mhurhangee/ep-ind-claims huggingface dataset:
An electric drive module for driving an axle comprising a housing, at least one electric motor attached to the housing, a main gear wheel mechanically connected to the electric motor by mechanical gears, a gearbox, wherein the gearbox input member is driven by the main gear wheel, an axle differential located in an axle differential housing (61, 62) and driven by a gearbox output, drive shafts (7, 8) driven by the axle differential, wherein the axis of the shafts (7, 8) is identical or parallel to the axis of the gearbox, and it further comprises a parking brake system characterized in that the parking brake system comprises a parking brake shaft, a pinion placed on the first side of the parking brake shaft, a brake disc placed on the side of the shaft opposite to the pinion, and a braking element adapted to exert a braking effect on the brake disc, wherein the parking brake system is placed such that the rotational movement of the main gear wheel is transmitted to the pinion.
Secondary cell comprising - a cathode having an electrically active cathode active material (1a, 1b), - an anode having an electrochemically active anode active material and - a liquid electrolyte where the cathode active material (1a, 1b) and/or the anode active material changes from a solid-phase form into a liquid-phase form which is soluble in the electrolyte during the charging or discharging process, where the secondary cell comprises at least one redox additive (2a, 2b) which is soluble in reduced form and oxidized form in the electrolyte and is suitable for reacting with the phase-changing electrode active material (1a, 1b) in a redox reaction in such a way that the electrode active material (1a, 1b) can be converted from the solid-phase form into the liquid-phase form, where the redox additive (2a, 2b) is selected from the group consisting of benzophenone, naphthalene, metallocenes and combinations thereof, characterized in that the redox potential of the redox additive (2a, 2b) is not greater or more positive than the sum of the absolute value of the, in particular initial, cathode overvoltage and the redox potential of the solid-phase form/liquid-phase form redox pair of the phase-changing cathode active material (1a, 1b). - a cathode having an electrically active cathode active material (1a, 1b), - an anode having an electrochemically active anode active material and - a liquid electrolyte
A wind turbine farm comprising: a plurality of individual wind turbines, each of which comprises an auxiliary component circuit; a wind turbine farm main circuit coupled between the plurality of individual wind turbines and an electrical grid; and an auxiliary transformer coupled between the wind turbine farm main circuit and the auxiliary component circuits of the plurality of individual wind turbines, wherein the auxiliary transformer is arranged to transmit power from the plurality of individual wind turbines back to each auxiliary component circuit. a plurality of individual wind turbines, each of which comprises an auxiliary component circuit; a wind turbine farm main circuit coupled between the plurality of individual wind turbines and an electrical grid; and an auxiliary transformer coupled between the wind turbine farm main circuit and the auxiliary component circuits of the plurality of individual wind turbines, wherein the auxiliary transformer is arranged to transmit power from the plurality of individual wind turbines back to each auxiliary component circuit.
A downhole signal transmission system for communicating data along a string of downhole components comprising a plurality of interconnected downhole components, comprising: one or more communications lines adapted to carry radio frequency signals along the string of downhole components; at least one communications master selected from the group: a surface interface, a downhole interface, and a node; and a plurality of low-power signal repeaters spaced along said string of downhole components, said signal repeaters being receptive to radio frequency signals, wherein said at least one communications master is adapted to communicate over said communication line(s) by modulating data onto pulses of radio frequency energy, and wherein at least one of said plurality of signal repeaters is adapted to regenerate said pulses of radio frequency energy involving the decoding of only a portion of said data modulated onto said pulses. one or more communications lines adapted to carry radio frequency signals along the string of downhole components; at least one communications master selected from the group: a surface interface, a downhole interface, and a node; and a plurality of low-power signal repeaters spaced along said string of downhole components, said signal repeaters being receptive to radio frequency signals, wherein said at least one communications master is adapted to communicate over said communication line(s) by modulating data onto pulses of radio frequency energy, and wherein at least one of said plurality of signal repeaters is adapted to regenerate said pulses of radio frequency energy involving the decoding of only a portion of said data modulated onto said pulses.
A method for generating and editing text from audio input, said method comprising: - queuing speech from a user in an audio queue; - transforming said speech stored in said audio queue into text through speech recognition; and - displaying said text to said user, CHARACTERISED IN THAT said method further comprises: - queuing a text editing event (106, 107) in said audio queue; - displaying to said user changes resulting from said text editing event while recognized text is continuously added at a previous cursor position which is different from that of the text editing event; - halting said speech recognition when all speech queued prior to said text editing event in said audio queue is transformed; - processing said text editing event and editing said text while queuing additional speech from said user in said audio queue; and - resuming said speech recognition when said text editing event has been processed. - queuing speech from a user in an audio queue; - transforming said speech stored in said audio queue into text through speech recognition; and - displaying said text to said user, - queuing a text editing event (106, 107) in said audio queue; - displaying to said user changes resulting from said text editing event while recognized text is continuously added at a previous cursor position which is different from that of the text editing event; - halting said speech recognition when all speech queued prior to said text editing event in said audio queue is transformed; - processing said text editing event and editing said text while queuing additional speech from said user in said audio queue; and - resuming said speech recognition when said text editing event has been processed.
A printing fluid cartridge configured to be inserted into a cartridge mounting portion in an insertion direction intersecting a gravitational direction in an upright position, the printing fluid cartridge comprising: a front face oriented toward the insertion direction when the printing fluid cartridge is inserted into the cartridge mounting portion; a rear face positioned opposite the front face with respect to the insertion direction and oriented toward the removal direction, when the printing fluid cartridge is inserted into the cartridge mounting portion; a top face extending between the front face and the rear face, and facing upward when the printing fluid cartridge is in the upright position; a chamber configured to store printing fluid therein; an electrical interface (75, 76, 77) disposed at the top face, such that the electrical interface (75, 76, 77) is exposed to an exterior of the printing fluid cartridge; a printing fluid supply portion comprising a printing fluid supply opening and configured to supply the printing fluid from an interior of the chamber to an exterior of the chamber via the printing fluid supply opening, wherein the printing fluid supply portion is positioned at the front face, wherein the electrical interface (75, 76, 77) is positioned above the printing fluid supply portion when the printing fluid cartridge is in the upright position, and positioned more rearward than the printing fluid supply opening with respect to the insertion direction, characterised in that when the printing fluid cartridge is in the upright position, the printing fluid supply portion is positioned at a lower portion of the front face. a front face oriented toward the insertion direction when the printing fluid cartridge is inserted into the cartridge mounting portion; a rear face positioned opposite the front face with respect to the insertion direction and oriented toward the removal direction, when the printing fluid cartridge is inserted into the cartridge mounting portion; a top face extending between the front face and the rear face, and facing upward when the printing fluid cartridge is in the upright position; a chamber configured to store printing fluid therein; an electrical interface (75, 76, 77) disposed at the top face, such that the electrical interface (75, 76, 77) is exposed to an exterior of the printing fluid cartridge; a printing fluid supply portion comprising a printing fluid supply opening and configured to supply the printing fluid from an interior of the chamber to an exterior of the chamber via the printing fluid supply opening, wherein the printing fluid supply portion is positioned at the front face, wherein the electrical interface (75, 76, 77) is positioned above the printing fluid supply portion when the printing fluid cartridge is in the upright position, and positioned more rearward than the printing fluid supply opening with respect to the insertion direction,
A disconnect assembly, comprising: a housing; a rotatably drivable input shaft including a first portion, a second portion extending from the first portion into the housing and a first clutch portion disposed along the second portion; a rotating element housed within the housing and including a second clutch portion, which is movable between a first position, in which the first and second clutch portions (25, 33) drivably register with each other, and a second position, in which the first and second clutch portions (25, 33) are displaced from each other; and a disconnect bearing disposed at an inner diameter of the first clutch portion and configured to radially and axially secure the input shaft relative to the rotating element with the second clutch portion disposed in the first or second position, the disconnect bearing comprising a sleeve bearing and a forward thrust bearing disposed at a forward end of the sleeve bearing; characterised in that the disconnect bearing further comprises an aft thrust bearing disposed at an aft end of the sleeve bearing, and a journal disconnect bearing disposed in a region partially bounded by the forward and aft thrust bearings (51, 52), the sleeve bearing and the inner diameter of the first clutch portion. a housing; a rotatably drivable input shaft including a first portion, a second portion extending from the first portion into the housing and a first clutch portion disposed along the second portion; a rotating element housed within the housing and including a second clutch portion, which is movable between a first position, in which the first and second clutch portions (25, 33) drivably register with each other, and a second position, in which the first and second clutch portions (25, 33) are displaced from each other; and a disconnect bearing disposed at an inner diameter of the first clutch portion and configured to radially and axially secure the input shaft relative to the rotating element with the second clutch portion disposed in the first or second position, the disconnect bearing comprising a sleeve bearing and a forward thrust bearing disposed at a forward end of the sleeve bearing; characterised in that the disconnect bearing further comprises an aft thrust bearing disposed at an aft end of the sleeve bearing, and a journal disconnect bearing disposed in a region partially bounded by the forward and aft thrust bearings (51, 52), the sleeve bearing and the inner diameter of the first clutch portion.
A lever plate system comprising: at least one lever plate operably attached to at least one support plate at a first pivot point, wherein the at least one lever plate occludes an opening in at least one notch in the at least one support plate in a closed position and exposes the opening in at least one notch in the at least one support plate in an open position; characterized in that the lever plate system further comprises at least one lever lock arm, operably attached to the at least one support plate at a second pivot point, that is in operable contact with the at least one lever plate such that the at least one lever lock arm prevents the at least one lever plate from moving from its closed position to its open position in a locked position, and allows the at least one lever plate to move from its closed position to its open position in a unlocked position; at least one spring, operably connected to the at least one lever plate and the at least one lever lock arm; and at least one release arm configured for operable contact with the at least one lever lock arm. at least one lever plate operably attached to at least one support plate at a first pivot point, wherein the at least one lever plate occludes an opening in at least one notch in the at least one support plate in a closed position and exposes the opening in at least one notch in the at least one support plate in an open position; characterized in that the lever plate system further comprises at least one lever lock arm, operably attached to the at least one support plate at a second pivot point, that is in operable contact with the at least one lever plate such that the at least one lever lock arm prevents the at least one lever plate from moving from its closed position to its open position in a locked position, and allows the at least one lever plate to move from its closed position to its open position in a unlocked position; at least one spring, operably connected to the at least one lever plate and the at least one lever lock arm; and at least one release arm configured for operable contact with the at least one lever lock arm.
A method for achieving a non-selfie-taking effect through selfie-taking, wherein the method is mainly applied to a photographing device, and the method comprises: displaying indication information on the photographing device, wherein the indication information is used to indicate a placement position and a placement angle of the photographing device, and wherein the indication information is to assist a user in photographing at least two images from a same placement position and a same placement angle; performing photographing according to the indication information to obtain the at least two images; removing arm part images that are separately comprised in the at least two images and that are photographed by the user by using the photographing device, to obtain at least two remaining images; and stitching the at least two remaining images. displaying indication information on the photographing device, wherein the indication information is used to indicate a placement position and a placement angle of the photographing device, and wherein the indication information is to assist a user in photographing at least two images from a same placement position and a same placement angle; performing photographing according to the indication information to obtain the at least two images; removing arm part images that are separately comprised in the at least two images and that are photographed by the user by using the photographing device, to obtain at least two remaining images; and stitching the at least two remaining images.
System for an electrical cable route for the transmission of electrical energy, the system having a first sensor for detecting electrical signals from the cable section, a processor unit, a data memory, and a signal interface, the data memory having stored a first set of curves comprising a plurality of first curves, each with an associated distance from the first sensor, each first curve representing an impulse response, predetermined by means of a cable model of the cable route, of an electrical impulse by a modeled partial discharge at the distance from the first sensor on the cable route associated with the respective first curve, wherein the first sensor is designed to detect an electrical signal, which is referred to as a first discharge signal and is caused by an actual partial discharge on the cable section, and is designed to transmit a first measurement signal M, which represents the first discharge signal, directly or indirectly to the processor unit, wherein the processor unit is configured to determine, based on the first measurement signal M, one of the first curves of the first set of curves as the first discharge curve which, among the first curves of the first set of curves, correlates best with the first discharge signal, wherein the processor unit is configured to determine a first sensor distance E of the actual partial discharge to the first sensor based on the distance associated with the first discharge curve, and wherein the signal interface is designed to transmit an output signal U which represents the first sensor distance E. a first sensor for detecting electrical signals from the cable section, a processor unit, a data memory, and a signal interface, the data memory having stored a first set of curves comprising a plurality of first curves, each with an associated distance from the first sensor, each first curve representing an impulse response, predetermined by means of a cable model of the cable route, of an electrical impulse by a modeled partial discharge at the distance from the first sensor on the cable route associated with the respective first curve, wherein the first sensor is designed to detect an electrical signal, which is referred to as a first discharge signal and is caused by an actual partial discharge on the cable section, and is designed to transmit a first measurement signal M, which represents the first discharge signal, directly or indirectly to the processor unit, wherein the processor unit is configured to determine, based on the first measurement signal M, one of the first curves of the first set of curves as the first discharge curve which, among the first curves of the first set of curves, correlates best with the first discharge signal, wherein the processor unit is configured to determine a first sensor distance E of the actual partial discharge to the first sensor based on the distance associated with the first discharge curve, and wherein the signal interface is designed to transmit an output signal U which represents the first sensor distance E.
A basestation, for use in a mobile communications system, the basestation being arranged for connection to a mobile network operator's core network over the internet by means of a broadband internet connection, the basestation comprising back-to-back software stacks arranged for: terminating messages in a first protocol from a UE which are intended for the mobile network, determining whether said messages need to be passed to the mobile network, determining whether said messages from the UE can be transmitted over the internet without passing to the mobile network, and and if so transmitting over the internet without passing over the mobile network, and recreating said messages in the first protocol for onward transmission to the mobile network only if it is determined that the said messages need to be passed to the mobile network, and thus reducing the number of messages passed to the mobile network, and for: terminating messages in the first protocol from the mobile network which are intended for the UE, and recreating said messages in the first protocol for onward transmission to the UE. terminating messages in a first protocol from a UE which are intended for the mobile network, determining whether said messages need to be passed to the mobile network, determining whether said messages from the UE can be transmitted over the internet without passing to the mobile network, and and if so transmitting over the internet without passing over the mobile network, and recreating said messages in the first protocol for onward transmission to the mobile network only if it is determined that the said messages need to be passed to the mobile network, and thus reducing the number of messages passed to the mobile network, and for: terminating messages in the first protocol from the mobile network which are intended for the UE, and recreating said messages in the first protocol for onward transmission to the UE.
A glow plug comprising: a sheath tube which is formed of a metal and which extends in an axial direction and has a closed front end; a heating element accommodated within the sheath tube; insulating powder which fills an interior of the sheath tube so as to surround the heating element; a rod-shaped lead which is formed of a metal and which is connected to the heating element and inserted into the sheath tube from a rear end of the sheath tube; and a seal member which is located in a seal portion of the sheath tube formed at the rear end of the sheath tube and which hermetically seals a gap between the sheath tube and the lead; the sheath tube is formed to have a substantially uniform outer diameter over an axial range including and extending beyond a range where the seal portion is formed, and the glow plug being characterized in that the sheath tube has an engagement projection formed at the seal portion and deformed so as to protrude radially inwardly. a sheath tube which is formed of a metal and which extends in an axial direction and has a closed front end; a heating element accommodated within the sheath tube; insulating powder which fills an interior of the sheath tube so as to surround the heating element; a rod-shaped lead which is formed of a metal and which is connected to the heating element and inserted into the sheath tube from a rear end of the sheath tube; and a seal member which is located in a seal portion of the sheath tube formed at the rear end of the sheath tube and which hermetically seals a gap between the sheath tube and the lead; the sheath tube is formed to have a substantially uniform outer diameter over an axial range including and extending beyond a range where the seal portion is formed, and the glow plug being characterized in that the sheath tube has an engagement projection formed at the seal portion and deformed so as to protrude radially inwardly.
A glazing comprising a glass substrate and a complex sheet made of a plastic comprising a plasticized polyvinyl butyral layer and a polyester film provided with a scratch-resistant and abrasion-resistant coating, an adhesive layer of thermoplastic polyurethane being inserted between the glass substrate and the polyvinyl butyral layer of the complex sheet of plastic, characterized in that the adhesion of the polyester film to the polyvinyl butyral layer, measured by exerting on a 1 cm wide strip of the polyester film a tensile force perpendicular to the surface of the glazing with a pull rate of 5 cm/min, is at least equal to 3 daN/cm and at most equal to 8 daN/cm.