mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine having a tower, a nacelle mounted thereon, a rotor group rotatably mounted therein about an axis of rotation, and a rotor brake system which comprises at least one brake arrangement having at least one first brake element supported on the nacelle and at least one second brake element forming part of the rotor group, wherein a hydraulic actuating arrangement acting on the brake arrangement having a tank, a motor-pump unit, at least one actuating cylinder and a line and valve arrangement having a brake valve in the form of an electrically activatable 3/2-way valve which is disposed in the hydraulic line which acts on the brake working space of the at least one actuating cylinder and which connects the brake working space of the at least one actuating cylinder in its activated state to the motor-pump unit or alternatively in its non-activated state to the tank, characterized by the following features: a hydraulic actuating element controlled by the operating pressure prevailing in the brake working space of the at least one actuating cylinder is assigned to the brake valve in such a way that the brake valve assumes its activated state at an operating pressure prevailing above a predetermined threshold value; the brake valve is thereby part of a valve group comprising a second electrically activatable directional valve; the second electrically activatable directional control valve of the valve group forms a drain valve and is designed as a 2/2-way valve in such a way that it connects the brake working space of the at least one cylinder in its activated state connected to the tank or in its non-activated state disconnects the respective connection; at least when the brake valve is activated, a main non-return valve with flow direction to the at least one actuating cylinder is effective in the line arrangement between the motor-pump unit and the brake working space of the at least one actuating cylinder. a hydraulic actuating element controlled by the operating pressure prevailing in the brake working space of the at least one actuating cylinder is assigned to the brake valve in such a way that the brake valve assumes its activated state at an operating pressure prevailing above a predetermined threshold value; the brake valve is thereby part of a valve group comprising a second electrically activatable directional valve; the second electrically activatable directional control valve of the valve group forms a drain valve and is designed as a 2/2-way valve in such a way that it connects the brake working space of the at least one cylinder in its activated state connected to the tank or in its non-activated state disconnects the respective connection; at least when the brake valve is activated, a main non-return valve with flow direction to the at least one actuating cylinder is effective in the line arrangement between the motor-pump unit and the brake working space of the at least one actuating cylinder.
A composter for converting organic material into compost, comprising - a primary unit for receiving and compressing the organic material and increasing the pressure of the organic material to convert it into pre-compost, having a primary shaft disposed within a primary housing, the primary shaft in turn comprising a portion having an auger screw, the spiral of the auger screw tapers in radial length toward one of its ends, and a thickening portion in which the diameter of the primary shaft increases in the direction of the inner diameter of the primary housing, in particular as a conical portion, and - a secondary unit which receives the pre-compost from the primary unit and shreds and breaks up the pre-compost, comprising means for shredding and breaking up the pre-compost in order to convert it into compost, which are arranged within a secondary housing. - a primary unit for receiving and compressing the organic material and increasing the pressure of the organic material to convert it into pre-compost, having a primary shaft disposed within a primary housing, the primary shaft in turn comprising a portion having an auger screw, the spiral of the auger screw tapers in radial length toward one of its ends, and a thickening portion in which the diameter of the primary shaft increases in the direction of the inner diameter of the primary housing, in particular as a conical portion, and - a secondary unit which receives the pre-compost from the primary unit and shreds and breaks up the pre-compost,
A preparation method of an optically active compound of prulifloxacin shown in the general formula 1 below or physiologically acceptable pharmaceutical salts thereof, wherein their stereo configuration are S configuration and they have optical activity of levorotatory polarized light: characterized in that levo-ulifloxacin shown in formula 2 below and the compound shown in formula 3 below are utilized as raw materials and reacted in organic solvent in the presence of alkaline materials, the reaction formula is shown below: wherein the compound shown in formula 3 is 4-bromomethyl-5-methyl-1,3-dioxolen-2-one (X is bromo); reaction temperature is -20∼60 °C and reaction time is 15 minutes to 24 hours; raw material ratio: the ratio of levo-ulifloxacin to the compound shown in formula 3 to alkaline material is 1: 0.8∼2: 0.5∼5 by mole; and said alkaline material is inorganic base or organic base; and wherein said inorganic base is potassium carbonate, or potassium bicarbonate, and said organic base is triethylamine, N,N-diisopropylethylamine, or diisopropylamine. wherein the compound shown in formula 3 is 4-bromomethyl-5-methyl-1,3-dioxolen-2-one (X is bromo); reaction temperature is -20∼60 °C and reaction time is 15 minutes to 24 hours; raw material ratio: the ratio of levo-ulifloxacin to the compound shown in formula 3 to alkaline material is 1: 0.8∼2: 0.5∼5 by mole; and said alkaline material is inorganic base or organic base; and wherein said inorganic base is potassium carbonate, or potassium bicarbonate, and said organic base is triethylamine, N,N-diisopropylethylamine, or diisopropylamine.
A helicopter rotor transmission with a transmission housing in which at least one central drive gear is mounted such that it can be rotated by at least one drive train, wherein by means of the gear ring, indirectly a plurality of planetary gears arranged on planetary gear carriers defining respective planetary gear axes are mounted such that they can rotate, whereby a rotatable rotor mast can be rotatably driven about a central axis by means of a helicopter transmission, the helicopter rotor transmission has a central cavity, in which runs a locationally and rotationally fixed bearing mast, which is held passing through the gear housing at least partially in the direction of the central axis, wherein the central drive gear is mounted on the bearing mast such that it can rotate, and by means of a sun wheel connected with the drive gear, a rotation of planetary drive gears about the planetary gear axes can be achieved on a side of the planetary gear carriers facing the drive gear, characterised in that, the planetary drive gears are in each case arranged parallel to and rotationally fixed with the planetary gears, wherein by way of an operative connection between an internally toothed gear ring that can rotate about the central axis and planetary gears, surrounded by the gear ring, and mounted in a fixed manner such that they can rotate about their planetary gear axes, the gear ring can be rotated such that the rotor mast can be set in rotation by means of a gear ring driver attached to the gear ring and the rotor mast.
An antifouling coating composition comprising (i) a silyl ester copolymer comprising as comonomers: (a) triisopropylsilyl methacrylate; (b) a compound of Formula wherein R 1 is hydrogen or methyl, R 2 is a cyclic ether (such as oxolane, oxane, dioxolane, dioxane optionally alkyl substituted) and X is a C1-C4 alkylene; and/or a compound of Formula wherein R 3 is hydrogen or methyl, and R 4 is a C3-C18 substituent with at least one oxygen or nitrogen atom; and optionally (c) one or more comonomers of Formula wherein R 5 is hydrogen or methyl, and R 6 is a C1-C8 hydrocarbyl; (ii) medetomidine; and (iii) rosin or a derivative thereof; wherein the antifouling coating composition has a calculated VOC content (ASTM D5201-01) below 400 g/L. (a) triisopropylsilyl methacrylate; (b) a compound of Formula wherein R 1 is hydrogen or methyl, R 2 is a cyclic ether (such as oxolane, oxane, dioxolane, dioxane optionally alkyl substituted) and X is a C1-C4 alkylene; and/or a compound of Formula wherein R 3 is hydrogen or methyl, and R 4 is a C3-C18 substituent with at least one oxygen or nitrogen atom; and optionally (c) one or more comonomers of Formula wherein R 5 is hydrogen or methyl, and R 6 is a C1-C8 hydrocarbyl; (ii) medetomidine; and (iii) rosin or a derivative thereof; wherein the antifouling coating composition has a calculated VOC content (ASTM D5201-01) below 400 g/L. (ii) medetomidine; and (iii) rosin or a derivative thereof;
An impact tool comprising: a mechanism part that strikes a tool bit; a motor that operates the mechanism part; a main-body housing including a mechanism receiving part that receives the mechanism part and a motor receiving part that is continuously installed behind the mechanism receiving part to receive the motor; and a grip housing that is continuously provided to a rear portion of the main-body housing, wherein the grip housing includes a motor surrounding part attached to cover the motor receiving part, a pole part extending downward from the motor surrounding part, and a connecting part, the motor surrounding part being displaceably connected to the main-body housing through an elastic member, and the connecting part being rotatably connected to the main-body housing through a rotary joint, characterised in that said connecting part protrudes forward from a lower end portion of the pole part, and a center of the rotary joint is disposed on a leading end side of the impact tool with respect to a center of the motor, when viewed in a strike direction of the impact tool. a mechanism part that strikes a tool bit; a motor that operates the mechanism part; a main-body housing including a mechanism receiving part that receives the mechanism part and a motor receiving part that is continuously installed behind the mechanism receiving part to receive the motor; and a grip housing that is continuously provided to a rear portion of the main-body housing, wherein the grip housing includes a motor surrounding part attached to cover the motor receiving part, a pole part extending downward from the motor surrounding part, and a connecting part, the motor surrounding part being displaceably connected to the main-body housing through an elastic member, and the connecting part being rotatably connected to the main-body housing through a rotary joint, characterised in that said connecting part protrudes forward from a lower end portion of the pole part, and a center of the rotary joint is disposed on a leading end side of the impact tool with respect to a center of the motor, when viewed in a strike direction of the impact tool.
A gasification reactor for the production of syngas by gasification of a carbonaceous feed, wherein the reactor comprises: a gasifier unit with a discharge channel for discharging a stream of slag-loaded hot syngas, the gasifier unit comprising a syngas outlet at its top end which opens into a quench area, the quench area having a slightly sloping bottom around the syngas outlet forming an acute upper edge, the quench area forming the beginning of the discharge channel, a quencher for supplying a flow of quench gas into the discharge channel, wherein at least one blaster is arranged comprising at least one blast nozzle in line with the flow direction of the quench gas and wherein the at least one blaster is directed to the upper edge of the syngas outlet of the gasifier unit of the reactor where the gasifier unit opens into the discharge channel. a gasifier unit with a discharge channel for discharging a stream of slag-loaded hot syngas, the gasifier unit comprising a syngas outlet at its top end which opens into a quench area, the quench area having a slightly sloping bottom around the syngas outlet forming an acute upper edge, the quench area forming the beginning of the discharge channel, a quencher for supplying a flow of quench gas into the discharge channel, wherein at least one blaster is arranged comprising at least one blast nozzle in line with the flow direction of the quench gas and wherein the at least one blaster is directed to the upper edge of the syngas outlet of the gasifier unit of the reactor where the gasifier unit opens into the discharge channel.
A method for transmitting a signal by an apparatus in wireless communication system, the method comprising: receiving first Downlink Control Information, DCI, including a first 1-bit flag New Feedback Indicator, NFI; receiving one or more first data based on the first DCI; attempting to transmit a first Acknowledgement/Negative acknowledgement, A/N, information in response to the one or more first data; receiving second DCI including a second 1-bit flag NFI after the attempt to transmission of the first A/N information; receiving one or more second data based on the second DCI; and transmitting an A/N signal including (i) a second A/N information in response to the one or more second data and (ii) a third A/N information based on whether the second 1-bit flag NFI is toggled from the first 1-bit flag NFI, wherein, based on the second 1-bit flag NFI being toggled from the first 1-bit flag NFI, the third A/N information is configured as negative acknowledgement, NACK, and wherein, based on the second 1-bit flag NFI not being toggled from the first 1-bit flag NFI, the third A/N information is configured as the first A/N information. receiving first Downlink Control Information, DCI, including a first 1-bit flag New Feedback Indicator, NFI; receiving one or more first data based on the first DCI; attempting to transmit a first Acknowledgement/Negative acknowledgement, A/N, information in response to the one or more first data; receiving second DCI including a second 1-bit flag NFI after the attempt to transmission of the first A/N information; receiving one or more second data based on the second DCI; and transmitting an A/N signal including (i) a second A/N information in response to the one or more second data and (ii) a third A/N information based on whether the second 1-bit flag NFI is toggled from the first 1-bit flag NFI, wherein, based on the second 1-bit flag NFI being toggled from the first 1-bit flag NFI, the third A/N information is configured as negative acknowledgement, NACK, and wherein, based on the second 1-bit flag NFI not being toggled from the first 1-bit flag NFI, the third A/N information is configured as the first A/N information.
A calibration apparatus for calibrating a magnetostrictive sensor, which is configured to measure an object and comprises a sensing element positioned adjacent to the object, the calibration apparatus comprising: an estimation device for estimating at least one of a gap between the sensing element and the object and a temperature of the object to obtain at least one of an estimated gap and an estimated temperature, based on geometric information of the magnetostrictive sensor, an excitation signal and an output signal of the magnetostrictive sensor, and geometric information of the object; and a calibrator for reducing an effect on the output signal of the magnetostrictive sensor imposed by variations in the at least one of the gap and the temperature based on the at least one of the estimated gap and the estimated temperature, to obtain a calibrated output signal; characterized in that the magnetostrictive sensor comprises a plurality of sensing elements which output a plurality of output signals respectively, the estimation device is configured to estimate at least one of gaps between the sensing elements and the object and the temperature of the object to obtain at least one of estimated gaps and the estimated temperature, and the calibration apparatus further comprises a common-mode suppression device for suppressing a common-mode part of the plurality of output signals based on a common-mode suppression signal. an estimation device for estimating at least one of a gap between the sensing element and the object and a temperature of the object to obtain at least one of an estimated gap and an estimated temperature, based on geometric information of the magnetostrictive sensor, an excitation signal and an output signal of the magnetostrictive sensor, and geometric information of the object; and a calibrator for reducing an effect on the output signal of the magnetostrictive sensor imposed by variations in the at least one of the gap and the temperature based on the at least one of the estimated gap and the estimated temperature, to obtain a calibrated output signal; characterized in that the magnetostrictive sensor comprises a plurality of sensing elements which output a plurality of output signals respectively, the estimation device is configured to estimate at least one of gaps between the sensing elements and the object and the temperature of the object to obtain at least one of estimated gaps and the estimated temperature, and the calibration apparatus further comprises a common-mode suppression device for suppressing a common-mode part of the plurality of output signals based on a common-mode suppression signal.
Armour element for protecting against ballistic threats, comprising a mounting element welded onto the inside of the armour element via a welded joint, and a covering element which is arranged on the inside of the armour element and covers the welded joint in the form of a ballistic support, characterized in that the covering element is connected to the mounting element via a connecting point and is in the form of a disc.
An interference processing method performed by a user terminal, the method comprising: sending interference-cancellation assistance information to a network-side device; receiving interference-cancellation configuration information sent by the network-side device according to the interference-cancellation assistance information, wherein, the interference-cancellation configuration information comprises at least one of configuration information for stopping uplink transmission and configuration information for stopping downlink reception; and in case that interference occurs, performing an interference processing behavior according to the interference-cancellation configuration information, wherein the interference processing behavior comprises at least one of stopping uplink transmission and stopping downlink reception; characterized in that, the configuration information for stopping uplink transmission comprises at least one of: space-domain information for stopping uplink transmission and indication information of an uplink channel of which uplink transmission is stopped; the configuration information for stopping downlink reception comprises at least one of: space-domain information for stopping downlink reception and indication information of a downlink channel of which downlink reception is stopped; and, the interference-cancellation assistance information comprises space-domain assistance information. sending interference-cancellation assistance information to a network-side device; receiving interference-cancellation configuration information sent by the network-side device according to the interference-cancellation assistance information, wherein, the interference-cancellation configuration information comprises at least one of configuration information for stopping uplink transmission and configuration information for stopping downlink reception; and in case that interference occurs, performing an interference processing behavior according to the interference-cancellation configuration information, wherein the interference processing behavior comprises at least one of stopping uplink transmission and stopping downlink reception; characterized in that, the configuration information for stopping uplink transmission comprises at least one of: space-domain information for stopping uplink transmission and indication information of an uplink channel of which uplink transmission is stopped; the configuration information for stopping downlink reception comprises at least one of: space-domain information for stopping downlink reception and indication information of a downlink channel of which downlink reception is stopped; and, the interference-cancellation assistance information comprises space-domain assistance information.
A drive device for a moveable furniture part comprising a lockable ejection device for ejecting the moveable furniture part out of a closed position into an open position, wherein the ejection device is unlockable by over-pressing the moveable furniture part into an over-pressed position (ÜS) which in the closing direction is behind the closed position, and a blocking element - which has a first position in which the moveable furniture part can be stopped when reaching the closed position, wherein the blocking element prevents a further movement of the moveable furniture part in the closing direction, and - which has a second position in which the path into the over-pressed position (ÜS) for the moveable furniture part is enabled, characterised in that the blocking element is arranged displaceably in a guide track provided in a housing of the drive device and having a closed position abutment and an evasion portion, wherein in the first position the blocking element bears against the closed position abutment and in the second position the blocking element is moveable into the evasion portion, wherein the blocking element comprises a force storage means by which the blocking element is moveable from the first position into the second position. - which has a first position in which the moveable furniture part can be stopped when reaching the closed position, wherein the blocking element prevents a further movement of the moveable furniture part in the closing direction, and - which has a second position in which the path into the over-pressed position (ÜS) for the moveable furniture part is enabled,
Assembly method for a frameless mirror in which a mirror glass is fastened to a carrier plate, characterised by the following steps: - using a carrier plate comprising an edge; - positioning and adhering the mirror glass to the carrier plate by using the edge as a stop; and - separating the edge comprising a target break point from the carrier plate. - using a carrier plate comprising an edge; - positioning and adhering the mirror glass to the carrier plate by using the edge as a stop; and - separating the edge comprising a target break point from the carrier plate.