mhurhangee/ep-ind-claims huggingface dataset:
A method comprising the following steps performed by a wireless device: receiving: a first scheduling request, SR, configuration corresponding to at least one first logical channel; and a second SR configuration corresponding to at least one second logical channel; based on the at least one first logical channel having data available for uplink transmission: setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. a first scheduling request, SR, configuration corresponding to at least one first logical channel; and a second SR configuration corresponding to at least one second logical channel; based on the at least one first logical channel having data available for uplink transmission: setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. setting a first counter, of the first SR configuration, to a first initial value; incrementing the first counter based on a transmission of a first SR associated with the at least one first logical channel; and transmitting a random access preamble in response to the first counter reaching a first counter value; and based on the at least one second logical channel having data available for uplink transmission: setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value. setting a second counter, of the second SR configuration, to a second initial value; incrementing the second counter based on a transmission of a second SR associated with the at least one second logical channel; and transmitting a random access preamble in response to the second counter reaching a second counter value.
Production system for series production, in particular of motor vehicles, having a container storage area for storing containers which contain components intended for production, having a plurality of removal shelves which are arranged at a distance from the container storage area and from which components are removable from containers by workers, and having transport means for transporting containers from the container storage area to the removal shelves, the transport means having at least one AGV (10, 50), i.e. a driverless transport vehicle (10, 50), on which a transport shelf is arranged and designed in such a way that containers can be removed from the transport shelf in a conveying direction, i.e. in a discharge direction, to removal shelves, characterized in that the transport shelf has a base body which is connected or can be connected to the AGV (10, 50) and on which a carrier for containers (58, 60, 62) to be transported is arranged, in that the carrier is arranged on the base body such that it can be adjusted transversely with respect to the discharge direction parallel to a substantially horizontal plane, and in that means are provided for adjusting the carrier relative to the base body, which means are designed in such a way that, with the AGV (10, 50) arranged in a fixed position in front of a removal shelf, the position of the carrier relative to the removal shelf can be adjusted transversely with respect to the delivery direction parallel to a substantially horizontal plane. the transport shelf has a base body which is connected or can be connected to the AGV (10, 50) and on which a carrier for containers (58, 60, 62) to be transported is arranged, in that the carrier is arranged on the base body such that it can be adjusted transversely with respect to the discharge direction parallel to a substantially horizontal plane, and in that means are provided for adjusting the carrier relative to the base body, which means are designed in such a way that, with the AGV (10, 50) arranged in a fixed position in front of a removal shelf, the position of the carrier relative to the removal shelf can be adjusted transversely with respect to the delivery direction parallel to a substantially horizontal plane.
A coupling element for a hose coupling for high-pressure hydraulic lines, - made from tubular connection nozzle that can be connected at the front end in a connecting area to a fitting and features a hose nipple at the other pushin end to hold a high-pressure hose that can be pushed on, - whereby, the hose nipple has projections in a retaining area dispersed radial to the high-pressure hose and aligned towards the high-pressure hose, characterized in that - the connection nozzle is a hybrid component, namely made from a plastic nozzle and has a support sleeve used as a pressure carrier that are connected to one another and can be disconnected, - whereby, the plastic nozzle has projections in the retaining area dispersed radial to the high-pressure hose and aligned towards the high-pressure hose and is provided with a conical seal in the connecting area. - made from tubular connection nozzle that can be connected at the front end in a connecting area to a fitting and features a hose nipple at the other pushin end to hold a high-pressure hose that can be pushed on, - whereby, the hose nipple has projections in a retaining area dispersed radial to the high-pressure hose and aligned towards the high-pressure hose, characterized in that - the connection nozzle is a hybrid component, namely made from a plastic nozzle and has a support sleeve used as a pressure carrier that are connected to one another and can be disconnected, - whereby, the plastic nozzle has projections in the retaining area dispersed radial to the high-pressure hose and aligned towards the high-pressure hose and is provided with a conical seal in the connecting area.
A dyeing composition for keratin fibers, preferably for human keratin fibers, more preferably for human hair, comprising: a) one or more alkalizing agent(s), b) HC Blue 18 and/or its salt(s), c) tetrabromophenol blue and/or its salt(s). a) one or more alkalizing agent(s), b) HC Blue 18 and/or its salt(s), c) tetrabromophenol blue and/or its salt(s).
Receiving system (1, 2) for an otological apparatus, which is intended to transmit information, the receiving system (1, 2) having an oscillation receiver, and the oscillation receiver being designed to receive a carrier signal at a carrier frequency, and the receiving system (1, 2) being designed to change a receive frequency for the carrier signal, the receiving system (1, 2) having a frequency regulator (9, 12, 14, 16) which is designed to at least indirectly detect the receive frequency and to change the receive frequency for the carrier signal to a predefined receive frequency and to lock on the predefined receive frequency, characterized in that the frequency regulator (9, 12, 14, 16) is at least indirectly connected to the oscillation receiver and is designed to generate an excitation signal and to excite the oscillation receiver to oscillate by means of the excitation signal and thus to generate a response oscillation at a response frequency and to determine the receive frequency on the basis of the response oscillation, the frequency regulator (9, 12, 14, 16) being designed to sample at least one period of the response oscillation and to detect zero crossings inside the period of the response oscillation, the frequency regulator being designed to duplicate the detected period of the response oscillation and to add a duplication result formed in this manner and the detected period of the response oscillation to one another and to detect the zero crossings contained in the addition result and to determine the response frequency of the response oscillation on the basis of the detected zero crossings, the excitation signal being a temporally limited pulse signal or a step signal or a noise signal.
A carrier substrate configured for supporting a substrate structure comprising a process substrate and a reinforced frame structure, the carrier substrate comprising: a base portion and a support portion arranged thereon, wherein the support portion and the base portion form a recess region configured for receiving the reinforced frame structure of the substrate structure; wherein the support portion comprises a support surface area configured for supporting the process substrate of the substrate structure, and characterized in that: the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer. a base portion and a support portion arranged thereon, wherein the support portion and the base portion form a recess region configured for receiving the reinforced frame structure of the substrate structure; wherein the support portion comprises a support surface area configured for supporting the process substrate of the substrate structure, and characterized in that: the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer. the carrier substrate is a wafer-shaped substrate, and a dimension of said carrier substrate corresponds to a standard dimension of a semiconductor standard wafer.
Harness for attachment to a person to be secured, in particular climbing harness or personal protective equipment, comprising a hip belt, a leg belt and an attachment point, wherein the leg belt comprises two leg loops each with two loop ends, the two loop ends each pass over into a leg connection portion extending between two opposite ends such that two loop ends are arranged at each end so that the leg connection portion connects the leg loops with each other, and the hip belt and the leg connection portion are connected to each other at the attachment point such that the attachment point is disposed between the leg loops; characterized in that the loop ends belonging to one leg loop are interwoven between the two ends in order to form the leg connection portion. the leg belt comprises two leg loops each with two loop ends, the two loop ends each pass over into a leg connection portion extending between two opposite ends such that two loop ends are arranged at each end so that the leg connection portion connects the leg loops with each other, and the hip belt and the leg connection portion are connected to each other at the attachment point such that the attachment point is disposed between the leg loops; characterized in that the loop ends belonging to one leg loop are interwoven between the two ends in order to form the leg connection portion.
Pushchair seat, comprises a seatback provided with a headrest and a canopy, said headrest being mounted mobile sliding with respect to said seatback, characterized in that a first portion of said canopy is articulated on said headrest, and mounted sliding parallel to the seatback at the same time as the headrest, and in that a second portion of said canopy is mounted sliding along a slider not parallel to said seatback, integral with a structure element of said seat and/or frame of said pushchair.
A decoder comprising a decoding element arranged to operate in a first mode for decoding a turbo encoded data stream and in a second mode for decoding a viterbi encoded control data stream, wherein the decoding element is responsive to a first control signal for switching from the first mode to the second mode during decoding of a turbo code block and responsive to a second control signal for switching from the second mode to the first mode to allow continued decoding of the turbo code block.
Electrodynamic sound transducer, having: - a transducer basket having at least one air passage, - a flexible membrane, - a magnetic system having a magnet, a magnetic back-iron, a pole plate, and an air gap between the pole plate and the magnet, - a voice coil on a substantially cylindrical coil carrier, which dips into the air gap and which is connected to the membrane for generating sound, and - a damping central element which is connected to the membrane, wherein - the sound transducer is designed to be free of beads and centrings on the membrane. - characterized in that - the coil carrier of the voice coil is connected to the membrane by a mounting adapter, - the membrane is configured as a three-dimensional free-form surface except for conical shapes, - the mounting adapter at the voice coil side is complementary in shape to the coil carrier of the voice coil and at the membrane side it is complementary in shape to the free-form surface of the membrane, - the mounting adapter is configured without steps between the coil carrier of the voice coil and the membrane, - the pole plate of the magnetic system is connected centrally and directly through the central element to the free-form surface of the membrane, - and a damper layer is arranged in the marginal region between the membrane and the transducer basket. - a transducer basket having at least one air passage, - a flexible membrane, - a magnetic system having a magnet, a magnetic back-iron, a pole plate, and an air gap between the pole plate and the magnet, - a voice coil on a substantially cylindrical coil carrier, which dips into the air gap and which is connected to the membrane for generating sound, and - a damping central element which is connected to the membrane, wherein - the sound transducer is designed to be free of beads and centrings on the membrane. - characterized in that - the coil carrier of the voice coil is connected to the membrane by a mounting adapter, - the membrane is configured as a three-dimensional free-form surface except for conical shapes, - the mounting adapter at the voice coil side is complementary in shape to the coil carrier of the voice coil and at the membrane side it is complementary in shape to the free-form surface of the membrane, - the mounting adapter is configured without steps between the coil carrier of the voice coil and the membrane, - the pole plate of the magnetic system is connected centrally and directly through the central element to the free-form surface of the membrane, - and a damper layer is arranged in the marginal region between the membrane and the transducer basket.
An electronic device comprising: a mobile wireless communications device comprising a first housing, a spatial diversity wireless transceiver carried by said first housing, at least one first antenna carried by said first housing and coupled to said spatial diversity wireless transceiver, a processor, and a connector carried by said first housing and coupled to said spatial diversity wireless transceiver and said processor; and an external antenna device comprising a second housing, and at least one second antenna carried thereby and configured to be coupled to said spatial diversity wireless transceiver; said spatial diversity wireless transceiver configured to selectively operate said at least one first antenna and said at least one second antenna to provide spatial diversity; said connector being configured to couple said spatial diversity wireless transceiver to said at least one second antenna and to be coupled to a wired headset; said processor configured to detect whether said external antenna device or the wired headset is coupled to said connector. a mobile wireless communications device comprising a first housing, a spatial diversity wireless transceiver carried by said first housing, at least one first antenna carried by said first housing and coupled to said spatial diversity wireless transceiver, a processor, and a connector carried by said first housing and coupled to said spatial diversity wireless transceiver and said processor; and a first housing, a spatial diversity wireless transceiver carried by said first housing, at least one first antenna carried by said first housing and coupled to said spatial diversity wireless transceiver, a processor, and a connector carried by said first housing and coupled to said spatial diversity wireless transceiver and said processor; and an external antenna device comprising a second housing, and at least one second antenna carried thereby and configured to be coupled to said spatial diversity wireless transceiver; said spatial diversity wireless transceiver configured to selectively operate said at least one first antenna and said at least one second antenna to provide spatial diversity; said connector being configured to couple said spatial diversity wireless transceiver to said at least one second antenna and to be coupled to a wired headset; said processor configured to detect whether said external antenna device or the wired headset is coupled to said connector.
A peel-off type eyebrow coloring composition comprising 15 to 30 parts by weight of water, 0.01 to 0.05 part by weight of disodium EDTA, 0.5 to 2 parts by weight of polysorbate, 6 to 12 parts by weight of polyvinyl alcohol, 2 to 15 parts by weight of polyvinyl pyrrolidone, 0.3 to 6 parts by weight of a color, 1 to 30 parts by weight of dihydroxy acetone, 0.1 to 0.5 part by weight of phenoxy ethanol, 0.1 to 0.5 part by weight of citric acid, and 5 to 30 parts by weight of ethyl alcohol.
A light emitting apparatus (100, 200, 300, 400, 10, 10A, 10B, 50, 40) comprising: a substrate; and first and second light emitting sections provided on the substrate so as to be adjacent to each other, the first light emitting section emitting red light, the second light emitting section emitting blue light, the light emitting apparatus (100, 200, 300, 400, 10, 10A, 10B, 50, 40) emitting mixed-color light of the red light emitted from the first light emitting section and the blue light emitted from the second light emitting section, the first light emitting section being made up of (i) at least one first blue LED chip (102, 2, 52) which emits blue light and (ii) a resin which covers the at least one first blue LED chip and in which a red phosphor (109, 7b) is dispersed that emits red light upon receipt of excitation light from the at least one first blue LED chip, the second light emitting section being made up of at least one second blue LED chip (102, 2, 52) which emits blue light, characterized in that the light emitting apparatus (100, 200, 300, 400, 10, 10A, 10B, 50, 40) is configured to be used for plant cultivation and in that the at least one first blue LED chip (102, 2, 52), which constitutes the first light emitting section, is different in emission peak wavelength from the at least one second blue LED chip (102, 2, 52), which constitutes the second light emitting section. a substrate; and first and second light emitting sections provided on the substrate so as to be adjacent to each other, the first light emitting section emitting red light, the second light emitting section emitting blue light,
A method for producing an optical fiber, said method comprising the steps of: drawing a bare optical fiber from a preform in a furnace; and centering the bare optical fiber downstream of the furnace with a linear non-contact centering device; characterised in that the linear non-contact centering device comprises a wedge-shaped channel defined by at least two tapered side walls (40,42) for receiving forced fluid and the optical fiber, wherein the fiber is retained and centered within a region of said channel having the forced fluid which is sufficient to cause the fiber to be levitated within the channel substantially as a result of a pressure differential which is present between the fiber and the channel within the channel, wherein the side walls have an angle with respect to each other in the range of 10° to 60°. drawing a bare optical fiber from a preform in a furnace; and centering the bare optical fiber downstream of the furnace with a linear non-contact centering device; characterised in that the linear non-contact centering device comprises a wedge-shaped channel defined by at least two tapered side walls (40,42) for receiving forced fluid and the optical fiber, wherein the fiber is retained and centered within a region of said channel having the forced fluid which is sufficient to cause the fiber to be levitated within the channel substantially as a result of a pressure differential which is present between the fiber and the channel within the channel, wherein the side walls have an angle with respect to each other in the range of 10° to 60°.
A process for in situ regeneration of spent filter aid comprising the steps of: a) circulating a regenerating oil through a spent filter aid cake in a circulation loop at a temperature of from 40°C to 100°C, in a regenerating oil / spent filter aid (v/w) ratio of from 0,3/1 to 12/1,; b) removing the regenerating oil from the treated spent filter aid cake; and c) recovering the regenerated filter aid. a) circulating a regenerating oil through a spent filter aid cake in a circulation loop at a temperature of from 40°C to 100°C, in a regenerating oil / spent filter aid (v/w) ratio of from 0,3/1 to 12/1,; b) removing the regenerating oil from the treated spent filter aid cake; and c) recovering the regenerated filter aid.
U-shaped longitudinal reinforcement profile, preferably made from an aluminium alloy, for a reinforced partition for a waste collection vehicle container comprising a double skin wall (42, 43) formed from aluminium alloy profiles, said profile comprising: - two sides (89, 289) and a bottom connecting the former in such a way as to define a longitudinal slide, the sides (89, 289) having opposing faces (243, 244) defining the width of the slide, said slide being capable of housing the double skin wall (42, 43) inserted such that the outer faces (240, 241) of the double skin wall (42, 43) are respectively pressed against the opposing faces (243, 244) of the slide, - an overhang protruding from one of the sides, referred to as the inner side, and having an inner bearing surface, the width of the bearing surface of the overhang being greater than the width of the slide, characterised in that the inner bearing surface of the overhang is flush with the inner side, in that the overhang has, beneath the inner bearing surface, an oblique bearing surface moving closer to the inner bearing surface by moving away from the inner side, and in that the bottom has at least one longitudinal cell, and the overhang has at least one longitudinal cell (246, 247). - two sides (89, 289) and a bottom connecting the former in such a way as to define a longitudinal slide, the sides (89, 289) having opposing faces (243, 244) defining the width of the slide, said slide being capable of housing the double skin wall (42, 43) inserted such that the outer faces (240, 241) of the double skin wall (42, 43) are respectively pressed against the opposing faces (243, 244) of the slide, - an overhang protruding from one of the sides, referred to as the inner side, and having an inner bearing surface, the width of the bearing surface of the overhang being greater than the width of the slide,