mhurhangee/ep-ind-claims huggingface dataset:
A receiver provided with a preparation mode and a reception mode, the receiver comprising: a signal generator; a mixer that is connected to the signal generator and an antenna, and the mixer is configured to output a signal at an intermediate frequency; a PLL demodulator configured to subject the signal at the intermediate frequency from the mixer to PLL demodulation; a detector configured to detect an amount of shift occurring in the PLL demodulator; an FSK demodulator configured to subject a signal from the PLL demodulator to FSK demodulation; and an AFC unit configured to detect a frequency offset in the signal from the PLL demodulator and causes the signal generator to make a correction for the frequency offset detected, wherein in the preparation mode, the signal generator is configured to output a continuous wave signal at the intermediate frequency; the mixer is configured to output the continuous wave signal at the intermediate frequency from the signal generator, and the detector is configured to detect the amount of shift in the signal from the PLL demodulator, and in the reception mode, the signal generator is configured to output a local oscillation signal, the mixer is configured to output the signal at the intermediate frequency based on the local oscillation signal from the signal generator and a signal at a radio frequency from the antenna, the FSK demodulator is configured to perform FSK demodulation by using the amount of shift detected by the detector, and the AFC unit is configured to detect the frequency offset by using the amount of shift detected by the detector. a signal generator; a mixer that is connected to the signal generator and an antenna, and the mixer is configured to output a signal at an intermediate frequency; a PLL demodulator configured to subject the signal at the intermediate frequency from the mixer to PLL demodulation; a detector configured to detect an amount of shift occurring in the PLL demodulator; an FSK demodulator configured to subject a signal from the PLL demodulator to FSK demodulation; and an AFC unit configured to detect a frequency offset in the signal from the PLL demodulator and causes the signal generator to make a correction for the frequency offset detected, wherein in the preparation mode, the signal generator is configured to output a continuous wave signal at the intermediate frequency; the mixer is configured to output the continuous wave signal at the intermediate frequency from the signal generator, and the detector is configured to detect the amount of shift in the signal from the PLL demodulator, and in the reception mode, the signal generator is configured to output a local oscillation signal, the mixer is configured to output the signal at the intermediate frequency based on the local oscillation signal from the signal generator and a signal at a radio frequency from the antenna, the FSK demodulator is configured to perform FSK demodulation by using the amount of shift detected by the detector, and the AFC unit is configured to detect the frequency offset by using the amount of shift detected by the detector.
Cuff for a laundry treatment device, having a loading door with a door body which has a housing and a tub arranged therein, - which forms a loading duct between a front housing opening and a tub opening facing this and - which has at least one inwardly extending sealing lip running in the circumferential direction with a contact side which abuts the door body when the loading door is closed, characterised in that - the contact side has a surface structure which comprises at least one elevation (21, 22) running in the circumferential direction. - which forms a loading duct between a front housing opening and a tub opening facing this and - which has at least one inwardly extending sealing lip running in the circumferential direction with a contact side which abuts the door body when the loading door is closed, - the contact side has a surface structure which comprises at least one elevation (21, 22) running in the circumferential direction.
Vehicle washing system for cleaning a vehicle with a carrier movable along a washing zone and a foam dispensing device to generate a foam curtain extending across the direction of travel of the carrier, wherein the foam dispensing device is arranged so as to be vertically adjustable on carrier, wherein the device comprises a runoff edge extending across the washing zone, and wherein the foam dispensing device is arranged on a vertically adjustable drying device of the vehicle washing system, characterized in that the drying device is adjustable, in particular pivotable about an axis, between a position in which the runoff edge faces the washing zone and a position in which the air outlets face the washing zone.
A method for block-copolymer lithography, the method comprising: - obtaining a self-organizing block-copolymer layer on a substrate, said self-organizing block-copolymer layer comprising at least two polymer components having mutually different etching resistances, said self-organizing block-copolymer layer furthermore comprising a copolymer pattern structure formed by micro-phase separation of said at least two polymer components, - applying at least once each of o first plasma etching of said self-organizing block-copolymer layer using plasma formed from a gas comprising an ashing gas or H2/N2, o second plasma etching of said self-organizing block-copolymer layer using a plasma formed from a substantially pure inert gas or mixture of inert gases in order to selectively remove a first polymer phase. - obtaining a self-organizing block-copolymer layer on a substrate, said self-organizing block-copolymer layer comprising at least two polymer components having mutually different etching resistances, said self-organizing block-copolymer layer furthermore comprising a copolymer pattern structure formed by micro-phase separation of said at least two polymer components, - applying at least once each of o first plasma etching of said self-organizing block-copolymer layer using plasma formed from a gas comprising an ashing gas or H2/N2, o second plasma etching of said self-organizing block-copolymer layer using a plasma formed from a substantially pure inert gas or mixture of inert gases in order to selectively remove a first polymer phase. o first plasma etching of said self-organizing block-copolymer layer using plasma formed from a gas comprising an ashing gas or H2/N2, o second plasma etching of said self-organizing block-copolymer layer using a plasma formed from a substantially pure inert gas or mixture of inert gases in order to selectively remove a first polymer phase.
Joinery having a concealed opening, comprising an openable sash which is equipped with a glazing, and a fixed frame concealing said openable sash, the stiles and rails of said openable sash being made of metal, and the outer face of said openable sash ending in a bearing surface, in parallel with said glazing, said glazing being placed on said bearing surface by said outer face, characterised in that the stiles and rails of said openable sash are made of steel and are assembled solely by welding, without any additional connection part, so as to form an integral sash without any cut lines, after applying a finish by painting, and in that it comprises a fixed frame made of aluminium.
A controller (4a; 4b) for an electromechanical actuator having a motor that is driven in response to a motor drive signal generated by the controller comprising: a first current limiter for limiting a current command (I_CMD_IN) to a maximum current limit in response to detecting that the current command at least one of exceeds a maximum current limit setpoint (I_MAX) or is less than a minimum current limit setpoint (I_MIN); and characterized by further comprising a second current limiter configured to limit the current command (I_CMD_IN) to a limited current command in response to detecting that the current command exceeds a topper detection limit for a specified time duration, the limited current command comprising a topper current limit, and wherein the current command is input to the first current limiter that limits the current command to the maximum current limit that is within a boundary between the maximum current limit setpoint and the minimum current limit setpoint, and further comprising an intermediate current limiter between the first current limiter and the second current limiter and wherein the second current limiter further limits the current command from the first current limiter or from the intermediate current limiter. a first current limiter for limiting a current command (I_CMD_IN) to a maximum current limit in response to detecting that the current command at least one of exceeds a maximum current limit setpoint (I_MAX) or is less than a minimum current limit setpoint (I_MIN); and characterized by further comprising a second current limiter configured to limit the current command (I_CMD_IN) to a limited current command in response to detecting that the current command exceeds a topper detection limit for a specified time duration, the limited current command comprising a topper current limit, and wherein the current command is input to the first current limiter that limits the current command to the maximum current limit that is within a boundary between the maximum current limit setpoint and the minimum current limit setpoint, and further comprising an intermediate current limiter between the first current limiter and the second current limiter and wherein the second current limiter further limits the current command from the first current limiter or from the intermediate current limiter.
A method for generating a 3D view of an object, the method comprising: capturing image data from a plurality of viewpoints around an object, the image data comprising a sequence of image frames as a camera rotates around the object; analyzing the image data for quality, wherein analyzing the image data comprises: detecting non-constant camera rotation based on a fixed reference marker; and compensating for the non-constant camera rotation by removing image frames from the sequence of image frames showing non-constant rotation of the camera; creating a dataset of images based on the sequence of image frames, the dataset of images comprising a plurality of images of the object from different viewpoints around the object, for each of the plurality of images, data indicating a respective position or angle of the object in the image; filtering the dataset of images; generating data reference parameters; uploading the dataset of images and the data reference parameters through a network to a server; and generating, by the server, the 3D view of the object based at least in part on the dataset of images and the reference parameters. capturing image data from a plurality of viewpoints around an object, the image data comprising a sequence of image frames as a camera rotates around the object; analyzing the image data for quality, wherein analyzing the image data comprises: detecting non-constant camera rotation based on a fixed reference marker; and compensating for the non-constant camera rotation by removing image frames from the sequence of image frames showing non-constant rotation of the camera; detecting non-constant camera rotation based on a fixed reference marker; and compensating for the non-constant camera rotation by removing image frames from the sequence of image frames showing non-constant rotation of the camera; creating a dataset of images based on the sequence of image frames, the dataset of images comprising a plurality of images of the object from different viewpoints around the object, for each of the plurality of images, data indicating a respective position or angle of the object in the image; filtering the dataset of images; generating data reference parameters; uploading the dataset of images and the data reference parameters through a network to a server; and generating, by the server, the 3D view of the object based at least in part on the dataset of images and the reference parameters.
A method for transmitting a random access preamble, comprising: receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; transmitting the random access preamble to the base station, the random access preamble generated on the basis of the cyclic shift increment and a root sequence; wherein the root sequence is a Zadoff-Chu sequence and values of the set of cyclic shift increments comprise a value of 0 and (K + 1) quantity of non-zero values and a k th non-zero value of the ( K +1) quantity of non-zero values satisfies an equation: N CS k = ⌊ N ZC / N pre 0 × a k + a / 1 − a × a k − 1 ⌋, k = 0, 1, 2... K; wherein N CS ( k) represents the k th non-zero value, ⌊ N ZC / N pre 0 × a k + a / 1 − a × a k − 1 ⌋ denotes the maximum integer not greater than N ZC /[ N pre × a k + a /(1 - a) × ( a k - 1)],[ N pre × a k + a/(1 - a) × ( a k -1)] denotes an integer obtained by rounding N pre × a k + a / (1 - a) × ( a k - 1), N pre = 64, N ZC is a length of the Zadoff-Chu sequence, K=14 and wherein a = 0.856 or a satisfies the following equation: N pre k = N pre 0 a k + a 1 − a a k − 1, wherein N pre = 64, N pre =2, K =14. receiving, from a base station, a specified cyclic shift increment which is one of a set of cyclic shift increments; transmitting the random access preamble to the base station, the random access preamble generated on the basis of the cyclic shift increment and a root sequence; wherein the root sequence is a Zadoff-Chu sequence and values of the set of cyclic shift increments comprise a value of 0 and (K + 1) quantity of non-zero values and a k th non-zero value of the ( K +1) quantity of non-zero values satisfies an equation: N CS k = ⌊ N ZC / N pre 0 × a k + a / 1 − a × a k − 1 ⌋, k = 0, 1, 2... K;
Hand-held device for delivering portions of sprayable substances, in particular inhaler medicaments, having a cartridge which is displaceable in a housing into the open position for delivery by pressing, and an indexing mechanism which is moved along with and by the cartridge during the opening stroke thereof, for registering and displaying delivery actuations which have been carried out, which indexing mechanism is disposed in a housing centrally below the opening-side end wall of the cartridge, overlappingly with respect to the valve tube of the cartridge, characterized by a step-by-step indexing mechanism which is disposed in a plate-shaped housing and has indexing members (S, 28, 29, 16, 17, 20, 15, 21, 22, 13, 26) which revolve about axes lying in the longitudinal direction of the cartridge, wherein, a scale of the step-by-step indexing mechanism is configured as a graduated ring which revolves concentrically with the valve tube and is rotated step-by-step by a toothed ring, which likewise revolves concentrically with the valve tube and is driven by the opening stroke of the cartridge, via a planet-wheel gear mechanism, wherein, a step-by-step indexing-finger star is provided, a hub of the step-by-step indexing-finger star is seated on an end surface of a supporting portion for the valve tube, which supporting portion is on the hand-held device-housing side and the step-by-step indexing-mechanism housing when an actuating stroke of the cartridge is carried out together with an associated vertical displacement of the cartridge in the direction of the supporting portion, the step-by-step indexing-mechanism housing is carried along via a cartridge head, with displacement of the housing, the planet-wheel gear mechanism and the graduated ring relative to the step-by-step indexing-finger star, which receives support on the supporting portion.
A ballistic resistant material comprising at least one hybrid ply, which hybrid ply comprises a plurality of fibers or a plurality of tapes, or both, which plurality of fibers comprises at least two physically different fiber types and which plurality of tapes comprises at least two physically different tape types, which physically different fiber or tape types have at least one dissimilar physical property, wherein said fibers have a tenacity of at least 25 g/denier and said tapes have a tenacity of at least 20 g/denier and said fibers and tapes have a tensile modulus of about 300 g/denier or more, and wherein said at least two physically different fiber or tape types are formed from the same polymer.
A power-transmitting device for performing wireless power supply to a power-receiving device having a relatively movable relationship using coil pairs (5A, 5B) disposed to be opposable, and supplies power to a load that the power-receiving device includes, the power-transmitting device comprising: a recessed section configured to accommodate at least a part of the power-receiving device with a gap; a first coil configured to constitute the opposable coil pair on first wall portion of the recessed section facing each other; a second coil configured to constitute the opposable coil pair on the second wall portion of the recessed section facing each other, characterized in that the power-transmitting device comprises a controller configured to control power supplied respectively to the first coil and the second coil on the basis of power supply efficiency of the respective coil pairs (5A, 5B) on one and the second wall portion of the recessed section facing each other, wherein the controller is configured to calculate the power supply efficiency from losses of the respective coil pairs (5A, 5B), and wherein the controller is configured to increase power which is supplied to the coil constituting the coil pair with higher power supply efficiency and to decrease power which is supplied to the coil constituting the coil pair with lower power supply efficiency when the power supplied to the load is within a set range. a recessed section configured to accommodate at least a part of the power-receiving device with a gap; a first coil configured to constitute the opposable coil pair on first wall portion of the recessed section facing each other; a second coil configured to constitute the opposable coil pair on the second wall portion of the recessed section facing each other, characterized in that the power-transmitting device comprises a controller configured to control power supplied respectively to the first coil and the second coil on the basis of power supply efficiency of the respective coil pairs (5A, 5B) on one and the second wall portion of the recessed section facing each other, wherein the controller is configured to calculate the power supply efficiency from losses of the respective coil pairs (5A, 5B), and wherein the controller is configured to increase power which is supplied to the coil constituting the coil pair with higher power supply efficiency and to decrease power which is supplied to the coil constituting the coil pair with lower power supply efficiency when the power supplied to the load is within a set range.
A method comprising: determining that a user equipment, UE, is approximately stationary for a threshold period of time within a particular geographic area based, at least in part, on a radio access network, RAN, node to which the UE is attached; the method characterized by: notifying the UE that the UE has been associated with the particular geographic area; and transitioning the UE into an idle mode from an active mode, wherein the transitioning is performed by the RAN node without notifying a core network that the UE has transitioned to the idle mode. notifying the UE that the UE has been associated with the particular geographic area; and transitioning the UE into an idle mode from an active mode, wherein the transitioning is performed by the RAN node without notifying a core network that the UE has transitioned to the idle mode.
An electric insulation monitoring arrangement for monitoring electric insulation in an electric system comprising a first conductor and a second conductor, the electric insulation monitoring arrangement comprising: - an insulation monitoring device comprising a primary measuring unit configured to monitor a first voltage (V 1) between the first conductor and ground, and a second voltage (V 2) between the second conductor and ground, the insulation monitoring device being configured to determine an electric insulation of the electric system based on measurement data (V 1-1, V 2-1) relating to the first voltage (V 1) and the second voltage (V 2) from the primary measuring unit, characterized in that the electric insulation monitoring arrangement further comprises at least one secondary measuring unit configured to monitor the first voltage (V 1) and the second voltage (V 2) with respect to ground, wherein the at least one secondary measuring unit is provided separately from the insulation monitoring device, and that the insulation monitoring device is configured to use measurement data (V 1-2, V 2-2) relating to the first voltage (V 1) and the second voltage (V 2) received from the at least one secondary measuring unit to verify the determined electric insulation. - an insulation monitoring device comprising a primary measuring unit configured to monitor a first voltage (V 1) between the first conductor and ground, and a second voltage (V 2) between the second conductor and ground, the insulation monitoring device being configured to determine an electric insulation of the electric system based on measurement data (V 1-1, V 2-1) relating to the first voltage (V 1) and the second voltage (V 2) from the primary measuring unit, the electric insulation monitoring arrangement further comprises at least one secondary measuring unit configured to monitor the first voltage (V 1) and the second voltage (V 2) with respect to ground, wherein the at least one secondary measuring unit is provided separately from the insulation monitoring device, and that the insulation monitoring device is configured to use measurement data (V 1-2, V 2-2) relating to the first voltage (V 1) and the second voltage (V 2) received from the at least one secondary measuring unit to verify the determined electric insulation.
A method to analyze a fluid flow or to take a sample in a pipeline comprising at least temporarily homogenizing the fluid flow, wherein the method comprises the step of feeding an injection fluid in the fluid flow, using an eductor, wherein the eductor is arranged in the pipeline, wherein the eductor comprises a pressure inlet, a suction inlet, and an outlet, wherein the eductor is a pump device which uses the Venturi effect to draw liquid into the eductor via the suction inlet by the energy of a pressurized fluid flow through the eductor from the pressure inlet to the outlet, wherein the pressure inlet is connected to a source of pressurized injection fluid, wherein the suction inlet is arranged in a bottom region of the pipeline to suck in liquid from the bottom region, and wherein the outlet is arranged in the pipeline to discharge a mixture of at least the injection fluid and fluid from the bottom region of the pipeline into the pipeline, wherein the step of feeding injection fluid into the pipeline comprises feeding pressurized injection fluid to the eductor, mixing the injection fluid with fluid sucked in from the bottom region of the pipeline and discharging the mixture into the pipeline to homogenize the fluid flow in the pipeline characterized in that the outlet of the eductor is arranged in the pipeline such that an outflow direction of a fluid from the outlet is arranged at least partially parallel to a direction of the main flow in the pipeline, and that the outflow direction of the outlet is substantially directed to an analyzing device arranged in the pipeline, or substantially directed to a conduit inlet arranged in the pipeline of a conduit fluidly connected to an analyzing device, or substantially directed to a location to take the sample.