic fluid in the vessel for a predetermined time period to separate solidified certain plant particulates, such as indumentums, from the plant material; upon completion of the time period, removing the basket comprising at least a portion of the plant material; allowing plant particulates separated from the plant material during the agitation to settle to the bottom of the vessel ; and draining the vessel of the cryogenic fluid comprising plant particulates separated from the plant material.
Track segment for a sports track with a curved track surface, which track segment is designed to be assembled at its end face with other track segments to form the sports track , each track segment having a concrete shell with a first side facing the track surface and a second side facing away from the track surface, wherein a reinforcement and at least one cooling line extending over a large part of the surface of the track segment is arranged in the concrete shell and is spaced at least towards the first side of the concrete shell , and in that an insulating layer made of a thermally insulating material is arranged on the second side of the concrete shell .
Use of an epoxy resin molding material comprising (A) an epoxy resin and (B) a curing agent, wherein the (B) curing agent contains a polyvalent carboxylic acid condensate as a reflector in a semiconductor element mounting board.
A housing capping device for a circulation pump of a warm water supply with a main housing and with an electric motor which is mounted in the main housing , said housing capping device comprising a housing cap with at least one connection element for a connection to the main housing , and a supply device for the electric motor, said supply device being arranged in the housing cap , wherein at least one separating wall which is arranged in an interior of the housing cap is provided, said separating wall dividing the interior of the housing cap into a closed-off receiving spec with a fastening device which receives the supply device and into a coupling space with at least one coupling device which is for a supply lead and which is connected to the supply device , characterised in that the supply device comprises a circuit board which is mounted in the receiving space, wherein the circuit board penetrates the at least one separating wall and comprises contact elements for the electric connection to the electric motor, said contact elements being arranged in the coupling space , wherein the supply device is actively connected to at least one said contact element for the electric connection to the motor, said contact element being arranged in the coupling space .
A propulsion system for an aircraft , the propulsion system comprising: a first propeller and a second propeller ; a first hybrid propulsion system including a first motor coupled to a first engine by a first overrunning clutch , wherein the first hybrid propulsion system is operably coupled to drive the first propeller ; a second hybrid propulsion system including a second motor coupled to a second engine by a second overrunning clutch , wherein the second hybrid propulsion system is operably coupled to drive the second propeller ; and a cross-connecting clutch operably coupled to both the first hybrid propulsion system and the second hybrid propulsion system and configured to actuate into an engaged position. a first propeller and a second propeller ; a first hybrid propulsion system including a first motor coupled to a first engine by a first overrunning clutch , wherein the first hybrid propulsion system is operably coupled to drive the first propeller ; a second hybrid propulsion system including a second motor coupled to a second engine by a second overrunning clutch , wherein the second hybrid propulsion system is operably coupled to drive the second propeller ; and a cross-connecting clutch operably coupled to both the first hybrid propulsion system and the second hybrid propulsion system and configured to actuate into an engaged position.
Box body for a commercial vehicle (N), in particular a heavy goods vehicle, trailer or semi-trailer, having an end wall delimiting a loading space at the front and having at least one side wall laterally delimiting the loading space , wherein a transport refrigerator is provided on the end wall to cool the loading space , wherein the transport refrigerator has at least one inlet opening for air to be cooled and at least one outlet opening for blowing out cool air, wherein a circulation wall spaced apart from the end wall in the direction of the loading space and defining an approach plane is provided, wherein between the end wall and the approach plane is formed at least one central air conducting channel extending at least predominately in the vertical direction (Rv) for conducting the air to be cooled from the loading space to the at least one inlet opening and wherein between the end wall and the approach plane as well as between the at least one side wall and at least one boundary extending at least predominately in the vertical direction (Rv) is formed at least one lateral air channel extending at least predominately in the vertical direction (Rv), characterised in that the cross-section of the at least one lateral air channel is sealed at least predominately by at least one short-circuit locking device .
A fluid conduit module for connecting a receptacle to an endoscope, said receptacle having an internal volume for holding a liquid, and the fluid conduit module comprising: - a first port for connection to an air line of an endoscope; - a second port for connection to a water line of an endoscope; - a connector configured to attach said receptacle to the fluid conduit module; - a first fluid flow path between the first port and the connector; and - a second fluid flow path between the second port and the connector, wherein the connector is configured such that, in use, when a receptacle is connected to the fluid conduit module, the first and second fluid flow paths are in fluid communication with said internal volume of the receptacle, and wherein the fluid conduit module comprises a first single use feature configured to disable the connector to prevent attachment of a second receptacle after use of a first receptacle and a second single use feature configured to hinder or prevent refilling of the receptacle via the first and second flow paths; 11 characterised in that : 1J the first single use feature comprising a weakened part of the connector that is configured to rupture if, in use, a force is applied to the connector to detach the connector from said receptacle. - a first port for connection to an air line of an endoscope; - a second port for connection to a water line of an endoscope; - a connector configured to attach said receptacle to the fluid conduit module; - a first fluid flow path between the first port and the connector; and - a second fluid flow path between the second port and the connector, wherein the connector is configured such that, in use, when a receptacle is connected to the fluid conduit module, the first and second fluid flow paths are in fluid communication with said internal volume of the receptacle, and wherein the fluid conduit module comprises a first single use feature configured to disable the connector to prevent attachment of a second receptacle after use of a first receptacle and a second single use feature configured to hinder or prevent refilling of the receptacle via the first and second flow paths; 11 characterised in that : 1J the first single use feature comprising a weakened part of the connector that is configured to rupture if, in use, a force is applied to the connector to detach the connector from said receptacle.
A wellbore retrieval tool for retrieving an object in a wellbore casing, comprising: a tool body configured to be inserted into a setting tool and to be transported along said wellbore casing; and a tension arm provided at one end of the tool body and configured to allow the object to move past the tension arm ; said tool body and tension arm being sized and configured to trap and hold said object to be retrieved within said tool body ; wherein, when said object is retrieved from said wellbore casing, said wellbore retrieval tool is transported together with said setting tool into said wellbore casing to a location proximal to said object such that said object is drawn by well flow back past the tension arm in said tool body for retrieval. a tool body configured to be inserted into a setting tool and to be transported along said wellbore casing; and a tension arm provided at one end of the tool body and configured to allow the object to move past the tension arm ; said tool body and tension arm being sized and configured to trap and hold said object to be retrieved within said tool body ; wherein, when said object is retrieved from said wellbore casing, said wellbore retrieval tool is transported together with said setting tool into said wellbore casing to a location proximal to said object such that said object is drawn by well flow back past the tension arm in said tool body for retrieval.
Switch cabinet module designed to switch an electrical load on and off safely in accordance with a safety regulation, comprising a number of output terminals for connecting actuators for switching the electrical load, a number of input terminals for connecting sensors, a processor designed to generate output signals at the output terminals on the basis of stored programming and input signals at the input terminals , wherein the switch cabinet module contains an interface module , which is designed to receive diagnostic and/or status data assigned to the processor and to make it available externally via a communication protocol, wherein the interface module comprises an infrared light-emitting diode and the communication protocol defines a serial digital data stream. a number of output terminals for connecting actuators for switching the electrical load, a number of input terminals for connecting sensors, a processor designed to generate output signals at the output terminals on the basis of stored programming and input signals at the input terminals , wherein the switch cabinet module contains an interface module , which is designed to receive diagnostic and/or status data assigned to the processor and to make it available externally via a communication protocol, wherein the interface module comprises an infrared light-emitting diode and the communication protocol defines a serial digital data stream.
An arrangement for operating a biosensor emitting radiation, comprising: - an excitation light source , which generates at least one excitation radiation for the biosensor; - a coupling fiber , at the entry surface of which the excitation radiation is coupled in; - an optical detector ; and - an optical Y-coupler including an excitation arm , which is connected to the exit surface of the coupling fiber , a detector arm , which is connected to the optical detector , and a sensor foot , which can be connected to the biosensor ; wherein the excitation arm having a conical shape, wherein the radiation axis of the excitation arm forms an angle in the range of 5° to 70° with the main radiation axis of the detector arm at a connecting point between the detector arm and the excitation arm , wherein the diameter of the excitation arm at the connecting point to the detector arm being less than two thirds of the diameter of the detector arm , and wherein the excitation arm has a cross-section tapering in the direction of radiation. - an excitation light source , which generates at least one excitation radiation for the biosensor; - a coupling fiber , at the entry surface of which the excitation radiation is coupled in; - an optical detector ; and - an optical Y-coupler including an excitation arm , which is connected to the exit surface of the coupling fiber , a detector arm , which is connected to the optical detector , and a sensor foot , which can be connected to the biosensor ;
An antimicrobial composition comprising: (a) polyvalent metal salt of pyrithione; (b) 0.001% to 3% by weight thymol, and (c) 0.001 % to 3% by weight terpineol based on total weight of the composition; wherein, the ratio of %weight of polyvalent metal salt of pyrithione to sum of % weight of thymol and terpineol ranges from 0.005:1 to 200:1. (a) polyvalent metal salt of pyrithione; (b) 0.001% to 3% by weight thymol, and (c) 0.001 % to 3% by weight terpineol based on total weight of the composition;
A method of preserving privacy for usage of a lightweight blockchain client in a blockchain network, the method comprising: using, in a full blockchain node of the blockchain network, a secure software guard extensions, SGX, enclave; at initialization of the full blockchain node, scanning a blockchain of the blockchain network and storing the UTXO in a memory of the full blockchain node; receiving a request from the lightweight blockchain client for a setup of a secure network connection; receiving a client unique ID from the lightweight blockchain client, and acknowledging the client unique id sent by the lightweight blockchain client following a successful attestation by the lightweight blockchain client; receiving a request from the lightweight blockchain client for at least one transaction or address of the lightweight blockchain client; loading and searching, by the SGX enclave, unspent transaction outputs, UTXO, from the memory of the full blockchain node and sending a response to the request from the lightweight blockchain client for the at least one transaction or address based on a match from the searching the UTXO; and terminating the secure communication with the lightweight blockchain client. using, in a full blockchain node of the blockchain network, a secure software guard extensions, SGX, enclave; at initialization of the full blockchain node, scanning a blockchain of the blockchain network and storing the UTXO in a memory of the full blockchain node; receiving a request from the lightweight blockchain client for a setup of a secure network connection; receiving a client unique ID from the lightweight blockchain client, and acknowledging the client unique id sent by the lightweight blockchain client following a successful attestation by the lightweight blockchain client; receiving a request from the lightweight blockchain client for at least one transaction or address of the lightweight blockchain client; loading and searching, by the SGX enclave, unspent transaction outputs, UTXO, from the memory of the full blockchain node and sending a response to the request from the lightweight blockchain client for the at least one transaction or address based on a match from the searching the UTXO; and terminating the secure communication with the lightweight blockchain client.
A power optimization method, performed by a power optimization apparatus, the method comprising: detecting a connection architecture of a photovoltaic assembly ; performing a Maximum Power Point Tracking, MPPT, processing on a photovoltaic assembly according to an operating parameter of the photovoltaic assembly under a condition that the photovoltaic assembly adopts a series architecture , wherein the photovoltaic assembly is in one-to-one correspondence with the power optimization apparatus; controlling the photovoltaic assembly according to a result of the MPPT processing to optimize a power state of the photovoltaic assembly ; detecting whether the operating parameter of the photovoltaic assembly is less than a parameter threshold, wherein the operating parameter of the photovoltaic assembly comprises a voltage value or a current value of the photovoltaic assembly; entering a constant voltage protection mode to control the photovoltaic assembly to output a constant voltage under a condition that the operating parameter of the photovoltaic assembly is less than the parameter threshold; detecting whether the operating parameter of the photovoltaic assembly is still less than the parameter threshold after a preset time after entering the constant voltage protection mode; and exiting the constant voltage protection mode to perform the MPPT processing on the photovoltaic assembly under a condition that the operating parameter of the photovoltaic assembly is not less than the parameter threshold. detecting a connection architecture of a photovoltaic assembly ; performing a Maximum Power Point Tracking, MPPT, processing on a photovoltaic assembly according to an operating parameter of the photovoltaic assembly under a condition that the photovoltaic assembly adopts a series architecture , wherein the photovoltaic assembly is in one-to-one correspondence with the power optimization apparatus; controlling the photovoltaic assembly according to a result of the MPPT processing to optimize a power state of the photovoltaic assembly ; detecting whether the operating parameter of the photovoltaic assembly is less than a parameter threshold, wherein the operating parameter of the photovoltaic assembly comprises a voltage value or a current value of the photovoltaic assembly; entering a constant voltage protection mode to control the photovoltaic assembly to output a constant voltage under a condition that the operating parameter of the photovoltaic assembly is less than the parameter threshold; detecting whether the operating parameter of the photovoltaic assembly is still less than the parameter threshold after a preset time after entering the constant voltage protection mode; and exiting the constant voltage protection mode to perform the MPPT processing on the photovoltaic assembly under a condition that the operating parameter of the photovoltaic assembly is not less than the parameter threshold.