mhurhangee/ep-ind-claims huggingface dataset:
An auto-transformer rectifier system comprising an input voltage and an n-pulse autotransformer rectifier unit ATRU, where pulse number n is m × 18, where m is an integer [1,2,...], having, m × 3 diode bridge rectifiers (5a, 5b, 5c) and balancing resistors to balance the power flow through the diode bridge rectifiers, the balancing resistors connected between the input voltage and input phases of one of the diode bridge rectifiers, and wherein the outputs of the diode bridge rectifiers are connected to each other; and characterised in that the balancing resistors have a variable resistance, the system further comprising a controller configured to identify imbalances between power flows of the respective diode bridge rectifiers and to adjust the resistance of the balancing resistors in response to the detected imbalance.
A scroll structure of a variable-throat exhaust turbocharger which scroll structure comprises a turbine casing and is equipped with a nozzle throat area varying mechanism for varying the blade angle of a plurality of nozzle vanes arranged in an annular flow passage formed in the inner side of a scroll chamber of the turbine casing whereby, in use, engine exhaust gas is introduced to the scroll chamber to pass through the annular flow passage to flow into a radial flow type turbine, wherein a nozzle assembly unit of said nozzle throat area varying mechanism comprises a plurality of nozzle vanes which are supported rotatably by an annular nozzle mount (4,) and an annular nozzle plate connected to said nozzle mount by means of a plurality of nozzle supports to sandwich said nozzle vanes; wherein said nozzle assembly unit is attached detachably in said turbine casing; and wherein said nozzle plate is located in the scroll chamber by attaching the nozzle assembly unit to the turbine casing to allow the nozzle plate to form part of the inside sidewall face of the scroll chamber and a wall face of the annular flow passage, wherein said nozzle plate is formed to have a cylindrical part extending parallel to the rotation center line of the turbine rotor and an annular plate part perpendicular to the cylindrical part and continuing thereto, the annular flow passage being formed between the annular nozzle mount and the annular plate part of the nozzle plate, and the inside periphery of the cylindrical part is continued to the annular flow passage side surface of the annular plate part with a curved surface to shroud the curved peripheries of the turbine blades extending from the inlet to the outlet of the turbine and characterised in that the cylindrical part of said nozzle plate is connected to the turbine casing by socket and spigot jointing at the end thereof to the turbine casing whereby the outer surface of the cylindrical part of the nozzle plate forms part of the inside circular surface of the scroll chamber.
Use of a nanosystem comprising metal atomic quantum clusters (AQCs) of at least two different sizes encapsulated in a nanocavity with an inner diameter less than or equal to approximately 10 nm as a marker for a security document, article or element, wherein the nanosystem is an spheroid-like nanometric supramolecular structure formed by one or two layers of amphiphilic molecules, wherein said amphiphilic molecules form the nanocavity at the inside of the nanosystem, and wherein the AQCs consist of less than 200 zero-oxidation-state metal atoms and with a size of less than 2 nm, wherein the metal atoms are selected from transition metal atoms and combinations thereof.
An optical packet processor, comprising: one or more optical packet inputs (12A-12N) adapted to receive asynchronous optical packets (10A-10N); one or more optical packet outputs (16A-16N) for outputting the optical packets; an optical packet interconnect adapted to connect the optical packet inputs to the optical packet outputs; one or more optical packet buffers (24A-24N) adapted to buffer the optical packets prior to be being output from the different optical packet outputs; and one or more optical packet synchronizers (22A-22N) adapted to synchronize the asynchronous optical packets with the optical packet buffers, wherein the one or more optical packet synchronizers are adapted to receive a reference timing that serves to provide a periodic time reference, and wherein the one or more optical packet synchronizers are adapted to synchronize the asynchronously received optical packets with the phase of the reference timing. one or more optical packet inputs (12A-12N) adapted to receive asynchronous optical packets (10A-10N); one or more optical packet outputs (16A-16N) for outputting the optical packets; an optical packet interconnect adapted to connect the optical packet inputs to the optical packet outputs; one or more optical packet buffers (24A-24N) adapted to buffer the optical packets prior to be being output from the different optical packet outputs; and one or more optical packet synchronizers (22A-22N) adapted to synchronize the asynchronous optical packets with the optical packet buffers, wherein the one or more optical packet synchronizers are adapted to receive a reference timing that serves to provide a periodic time reference, and wherein the one or more optical packet synchronizers are adapted to synchronize the asynchronously received optical packets with the phase of the reference timing.
A method performed by a wearable open audio device including one of a head, shoulder, or body-worn acoustic device that includes a microphone and one or more acoustic drivers to produce sound without physically obstructing a path between a user's ear canal and an outside world, the method comprising: outputting an audio signal by means of the one or more acoustic drivers; detecting ambient noise by means of the microphone; comparing a sound pressure level of the audio signal with a sound pressure level of the ambient noise; automatically adjusting the sound pressure level of the audio signal based, at least in part, on the comparison to generate an adjusted audio signal; outputting the adjusted audio signal by means of the one or more acoustic drivers; wherein: comparing the sound pressure level of the audio signal with the sound pressure level of the ambient noise comprises determining the absolute value of the difference between the sound pressure level of the audio signal and the sound pressure level of the detected ambient noise is greater than a first sound pressure threshold amount, responsive to the determination, adjusting the sound pressure level of the audio signal, and wherein: adjusting the sound pressure level of the audio signal comprises: adjusting the sound pressure level of the audio signal until the sound pressure level of the adjusted audio signal exceeds the sound pressure level of the detected ambient noise by more than a second sound pressure threshold amount, wherein the first and second sound pressure threshold amounts are different. outputting an audio signal by means of the one or more acoustic drivers; detecting ambient noise by means of the microphone; comparing a sound pressure level of the audio signal with a sound pressure level of the ambient noise; automatically adjusting the sound pressure level of the audio signal based, at least in part, on the comparison to generate an adjusted audio signal; outputting the adjusted audio signal by means of the one or more acoustic drivers; wherein: comparing the sound pressure level of the audio signal with the sound pressure level of the ambient noise comprises determining the absolute value of the difference between the sound pressure level of the audio signal and the sound pressure level of the detected ambient noise is greater than a first sound pressure threshold amount, responsive to the determination, adjusting the sound pressure level of the audio signal, and wherein: adjusting the sound pressure level of the audio signal comprises: adjusting the sound pressure level of the audio signal until the sound pressure level of the adjusted audio signal exceeds the sound pressure level of the detected ambient noise by more than a second sound pressure threshold amount, wherein the first and second sound pressure threshold amounts are different.
Uncooled furnace roller for the transport of continuously cast material of a continuous casting plant, comprising a cylindrical roller body and conical end members, which are respectively fastened to the ends of the roller body, characterised in that a cavity is formed within the furnace roller in the region of the roller body and/or at least one conical end member, the cavity being formed to be sealed relative to the atmosphere and being placed under vacuum so that a vacuum thermal insulation is present at least for the roller body or the conical end member.
Household appliance with a detergent dispenser tray with an inner region for receiving a liquid substance characterised in that the household appliance comprises an air duct for cooling the liquid substance in the detergent dispenser tray and an electric fan for generating an air flow through the air duct.
Plate-like backing pad adapted for releasable attachment to a hand-held polishing or sanding power tool, the backing pad comprising - a center axis, - a top surface, - a damping layer made of resilient plastic material and attached to the top surface, - an even bottom layer attached to a bottom surface of the damping layer and adapted for releasable attachment of a polishing or sanding member, and - an attachment member provided on the top surface and adapted for releasable attachment to a corresponding attachment element of the hand-held power tool, in particular of a tool shaft or an eccentric element of the hand-held power tool, wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region, characterized in that the central region is recessed in respect to the surrounding external region, and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member. - a center axis, - a top surface, - a damping layer made of resilient plastic material and attached to the top surface, - an even bottom layer attached to a bottom surface of the damping layer and adapted for releasable attachment of a polishing or sanding member, and - an attachment member provided on the top surface and adapted for releasable attachment to a corresponding attachment element of the hand-held power tool, in particular of a tool shaft or an eccentric element of the hand-held power tool, wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region, characterized in that the central region is recessed in respect to the surrounding external region, and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member. wherein the top surface of the backing pad has a central region extending around the center axis and an external region surrounding the central region, characterized in that the central region is recessed in respect to the surrounding external region, and that the attachment member is provided in the recessed central region of the top surface with the center axis extending through the attachment member and at least part of the central region surrounding the attachment member.
A method, comprising: determining, based on a current temperature of an aftertreatment system, that the aftertreatment system is in a cold-operation mode; initiating a low engine-out NOx (LEON) mode by controlling a component of a vehicle containing the aftertreatment system to decrease an instantaneous engine-out NOx (EONOx) amount and to increase exhaust energy relative to a normal operation mode for an engine; receiving information indicative of an operating status of the vehicle during the LEON mode; based on the information indicative of the operating status of the vehicle during LEON mode, disengaging the LEON mode; subsequent to disengaging the LEON mode, initiating a thermal management mode for the aftertreatment system based on the information indicative of the operating status of the vehicle during the LEON mode, wherein the TM mode is initiated by controlling a component of the vehicle to increase fueling to the engine for a power level by reducing engine efficiency and directing excess fuel to the aftertreatment system; receiving information indicative of an operating status of the vehicle during the TM mode; and based on the information indicative of the operating status of the vehicle during TM mode, disengaging the TM mode. determining, based on a current temperature of an aftertreatment system, that the aftertreatment system is in a cold-operation mode; initiating a low engine-out NOx (LEON) mode by controlling a component of a vehicle containing the aftertreatment system to decrease an instantaneous engine-out NOx (EONOx) amount and to increase exhaust energy relative to a normal operation mode for an engine; receiving information indicative of an operating status of the vehicle during the LEON mode; based on the information indicative of the operating status of the vehicle during LEON mode, disengaging the LEON mode; subsequent to disengaging the LEON mode, initiating a thermal management mode for the aftertreatment system based on the information indicative of the operating status of the vehicle during the LEON mode, wherein the TM mode is initiated by controlling a component of the vehicle to increase fueling to the engine for a power level by reducing engine efficiency and directing excess fuel to the aftertreatment system; receiving information indicative of an operating status of the vehicle during the TM mode; and based on the information indicative of the operating status of the vehicle during TM mode, disengaging the TM mode.
A data-stream allocation method for link aggregation, the method comprising: determining a data increment rate at a current time point for each of at least two wireless network modules of an electronic device, the at least two wireless network modules being in link aggregation status; obtaining a previously determined peak transmission rate for each of the at least two wireless network modules; determining a first round-trip time, RTT, at the current time point for each of the at least two wireless network modules; determining a first peak transmission rate at the current time point for each of the at least two wireless network modules according to the data increment rate of each of the at least two wireless network modules, the previously determined peak transmission rate of each of the at least two wireless network modules, and the first RTT of each of the at least two wireless network modules; determining (302, 410) a data-stream allocation weight for each of the at least two wireless network modules according to the first peak transmission rate of each of the at least two wireless network modules; and performing (303, 411) data-stream allocation for the at least two wireless network modules according to the data-stream allocation weight for each of the at least two wireless network modules. determining a data increment rate at a current time point for each of at least two wireless network modules of an electronic device, the at least two wireless network modules being in link aggregation status; obtaining a previously determined peak transmission rate for each of the at least two wireless network modules; determining a first round-trip time, RTT, at the current time point for each of the at least two wireless network modules; determining a first peak transmission rate at the current time point for each of the at least two wireless network modules according to the data increment rate of each of the at least two wireless network modules, the previously determined peak transmission rate of each of the at least two wireless network modules, and the first RTT of each of the at least two wireless network modules; determining (302, 410) a data-stream allocation weight for each of the at least two wireless network modules according to the first peak transmission rate of each of the at least two wireless network modules; and performing (303, 411) data-stream allocation for the at least two wireless network modules according to the data-stream allocation weight for each of the at least two wireless network modules.
A method for resource sensing by a wireless device (210, 300), the method comprising: acquiring, from a network node, an indication of resources associated with a first resource pool, the first resource pool for use in an exceptional communication with another device; acquiring, from the network node, an indication of resources associated with a second resource pool, the second resource pool for use in normal communication with the other device; identifying, by the wireless device (210, 300), a triggering event associated with signalling from the network node; based on the triggering event, determining, by the wireless device (210, 300), a need for the exceptional communication with the other device; sensing resources in at least one of the first resource pool and the second resource pool; selecting at least one resource from the second resource pool based on the sensing of the resources, if the sensing of the resources is completed; randomly selecting at least one resource from the first resource pool if the sensing of the resources is not completed or is unsuccessful; and transmitting, by the wireless device (210, 300), a message using the at least one resource selected from the first resource pool. acquiring, from a network node, an indication of resources associated with a first resource pool, the first resource pool for use in an exceptional communication with another device; acquiring, from the network node, an indication of resources associated with a second resource pool, the second resource pool for use in normal communication with the other device; identifying, by the wireless device (210, 300), a triggering event associated with signalling from the network node; based on the triggering event, determining, by the wireless device (210, 300), a need for the exceptional communication with the other device; sensing resources in at least one of the first resource pool and the second resource pool; selecting at least one resource from the second resource pool based on the sensing of the resources, if the sensing of the resources is completed; randomly selecting at least one resource from the first resource pool if the sensing of the resources is not completed or is unsuccessful; and transmitting, by the wireless device (210, 300), a message using the at least one resource selected from the first resource pool.
Arrangement having an internal combustion engine, at least one consumer (1, 2) and a hydrostatic drive for starting the internal combustion engine, with a hydraulic machine which is adjustable in a its swept volume by means of a hydraulic adjustment device, is operable as a pump and as a motor, and in a mode as a motor, is provided for driving the internal combustion engine, with at least one high pressure accumulator from which the hydraulic machine is suppliable with pressure medium via a pump line, which runs between a working connection of the hydraulic machine and the high pressure accumulator for the mode as a motor, and with an accumulator shut off valve having a first position and a second position, which is arranged in the pump line and by means of which a fluidic connection from the high pressure accumulator to the hydraulic machine is open in the first position and is shut off in the second position, wherein the hydraulic machine is adjustable by the adjustment device from a positive swept volume and pump mode via a zero position, in which the swept volume is zero, to a negative swept volume and motor mode, and wherein, for an adjustment to a negative swept volume, the adjustment device is suppliable with pressure medium from a pressure medium source via a control valve independently of the working connection of the hydraulic machine, characterized in that a consumer shut off valve is provided in the pump line, by means of which consumer shut off valve at least the one consumer (1, 2) can be shut off and can be separated from the hydraulic machine when the internal combustion engine is started.
An antiperspirant composition comprising a perfume, the perfume comprising, based on total perfume weight, from 0.001% to 0.1%, of a perfume raw material comprising a sulfur atom, wherein the perfume raw material comprising a sulfur atom is selected from the group consisting of from 0.001% to 0.1%, of a perfume raw material comprising a sulfide moiety; wherein the sulfide moiety is selected from the group consisting of 1-butylsulfanylbutane; 2-methylsulfanylpyrazine; 2-methyl-3-methylsulfanylpyrazine; 2-(methylsulfanylmethyl)pyrazine; and mixtures thereof; and such that the perfume raw material resists the fragrance habituation of a consumer to the antiperspirant composition.
A method of wireless communication performed by a user equipment, UE, comprising: identifying one or more multi-panel capabilities for multi-panel operation of a plurality of panels associated with the UE wherein the one or more multi-panel capabilities comprises: a time duration for switching between active panels, of the plurality of panels, that are scheduled for back-to-back transmission; and transmitting, to a base station, BS, an indication of the one or more multi-panel capabilities, and receiving, from the BS, an indication of a quantity of symbols between respective transmissions associated with the active panels. a time duration for switching between active panels, of the plurality of panels, that are scheduled for back-to-back transmission; and transmitting, to a base station, BS, an indication of the one or more multi-panel capabilities, and receiving, from the BS, an indication of a quantity of symbols between respective transmissions associated with the active panels.
A animal cage (11, 411, 511) comprising: a cage top, said cage top including one or more walls extending from a ceiling, and a cage base, said cage base including one or more walls extending from a floor, said ceiling and/or said base including a perforation section, said perforation section including a plurality of apertures, characterized in that an edge junction (18, 28) of the one or more walls of the cage base and/or a corner junction (19, 29) of the one or more wall or walls of the cage base and the floor are defined by curved surfaces of a first shape, wherein the first shape is a parabola, ellipse, hyperbola or spline. a cage top, said cage top including one or more walls extending from a ceiling, and a cage base, said cage base including one or more walls extending from a floor, said ceiling and/or said base including a perforation section, said perforation section including a plurality of apertures, characterized in that an edge junction (18, 28) of the one or more walls of the cage base and/or a corner junction (19, 29) of the one or more wall or walls of the cage base and the floor are defined by curved surfaces of a first shape, wherein the first shape is a parabola, ellipse, hyperbola or spline.