mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a horizontally mounted planetary gearbox, the assembly comprising: high speed components of the gearbox; a housing for the high speed components; and a collar located at an output end of the housing and extending radially inward from an outer surface of the housing; wherein the collar retains lubricant in the gearbox when the gearbox is stationary; wherein the high speed components includes a bearing housing, the bearing housing including engagement means for one or more guide bars; characterised in that: the high speed components includes a high speed intermediate shaft assembly comprising a gear, the gear including one or more holes through which one or more guide bars can pass for engagement with the bearing housing, wherein the high speed intermediate shaft assembly can be moved along the guide bars and out of the housing. high speed components of the gearbox; a housing for the high speed components; and a collar located at an output end of the housing and extending radially inward from an outer surface of the housing; wherein the collar retains lubricant in the gearbox when the gearbox is stationary; wherein the high speed components includes a bearing housing, the bearing housing including engagement means for one or more guide bars; characterised in that: the high speed components includes a high speed intermediate shaft assembly comprising a gear, the gear including one or more holes through which one or more guide bars can pass for engagement with the bearing housing, wherein the high speed intermediate shaft assembly can be moved along the guide bars and out of the housing.
Method for operating a conveyor system for continuously or discontinuously conveying a reactive and/or hot and/or abrasive material to be conveyed along a conveying path, the conveyor system comprising a system housing which encases the conveying path and has at least one fluid inlet for directing fluid into the system housing, at least one fluid outlet (7, 9) for dispensing fluid from the system housing, a charging inlet for introducing material to be conveyed into the system housing, and a dispensing opening for dispensing material to be conveyed from the system housing, and with the exception of the at least one fluid inlet, the at least one fluid outlet (7, 9), and the charging inlet, is embodied so as to be technically fluid-tight, wherein the dispensing opening is a fluid outlet (7, 9) or a fluid inlet of the system housing, wherein a fluid is directed into the system housing through the at least one fluid inlet, and in a fluid flow direction, which is substantially parallel to a conveying direction in which material to be conveyed is transported through the system housing, is directed to the at least one fluid outlet (7, 9) through the system housing, and a fluid atmosphere in the system housing is closed-loop controlled in such a manner that said fluid atmosphere counteracts any ingress of a disturbance fluid from a neighbouring apparatus neighbouring the system housing into the system housing, wherein a fluid pressure in the system housing is closed-loop controlled to a nominal value which is higher than a current disturbance fluid pressure in the neighbouring apparatus, characterized in that the conveyor system has a fluid recirculation system by way of which fluid is directed into the system housing through at least one fluid inlet, and fluid exiting the system housing through at least one fluid outlet (7, 9) is trapped and reused. wherein the dispensing opening is a fluid outlet (7, 9) or a fluid inlet of the system housing, wherein a fluid is directed into the system housing through the at least one fluid inlet, and in a fluid flow direction, which is substantially parallel to a conveying direction in which material to be conveyed is transported through the system housing, is directed to the at least one fluid outlet (7, 9) through the system housing, and a fluid atmosphere in the system housing is closed-loop controlled in such a manner that said fluid atmosphere counteracts any ingress of a disturbance fluid from a neighbouring apparatus neighbouring the system housing into the system housing, wherein a fluid pressure in the system housing is closed-loop controlled to a nominal value which is higher than a current disturbance fluid pressure in the neighbouring apparatus, characterized in that the conveyor system has a fluid recirculation system by way of which fluid is directed into the system housing through at least one fluid inlet, and fluid exiting the system housing through at least one fluid outlet (7, 9) is trapped and reused.
A device for treatment of body tissue comprising a light diffuser circumferentially and endoluminally irradiating said tissue by laser light energy, said diffuser being connectable at its proximal end to a source of laser light energy via a flexible wave guide comprising a fiber optic core covered by an optical cladding having a refractive index smaller than that of the core, and a protective sheath, the distal end of the wave guide having its protective sheath (3, 14) at least partially removed to bare the core and its optical cladding and being provided with grooves (4, 5) adapted to refract and/or reflect the light propagating within the core and its optical cladding in generally radial directions, a cap transparent to the laser light enclosing the distal end of the core and its optical cladding in a fluid tight manner, wherein said grooves (4, 5) comprise at least two spiral grooves (4, 5), wherein said grooves (4, 5) extend through said optical cladding into said core, and wherein successive grooves (4, 5) of the respective spiral grooves are alternating along the longitudinally extending outer surface of the core and its optical cladding, wherein the outer surface of said optical cladding is fused in the region between said grooves (4, 5) to the inner diameter of the cap and/or wherein the outer surface of said optical cladding extending over a distance in front and/or behind the grooved region is fused to the inner diameter of the cap.
Method for recycling fibre composite materials, in which elements containing fibre composite material are passed into an impact reactor and comminuted by mechanical stress, the impact reactor having a cylindrical casing which is provided with a base at one end face and with a cover at the other end face, a rotatably mounted impact body being assigned to the base, the cylindrical casing, the base and the cover enclosing an impact reactor space, and the cover being provided with an opening for receiving the elements, the comminution by the impact body taking place in such a way as to result in fibre needles with an adhesive matrix as a comminution product.
A processing device of a network access node for generating phase-compensated modulation symbols, the processing device being configured to: obtain at least one modulation symbol, on a first orthogonal frequency division multiplexing, OFDM, sub-carrier of a synchronization signal block; obtain a frequency offset f M, wherein f M = M × Δ f, M being an offset in a number of sub-carriers between a center frequency of a system bandwidth of the network access node and a center frequency of a bandwidth of the synchronization signal block and Δ f being a subcarrier spacing; and generate, for each of the at least one modulation symbol, a phase-compensated modulation symbol on the first OFDM sub-carrier by multiplying the modulation symbol by e j 2 πM Δ f · l ·N CP, l T c in a baseband before performing an inverse fast Fourier transform, IFFT, on the phase-compensated modulation symbol, where 1 indicates an OFDM symbol 1, T C is a sampling period as a time unit, and N CP,l is a length of a cyclic prefix of the OFDM symbol 1 in samples (602a, 602b). obtain at least one modulation symbol, on a first orthogonal frequency division multiplexing, OFDM, sub-carrier of a synchronization signal block; obtain a frequency offset f M, wherein f M = M × Δ f, M being an offset in a number of sub-carriers between a center frequency of a system bandwidth of the network access node and a center frequency of a bandwidth of the synchronization signal block and Δ f being a subcarrier spacing; and generate, for each of the at least one modulation symbol, a phase-compensated modulation symbol on the first OFDM sub-carrier by multiplying the modulation symbol by e j 2 πM Δ f · l ·N CP, l T c in a baseband before performing an inverse fast Fourier transform, IFFT, on the phase-compensated modulation symbol, where 1 indicates an OFDM symbol 1, T C is a sampling period as a time unit, and N CP,l is a length of a cyclic prefix of the OFDM symbol 1 in samples (602a, 602b).
A system (100, 700) comprising: a light source (120, 720); a first camera (130, 730), wherein the first camera (130, 730) comprises a plurality of light-sensitive elements disposed on a focal surface (137, 737) of the first camera; a spatial light modulator (110, 200, 710), wherein the spatial light modulator (110, 200, 710) comprises a reflective layer disposed beneath a refractive layer, wherein the refractive layer is configured to have a refractive index that varies spatially across the spatial light modulator (110, 200, 710) according to a controllable gradient, wherein at least the direction and magnitude of the controllable gradient are electronically controllable, and wherein the refractive layer is chromatically dispersive; and an optical system, wherein the optical system is configured to (i) direct light from the light source (120, 720) to a target (105, 705), (ii) direct light emitted from the target (105, 705) in response to the light from the light source (120, 720) toward the spatial light modulator (110, 200, 710), and (iii) direct light emitted from the target (105, 705) and reflected from the spatial light modulator (110, 200, 710) to the first camera (130, 730) such that the focal surface (137, 737) of the first camera (130, 730) is conjugate to a focal surface (107, 707) passing through the target (105, 705). a light source (120, 720); a first camera (130, 730), wherein the first camera (130, 730) comprises a plurality of light-sensitive elements disposed on a focal surface (137, 737) of the first camera; a spatial light modulator (110, 200, 710), wherein the spatial light modulator (110, 200, 710) comprises a reflective layer disposed beneath a refractive layer, wherein the refractive layer is configured to have a refractive index that varies spatially across the spatial light modulator (110, 200, 710) according to a controllable gradient, wherein at least the direction and magnitude of the controllable gradient are electronically controllable, and wherein the refractive layer is chromatically dispersive; and an optical system, wherein the optical system is configured to (i) direct light from the light source (120, 720) to a target (105, 705), (ii) direct light emitted from the target (105, 705) in response to the light from the light source (120, 720) toward the spatial light modulator (110, 200, 710), and (iii) direct light emitted from the target (105, 705) and reflected from the spatial light modulator (110, 200, 710) to the first camera (130, 730) such that the focal surface (137, 737) of the first camera (130, 730) is conjugate to a focal surface (107, 707) passing through the target (105, 705).
A mobile station configured to communicate with a base station, the mobile station comprising: a transceiver configured to receive a downlink control channel; and a controller configured to determine whether a Cell Radio Network Temporary Identifier, C-RNTI, is included in the downlink control channel, wherein a resource allocation in the downlink control channel overrides a persistent downlink resource allocation for a Transmission Time Interval, TTI, if the C-RNTI is included in the downlink control channel, wherein the controller is configured to validate at least one resource for persistent scheduling when a modulation and coding scheme, MCS, field for the downlink control channel is set according to a predefined bit pattern, and wherein the transceiver is further configured to receive a first Hybrid Automatic Repeat Request, HARQ, transmission using persistent downlink resources. a transceiver configured to receive a downlink control channel; and a controller configured to determine whether a Cell Radio Network Temporary Identifier, C-RNTI, is included in the downlink control channel, wherein a resource allocation in the downlink control channel overrides a persistent downlink resource allocation for a Transmission Time Interval, TTI, if the C-RNTI is included in the downlink control channel, wherein the controller is configured to validate at least one resource for persistent scheduling when a modulation and coding scheme, MCS, field for the downlink control channel is set according to a predefined bit pattern, and wherein the transceiver is further configured to receive a first Hybrid Automatic Repeat Request, HARQ, transmission using persistent downlink resources.
A method, in a source base station, for providing a handover for a sub-set of bearers associated with a wireless terminal being served by the source base station, said sub-set of bearers being less than all bearers associated with the wireless terminal, the source base station being comprised in a wireless communications network, the method comprising: determining a need for a handover procedure; selecting the sub-set of bearers associated with the wireless terminal; and sending, by the source base station, to a target base station, a handover request for the sub-set of bearers characterized by wherein at least one bearer of the wireless terminal remains connected to the source base station. determining a need for a handover procedure; selecting the sub-set of bearers associated with the wireless terminal; and sending, by the source base station, to a target base station, a handover request for the sub-set of bearers characterized by wherein at least one bearer of the wireless terminal remains connected to the source base station.
A drive train comprising: a housing having a first end and a second end; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; a first transmission shaft extending between and connecting the first stage and the second stage; and a second transmission shaft extending between and connecting the second stage and the third stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis; and characterized in that the first transmission shaft extends through the second transmission shaft, and the first transmission shaft and the second transmission shaft are disposed coaxially on the drive train axis. a housing having a first end and a second end; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; a first transmission shaft extending between and connecting the first stage and the second stage; and a second transmission shaft extending between and connecting the second stage and the third stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis; and characterized in that
A method for phrase-based end-to-end text-to-speech synthesis, comprising: obtaining a text; identifying a target phrase in the text; determining a phrase context of the target phrase; obtaining a reference audio; generating an acoustic feature corresponding to the target phrase based at least on the target phrase and the phrase context and based on the reference audio; and generating a speech waveform corresponding to the target phrase based on the acoustic feature, wherein the generating an acoustic feature comprises: generating a context embedding representation of the phrase context; generating an acoustic embedding representation of the reference audio; obtaining a combined embedding representation through combining the context embedding representation, the acoustic embedding representation, and a phrase embedding representation of the target phrase; and generating the acoustic feature based on the combined embedding representation and through an acoustic model conditioned by the context embedding representation and the acoustic embedding representation. obtaining a text; identifying a target phrase in the text; determining a phrase context of the target phrase; obtaining a reference audio; generating an acoustic feature corresponding to the target phrase based at least on the target phrase and the phrase context and based on the reference audio; and generating a speech waveform corresponding to the target phrase based on the acoustic feature, wherein the generating an acoustic feature comprises: generating a context embedding representation of the phrase context; generating an acoustic embedding representation of the reference audio; obtaining a combined embedding representation through combining the context embedding representation, the acoustic embedding representation, and a phrase embedding representation of the target phrase; and generating the acoustic feature based on the combined embedding representation and through an acoustic model conditioned by the context embedding representation and the acoustic embedding representation. generating a context embedding representation of the phrase context; generating an acoustic embedding representation of the reference audio; obtaining a combined embedding representation through combining the context embedding representation, the acoustic embedding representation, and a phrase embedding representation of the target phrase; and generating the acoustic feature based on the combined embedding representation and through an acoustic model conditioned by the context embedding representation and the acoustic embedding representation.
Method for intermediately storing double-length substantially cylindrical semi-finished products (555,655), the method comprising the steps of: providing a tipping apparatus and forming double-length substantially cylindrical semi-finished products in the tipping apparatus; providing a cutting device and cutting the double-length semi-finished product into single products with the cutting device; providing a packer and packing single products in the packer; transporting the double-length semi-finished products from the tipping apparatus to the cutting device and transporting the single products from the cutting device to the packer, and intermediately buffering double-length substantially cylindrical semi-finished products in a buffer arranged between the tipping apparatus and the cutting device. providing a tipping apparatus and forming double-length substantially cylindrical semi-finished products in the tipping apparatus; providing a cutting device and cutting the double-length semi-finished product into single products with the cutting device; providing a packer and packing single products in the packer; transporting the double-length semi-finished products from the tipping apparatus to the cutting device and transporting the single products from the cutting device to the packer, and intermediately buffering double-length substantially cylindrical semi-finished products in a buffer arranged between the tipping apparatus and the cutting device.
Device for the fixing of planks to a substructure, which comprises the planks, the substructure and a connecting part, wherein the connecting part lies both against the substructure and against the underside of each of two neighbouring planks, and with an elastic protrusion (1.3) against a groove (2.1) on a side surface of each of two neighbouring planks, wherein the connecting part stretches from the substructure outwards into the slot between neighbouring planks and is anchored by a screw or a nail running vertically through the gap between two planks to the substructure, characterised by the fact that the width of the profile surface of the groove (2.1) along the side surface of the planks is at least three times as large as its depth, that this groove (2.1) features no edge surface area with an incline of less than 50°, and that the elastic protrusions (1.3) abut in the groove (2.1) in such a way that the entire edgeline touches a cross-sectional area of the groove (2.1).
A storage box for a plurality of tubular vessels or other elongated objects has • a box housing comprising • a housing base with a bottom wall, side walls (18, 19, 20) and a top housing opening and • a housing extension, which can be shifted from a stowed position, in which the housing extension forms a compact arrangement with the housing base, into an extended position, in which the housing extension elongates the housing base in a direction parallel to the bottom wall, • several strip-shaped carrier elements, which, in each case, have a row of parallel holders for elongated objects and are disposed parallel to and next to one another, • coupling elements (15, 16), which connect adjacent carrier elements with one another, so that they can be moved apart perpendicularly to their longitudinal axes up to a defined distance from one another, • guiding elements (15, 32, 51) at the carrier elements and at the box housing, which, when there is a shift, guide the carrier elements perpendicularly to their longitudinal axes, • wherein, in the stowed position, all carrier elements in the box housing are moved together and, in the extended position, can be shifted apart, so that a portion of the carrier elements is disposed in the housing base and a further portion of the carrier elements is shifted into the housing extension. • a box housing comprising • a housing base with a bottom wall, side walls (18, 19, 20) and a top housing opening and • a housing extension, which can be shifted from a stowed position, in which the housing extension forms a compact arrangement with the housing base, into an extended position, in which the housing extension elongates the housing base in a direction parallel to the bottom wall, • several strip-shaped carrier elements, which, in each case, have a row of parallel holders for elongated objects and are disposed parallel to and next to one another, • coupling elements (15, 16), which connect adjacent carrier elements with one another, so that they can be moved apart perpendicularly to their longitudinal axes up to a defined distance from one another, • guiding elements (15, 32, 51) at the carrier elements and at the box housing, which, when there is a shift, guide the carrier elements perpendicularly to their longitudinal axes, • wherein, in the stowed position, all carrier elements in the box housing are moved together and, in the extended position, can be shifted apart, so that a portion of the carrier elements is disposed in the housing base and a further portion of the carrier elements is shifted into the housing extension.