mhurhangee/ep-ind-claims huggingface dataset:
A holographic display comprising light sources (LS1, LS2,...) in a 2D light source array, lenses (L1, L2,...) in a 2D lens array, a spatial light modulator comprising pixels and a beamsplitter, in which the light sources (LS1, LS2,...) illuminate the spatial light modulator, in which there are m light sources per lens, m having a value of greater than 1, and the light sources are in m-to-one correspondence with the lenses, in which each light source is imaged to an observer plane by its associated lens, where the beamsplitter splits the rays leaving the SLM into two bundles, one of which illuminates virtual observer windows for m left eyes (VOWL) and the other illuminates virtual observer windows for m right eyes (VOWR), each virtual observer window (a) being located in the observer plane, (b) being the optical Fourier transform of a hologram encoded on the spatial light modulator, and (c) the size of the virtual observer window being limited to one periodicity interval of the optical Fourier transform of the SLM having the hologram encoded thereon.
A method of performing device-to-device, D2D, communication with a second user equipment by a first user equipment in a wireless communication system, the method comprising: setting a candidate time interval for receiving a first message containing location information of the second user equipment periodically from the second user equipment as a transmission gap interval; receiving the first message from the second user equipment periodically in the transmission gap interval, wherein the first message further comprises at least one of information of a reception carrier the second user equipment attempts to receive, information of a reception radio resource the second user equipment attempts to receive, and reception synchronization information of the second user equipment; detecting a dangerous situation of the second user equipment based on the location information of the second user equipment; and if the dangerous situation of the second user equipment is detected, transmitting a warning message to the second user equipment, wherein the warning message is transmitted based on at least one of the information of the reception carrier, the information of the reception radio resource, and the reception synchronization information, and wherein in the transmission gap interval, a message transmission from the first user equipment is not performed through a candidate carrier for receiving the first message. setting a candidate time interval for receiving a first message containing location information of the second user equipment periodically from the second user equipment as a transmission gap interval; receiving the first message from the second user equipment periodically in the transmission gap interval, wherein the first message further comprises at least one of information of a reception carrier the second user equipment attempts to receive, information of a reception radio resource the second user equipment attempts to receive, and reception synchronization information of the second user equipment; detecting a dangerous situation of the second user equipment based on the location information of the second user equipment; and if the dangerous situation of the second user equipment is detected, transmitting a warning message to the second user equipment, wherein the warning message is transmitted based on at least one of the information of the reception carrier, the information of the reception radio resource, and the reception synchronization information, and wherein in the transmission gap interval, a message transmission from the first user equipment is not performed through a candidate carrier for receiving the first message.
A light-emitting device comprising a light emission source between a substrate and a thin-film encapsulation, wherein the light emission source comprises a light emission region between an anode and a cathode, the light emission region being adapted to emit light if a voltage is applied between the anode and the cathode, the light emission source further comprising an alternating arrangement of anode pads for electrically connecting the anode and cathode pads for electrically connecting the cathode, the alternating arrangement of anode and cathode pads (10, 11) being supported by the substrate and being provided along a same side of the substrate; wherein the thin-film encapsulation comprises openings for accessing the alternating arrangement of anode and cathode pads (10, 11) from outside the thin-film encapsulation, wherein the light-emitting device further comprises an anode electrical connector for electrically interconnecting the anode pads to each other through the openings of the thin-film encapsulation and for electrically connecting the anode pads to a voltage source, and a cathode electrical connector for electrically interconnecting the cathode pads to each other through the openings of the thin-film encapsulation and for electrically connecting the cathode pads to the voltage source, wherein the alternating arrangement of anode and cathode pads (10, 11), the thin-film encapsulation, the anode electrical connector and the cathode electrical connector are configured such that the anode pads are electrically connected by a straight part of the anode electrical connector and the cathode pads are electrically connected by a straight part of the cathode electrical connector, the straight parts of the anode and cathode electrical connectors being metal stripes provided on the thin-film encapsulation, and wherein the alternating arrangement of anode and cathode pads (10, 11), the thin-film encapsulation, the anode electrical connector and the cathode electrical connector are further configured such that the thin-film encapsulation electrically insulates the anode pads from the straight part of the cathode electrical connector and electrically insulates the cathode pads from the straight part of the anode electrical connector.
Clothes horse comprising - a plurality of blanket supports (12, 22, 21, 25,13) each comprising a tubular frame forming a closed loop around a horizontal axis and arranged to, in use, transfer heat to a blanket hanging over the blanket support; characterized by - a support bar arranged to rotatably support each blanket support around an axis parallel to the horizontal axis at a unique horizontal location; wherein each tubular frame is supported by the support bar such that easy access to the tubular frames is provided by rotating away those tubular frames which are in the way when hanging a blanket over one of the hollow tubular frames and - a plurality of heating means arranged such that each blanket support comprises a unique heating means for individually heating the corresponding tubular frame. - a plurality of blanket supports (12, 22, 21, 25,13) each comprising a tubular frame forming a closed loop around a horizontal axis and arranged to, in use, transfer heat to a blanket hanging over the blanket support; - a support bar arranged to rotatably support each blanket support around an axis parallel to the horizontal axis at a unique horizontal location; wherein each tubular frame is supported by the support bar such that easy access to the tubular frames is provided by rotating away those tubular frames which are in the way when hanging a blanket over one of the hollow tubular frames and - a plurality of heating means arranged such that each blanket support comprises a unique heating means for individually heating the corresponding tubular frame.
A purified cellulose fiber which has an initial elastic modulus of 2.30 cN/dtex or higher in a region having an elongation of 0.5% to 0.7%, wherein the purified cellulose fiber is made by wet spinning or dry-wet spinning a cellulose-dissolved liquid made by dissolving a cellulose raw material in a liquid consisting of an ionic liquid; and the initial elastic modulus was obtained from the gradient of a tangential line of a stress-strain curve at an elongation of 0.5 to 0.7%, wherein the strength (cN/dtex) of the purified cellulose fiber is equal to or higher than 3.9 and equal to or less than 8.2 cN/dtex.
A power transmission cable (10; 20) comprising a conductor (1; 21) and an insulation system (2; 22), wherein the insulation system (2; 22) comprises: - a first semi-conductive covering (4; 24) comprising a layer of semi-conductive material radially surrounding the conductor (1; 21); - an insulation covering (5; 25) comprising a layer of insulation material surrounding the first semi-conductive covering (4; 24) radially outwards; - a second semi-conductive covering (6; 26) comprising a layer of semi-conductive material surrounding the insulation covering (5; 25) radially outwards; wherein the semi-conductive material and the insulation material comprise a first polymeric material arranged to form a base film (31; 31'), and a second polymeric material arranged to fill in spaces and/or any voids in the insulation system, wherein the first polymeric material and the second polymeric material have different physical and/or chemical properties, wherein the second polymeric material is an adhesive material, and wherein at least the first polymeric material that forms the base film (31; 31') of the semi-conductive material and the insulation material is helically wound around the conductor (1; 21) or a cable body comprising the conductor (1; 21) and at least the first semi-conductive covering (4; 24). - a first semi-conductive covering (4; 24) comprising a layer of semi-conductive material radially surrounding the conductor (1; 21); - an insulation covering (5; 25) comprising a layer of insulation material surrounding the first semi-conductive covering (4; 24) radially outwards; - a second semi-conductive covering (6; 26) comprising a layer of semi-conductive material surrounding the insulation covering (5; 25) radially outwards;
A vehicle speed control system for a vehicle having a plurality of wheels (111, 112, 114, 115), the vehicle speed control system comprising: means for receiving a user input of a target speed at which the vehicle is intended to travel; and means for commanding application of torque to one or more wheels (111, 112, 114, 115) of the vehicle, characterized in that the system is configured such that when it is required to accelerate the vehicle to achieve the target speed and a wheel slip event is detected, the system is operable temporarily to suspend an increase in net torque applied to one or more wheels and operable to resume an increase in net torque applied to the one or more wheels, at a rate not exceeding the rate of increase of net torque applied to the one or more wheels when the slip event was detected, when the suspension of an increase in net torque is lifted. means for receiving a user input of a target speed at which the vehicle is intended to travel; and means for commanding application of torque to one or more wheels (111, 112, 114, 115) of the vehicle, characterized in that the system is configured such that when it is required to accelerate the vehicle to achieve the target speed and a wheel slip event is detected, the system is operable temporarily to suspend an increase in net torque applied to one or more wheels and operable to resume an increase in net torque applied to the one or more wheels, at a rate not exceeding the rate of increase of net torque applied to the one or more wheels when the slip event was detected, when the suspension of an increase in net torque is lifted.
A Direct Memory Access controller, comprising: an input interface for a read data channel; an output interface to a write data channel; a control-logic module; a First In First Out (FIFO) module; a first converter configured for: in response to receiving a first instruction, performing a first operation on first data read from an external memory via the input interface for the read data channel, wherein the first instruction instructs the first converter to perform the first operation; a first data selector configured for: in response to determining that a data operation is to be performed, selecting data processed by the first converter, and writing the data processed by the first converter into the FIFO module; a second converter configured for: in response to receiving a second instruction, performing a second operation on second data read from the FIFO module, wherein the second instruction instructs the second converter to perform the second operation; and a second data selector configured for: in response to determining that a data operation is to be performed, selecting data processed by the second converter, and outputting the data processed by the second converter to the output interface to the write data channel. an input interface for a read data channel; an output interface to a write data channel; a control-logic module; a First In First Out (FIFO) module; a first converter configured for: in response to receiving a first instruction, performing a first operation on first data read from an external memory via the input interface for the read data channel, wherein the first instruction instructs the first converter to perform the first operation; a first data selector configured for: in response to determining that a data operation is to be performed, selecting data processed by the first converter, and writing the data processed by the first converter into the FIFO module; a second converter configured for: in response to receiving a second instruction, performing a second operation on second data read from the FIFO module, wherein the second instruction instructs the second converter to perform the second operation; and a second data selector configured for: in response to determining that a data operation is to be performed, selecting data processed by the second converter, and outputting the data processed by the second converter to the output interface to the write data channel.
Method for the open jet filling of bottles or similar containers with a liquid filling product, using a filling machine of the rotary design type, the filling machine comprising filling stations (5, 5a) formed at a rotor and which are capable of being driven such as to circulate about a vertical machine axis, with each filling station comprising one filling element and one container carrier at which the respective container is held with its container opening (2.1) at a distance beneath a discharge opening (1.1) of the filling element such that the filling product is discharged in a controlled manner from the filling element during the filling and flows to the container opening (2.1) in a open full jet, wherein, in order to compensate for a deflection of the filling jet by the centrifugal force taking effect on it when the rotor is circulating, a relative movement takes place between the filling element, or the part of the filling element comprising the discharge opening, on the one hand, and the container or the container opening (2.1) on the other, in such a way that, by means of this centrifugal force compensation, the open filling product jet enters the container completely and centrically or essentially centrically through the container opening (2.1), characterised in that for the centrifugal force compensation, the filling element or the part of the filling element comprising the discharge opening (1.1) is moved as a function of the rotational speed of the rotor radially in the direction onto the machine axis in a controlled manner, and specifically by a controlled radial movement of the filling element and/or by controlled tilting or pivoting of the filling element about at least pivot axis oriented tangentially to the direction of rotation of the rotor and arranged above the discharge opening (1.1), and specifically in such a way that the radial spacing distance of the discharge opening (1.1) of the filling element from the machine axis decreases with increasing rotational speed of the rotor.
A method for wireless communications by a machine type communications, MTC, device (120, 120a-d), comprising: obtaining a payload of data to be transmitted to a base station (110, 110a-d); aggregating at least one physical uplink control channel, PUCCH, and at least one physical random access channel, PRACH; selecting a number of transmission time intervals, TTIs; and conveying the payload of data in the aggregated channels over the number of TTIs, wherein different portions of the payload of data are conveyed in different TTIs. obtaining a payload of data to be transmitted to a base station (110, 110a-d); aggregating at least one physical uplink control channel, PUCCH, and at least one physical random access channel, PRACH; selecting a number of transmission time intervals, TTIs; and conveying the payload of data in the aggregated channels over the number of TTIs, wherein different portions of the payload of data are conveyed in different TTIs.
A method for detecting in real time or a posteriori, that a predetermined mechanical stress has been exceeded by the stress to which a part of a magnetic material having a detectable magnetostriction is subjected, comprising the steps of: (a) applying a variable mechanical stress to the part; (b) measuring the curve of the magnetic field in the vicinity of the part according to an increasing stress (σ) which is applied thereto, up to said predetermined mechanical stress (σ max1); and (c) determining the shape of said curve by comparing it with reference curves, wherein the part of a magnetic material is deemed to have been stressed, in the past, with a maximum stress greater than said predetermined mechanical stress (σ max1) if said measured curve becomes close to a linear curve, is deemed not to have been stressed or to have had its magnetic past deleted by a magnetic processing if said measured curve becomes close to an exponential curve, and is deemed to have been stressed, in the past, with a maximum stress smaller than said predetermined mechanical stress if the measured curve becomes close to a straight line, and then has a stronger slope to join an exponential curve. (a) applying a variable mechanical stress to the part; (b) measuring the curve of the magnetic field in the vicinity of the part according to an increasing stress (σ) which is applied thereto, up to said predetermined mechanical stress (σ max1); and (c) determining the shape of said curve by comparing it with reference curves,
A recombinant AAV (rAAV) comprising a rAAV vector comprising a heterologous polynucleotide sequence comprising a nucleic acid sequence encoding a short-hairpin RNA (shRNA) specific for human sarcolipin in a therapeutically effective amount for decreasing SLN expression or activity in a cell, or a composition comprising said rAAV, for use in a method of preventing or treating Duchenne Muscular Dystrophy in a human subject.
Method of operating a pitch controlled wind turbine connected to the utility grid in response to an increase in wind velocity to above a predefined value, said method comprising the sequential steps of: - reducing the generated power by lowering one or more set points for a generator power controller, - allowing an intermediate increase in the generator speed (11a,b,c), and - reducing the generator speed by a means of pitching the wind turbine rotor blades. - reducing the generated power by lowering one or more set points for a generator power controller, - allowing an intermediate increase in the generator speed (11a,b,c), and - reducing the generator speed by a means of pitching the wind turbine rotor blades.
An orthodontic device (1, 11, 21, 31, 41), comprising: an inner housing (5, 15) covering teeth, an outer housing (3, 13) spaced from the inner housing, and covering an inner side wall and an outer side wall of the inner housing (5, 15), a bracket (8, 18) capable of pressing against the teeth and penetrating the inner housing (5, 15), and a pressing force adjusting mechanism capable of adjusting a pressing force of the bracket (8, 18) on the teeth. an inner housing (5, 15) covering teeth, an outer housing (3, 13) spaced from the inner housing, and covering an inner side wall and an outer side wall of the inner housing (5, 15), a bracket (8, 18) capable of pressing against the teeth and penetrating the inner housing (5, 15), and a pressing force adjusting mechanism capable of adjusting a pressing force of the bracket (8, 18) on the teeth.
A thermoacoustic sensor for measuring ultrasound, the sensor comprising: a heat flux sensor, having a front and a back, for detecting a temperature difference between the front and back of the heat flux sensor; and an ultrasound absorbing layer comprising rubber, attached to the heat flux sensor for absorbing ultrasound and converting it to heat, the ultrasound absorbing layer configured to act as an acoustic impedance matching layer. a heat flux sensor, having a front and a back, for detecting a temperature difference between the front and back of the heat flux sensor; and an ultrasound absorbing layer comprising rubber, attached to the heat flux sensor for absorbing ultrasound and converting it to heat, the ultrasound absorbing layer configured to act as an acoustic impedance matching layer.
Anew tumor cryoablation catheter, comprising a balloon and pipelines connected with a proximal end of the balloon; the pipelines are covered with a heat insulating layer; the pipelines include a gas intake pipeline and a gas return pipeline; a distal end of the gas intake pipeline extends into the balloon; wherein the balloon comprises a distal surface disposed at a distal end of the balloon; the balloon is provided with a support structure; the distal end of the balloon is fixedly connected with a distal end of the support structure; the support structure is a tubular net; and one portion of the support structure, which corresponds to the distal surface, is a flat surface; in a process of ablation, refrigerant input from the gas intake pipeline expands the balloon, and the distal surface is spread to form a flat surface at the distal end of the balloon and the refrigerant flows back through the gas return pipeline; and characterized in that a diameter of a wire of the net at one portion of the support structure, which corresponds to the distal surface of the balloon, is greater than a diameter of a wire of the net at another portion of the support structure, which corresponds to the proximal portion of the balloon; a proximal portion of the balloon bulges to form a hemispherical shape. the balloon comprises a distal surface disposed at a distal end of the balloon; the balloon is provided with a support structure; the distal end of the balloon is fixedly connected with a distal end of the support structure; the support structure is a tubular net; and one portion of the support structure, which corresponds to the distal surface, is a flat surface; in a process of ablation, refrigerant input from the gas intake pipeline expands the balloon, and the distal surface is spread to form a flat surface at the distal end of the balloon and the refrigerant flows back through the gas return pipeline; and characterized in that a diameter of a wire of the net at one portion of the support structure, which corresponds to the distal surface of the balloon, is greater than a diameter of a wire of the net at another portion of the support structure, which corresponds to the proximal portion of the balloon; a proximal portion of the balloon bulges to form a hemispherical shape.