mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for monitoring a clearance of a blade of a wind turbine comprising: a signal transmitter provided on each blade of the wind turbine, the signal transmitter being installed at a top of a blade tip of the blade; a first signal receiver and a second signal receiver provided on a nacelle of the wind turbine, the wind turbine having a safety clearance plane, and the safety clearance plane being a plane which is located at a safety clearance position between the blade tip and a tower of the wind turbine and is parallel to an axis of the tower; and a control system communicatively connected with the first signal receiver and the second signal receiver, the control system determining whether there is a risk of tower sweeping, based on a sequence in which the first signal receiver and the second signal receiver receive a signal transmitted by the signal transmitter, characterized in that the first signal receiver and the second signal receiver are arranged symmetrically with respect to the safety clearance plane. a signal transmitter provided on each blade of the wind turbine, the signal transmitter being installed at a top of a blade tip of the blade; a first signal receiver and a second signal receiver provided on a nacelle of the wind turbine, the wind turbine having a safety clearance plane, and the safety clearance plane being a plane which is located at a safety clearance position between the blade tip and a tower of the wind turbine and is parallel to an axis of the tower; and a control system communicatively connected with the first signal receiver and the second signal receiver, the control system determining whether there is a risk of tower sweeping, based on a sequence in which the first signal receiver and the second signal receiver receive a signal transmitted by the signal transmitter, characterized in that the first signal receiver and the second signal receiver are arranged symmetrically with respect to the safety clearance plane.
A solar cell module sealed with a solar cell sealing material composed of an epoxy-modified polyolefin-based resin composition obtained by introducing epoxy groups by a graft reaction, the solar cell module having a solar cell surface located therein and an end-face seal portion, wherein the solar cell sealing material is provided so as to come into contact with the solar cell surface, and the end-face seal portion is sealed with the epoxy-modified polyolefin-based resin composition and includes a planar portion which is in the same plane as the solar cell surface in the solar cell module and where a solar cell is not present.
A disposable hygiene absorbent article, comprising a liquid permeable topsheet, a backsheet and an absorbent core disposed between said topsheet and said backsheet, wherein said topsheet is of a nonwoven web material having a dry coating, said coating comprising a. an organic acid, having a pKa value not exceeding 5.5 and/or a salt thereof, wherein said organic acid and/or salt thereof is selected from lactic acid, a buffered solution of lactic acid, sodium lactate, potassium lactate and calcium lactate or mixtures thereof; b. a surface-active agent; and c. a water-soluble polymer, with the proviso that when said water-soluble polymer comprises a polyalkyleneglycol, said polyalkyleneglycol has a weight average molecular weight of from 5,000 to 1,000,000 Da a. an organic acid, having a pKa value not exceeding 5.5 and/or a salt thereof, wherein said organic acid and/or salt thereof is selected from lactic acid, a buffered solution of lactic acid, sodium lactate, potassium lactate and calcium lactate or mixtures thereof; b. a surface-active agent; and c. a water-soluble polymer, with the proviso that when said water-soluble polymer comprises a polyalkyleneglycol, said polyalkyleneglycol has a weight average molecular weight of from 5,000 to 1,000,000 Da
A method of controlling a plurality of streams of a multiple-input-multiple-output wireless telecommunication network, said method comprising the steps of: determining whether an amount of data available for transmission that is greater than a maximum capacity (T 0) of one of said plurality of streams is below a threshold capacity of at least another of said plurality of streams; and if so, preventing transmission of at least one of said plurality of streams and storing said amount of data available for transmission that is greater than said maximum capacity in a buffer for subsequent transmission in one of a subsequent period or by another of said plurality of streams. determining whether an amount of data available for transmission that is greater than a maximum capacity (T 0) of one of said plurality of streams is below a threshold capacity of at least another of said plurality of streams; and if so, preventing transmission of at least one of said plurality of streams and storing said amount of data available for transmission that is greater than said maximum capacity in a buffer for subsequent transmission in one of a subsequent period or by another of said plurality of streams.
Method for singularizing a value document stack, in which the value document stack is disposed in a singularizing position, in which an extraction element is driven in such a manner that said extraction element transports at least one value document of the value document stack that contacts the extraction element in a singularizing direction in the direction of a singularizing gap that is configured between a transportation element and a counter-running element, in which when the value document reaches the singularizing gap the transportation element is driven in such a manner that said transportation element transports the value document further in the singularizing direction, in which the number of value documents extracted and transported through the singularizing gap is determined with the aid of a sensor unit that is disposed at a monitoring position downstream of the singularizing gap, in which the extraction element, the transportation element, and/or the counter-running element are/is actuated in a manner dependent on the number determined, and in which, when it has been determined with the aid of the sensor unit that a plurality of value documents have been conjointly extracted as a multiple extraction, the counter-running element is driven in such a manner that said counter-running element transports at least that value document of the multiple extraction that is contacted by the counter-running element back in the direction of the value document stack, in which the counter-running element is driven for at least such a time until the sensor unit detects the presence of only exactly one value document, and the transportation element subsequently is again driven in such a manner that said transportation element transports the remaining value document further in the singularizing direction, characterized in that it is determined with the aid of a further sensor whether the value document stack is disposed in a singularizing position, and in that, depending on the signal of said sensor, a transportation unit for transporting a value document stack from an input and/or output unit to a singularizing position is actuated.
A method for manufacturing a bar grating panel (1, 1', 1') from at least two rails (2, 2', 2") and a plurality of bars (3, 3', 3"), comprising the following successive steps: - forming notches (4, 4', 4") on the at least two rails (2, 2') or the bars (3"); - positioning the bars (3, 3', 3") on the rails (2, 2', 2") at the location of the notches (4, 4', 4"); - welding the bars (3, 3', 3") to the rails (2, 2', 2") so as to form the bar grating panel (1, 1', 1"), and - laminating the bar grating panel (1, 1', 1") with a plastic coating so as to cover the rails (2, 2', 2") and the bars (3, 3', 3") and fill the residual spaces between the bars (3, 3', 3") and the rails (2, 2', 2") at the notches (4, 4', 4"). - forming notches (4, 4', 4") on the at least two rails (2, 2') or the bars (3"); - positioning the bars (3, 3', 3") on the rails (2, 2', 2") at the location of the notches (4, 4', 4"); - welding the bars (3, 3', 3") to the rails (2, 2', 2") so as to form the bar grating panel (1, 1', 1"), and - laminating the bar grating panel (1, 1', 1") with a plastic coating so as to cover the rails (2, 2', 2") and the bars (3, 3', 3") and fill the residual spaces between the bars (3, 3', 3") and the rails (2, 2', 2") at the notches (4, 4', 4").
A resilient isolation member (140,340) for an electric machine having a housing, a stator within the housing, and an end shield, the resilient isolation member comprising a first end portion, a second end portion, and a sidewall extending between the first and second end portions and defining a generally annular shape having a central opening, the resilient isolation member (140,340) being sized for mounting between the end shield and the stator, with the first and second end portions (144,146) respectively abutting against a first inner portion of the end shield and a portion of the stator, characterised in that the resilient isolation member (140,340) comprises a lip (148,348) disposed along an outer surface of the sidewall, and in that the resilient isolation member (140,340) is sized for mounting between the end shield and stator with the lip abutting against a second inner portion of the end shield and a portion of the housing.
A covering for an architectural opening comprising in combination: a headrail; a fabric suspended from the headrail, said fabric including two cellular insulative components (26, 28), a first of said cellular components comprised of a pair of flexible, vertically-extending, parallel sheets (30, 32) interconnected at vertically-spaced locations by a plurality of horizontally-disposed flexible vanes defining a plurality of cells between said sheets (30, 32) and adjacent vanes, and the second of said components comprised of a plurality of vertically-adjacent, horizontally-disposed cells formed from droops of flexible material, said cells in said second component being defined between said droops of material and one of said sheets (26, 28) in said first component. a headrail; a fabric suspended from the headrail, said fabric including two cellular insulative components (26, 28), a first of said cellular components comprised of a pair of flexible, vertically-extending, parallel sheets (30, 32) interconnected at vertically-spaced locations by a plurality of horizontally-disposed flexible vanes defining a plurality of cells between said sheets (30, 32) and adjacent vanes, and the second of said components comprised of a plurality of vertically-adjacent, horizontally-disposed cells formed from droops of flexible material, said cells in said second component being defined between said droops of material and one of said sheets (26, 28) in said first component.
Manual gearbox of a hybrid drive for a motor vehicle, having two input shafts (GE1, GE2) and a common output shaft, it being possible for the first input shaft to be connected to the drive shaft of an internal combustion engine and to be drive-connected to the output shaft via a first group of selectively shiftable gear sets (G1, G3, G5; G1, G3, G5, G7), the second input shaft being drive-connected to the rotor (8, 8', 8") of an electric machine (EM, EM', EM") which can be operated as a motor and as a generator, and it being possible for the said second input shaft to be drive-connected to the output shaft via a second group of selectively shiftable gear sets (G2, G4; G2, G4, G6), and it being possible for both input shafts (GE1, GE2) to be drive-connected to one another via a switchable coupling apparatus (7.1, 7.2, 7.3, 7.6, 7.7), the first input shaft being arranged centrally, the second input shaft being configured as a hollow shaft and being arranged coaxially above the first input shaft, the coupling apparatus (7.1, 7.2, 7.3, 7.6, 7.7) being assigned to the second input shaft and being arranged at the gearbox-side end of the second input shaft, characterized in that the coupling apparatus (7.1, 7.2, 7.3, 7.6, 7.7) comprises a transmission stage (GK, G4; GK*, G7) and a switchable clutch (S; T, U; X, Y).
A method for transmitting an instant message, the method comprising the steps of: configuring a message receiving end by associating a plurality of auxiliary instant messaging accounts with a primary instant messaging account; requesting the message receiving end to receive a message from a message sending end; selecting a preferred target account from the primary instant messaging account and the plurality of auxiliary instant messaging accounts for receiving the message, wherein the preferred target account satisfies a precedent-messaging condition and/or has a current online presence according to a message delivery history, characterized in that the precedent-messaging condition requires that the preferred target account comprises the account most recently contacted by the sending end; determining (302; 402) whether the primary instant messaging account and at least one of the auxiliary instant messaging accounts are set to share messages, selecting (306; 407), in response to a determination that the primary instant messaging account and at least one of the auxiliary instant messaging accounts are not set to share messages (302: NO; 402: NO), the primary instant messaging account to be the preferred target account; and transmitting (307; 409) the message to the preferred target account, wherein the auxiliary instant messaging accounts are associated with the primary instant messaging account in groups. configuring a message receiving end by associating a plurality of auxiliary instant messaging accounts with a primary instant messaging account; requesting the message receiving end to receive a message from a message sending end; selecting a preferred target account from the primary instant messaging account and the plurality of auxiliary instant messaging accounts for receiving the message, wherein the preferred target account satisfies a precedent-messaging condition and/or has a current online presence according to a message delivery history, characterized in that the precedent-messaging condition requires that the preferred target account comprises the account most recently contacted by the sending end; determining (302; 402) whether the primary instant messaging account and at least one of the auxiliary instant messaging accounts are set to share messages, selecting (306; 407), in response to a determination that the primary instant messaging account and at least one of the auxiliary instant messaging accounts are not set to share messages (302: NO; 402: NO), the primary instant messaging account to be the preferred target account; and transmitting (307; 409) the message to the preferred target account, wherein the auxiliary instant messaging accounts are associated with the primary instant messaging account in groups.
Connecting device for releasably connecting two functional groups (1, 2), having a first connecting part which is assigned to a first of the functional groups (1, 2) and configures an area portion; and a second connecting part which is assigned to a second of the functional groups (1, 2) and has a vacuum element which along a fitting direction is connectable to the area portion of the first connecting part and in a connected position bears on the area portion and, when stressed by the effect of a vacuum, is held on the area portion, characterized in that the first connecting part in the connected position is mounted in relation to the second connecting part so as to be movable along a plane perpendicular to the fitting direction wherein, by moving the first connecting part relative to the second connecting part, the position of the vacuum element relative to the area portion is variable and, as a result thereof, the vacuum effect is able to be canceled in order for the first connecting part and the second connecting part to be released from one another. a first connecting part which is assigned to a first of the functional groups (1, 2) and configures an area portion; and a second connecting part which is assigned to a second of the functional groups (1, 2) and has a vacuum element which along a fitting direction is connectable to the area portion of the first connecting part and in a connected position bears on the area portion and, when stressed by the effect of a vacuum, is held on the area portion,
A binder composition comprising - 50 to 70% by weight of an acrylate ester of an epoxy-novolac resin, - 30 to 49% by weight of mono-, di- or trifunctional acrylates, - 0.1 to 2% by weight of a starter, - 0 to 10% by weight of other auxiliaries, wherein said binder composition essentially has no components that have a boiling point below 200°C under normal pressure. - 50 to 70% by weight of an acrylate ester of an epoxy-novolac resin, - 30 to 49% by weight of mono-, di- or trifunctional acrylates, - 0.1 to 2% by weight of a starter, - 0 to 10% by weight of other auxiliaries,
A battery module comprising: a cooling plate provided in a plate shape and including a plurality of slits at respective predetermined positions, the cooling plate having a top surface and a bottom surface; a plurality of battery cells uprightly disposed parallel to one another in one direction on the cooling plate; and a plurality of cooling fins, each cooling fin having a wall surface uprightly disposed over the cooling plate to come into contact with one surface of the battery cell and a lower flange integrally formed with the wall surface and disposed through the slit of the cooling plate, the plurality of cooling fins being spaced apart by a predetermined distance from one another and arranged between the plurality of battery cells, wherein the lower flange of each cooling fin is in contact with both the bottom surface and the top surface of the cooling plate. a cooling plate provided in a plate shape and including a plurality of slits at respective predetermined positions, the cooling plate having a top surface and a bottom surface; a plurality of battery cells uprightly disposed parallel to one another in one direction on the cooling plate; and a plurality of cooling fins, each cooling fin having a wall surface uprightly disposed over the cooling plate to come into contact with one surface of the battery cell and a lower flange integrally formed with the wall surface and disposed through the slit of the cooling plate, the plurality of cooling fins being spaced apart by a predetermined distance from one another and arranged between the plurality of battery cells, wherein the lower flange of each cooling fin is in contact with both the bottom surface and the top surface of the cooling plate.
A railway car fitted with an induction generator comprising magnets and electrical conductors for generating electricity, comprising a chassis comprising at least one axle with two wheels, wherein the axle is mounted in two bearings located near the two sides of the railway car, and wherein the generator comprises a rotor and a substantially cylindrical stator, which stator extends concentrically around the rotor, wherein the rotor is fixedly mounted around and on the axle,, characterised in that the wheels are located on the outer side of the bearings and in that the stator is mounted to the inner side of one of the bearings, in axial abutment therewith.
Hearing device to be worn in the ear canal, with a housing (17, 27), a signal-processing apparatus (15, 25), and a receiver (12, 22), characterized in that the signal-processing apparatus (15, 25) is arranged within the housing (17, 27) and the receiver (12, 22) is arranged partly within the housing (17, 27) and partly outside of the housing (17, 27), so that a double wall in the form of, firstly, the receiver wall and, secondly, the housing wall is dispensed with.
A radio frequency signal transceiver, wherein the transceiver comprises a transmission circuit, a pre-distortion circuit, and a receiving circuit; wherein the transmission circuit is configured to perform power amplification on an input first analog signal, wirelessly transmit the first analog signal after power amplification, and output the first analog signal after power amplification to the pre-distortion circuit; the pre-distortion circuit is configured to convert the first analog signal after power amplification output by the transmission circuit into a second analog signal, and output the second analog signal, wherein the second analog signal is used to feed back distortion of the first analog signal so as to compensate the first analog signal in advance according to the distortion; and the receiving circuit is configured to wirelessly receive a third analog signal, and process and output the third analog signal; wherein the transmission circuit comprises a first antenna oscillator, a first duplexer, and a power amplifier PA, wherein an input end of the PA is connected to an input end of the transmission circuit, an output end of the PA is connected to an input end of the first duplexer, a duplex end of the first duplexer is connected to a duplex end of the first antenna oscillator, and a radiation end of the first antenna oscillator is connected to an output end of the transmission circuit; an input end of the pre-distortion circuit is connected to the output end of the PA; and the receiving circuit comprises the first antenna oscillator, the first duplexer, and a low-noise amplifier LNA, wherein the radiation end of the first antenna oscillator is connected to an input end of the receiving circuit, the duplex end of the first antenna oscillator is connected to the duplex end of the first duplexer, an output end of the first duplexer is connected to an input end of the LNA, and an output end of the LNA is connected to an output end of the receiving circuit; or, the receiving circuit comprises a second antenna oscillator, a second duplexer, and the LNA, wherein a radiation end of the second antenna oscillator is connected to the input end of the receiving circuit, a duplex end of the second antenna oscillator is connected to a duplex end of the second duplexer, an output end of the second duplexer is connected to the input end of the LNA, and the output end of the LNA is connected to the output end of the receiving circuit; characterized in that the pre-distortion circuit comprises a second up-frequency conversion circuit and a first LO, wherein an input end of the second up-frequency conversion circuit is connected to the output end of the PA in the transmission circuit, a local oscillation input end of the second up-frequency conversion circuit is connected to a local oscillation output end of the first LO, and an output end of the second up-frequency conversion circuit is connected to an output end of the pre-distortion circuit.
A high-frequency surgical device for treatment of a tissue surface, comprising an electrode unit, in the case of which a first electrode is formed in a flat manner on a working surface, which is intended for tissue contact and which protrudes in a convex manner, and comprising a high-frequency generator, which comprises a high-frequency voltage source and to the one pole of which the first electrode can be connected for operation, wherein the high-frequency surgical device is formed and set up to create a plasma in a conductive liquid, wherein a second electrode, which can be connected to the same pole, is formed in a flat manner on the working surface, wherein a control unit is connected and formed to initially connect the first electrode to create a plasma by means of the first electrode, and to then additionally connect the second electrode, and wherein the control unit is formed to be additionally connected after detection of the ignition of the plasma by measuring the voltage between two poles of the high-frequency voltage source with the help of a measurement circuit.