mhurhangee/ep-ind-claims huggingface dataset:
A transmitting-end apparatus in a wireless communication system, the apparatus comprising: a mapper for mapping a quasi-orthogonal signal stream to a first bundle in a fast feedback channel by using a first mapping pattern and to a second bundle in the fast feedback channel by using a second mapping pattern, wherein the quasi-orthogonal signal stream is determined by a mapping relation between a codeword and the quasi-orthogonal signal stream and wherein each bundle includes a plurality of modulation symbols; and a transmitter for transmitting the quasi-orthogonal signal stream mapped to the plurality of bundles, wherein the quasi-orthogonal signal stream is mapped to each of the plurality of bundles, and wherein each element of the quasi-orthogonal signal stream is mapped to each bundle, wherein an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the first mapping pattern is different from an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the second mapping pattern, wherein the first bundle and second bundle have a predetermined same number of modulation symbols, and wherein the first bundle and the second bundle correspond to different time-frequency resources in the fast feedback channel. a mapper for mapping a quasi-orthogonal signal stream to a first bundle in a fast feedback channel by using a first mapping pattern and to a second bundle in the fast feedback channel by using a second mapping pattern, wherein the quasi-orthogonal signal stream is determined by a mapping relation between a codeword and the quasi-orthogonal signal stream and wherein each bundle includes a plurality of modulation symbols; and a transmitter for transmitting the quasi-orthogonal signal stream mapped to the plurality of bundles, wherein the quasi-orthogonal signal stream is mapped to each of the plurality of bundles, and wherein each element of the quasi-orthogonal signal stream is mapped to each bundle, wherein an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the first mapping pattern is different from an order of orthogonal sub-signal streams constituting the quasi-orthogonal signal stream in the second mapping pattern, wherein the first bundle and second bundle have a predetermined same number of modulation symbols, and wherein the first bundle and the second bundle correspond to different time-frequency resources in the fast feedback channel.
A device for closing the openings in buildings, comprising a box located in the region of the upper rim of the building opening, from which protrude lateral guide rails in a downward direction, and further comprising an insect protective device having a flexible protective screen which can be wound up on a winding shaft arranged in the box and engages the guide rails with its lateral rim areas, which protective screen is associated with a sealing device below the winding shaft to prevent insects from bypassing, with the sealing device possessing at least one shut off element located behind the protective screen and extending through the inner box width, such shut off element bridging a gap between the rear side of the protective screen and a neighbouring surface which at least partially covers the upper section of the rear side of the box, characterized in that feed funnel arrangements are mounted on the upper end of the guide rails and associated to their guide channels (11, 12), such feed funnel arrangements possessing holding elements for the shut off element of the sealing device arranged in the region adjacent to the upper end of the guide rails, and further that the building side rear side of the protective screen is pressed against the shut off element.
A controller configured to carry out a method comprising the steps of: controlling a transmission over a single-wire interface of an instruction corresponding to a high-current operation; and adaptively controlling an amount of power available at the single-wire interface by controlling an electrical behavior of a charging path to provide more current at the single-wire interface during a time period corresponding to an execution of the instructed high-current operation compared to a time period corresponding to an execution of an instructed low-current operation. controlling a transmission over a single-wire interface of an instruction corresponding to a high-current operation; and adaptively controlling an amount of power available at the single-wire interface by controlling an electrical behavior of a charging path to provide more current at the single-wire interface during a time period corresponding to an execution of the instructed high-current operation compared to a time period corresponding to an execution of an instructed low-current operation.
A gearbox, comprising: a carrier having a central axis and including spaced-apart forward and aft walls (26, 28) with respective forward and aft coaxial bores (30, 32); a pin with forward and aft ends received in the forward and aft bores (30,32), respectively, the pin secured against axial movement relative to the carrier; an inner race mounted on the pin between the forward and aft ends, the inner race secured against axial movement relative to the carrier; a planet gear mounted for rotation about the pin such than a cylindrical interior surface of the planet gear defines an outer race, wherein either the inner race or the interior surface of the planet gear defines at least two axially-spaced apart annular raceways (48, 50); a plurality of generally cylindrical rollers made of a ceramic material disposed in each of the raceways (48, 50), between the inner and outer races; a sun gear mounted for rotation about the central axis and engaged with the planet gear; and a ring gear engaged with the planet gear characterised by a flexible center plate structure disposed between the forward and aft walls (26, 28). a carrier having a central axis and including spaced-apart forward and aft walls (26, 28) with respective forward and aft coaxial bores (30, 32); a pin with forward and aft ends received in the forward and aft bores (30,32), respectively, the pin secured against axial movement relative to the carrier; an inner race mounted on the pin between the forward and aft ends, the inner race secured against axial movement relative to the carrier; a planet gear mounted for rotation about the pin such than a cylindrical interior surface of the planet gear defines an outer race, wherein either the inner race or the interior surface of the planet gear defines at least two axially-spaced apart annular raceways (48, 50); a plurality of generally cylindrical rollers made of a ceramic material disposed in each of the raceways (48, 50), between the inner and outer races; a sun gear mounted for rotation about the central axis and engaged with the planet gear; and a ring gear engaged with the planet gear characterised by a flexible center plate structure disposed between the forward and aft walls (26, 28).
A method for the production of mechanically stabilized polyazole polymers, comprising the following steps: a) providing a membrane comprising i.) polyazoles with at least one amino group in a repeating unit except the ones obtainable by reacting aromatic and/or heteroaromatic diaminocarboxylic acids, ii.) at least one strong acid, wherein the strong acid is at least one of phosphoric acid and sulphuric acid and iii.) at least one stabilizing reagent, the total content of stabilizing reagents in the membrane being within the range of from 0.01 to 30% by weight, b) performing the stabilization reaction in the membrane, immediately or in a subsequent processing step of the membrane, c) if appropriate, additionally doping the membrane obtained in accordance with step b) with at least one of phosphoric acid and sulphuric acid or concentrating the present strong acid further by removal of present water, wherein the stabilizing agent comprises at least one oxazine-based compound. a) providing a membrane comprising i.) polyazoles with at least one amino group in a repeating unit except the ones obtainable by reacting aromatic and/or heteroaromatic diaminocarboxylic acids, ii.) at least one strong acid, wherein the strong acid is at least one of phosphoric acid and sulphuric acid and iii.) at least one stabilizing reagent, the total content of stabilizing reagents in the membrane being within the range of from 0.01 to 30% by weight, i.) polyazoles with at least one amino group in a repeating unit except the ones obtainable by reacting aromatic and/or heteroaromatic diaminocarboxylic acids, ii.) at least one strong acid, wherein the strong acid is at least one of phosphoric acid and sulphuric acid and iii.) at least one stabilizing reagent, the total content of stabilizing reagents in the membrane being within the range of from 0.01 to 30% by weight, b) performing the stabilization reaction in the membrane, immediately or in a subsequent processing step of the membrane, c) if appropriate, additionally doping the membrane obtained in accordance with step b) with at least one of phosphoric acid and sulphuric acid or concentrating the present strong acid further by removal of present water, wherein the stabilizing agent comprises at least one oxazine-based compound.
A mooring device, comprising: - an attachment unit that comprises a contact surface for contacting a surface of an object to be attached and at least one magnet for generating a magnetic field through the contact surface to the object, - means for adjusting the magnetic field generated by the at least one magnet, - a telescopic arm pivotally attached to the attachment unit, - a first hydraulic cylinder and a second hydraulic cylinder attached to the telescopic arm, and - means for monitoring linear displacements of the first hydraulic cylinder and the second hydraulic cylinder, characterised in that the means for adjusting the magnetic field are configured, based on the linear displacements, to adjust the magnetic field so that an attachment point on the surface of the object can be changed. - an attachment unit that comprises a contact surface for contacting a surface of an object to be attached and at least one magnet for generating a magnetic field through the contact surface to the object, - means for adjusting the magnetic field generated by the at least one magnet, - a telescopic arm pivotally attached to the attachment unit, - a first hydraulic cylinder and a second hydraulic cylinder attached to the telescopic arm, and - means for monitoring linear displacements of the first hydraulic cylinder and the second hydraulic cylinder,
A mirror unit comprising: a mirror device that includes a base including a first surface and a second surface opposite to the first surface, and a movable mirror supported in the base to be movable along a first direction that intersects the first surface; an optical function member including a third surface that faces the second surface, and a fourth surface opposite to the third surface; and a fixed mirror that is disposed on a side opposite to the mirror device with respect to the optical function member, wherein the movable mirror and the fixed mirror are disposed parallel to each other, wherein the mirror device is provided with a first light passage portion that constitutes a first portion of an optical path between a beam splitter unit that constitutes an interference optical system in combination with the movable mirror and the fixed mirror, and the fixed mirror, the optical function member is provided with a second light passage portion that constitutes a second portion of the optical path between the beam splitter unit and the fixed mirror, and the second surface of the base and the third surface of the optical function member are joined to each other. a mirror device that includes a base including a first surface and a second surface opposite to the first surface, and a movable mirror supported in the base to be movable along a first direction that intersects the first surface; an optical function member including a third surface that faces the second surface, and a fourth surface opposite to the third surface; and a fixed mirror that is disposed on a side opposite to the mirror device with respect to the optical function member, wherein the movable mirror and the fixed mirror are disposed parallel to each other, wherein the mirror device is provided with a first light passage portion that constitutes a first portion of an optical path between a beam splitter unit that constitutes an interference optical system in combination with the movable mirror and the fixed mirror, and the fixed mirror, the optical function member is provided with a second light passage portion that constitutes a second portion of the optical path between the beam splitter unit and the fixed mirror, and the second surface of the base and the third surface of the optical function member are joined to each other.
Apparatus for distracting a joint, the apparatus comprising: a joint spacing balloon catheter comprising a catheter shaft having a distal tip and at least one balloon mounted to the catheter shaft proximal to the distal tip of the catheter shaft; wherein the distal tip of the catheter shaft is securable to a portion of the catheter shaft proximal to the at least one balloon, characterized in that the joint spacing balloon catheter either comprises a plurality of balloons or at least one balloon with one or more pockets formed by creases located at balloon locations where folding is preferred. a joint spacing balloon catheter comprising a catheter shaft having a distal tip and at least one balloon mounted to the catheter shaft proximal to the distal tip of the catheter shaft; wherein the distal tip of the catheter shaft is securable to a portion of the catheter shaft proximal to the at least one balloon, characterized in that the joint spacing balloon catheter either comprises a plurality of balloons or at least one balloon with one or more pockets formed by creases located at balloon locations where folding is preferred.
A bonnet deployment arrangement (11, 11', 11") adapted to be located at an end portion of a bonnet of a vehicle, said bonnet deployment arrangement (11, 11', 11") being transferable from a normal state to a deployed state, said bonnet deployment arrangement (11, 11', 11") comprising - a first portion (19, 19', 19") adapted to be attached, directly or indirectly, to said bonnet, - a second portion (21, 21', 21") comprising one of a striker or a latch for retaining said bonnet in a closed position, - a pivot arm (23, 23', 23"), and - a locking unit (25, 25', 25") having a locked state and an unlocked state, said pivot arm (23, 23', 23") being rotatably connected to said first portion (19, 19', 19") at a first axis (A1, A1") and rotatably connected to said second portion (21, 21', 21") at a second axis (A2, A2"), said first portion (19, 19', 19") being locked relative to said second portion (21, 21', 21") in said locked state of said locking unit (25, 25', 25"), said first portion (19, 19', 19") being movable in relation to said second portion (21, 21', 21") by means of said pivot arm (23, 23', 23") rotating at said first axis (A1, A1") and at said second axis (A2, A2") in said unlocked state of said locking unit (25, 25', 25"), said bonnet deployment arrangement (11, 11', 11") thereby being transferable from said normal state to said deployed state, characterized in that said locking unit in said locked state connects said first portion to said second portion by a fixed connection such as a rivet, said fixed connection being releasable, deformable or breakable. - a first portion (19, 19', 19") adapted to be attached, directly or indirectly, to said bonnet, - a second portion (21, 21', 21") comprising one of a striker or a latch for retaining said bonnet in a closed position, - a pivot arm (23, 23', 23"), and - a locking unit (25, 25', 25") having a locked state and an unlocked state, said pivot arm (23, 23', 23") being rotatably connected to said first portion (19, 19', 19") at a first axis (A1, A1") and rotatably connected to said second portion (21, 21', 21") at a second axis (A2, A2"),
An implantable medical device comprising: a housing; a communication component within the housing, configured to receive a communication request from a second device via a telemetry communication link established between the device and the second device, wherein the communication request comprises a request for data from the device; characterized by a throughput monitoring component within the housing, configured to monitor uplink throughput associated with transmission of the data by the device to the second device via the telemetry communication link, wherein the communication component is further configured to terminate the telemetry communication link based on the uplink throughput being below a threshold value. a housing; a communication component within the housing, configured to receive a communication request from a second device via a telemetry communication link established between the device and the second device, wherein the communication request comprises a request for data from the device; characterized by a throughput monitoring component within the housing, configured to monitor uplink throughput associated with transmission of the data by the device to the second device via the telemetry communication link, wherein the communication component is further configured to terminate the telemetry communication link based on the uplink throughput being below a threshold value.
A component for an ultrasonic surgical instrument, the component comprising: a connector module for providing a rotatable electrical connection between a first conductor and a first link rotatable relative to the first conductor, the connector module structured to receive an ultrasonic hand piece, wherein the ultrasonic hand piece is configured to acoustically couple to a waveguide that extends along a longitudinal axis when received by the connector module, and wherein the connector module comprises: a first conductor (4212, 4214) extending at least partially around the longitudinal axis and defining a conductive path; and a first link (4220, 4222a, 4222b) rotatable about the longitudinal axis relative to the first conductor between a first position and a second position that is different from the first position, wherein the first link is configured to rotationally couple with the ultrasonic hand piece, and wherein the first link comprises: a first contact (4224a, 4224b, 4226a, 4226b) positioned to electrically contact the first conductor along the conductive path when the first link is in each of the first position and the second position; and a second contact (4228a, 4228b, 4230a, 4230b) electrically coupled to the first contact, wherein the second contact is configured to electrically contact the ultrasonic hand piece when the first link is in each of the first position and the second position. a first conductor (4212, 4214) extending at least partially around the longitudinal axis and defining a conductive path; and a first link (4220, 4222a, 4222b) rotatable about the longitudinal axis relative to the first conductor between a first position and a second position that is different from the first position, wherein the first link is configured to rotationally couple with the ultrasonic hand piece, and wherein the first link comprises: a first contact (4224a, 4224b, 4226a, 4226b) positioned to electrically contact the first conductor along the conductive path when the first link is in each of the first position and the second position; and a second contact (4228a, 4228b, 4230a, 4230b) electrically coupled to the first contact, wherein the second contact is configured to electrically contact the ultrasonic hand piece when the first link is in each of the first position and the second position. a first contact (4224a, 4224b, 4226a, 4226b) positioned to electrically contact the first conductor along the conductive path when the first link is in each of the first position and the second position; and a second contact (4228a, 4228b, 4230a, 4230b) electrically coupled to the first contact, wherein the second contact is configured to electrically contact the ultrasonic hand piece when the first link is in each of the first position and the second position.
A magnetic tunnel junction device Including a magnetic tunnel junction including a fixed magnetic body, insulator, and a free magnetic body that are sequentially stacked and a conducting wire disposed adjacent to the free magnetic body of the magnetic tunnel junction to apply in-plane current to the magnetic tunnel junction, wherein the fixed magnetic body has a fixed magnetization direction and is a thin film including a material magnetized in a direction perpendicular to a film surface, the free magnetic body has a structure of [auxiliary free magnetic layer /free non-magnetic layer] N /main free magnetic layer, N is a positive integer greater than or equal to 2 and indicates that an [auxiliary free magnetic layer/free non-magnetic layer] structure is stacked repeatedly N times, two adjacent magnetic layers in the free magnetic body have opposite magnetization directions by Ruderman-Kittel-Kasuya-Yosida, RKKY, exchange interaction conducted through the free non-magnetic layer, each of the main free magnetic layer and the auxiliary free magnetic layer is configured to change in magnetization direction and is a thin film including a material magnetized in a direction perpendicular to a film surface, and the main free magnetic layer is disposed adjacent to the conducting wire generating spin current by the in-plane current, wherein a spin-orbit spin torque is generated by Hall effect or by Rashba effect by applying an in-plane current to the conducting wire disposed adjacent to the free magnetic body magnetized in a direction perpendicular to a film surface such that a magnetization of the free magnetic body is switched, wherein the auxiliary free magnetic layer adjacent to the insulator has a thickness of 1 nm or less, wherein except for the auxiliary free magnetic layer adjacent to the insulator among magnetic layers included in the free magnetic body, all magnetic layers each have a thickness of 1 nm or less, which is smaller than a ferromagnetic coherence length to manifest a bulk-torque characteristic, wherein the total thickness of the free magnetic body is 2 nm or more.
Protective case for receiving optical devices in the form of telescopes, binoculars, night vision devices or field glasses, wherein the protective case comprises a thermoformable plastic which is partly coated with an elastic textile material and which is preformed such that it at least partly encases the optical device and such that it can adapt to the structure of the optical device to be received in as closely fitting a manner as possible.
Flowmeter, with a measuring tube, an ultrasound transducer, an ultrasound waveguide and a seal for sealing the inside of the measuring tube from the environment, wherein the ultrasound transducer is connected outside the measuring tube to the ultrasound waveguide in such fashion that ultrasound waves generated by the ultrasound transducer can be transferred to the ultrasound waveguide or, respectively, ultrasound waves received by the ultrasound waveguide are transferred to the ultrasound transducer, and the ultrasound waveguide is at least partially inserted in the measuring tube, and wherein the seal is arranged between the ultrasound waveguide and the measuring tube, characterized in that the seal is comprised of a set of ring seals, is applied to fit longitudinally against the perimeter of the ultrasound waveguide, is effective on the ultrasound waveguide in a radial direction, and is pressure-loaded in a vertical direction relative to the plane of the seal, and that the pressure-loading is accomplished by means of a set of spring washers