mhurhangee/ep-ind-claims huggingface dataset:
A modular apparatus for a high-voltage direct-current transmission system, the apparatus comprising: a housing forming an external shape; an inclined surface formed at a front lower portion of the housing and inclined with respect to the ground; and a control board disposed in an installation space at a lower portion in the housing and configured to control components in response to control signals transmitted through a cable, characterized in that the apparatus comprises a display unit disposed on the inclined surface, the display unit is configured to show states of components and is connected with a cable for connection with a controller, and a connector for connection with the cable is disposed at the control board. a housing forming an external shape; an inclined surface formed at a front lower portion of the housing and inclined with respect to the ground; and a control board disposed in an installation space at a lower portion in the housing and configured to control components in response to control signals transmitted through a cable, characterized in that the apparatus comprises a display unit disposed on the inclined surface, the display unit is configured to show states of components and is connected with a cable for connection with a controller, and a connector for connection with the cable is disposed at the control board.
Weighing object carrier for a weighing cell, wherein said weighing object carrier can be connected to a load receiver of a weighing cell, wherein said weighing object carrier comprises a supporting structure and a multi-compartment weighing tray, and wherein • the supporting structure includes a coupling element serving to couple the supporting structure to the load receiver, and further includes a guiding and constraining element (26, 27, 28) through which the multi-compartment weighing tray can be movably connected to the supporting structure, and wherein further • the multi-compartment weighing tray is designed to be connected to the supporting structure or, more specifically, to the guiding and constraining element (26, 27, 28) of the supporting structure by simply seating or sliding the multi-compartment weighing tray into position, and wherein the multi-compartment weighing tray can be guided by the guiding and constraining element (26, 27, 28) for guided movement of the multi-compartment weighing tray relative to the supporting structure, characterized in that • the multi-compartment weighing tray has at least two receiving compartments arranged so that, through a rotary movement of the multi-compartment weighing tray, each of the receiving compartments can be brought sequentially into a defined, fixed loading position, and • the receiving compartments are arranged on a travel path in the shape of a full circle or part of a circle, and • there is a positioning device acting between the supporting structure and the multi-compartment weighing tray, whereby the receiving compartment that is currently next to be moved into the loading position can be precisely set into the loading position. • the supporting structure includes a coupling element serving to couple the supporting structure to the load receiver, and further includes a guiding and constraining element (26, 27, 28) through which the multi-compartment weighing tray can be movably connected to the supporting structure, and wherein further • the multi-compartment weighing tray is designed to be connected to the supporting structure or, more specifically, to the guiding and constraining element (26, 27, 28) of the supporting structure by simply seating or sliding the multi-compartment weighing tray into position, and wherein the multi-compartment weighing tray can be guided by the guiding and constraining element (26, 27, 28) for guided movement of the multi-compartment weighing tray relative to the supporting structure, characterized in that • the multi-compartment weighing tray has at least two receiving compartments arranged so that, through a rotary movement of the multi-compartment weighing tray, each of the receiving compartments can be brought sequentially into a defined, fixed loading position, and • the receiving compartments are arranged on a travel path in the shape of a full circle or part of a circle, and • there is a positioning device acting between the supporting structure and the multi-compartment weighing tray, whereby the receiving compartment that is currently next to be moved into the loading position can be precisely set into the loading position.
Method for controlling a reactive power output of a wind farm comprising a plurality of wind energy installations, a wind farm master and a line to a connection point for outputting generated electrical power to a grid, wherein the reactive power output of the wind farm is controlled by the wind farm master on the basis of a specified regime, characterized by during operation of the wind farm under normal grid conditions: - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime, - if this is not the case, changing over to a substitute regime, wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained. the reactive power output of the wind farm is controlled by the wind farm master on the basis of a specified regime, characterized by during operation of the wind farm under normal grid conditions: - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime, - if this is not the case, changing over to a substitute regime, wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained. - determining an actual reactive power output capability, - checking whether this capability is above an adjustable threshold value, - if this is the case, outputting reactive power according to the specified regime, - if this is not the case, changing over to a substitute regime, wherein the substitute regime differs from the specified regime in terms of the reactive power output in that it is more gentle and less reactive power is output, and wherein a control reserve is maintained.
A method for mitigating loads acting on a rotor blade of a wind turbine, the method comprising: determining, via a state estimator of a controller, a blade state estimation of the rotor blade; reconstructing, via the controller, one or more loading signals of the rotor blade from the blade state estimation using modal analysis such that the one or more loading signals include a lead time; comparing the one or more loading signals of the rotor blade to a loading threshold; implementing a control action based on the comparison such that the lead time provided by the one or more loading signals allows the control action to take effect before a damaging load occurs on the rotor blade; receiving a measured tip deflection of the rotor blade, a flap-wise natural frequency of the rotor blade for one or more resonant modes, and a gain for the one or more loading signals of the rotor blade, and estimating a future flap-wise blade tip deflection of the rotor blade for one or more resonant modes as a function of the measured tip deflection, the flap-wise natural frequency, and the gain for the one or more loading signals. determining, via a state estimator of a controller, a blade state estimation of the rotor blade; reconstructing, via the controller, one or more loading signals of the rotor blade from the blade state estimation using modal analysis such that the one or more loading signals include a lead time; comparing the one or more loading signals of the rotor blade to a loading threshold; implementing a control action based on the comparison such that the lead time provided by the one or more loading signals allows the control action to take effect before a damaging load occurs on the rotor blade; receiving a measured tip deflection of the rotor blade, a flap-wise natural frequency of the rotor blade for one or more resonant modes, and a gain for the one or more loading signals of the rotor blade, and estimating a future flap-wise blade tip deflection of the rotor blade for one or more resonant modes as a function of the measured tip deflection, the flap-wise natural frequency, and the gain for the one or more loading signals.
A hairspring for a hairspring-balance oscillator, comprising at least one leaf the cross section of which has a thickness and a height, said leaf forming turns at least one of which being provided with a plurality of apertures extending in the heightwise direction of the leaf and alternating with bridges, characterized in that the apertures are distributed at least over the entire length of a apertured turn or the apertured turns.
A vehicle control method for controlling movement of a vehicle based on the operation of a terminal device located outside the vehicle, comprising: providing the terminal device with a single first button; and receiving, from the terminal device, a first signal that indicates that the first button has been pressed; characterized by the steps of: based on the reception of the first signal, that indicates that the single first button has been pressed: unlocking vehicle doors and then placing the vehicle in a state in which movement control is permitted based on an operation of the terminal device. providing the terminal device with a single first button; and receiving, from the terminal device, a first signal that indicates that the first button has been pressed;
Lateral support system for laterally fixing a contact wire of an overhead line system, having at least one contact wire terminal, which is embodied to be fastened to the contact wire, and having at least one lateral support, which is connected at one end to the contact wire terminal, and the other end of which is embodied for movable connection to a supporting element of the overhead line system, wherein the lateral support has at least two lateral support segments (27, 28), which are arranged at an obtuse angle (β) with respect to one another, wherein the one lateral support segment is connected to the contact wire terminal and together these protrude beyond the other lateral support segment with a length of at least 120mm, preferably 150 mm, characterised in that the contact wire terminal widens at a right angle to the contact wire longitudinal direction at most in a range of greater than 65° with respect to a horizontal, wherein the horizontal runs along the lower edge of the contact wire and the region of greater than 65° is restricted with respect to the horizontal by straight lines which run obliquely to the first horizontal and laterally touch the contact wire. having at least one contact wire terminal, which is embodied to be fastened to the contact wire, and having at least one lateral support, which is connected at one end to the contact wire terminal, and the other end of which is embodied for movable connection to a supporting element of the overhead line system, wherein the lateral support has at least two lateral support segments (27, 28), which are arranged at an obtuse angle (β) with respect to one another, wherein the one lateral support segment is connected to the contact wire terminal and together these protrude beyond the other lateral support segment with a length of at least 120mm, preferably 150 mm, characterised in that the contact wire terminal widens at a right angle to the contact wire longitudinal direction at most in a range of greater than 65° with respect to a horizontal, wherein the horizontal runs along the lower edge of the contact wire and the region of greater than 65° is restricted with respect to the horizontal by straight lines which run obliquely to the first horizontal and laterally touch the contact wire.
A covering for an architectural opening, comprising: a rotatable outer roller defining an elongated slot extending along a length of the outer roller and opening to an interior of the outer roller; a rotatable inner roller received within the outer roller and defining a central longitudinal axis; a first shade coupled to the outer roller, the first shade retractable onto and extendable from the outer roller; and a second shade coupled to the inner roller, the second shade extending through the elongated slot and retractable onto and extendable from the inner roller; characterised in that: the elongated slot is substantially horizontally aligned with the central longitudinal axis of the inner roller when the first shade is in a fully extended position. a rotatable outer roller defining an elongated slot extending along a length of the outer roller and opening to an interior of the outer roller; a rotatable inner roller received within the outer roller and defining a central longitudinal axis; a first shade coupled to the outer roller, the first shade retractable onto and extendable from the outer roller; and a second shade coupled to the inner roller, the second shade extending through the elongated slot and retractable onto and extendable from the inner roller; characterised in that: the elongated slot is substantially horizontally aligned with the central longitudinal axis of the inner roller when the first shade is in a fully extended position.
Tile strip, comprising: - a base strip (8, 9) of substantially L-shaped cross-section, wherein the base strip (8, 9) has a bottom surface and an upright surface; - a decorative strip of substantially U-shaped cross-section arranged over the upright surface of the base strip (8, 9), whereby the height of the decorative strip tapers in wedge-like manner in longitudinal direction, characterized in that the height of the upright surface of the base strip (8, 9) tapers in wedge-like manner in longitudinal direction. - a base strip (8, 9) of substantially L-shaped cross-section, wherein the base strip (8, 9) has a bottom surface and an upright surface; - a decorative strip of substantially U-shaped cross-section arranged over the upright surface of the base strip (8, 9), whereby
A pipe joint comprising: a cylindrical nozzle side member with a shutoff valve, in said cylindrical nozzle side member being formed a passage; and a cylindrical filling apparatus side member with a shutoff valve, in said cylindrical filling apparatus side member being formed a passage, wherein when the nozzle side member and the filling apparatus side member are connected with each other, central axes of the passages (1A, 21A) of the nozzle side member and the filling apparatus side member do not form a same straight line, and the central axes of the passages (1A, 21A) are offset without intersecting, and the shutoff valves (5, 24) of the both members open to communicate the passages (1A, 21A) of the both members with each other, characterized in that, when the nozzle side member is separated from the filling apparatus side member, the shutoff valves (5, 24) of the both members (10, 20) close. a cylindrical nozzle side member with a shutoff valve, in said cylindrical nozzle side member being formed a passage; and a cylindrical filling apparatus side member with a shutoff valve, in said cylindrical filling apparatus side member being formed a passage, wherein when the nozzle side member and the filling apparatus side member are connected with each other, central axes of the passages (1A, 21A) of the nozzle side member and the filling apparatus side member do not form a same straight line, and the central axes of the passages (1A, 21A) are offset without intersecting, and the shutoff valves (5, 24) of the both members open to communicate the passages (1A, 21A) of the both members with each other, characterized in that, when the nozzle side member is separated from the filling apparatus side member, the shutoff valves (5, 24) of the both members (10, 20) close.
A computer-implemented method to participate in a data record distribution process using a blockchain, the data record distribution process including multiple input addresses and multiple output addresses, each address being controlled by a respective input node or output node, the method, implemented at one of the input nodes, comprising: obtaining a first public key associated with the output nodes; obtaining a key share (e i) of a second private key (e) associated with the input nodes, the second private key is unknown to any of the input nodes; collaborating in deriving a second public key corresponding to the second private key using secret share joining; collaborating in deriving a shared secret using the first public key, the key share, and secret share joining; and generating a first blockchain transaction that receives data records from the multiple input addresses and that has a stealth address (A pool) as an output address, wherein the stealth address is based on the first public key and the shared secret. obtaining a first public key associated with the output nodes; obtaining a key share (e i) of a second private key (e) associated with the input nodes, the second private key is unknown to any of the input nodes; collaborating in deriving a second public key corresponding to the second private key using secret share joining; collaborating in deriving a shared secret using the first public key, the key share, and secret share joining; and generating a first blockchain transaction that receives data records from the multiple input addresses and that has a stealth address (A pool) as an output address, wherein the stealth address is based on the first public key and the shared secret.
Tanning agent comprising a reaction solution containing a tanning-active component selected from the group consisting of glyceraldehyde, glycolaldehyde, acetals of these compounds, hemiacetals of these compounds and combinations thereof, wherein the reaction solution contains at least one other tanning-promoting component in addition to the tanning-active component, and wherein the reaction solution is obtained by partial oxidation and/or pyrolysis of an organic substance having a vicinal diol group. wherein the reaction solution contains at least one other tanning-promoting component in addition to the tanning-active component, and wherein the reaction solution is obtained by partial oxidation and/or pyrolysis of an organic substance having a vicinal diol group.
Method for forming corona shielding on a winding bar for high-voltage machines comprising end corona shielding in a first section and outer corona shielding in a second section, which adjoins the first section, said method comprising the following steps: - providing a first composition, which comprises a carrier material and a first filler contained therein and having a first electrical resistance; - providing a second composition, which comprises the same carrier material and a second filler contained therein and having a second electrical resistance, wherein the first and second fillers contain an identical dopable semiconductor material, whose doping determines the electrical resistance of the first and second fillers, and wherein the second resistance differs from the first resistance; - applying the first composition in the first section so as to form the end corona shielding; and - applying the second composition in the second section so as to form the outer corona shielding, wherein the first composition is set during application in such a way that the electrical resistance of the first composition decreases along the first section in the direction of the second section, and wherein, during application, the proportion by weight of the first filler and the proportion by weight of the second filler are varied continuously along the first section in such a way that the resistance of the first composition varies continuously along the first section and makes a continuous transition into the resistance of the second composition in the second section. - providing a first composition, which comprises a carrier material and a first filler contained therein and having a first electrical resistance; - providing a second composition, which comprises the same carrier material and a second filler contained therein and having a second electrical resistance, wherein the first and second fillers contain an identical dopable semiconductor material, whose doping determines the electrical resistance of the first and second fillers, and wherein the second resistance differs from the first resistance; - applying the first composition in the first section so as to form the end corona shielding; and - applying the second composition in the second section so as to form the outer corona shielding, the first composition is set during application in such a way that the electrical resistance of the first composition decreases along the first section in the direction of the second section, and wherein, during application, the proportion by weight of the first filler and the proportion by weight of the second filler are varied continuously along the first section in such a way that the resistance of the first composition varies continuously along the first section and makes a continuous transition into the resistance of the second composition in the second section.