mhurhangee/ep-ind-claims huggingface dataset:
Radio-communication system comprising at least one radio-communication station and at least one radio-communication terminal, said or each radio-communication station comprising sending means for sending beacon signals, some of said sent beacon signals (B A, B A, B * A) carrying association information indicating the availability or not of said radio-communication station for executing an association operation, the radio-communication terminal comprising means for, on reception of a beacon signal (B A) comprising association information (I = 1) showing the availability of the radio-communication station that sent said beacon signal (B A), initiating the execution of said association operation with said radio-communication station, characterised in that said sending means of said radio-communication station are configured to send, at reduced power compared with the transmit power of the other beacon signals (B and B A), at least some of said beacon signals (B * A) carrying association information (I = 1) indicating continuously that said radio-communication station is available for performing an association operation.
Device for printing textile surfaces, having - a printing means which can be moved along a longitudinal axis of the device in a longitudinal direction, wherein the printing means has a print head, by means of which at least one textile can be printed with at least one printing ink, - two pallets (21, 34) for accommodating and holding the textile to be printed, - a set-up station which is arranged on a first longitudinal side for supplying the textile and placing it on the pallet, and - movement means (23, 33), with which the pallets (21, 31) can be moved in a direction transverse to the longitudinal axis between a first lateral set-up position at the set-up station and a printing position at the printing means on a common track, - wherein at least one second set-up station which is arranged on a second longitudinal side lying opposite the first longitudinal side, characterized in that - each pallet (21, 31) can be moved from the printing position to second set-up station linear to the removal of the pallet (21, 31) on the common track and can be taken from the track, and - in that a halting system is provided with which each pallet (21, 31) can be halted reversibly on the track. - a printing means which can be moved along a longitudinal axis of the device in a longitudinal direction, wherein the printing means has a print head, by means of which at least one textile can be printed with at least one printing ink, - two pallets (21, 34) for accommodating and holding the textile to be printed, - a set-up station which is arranged on a first longitudinal side for supplying the textile and placing it on the pallet, and - movement means (23, 33), with which the pallets (21, 31) can be moved in a direction transverse to the longitudinal axis between a first lateral set-up position at the set-up station and a printing position at the printing means on a common track, - wherein at least one second set-up station which is arranged on a second longitudinal side lying opposite the first longitudinal side, - each pallet (21, 31) can be moved from the printing position to second set-up station linear to the removal of the pallet (21, 31) on the common track and can be taken from the track, and - in that a halting system is provided with which each pallet (21, 31) can be halted reversibly on the track.
A wind turbine blade comprising a fairing having an aerodynamic profile, the fairing comprising: a rigid structural component which forms the majority of the aerodynamic profile; and a non-actively controllable elastically deformable trailing edge component mounted on the structural component to complete the aerodynamic profile, characterised in that the trailing edge component is formed from a material having an elastic modulus in the range of 0.5 to 2.5 GPa such that it will elastically buckle when loading on the trailing edge component exceeds a predetermined threshold, and in that the structural component comprises a unidirectional reinforcing layer adjacent to the trailing edge component, the unidirectional reinforcing layer comprising at least one layer of unidirectional fibres extending in a substantially spanwise direction. a rigid structural component which forms the majority of the aerodynamic profile; and a non-actively controllable elastically deformable trailing edge component mounted on the structural component to complete the aerodynamic profile, characterised in that the trailing edge component is formed from a material having an elastic modulus in the range of 0.5 to 2.5 GPa such that it will elastically buckle when loading on the trailing edge component exceeds a predetermined threshold, and in that the structural component comprises a unidirectional reinforcing layer adjacent to the trailing edge component, the unidirectional reinforcing layer comprising at least one layer of unidirectional fibres extending in a substantially spanwise direction.
A system for dissipating charge from a human body standing on a surface and wearing the system, said system comprising a dissipative overshoe, said overshoe further comprising; I. a sole, II. an overshoe body that is attached to the edge of the sole such that the sole has an inner surface that faces the overshoe side and an outer surface that is exterior to the overshoe, III. a conductive strip folded around at least a portion of the edge of the sole and bonded to the sole by a first adhesive such that at least a portion of the conductive strip is exposed to the inner surface of the sole, IV. a tape that covers the seam between the conductive strip and the sole on an exterior portion of the overshoe and that is adhesively bonded to the seam by a second adhesive such that at least a portion of the conductive strip is exposed to the surface that the human body is standing on; wherein the portion of the conductive strip that is exposed to the surface that the human body is standing on is sufficient in area to yield a resistance of in the range of >10 4 to <10 8 Ohm when measured between the hands of the human body and the surface. I. a sole, II. an overshoe body that is attached to the edge of the sole such that the sole has an inner surface that faces the overshoe side and an outer surface that is exterior to the overshoe, III. a conductive strip folded around at least a portion of the edge of the sole and bonded to the sole by a first adhesive such that at least a portion of the conductive strip is exposed to the inner surface of the sole, IV. a tape that covers the seam between the conductive strip and the sole on an exterior portion of the overshoe and that is adhesively bonded to the seam by a second adhesive such that at least a portion of the conductive strip is exposed to the surface that the human body is standing on;
A computer-implemented method comprising: receiving, at a processor, data comprising time of flight depth camera amplitude and phase measurements for a plurality of pixels of the camera, the data having a number of dimensions, wherein the dimensions correspond to the amplitude, phase measurements and an amount of modulation frequencies; computing an estimate of a distance of a surface from the camera using the measurements for each pixel; said method characterised by further comprising: accessing a look up table (320, 714, 812) of less than the number of dimensions than the originally received data, the look up table storing distance multi-path correction values for each pixel; and correcting in real-time the computed estimate of distance using a distance multipath correction value from the look up table (320, 714, 812) for each pixel. receiving, at a processor, data comprising time of flight depth camera amplitude and phase measurements for a plurality of pixels of the camera, the data having a number of dimensions, wherein the dimensions correspond to the amplitude, phase measurements and an amount of modulation frequencies; computing an estimate of a distance of a surface from the camera using the measurements for each pixel; said method characterised by further comprising: accessing a look up table (320, 714, 812) of less than the number of dimensions than the originally received data, the look up table storing distance multi-path correction values for each pixel; and correcting in real-time the computed estimate of distance using a distance multipath correction value from the look up table (320, 714, 812) for each pixel. accessing a look up table (320, 714, 812) of less than the number of dimensions than the originally received data, the look up table storing distance multi-path correction values for each pixel; and correcting in real-time the computed estimate of distance using a distance multipath correction value from the look up table (320, 714, 812) for each pixel.
Vertical bleaching tower for removing dissolved nitrogen oxides from an aqueous nitric acid solution comprising said nitrogen oxides, using a stripping gas substantially devoid of nitrogen oxide gases, such as air, nitrogen, oxygen or combinations thereof, in a process for producing nitric acid, comprising: a structured packing; a liquid distributor comprising a feed box having a serrated weir for distribution of the aqueous nitric acid solution comprising the dissolved nitrogen oxides through upward-pointing serrations of the serrated weir into perforated trays of the liquid distributor and located above the structured packing for distributing the aqueous nitric acid solution comprising the dissolved nitrogen oxides to the structured packing; an inlet and outlet, both suitable for aqueous nitric acid solution; and an inlet and outlet, both suitable for the stripping gas. a structured packing; a liquid distributor comprising a feed box having a serrated weir for distribution of the aqueous nitric acid solution comprising the dissolved nitrogen oxides through upward-pointing serrations of the serrated weir into perforated trays of the liquid distributor and located above the structured packing for distributing the aqueous nitric acid solution comprising the dissolved nitrogen oxides to the structured packing; an inlet and outlet, both suitable for aqueous nitric acid solution; and an inlet and outlet, both suitable for the stripping gas.
A paper medium skew correcting device, comprising: a support comprising a pair of fixed stop plates (11,12) arranged in parallel and configured to fixedly mount following components; a skew correcting tapered roller assembly comprising a tapered roller, a reference plate located at a large end face of the tapered roller and a tapered roller transmission shaft, wherein the skew correcting tapered roller assembly is connected to transmission shaft mounting holes of the pair of fixed stop plates (11,12) on a left side and a right side by the tapered roller transmission shaft; a tapered cover plate covering on the tapered roller, wherein a paper medium skew correcting passage is formed between an inner wall of the tapered cover plate and an outer wall of the tapered roller, an auxiliary pressure roller mechanism is mounted on an outer wall of the tapered cover plate and is configured to press a paper medium in the skew correcting passage against the outer wall of the tapered roller tightly, and the tapered cover plate is provided with an opening for the auxiliary pressure roller mechanism to elastically press the tapered roller tightly; and a driving transmission assembly for providing power to the tapered roller. a support comprising a pair of fixed stop plates (11,12) arranged in parallel and configured to fixedly mount following components; a skew correcting tapered roller assembly comprising a tapered roller, a reference plate located at a large end face of the tapered roller and a tapered roller transmission shaft, wherein the skew correcting tapered roller assembly is connected to transmission shaft mounting holes of the pair of fixed stop plates (11,12) on a left side and a right side by the tapered roller transmission shaft; a tapered cover plate covering on the tapered roller, wherein a paper medium skew correcting passage is formed between an inner wall of the tapered cover plate and an outer wall of the tapered roller, an auxiliary pressure roller mechanism is mounted on an outer wall of the tapered cover plate and is configured to press a paper medium in the skew correcting passage against the outer wall of the tapered roller tightly, and the tapered cover plate is provided with an opening for the auxiliary pressure roller mechanism to elastically press the tapered roller tightly; and a driving transmission assembly for providing power to the tapered roller.
Method for operating a motor vehicle, wherein the motor vehicle includes an electrical traction motor and a traction battery, wherein when a discharging state prevails, an item of charging information is transmitted by means of a communication device of the motor vehicle via a data communication connection to several data receiving devices external to the vehicle, wherein a discharging state prevails if a charging state of the electrical energy stored in the traction battery is not sufficient to operate the traction motor and/or if a charging state of the electrical energy stored in the traction battery is not sufficient to reach the charging station closest to the position of the motor vehicle, wherein the item of charging information includes the positional data of the motor vehicle, wherein as a data receiving device external to the vehicle is used in each case a navigation device of a further motor vehicle, wherein the positional data of the motor vehicle are displayed on a display device of the navigation device and/or a route from the position of the further motor vehicle to the motor vehicle is determined by the navigation device.
A check valve comprising: a valve housing defining a pair of valve openings; a pair of flappers pivotably mounted for rotation relative to the housing between an open position in which they permit fluid flow through the respective valve openings and a closed position in which they prevent fluid flow through the valve openings; and a stop pin comprising a first end and a second end and extending from the first end to the second end in a longitudinal direction along a longitudinal axis; the stop pin comprising at least one slot (52A, 52B) therein extending in said longitudinal direction, characterised in that: said at least one slot (52A, 52B) defines a respective at least one flexible, cantilevered, and longitudinal extending tongue (54A, 52B) having a longitudinal free end and a longitudinal connected end connected to said stop pin, wherein the stop pin is arranged such that the flappers, when in the open position, will each contact at least one of the at least one flexible cantilevered, and longitudinally extending tongue (54A, 54B) of the stop pin.. a valve housing defining a pair of valve openings; a pair of flappers pivotably mounted for rotation relative to the housing between an open position in which they permit fluid flow through the respective valve openings and a closed position in which they prevent fluid flow through the valve openings; and a stop pin comprising a first end and a second end and extending from the first end to the second end in a longitudinal direction along a longitudinal axis; the stop pin comprising at least one slot (52A, 52B) therein extending in said longitudinal direction, characterised in that: said at least one slot (52A, 52B) defines a respective at least one flexible, cantilevered, and longitudinal extending tongue (54A, 52B) having a longitudinal free end and a longitudinal connected end connected to said stop pin, wherein the stop pin is arranged such that the flappers, when in the open position, will each contact at least one of the at least one flexible cantilevered, and longitudinally extending tongue (54A, 54B) of the stop pin..
A computer-implemented method of producing a radiotherapy treatment plan for treatment of a patient with at least one treatment field, comprising at least one beam of charged particles, such as protons, in which each beam will deposit energy in a Bragg peak, including the steps, for each beam, of • determining a desired position of the Bragg peak for the beam, typically within a target • determining a desired path for the beam to reach the determined desired position, • determining an energy level and direction for the beam and a set of properties of a first magnetic field to be applied to the beam within the patient to control the direction of the beam to ensure that the beam will follow the desired path and that its Bragg peak will be placed in the determined desired position. • determining a desired position of the Bragg peak for the beam, typically within a target • determining a desired path for the beam to reach the determined desired position, • determining an energy level and direction for the beam and a set of properties of a first magnetic field to be applied to the beam within the patient to control the direction of the beam to ensure that the beam will follow the desired path and that its Bragg peak will be placed in the determined desired position.
Drive system for a wind turbine, said drive system comprising - at least one planetary gear stage which can be coupled to a rotor shaft of a wind turbine by way of a clutch, - an annulus gear (14, 24) associated with the planetary gear stage (4, 5), - a plurality of planetary gears (13, 23) mounted in a planetary carrier (12, 22) and engaged with the annulus gear (14, 24), - a sun gear connected to a driven shaft of the planetary gear stage and engaged with the planetary gears, wherein the driven shaft is embodied as a hollow shaft, and - a pitch tube which extends axially over the entire planetary stage (4, 5), is embodied as a hollow shaft and is arranged concentrically with the annulus gear (14, 24), characterised by - an adapter element connected to the pitch tube for the purpose of connecting the pitch tube to a slip ring unit, wherein at its generator-side end the pitch tube has a centring shoulder created by an abrupt change in wall thickness for the adapter element, which radially encloses the pitch tube at its generator-side end and is fixed in position radially as well as axially on one side by means of the centring shoulder, - a plurality of screw-type connection fittings extending axially through the adapter element and introduced into face-side threaded holes at the generator-side end of the pitch tube, the adapter element being secured to the pitch tube by means of said connection fittings, and - an opening on the adapter element for receiving the slip ring unit. - at least one planetary gear stage which can be coupled to a rotor shaft of a wind turbine by way of a clutch, - an annulus gear (14, 24) associated with the planetary gear stage (4, 5), - a plurality of planetary gears (13, 23) mounted in a planetary carrier (12, 22) and engaged with the annulus gear (14, 24), - a sun gear connected to a driven shaft of the planetary gear stage and engaged with the planetary gears, wherein the driven shaft is embodied as a hollow shaft, and - a pitch tube which extends axially over the entire planetary stage (4, 5), is embodied as a hollow shaft and is arranged concentrically with the annulus gear (14, 24), - an adapter element connected to the pitch tube for the purpose of connecting the pitch tube to a slip ring unit, wherein at its generator-side end the pitch tube has a centring shoulder created by an abrupt change in wall thickness for the adapter element, which radially encloses the pitch tube at its generator-side end and is fixed in position radially as well as axially on one side by means of the centring shoulder, - a plurality of screw-type connection fittings extending axially through the adapter element and introduced into face-side threaded holes at the generator-side end of the pitch tube, the adapter element being secured to the pitch tube by means of said connection fittings, and - an opening on the adapter element for receiving the slip ring unit.
A method for using a blockchain as an integrity tracking tool for a network element, the blockchain comprising a plurality of blocks, each block recording a plurality of transactions, each transaction associated with a patch section for a patch request or a patch report, the method comprising the steps of: receiving, by a blockchain network, a patch request comprising an expected result of a patch application from a patch initiator; validating, by the blockchain network, the patch request and writing the patch request on the blockchain,; transmitting, by the blockchain network, the patch request to a network element; receiving, by the blockchain network, a patch report comprising the expected result of the patch application from the network element, and validating, by the blockchain network, the patch report and writing the patch report on the blockchain. receiving, by a blockchain network, a patch request comprising an expected result of a patch application from a patch initiator; validating, by the blockchain network, the patch request and writing the patch request on the blockchain,; transmitting, by the blockchain network, the patch request to a network element; receiving, by the blockchain network, a patch report comprising the expected result of the patch application from the network element, and validating, by the blockchain network, the patch report and writing the patch report on the blockchain.
A pneumatic tire provided with a tread portion with a circumferentially continuously extending main groove and an axially extending axial groove, characterized in that a groove-sidewall surface on each side of the axial groove is formed by a circular-arc-like surface which is convex toward a groove center of the axial groove and has a radius R2 of curvature in a groove section perpendicular to a length direction of the groove, and characterized in that a groove-sidewall surface on each side of the main groove is formed by a circular-arc-like surface which is convex toward a groove center of the main groove and has a radius R1 of curvature in a groove section perpendicular to a length direction of the groove, the radius R2 of curvature of the groove-sidewall surface of the axial groove is more than the radius R1 of curvature of the groove-sidewall surface of the main groove.