mhurhangee/patent-ind-claim-en huggingface dataset:
Retraction device for a pull-out guide, comprising a housing , a latching hook which is guided displaceably in the housing between a retracted end position and a tensioned end position, a spring which biases the latching hook into the retracted end position, and a damper for damping the retraction movement of the latching hook into the retracted end position, wherein the damper has a damper housing and a piston rod which is guided displaceably therein and whose free piston rod end protruding from the damper housing is biased in a direction away from the damper housing , wherein the latching hook is pivotably mounted on a coupling element which is guided in a linearly displaceable manner in the housing , in particular parallel to the latching hook , and wherein the free piston rod end is supported on the housing and a side of the damper housing facing away from the free piston rod end is supported on the coupling element , characterized in that the latching hook has a through-opening through which the piston rod passes.
A cryogenic cooling system comprising: a cryogenic refrigerator assembly comprising one or more cryogenic refrigerators ; and two or more connected modules , each said connected module comprising: a housing defining an internal volume for the module, the housing having a plurality of side faces ; and a plurality of stages arranged within the internal volume for the module, wherein one or more of the plurality of stages is thermally coupled to the cryogenic refrigerator assembly; wherein the two or more said modules are mutually connected at respective side faces; wherein the system further comprises one or more extension plates ; and wherein a first said stage of a first said module is thermally coupled to a first said stage of a second said module by the one or more extension plates . a cryogenic refrigerator assembly comprising one or more cryogenic refrigerators ; and two or more connected modules , each said connected module comprising: a housing defining an internal volume for the module, the housing having a plurality of side faces ; and a plurality of stages arranged within the internal volume for the module, wherein one or more of the plurality of stages is thermally coupled to the cryogenic refrigerator assembly; a housing defining an internal volume for the module, the housing having a plurality of side faces ; and a plurality of stages arranged within the internal volume for the module, wherein one or more of the plurality of stages is thermally coupled to the cryogenic refrigerator assembly; wherein the two or more said modules are mutually connected at respective side faces; wherein the system further comprises one or more extension plates ; and wherein a first said stage of a first said module is thermally coupled to a first said stage of a second said module by the one or more extension plates .
A method of providing bleed air to environmental control systems (ECS) using a gas turbine engine , the gas turbine engine providing a low pressure bleed air supply and a high pressure bleed air supply , the method comprising: determining a bleed air demand for the ECS ; proportionally supplying low pressure and high pressure bleed air from a compressor of the gas turbine engine to a turbo air cycle machine, by supplying low pressure bleed air from the low pressure bleed air supply to a compressor section of the turbo air cycle machine , and high pressure bleed air from the high pressure bleed air supply to a turbine section of the turbo air cycle machine ; controlling, by a check valve or turbo ejector, traversal of at least a portion of the low pressure bleed air from the low pressure bleed air supply to the high pressure bleed air supply under defined or respective pressures of the flows in the respective low pressure bleed air supply and the high pressure bleed air supply ; emitting a cooled air stream from the turbine section and a compressed air stream from the compressor section ; and combining the cooled air stream and the compressed air stream to form a conditioned air stream; wherein the proportional supplying is controlled such that the conditioned air stream meets the determined bleed air demand. determining a bleed air demand for the ECS ; proportionally supplying low pressure and high pressure bleed air from a compressor of the gas turbine engine to a turbo air cycle machine, by supplying low pressure bleed air from the low pressure bleed air supply to a compressor section of the turbo air cycle machine , and high pressure bleed air from the high pressure bleed air supply to a turbine section of the turbo air cycle machine ; controlling, by a check valve or turbo ejector, traversal of at least a portion of the low pressure bleed air from the low pressure bleed air supply to the high pressure bleed air supply under defined or respective pressures of the flows in the respective low pressure bleed air supply and the high pressure bleed air supply ; proportionally supplying low pressure and high pressure bleed air from a compressor of the gas turbine engine to a turbo air cycle machine, by supplying low pressure bleed air from the low pressure bleed air supply to a compressor section of the turbo air cycle machine , and high pressure bleed air from the high pressure bleed air supply to a turbine section of the turbo air cycle machine ; controlling, by a check valve or turbo ejector, traversal of at least a portion of the low pressure bleed air from the low pressure bleed air supply to the high pressure bleed air supply under defined or respective pressures of the flows in the respective low pressure bleed air supply and the high pressure bleed air supply ; emitting a cooled air stream from the turbine section and a compressed air stream from the compressor section ; and combining the cooled air stream and the compressed air stream to form a conditioned air stream; wherein the proportional supplying is controlled such that the conditioned air stream meets the determined bleed air demand.
A radio-frequency "RF" antenna for a printed circuit board "PCB" , the antenna comprising: a printed circuit board , "PCB", comprising a ground-plane and RF circuitry; a recess in the ground-plane of the PCB , wherein the recess is situated proximate to an edge of the PCB ; a loop dipole in the recess , wherein the loop dipole has two arms separated by a gap, wherein the arms are formed of, and extend from, the ground-plane and project into the recess ; at least one antenna feed connection connected to the loop dipole; and an electrically-isolated floating dipole in the recess , wherein the floating dipole is electrically-insulated from RF circuitry as well as from the ground plane by a substrate of the PCB; wherein the floating dipole is electromagnetically coupled to the loop dipole, and wherein the floating dipole is located in the recess at a position closer to the PCB edge than the loop dipole. a printed circuit board , "PCB", comprising a ground-plane and RF circuitry; a recess in the ground-plane of the PCB , wherein the recess is situated proximate to an edge of the PCB ; a loop dipole in the recess , wherein the loop dipole has two arms separated by a gap, wherein the arms are formed of, and extend from, the ground-plane and project into the recess ; at least one antenna feed connection connected to the loop dipole; and an electrically-isolated floating dipole in the recess , wherein the floating dipole is electrically-insulated from RF circuitry as well as from the ground plane by a substrate of the PCB; wherein the floating dipole is electromagnetically coupled to the loop dipole, and wherein the floating dipole is located in the recess at a position closer to the PCB edge than the loop dipole.
Device for holding a longitudinal chain system extending in a travel direction with a support cable and a contact wire held thereon in a height direction , comprising: - a frame that can be placed on a rail vehicle , characterized by - a boom that is held on the frame and is adjustable transversely to the travel direction in a transverse direction and transversely to the height direction , and - a support arm held in the transverse direction on the boom , with a first support arm element held on the boom and a second support arm element movably held opposite the first support arm element in the height direction , wherein a support element is held on the second support arm element , on which the longitudinal chain system can be placed against the height direction . - a frame that can be placed on a rail vehicle , characterized by - a boom that is held on the frame and is adjustable transversely to the travel direction in a transverse direction and transversely to the height direction , and - a support arm held in the transverse direction on the boom , with a first support arm element held on the boom and a second support arm element movably held opposite the first support arm element in the height direction , wherein a support element is held on the second support arm element , on which the longitudinal chain system can be placed against the height direction .
A method for downloading an application, comprising: sending (S520), by a second user equipment , a second downloading request for an application to a server , wherein the second downloading request carries capability information of the second user equipment; receiving , by the second user equipment, the application from the server; automatically receiving , by a first user equipment, a downloading notification from the server, wherein the first user equipment has an association relationship with the second user equipment based on common account information; learning, by the first user equipment, according to the downloading notification, the application downloaded by the second user equipment; automatically sending (S560) by the first user equipment, to the server, a first downloading request for an application matching capability information of the first user equipment, wherein a version of the application downloaded by the second user equipment is different from a version of the application matching the capability information of the first user equipment; and receiving (S570), by the first user equipment, the application matching the capability information of the first user equipment from the server (S15); the method further comprises: automatically receiving, by a third user equipment from the second user equipment, a notification associated with the application that has been requested for downloading by the second user equipment via a BLUETOOTH connection between the third user equipment and the second user equipment. sending (S520), by a second user equipment , a second downloading request for an application to a server , wherein the second downloading request carries capability information of the second user equipment; receiving , by the second user equipment, the application from the server; automatically receiving , by a first user equipment, a downloading notification from the server, wherein the first user equipment has an association relationship with the second user equipment based on common account information; learning, by the first user equipment, according to the downloading notification, the application downloaded by the second user equipment; automatically sending (S560) by the first user equipment, to the server, a first downloading request for an application matching capability information of the first user equipment, wherein a version of the application downloaded by the second user equipment is different from a version of the application matching the capability information of the first user equipment; and receiving (S570), by the first user equipment, the application matching the capability information of the first user equipment from the server (S15); the method further comprises: automatically receiving, by a third user equipment from the second user equipment, a notification associated with the application that has been requested for downloading by the second user equipment via a BLUETOOTH connection between the third user equipment and the second user equipment.
A locking system of a bicycle, in particular an e-bike, comprising an onboard computer, said locking system comprising a portable lock having an unlocking motor , an authentication module for authenticating a user of the lock and an actuation element which can be actuated by the user and by means of which the unlocking motor can be activated to unlock the lock on a successful authentication of the user; and a mobile end device by means of which a user of the lock can authenticate himself thereat, characterized in that the onboard computer itself forms the actuation element ; and in that the authentication module can be activated by attaching the onboard computer to the bicycle. a portable lock having an unlocking motor , an authentication module for authenticating a user of the lock and an actuation element which can be actuated by the user and by means of which the unlocking motor can be activated to unlock the lock on a successful authentication of the user; and a mobile end device by means of which a user of the lock can authenticate himself thereat,
A system to acquire seismic data from a seabed , comprising: an underwater vehicle comprising a housing ; a conveyor provided in the housing, the conveyor comprising a first end ; and a second end opposite the first end; an arm at the first end of the conveyor, the arm to close to hold a transfer system storing one or more ocean bottom seismometer OBS, units , and to open to release the transfer system; an alignment mechanism configured to align an opening of the transfer system with the first end of the conveyor; a deployment appliance at the second end of the conveyor; characterized in that the deployment appliance comprising a ramp configured to place an OBS unit of the one or more OBS units onto the seabed to acquire seismic data from the seabed; a gate adjacent to the deployment appliance, the gate configured to open from a closed position to deploy the OBS unit of the one or more OBS units onto the seabed . an underwater vehicle comprising a housing ; a conveyor provided in the housing, the conveyor comprising a first end ; and a second end opposite the first end; an arm at the first end of the conveyor, the arm to close to hold a transfer system storing one or more ocean bottom seismometer OBS, units , and to open to release the transfer system; an alignment mechanism configured to align an opening of the transfer system with the first end of the conveyor; a deployment appliance at the second end of the conveyor; characterized in that the deployment appliance comprising a ramp configured to place an OBS unit of the one or more OBS units onto the seabed to acquire seismic data from the seabed; a gate adjacent to the deployment appliance, the gate configured to open from a closed position to deploy the OBS unit of the one or more OBS units onto the seabed .
A fast roll-up door for closing an aperture , said roll-up door comprising: (a) a curtain having two opposite and parallel lateral edges extending along a longitudinal direction, and two opposite end edges joining the lateral edges, each of the two lateral edges being held in, (b) a pair of elongated guiding rails suitable for holding the lateral edges of the curtain, and for guiding them as the curtain is being wound or unwound about a rotating axle, X1, the curtain comprises at least one resilient portion extending parallel to said lateral edges, said resilient portion being suitable for reversibly stretching along a transverse direction, normal to the longitudinal direction, from a rest configuration, L0, to a stretched configuration, L1 = L0 + ΔL, upon application of a pressure, P, applied substantially normal onto the surface of the curtain, and for returning substantially to its rest configuration, L0, upon release of said pressure, wherein the curtain comprises a central portion flanked by two lateral strips , each having a free edge forming the lateral edges of the curtain, the at least one resilient portion of the curtain being comprised within at least one of said two lateral strips , preferably both lateral strips comprise one such resilient portion , characterized in that each resilient portion is suitable for stretching by a length increase, ΔL, in a direction normal to the lateral edge upon application of a force, F, applied onto the curtain, which is comprised within the linear upper and lower boundaries defined by the relationship, F = ki ΔL, wherein i = 1 or 2, and wherein k 1 = 0.4 to 0.6 N / mm and k 2 = 0.7 to 1.0 N / mm. (a) a curtain having two opposite and parallel lateral edges extending along a longitudinal direction, and two opposite end edges joining the lateral edges, each of the two lateral edges being held in, (b) a pair of elongated guiding rails suitable for holding the lateral edges of the curtain, and for guiding them as the curtain is being wound or unwound about a rotating axle, X1,
Structural element for thermal insulation between two structural components, especially between a building (A) and a projecting exterior part (B), the structural element consisting of an insulator body to be arranged between the two structural components and of reinforcing elements in the form of at least tensile reinforcing elements which in the installed state of the structural element pass through the insulator body substantially horizontally and transversely with respect to the substantially horizontal longitudinal extent of the insulator body and which each project in the horizontal direction relative to the insulator body and are connectible to one of the two structural components, which preferably consist of concrete, wherein the tensile reinforcing elements are in the form of multipart composite elements in that they have, at least in the region of the insulator body , a central portion which projects relative to the insulator body and consists at least partly of fibre-reinforced plastics material; the tensile reinforcing elements have, in a region outside the insulator body , at least one anchoring portion having geometric and/or material properties that differ at least to some extent from the central portion , which anchoring portion is connected to the central portion in a connection region , the connection region being arranged spaced apart from the insulator body ; the central portion consists of an especially cylindrical rod material and/or tubular material, and wherein the anchoring portion and the associated central portion are fixed to one another in the connection region by interlocking engagement, by force-based engagement and/or by a bonded connection, and the mutual fixing of the anchoring portion and the associated central portion is effected by means of a sleeve connector formed as a sleeve , and the sleeve has on its two mutually opposite sides two bores which are in alignment with one another, the two bores being arranged in the sleeve in such a way that they do not have any mutual connection and one bore is provided for receiving the free end of the anchoring portion and the free end of the central portion is inserted into the bore , which is located on the other side of the cuff , and fixed in place therein, characterised in that the central portion is of substantially smooth-walled construction on its radial outer side, at least in the region between the insulator body and the connection region .
An apparatus comprising: decode circuitry to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a first packed data source operand, and an identification of a location of a second packed data source operand, wherein the opcode is to indicate that execution circuitry is to perform, for a particular data element position of the packed data source operands, a comparison of a FP8 data element at that position, update a zero flag, a parity flag, and a carry flag of a flags register based on the comparison, and set an overflow flag, a sign flag, and an adjust flag of the flags register to zero; and the execution circuitry to execute the decoded instruction according to the opcode, wherein the execution circuitry is to treat FP8 data elements of the packed data source operands being denormals as zero. decode circuitry to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a first packed data source operand, and an identification of a location of a second packed data source operand, wherein the opcode is to indicate that execution circuitry is to perform, for a particular data element position of the packed data source operands, a comparison of a FP8 data element at that position, update a zero flag, a parity flag, and a carry flag of a flags register based on the comparison, and set an overflow flag, a sign flag, and an adjust flag of the flags register to zero; and the execution circuitry to execute the decoded instruction according to the opcode, wherein the execution circuitry is to treat FP8 data elements of the packed data source operands being denormals as zero.
A mobile chair apparatus having a front end, a rear end, a top side, a bottom side, a left side and a right side, comprising: (a) a steering assembly, (b) a drive assembly, and (c) a seat, wherein the steering assembly comprises: a first tiller and optionally a second tiller , a rear steering tube , a steering arm pivot , a first steering wheel and a second steering wheel ; wherein: the first steering wheel is located at the rear end on the left side; the second steering wheel is located at the rear end on the right side, the first steering wheel and the second steering wheel are operably connected to each other, the first steering wheel and the second steering wheel are operably connected to the first tiller , the first steering wheel and the second steering wheel are configured to move in response to movement of the first tiller via the rear steering tube , the first tiller is operatively connected to the steering arm pivot , the steering arm pivot is disposed at the bottom of the rear steering tube , and the steering arm pivot functions as a connection piece to the rear steering tube . (a) a steering assembly, (b) a drive assembly, and (c) a seat, a first tiller and optionally a second tiller , a rear steering tube , a steering arm pivot , a first steering wheel and a second steering wheel ; wherein: the first steering wheel is located at the rear end on the left side; the second steering wheel is located at the rear end on the right side, the first steering wheel and the second steering wheel are operably connected to each other, the first steering wheel and the second steering wheel are operably connected to the first tiller , the first steering wheel and the second steering wheel are configured to move in response to movement of the first tiller via the rear steering tube , the first tiller is operatively connected to the steering arm pivot , the steering arm pivot is disposed at the bottom of the rear steering tube , and the steering arm pivot functions as a connection piece to the rear steering tube . the first steering wheel is located at the rear end on the left side; the second steering wheel is located at the rear end on the right side, the first steering wheel and the second steering wheel are operably connected to each other, the first steering wheel and the second steering wheel are operably connected to the first tiller , the first steering wheel and the second steering wheel are configured to move in response to movement of the first tiller via the rear steering tube , the first tiller is operatively connected to the steering arm pivot , the steering arm pivot is disposed at the bottom of the rear steering tube , and the steering arm pivot functions as a connection piece to the rear steering tube .