mhurhangee/ep-ind-claims huggingface dataset:
A control valve assembly for a downhole wellbore comprising: a body including a first fluid passage defining a fluid inlet and a second fluid passage (100, 101) defining a fluid outlet, wherein a portion of the body is formed from a magnetic material; a plunger moveably mounted within the body, the plunger including a third fluid passage including a plunger fluid inlet and a plunger fluid outlet (169, 170), the plunger fluid outlet (169, 170) configured to selectively align and misalign with the second fluid passage (100, 101), wherein a portion of the plunger is formed from a magnetic material; a magnetic circuit having a gap arranged within the control valve assembly, wherein the portion of the body formed from a magnetic material defines a first portion of the magnetic circuit and the portion of the plunger formed from a magnetic material forms another portion of the magnetic circuit; a solenoid mounted at the body about at least a part of the magnetic material in at least one of the body and the plunger, the solenoid being selectively activated to create a magnetic field across the gap in the magnetic circuit, the magnetic field causing the plunger to move thereby narrowing the gap to produce a pressure pulse in the wellbore; and a housing extending about the solenoid, characterized in that: the housing is formed from soft magnetic material. a body including a first fluid passage defining a fluid inlet and a second fluid passage (100, 101) defining a fluid outlet, wherein a portion of the body is formed from a magnetic material; a plunger moveably mounted within the body, the plunger including a third fluid passage including a plunger fluid inlet and a plunger fluid outlet (169, 170), the plunger fluid outlet (169, 170) configured to selectively align and misalign with the second fluid passage (100, 101), wherein a portion of the plunger is formed from a magnetic material; a magnetic circuit having a gap arranged within the control valve assembly, wherein the portion of the body formed from a magnetic material defines a first portion of the magnetic circuit and the portion of the plunger formed from a magnetic material forms another portion of the magnetic circuit; a solenoid mounted at the body about at least a part of the magnetic material in at least one of the body and the plunger, the solenoid being selectively activated to create a magnetic field across the gap in the magnetic circuit, the magnetic field causing the plunger to move thereby narrowing the gap to produce a pressure pulse in the wellbore; and a housing extending about the solenoid,
Friction clutch for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission, having a clutch cover, a counterpressure plate which can be moved in the axial direction of the friction clutch, a pressure plate which can be moved axially relative to the counterpressure plate for pressing a clutch plate in a frictionally locking manner between the counterpressure plate and the pressure plate, and an adjusting device which is supported on the counterpressure plate for the adjustment of a wear-induced incorrect spacing of the pressure plate from the counterpressure plate, the adjusting device having a ramp ring which is adjustable in the circumferential direction and is provided with a plurality of ramps which project in the axial direction, and an adjusting unit which acts on the ramp ring in order to rotate the ramp ring, and the adjusting unit being fastened to the counterpressure plate, characterized in that the adjusting unit has a spindle and a drive unit which can be actuated by the pressure plate in order to determine the wear-induced incorrect spacing of the pressure plate from the counterpressure plate, it being possible for the spindle to be rotated by the drive unit, and the said spindle having, in order to rotate the ramp ring, a spindle nut which is screwed on the spindle and a pinion which is connected fixedly to the spindle so as to rotate with it, it being possible for the pinion to be rotated by the drive unit which can engage into the circumference of the pinion.
A method for opening and/or closing a window, a door or the like, in particular a skylight, comprising a drive device, which has a drive for displacing a sash of the window, of the door or the like, wherein a precipitation status is determined by means of a precipitation sensor in an external environment of the sash and the window is closed when a precipitation status is determined, which corresponds to a moist external environment, characterized in that an external temperature is detected in the external environment of the sash by means of a temperature sensor, wherein - in a first operating mode - in response to an operation, which is directed towards an opening, the drive for displacing the sash is operated only until a partially open first position is reached when the external temperature falls below a set point temperature in the case of a precipitation state corresponding to a dry external temperature and wherein - in the first operating mode - when a second position is present, in which the sash is open wider than in the first position, the drive for displacing the sash into the first position is operated when the external temperature falls below the set point temperature in the case of the precipitation state corresponding to the dry external temperature.
Method for determining a condition of an electrically conductive object protected by cathodic corrosion protection, in particular a steel tube, wherein an electric test signal related to the object is measured, characterized in - that the condition of the object is determined in the form of a short-time high-impedance grounding of the object in dependence on the course of an amplitude (40; 42) over time in the region of the test frequency (f32; f28) of a frequency spectrum of the electric test signal, - that the short-time high-impedance grounding of the object is determined in dependence on an exceeding of the amplitude threshold by the amplitude, and - that the occurrence of the short-time high-impedance grounding of the object is determined in the range of seconds. - that the condition of the object is determined in the form of a short-time high-impedance grounding of the object in dependence on the course of an amplitude (40; 42) over time in the region of the test frequency (f32; f28) of a frequency spectrum of the electric test signal, - that the short-time high-impedance grounding of the object is determined in dependence on an exceeding of the amplitude threshold by the amplitude, and - that the occurrence of the short-time high-impedance grounding of the object is determined in the range of seconds.
A computer-implemented method comprising: determining a feature set for a plurality of deployments of a software resource; based on varying values in the feature set, clustering each of the plurality of deployments into a cluster of a plurality of clusters; wherein each cluster of the plurality of clusters comprises one or more nodes; wherein at least one cluster of the plurality of clusters comprises a plurality of nodes; wherein each node of the one or more nodes corresponds to at least a subset of values of the feature set that are detected in at least one deployment of the plurality of deployments of the software resource; determining a representative node (702-708, 802) for each cluster of the plurality of clusters; initializing a first node corresponding to a first deployment, wherein the first node is a new node, said initializing comprising: assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and after occurrence of a configuration drift within the first cluster, remediating the configuration drift by updating at least the first deployment to match configuration settings of the representative node (702-708, 802) for the first cluster. determining a feature set for a plurality of deployments of a software resource; based on varying values in the feature set, clustering each of the plurality of deployments into a cluster of a plurality of clusters; wherein each cluster of the plurality of clusters comprises one or more nodes; wherein at least one cluster of the plurality of clusters comprises a plurality of nodes; wherein each node of the one or more nodes corresponds to at least a subset of values of the feature set that are detected in at least one deployment of the plurality of deployments of the software resource; determining a representative node (702-708, 802) for each cluster of the plurality of clusters; initializing a first node corresponding to a first deployment, wherein the first node is a new node, said initializing comprising: assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and assigning the first deployment to a first cluster of the plurality of clusters based on initial parameters, and setting configuration settings of the first deployment to match those of the representative node (702-708, 802) for the first cluster; and after occurrence of a configuration drift within the first cluster, remediating the configuration drift by updating at least the first deployment to match configuration settings of the representative node (702-708, 802) for the first cluster.
A flame-resistant heat treatment furnace comprising: a heat treatment chamber that causes hot air to flow in a direction parallel to a running direction of a precursor fiber strand and heats the precursor fiber strand; the hot air blowing nozzle that introduces the hot air into the heat treatment chamber; and a hot air suctioning nozzle that is installed at a position away from the hot air blowing nozzle and suctions the hot air, wherein the hot air blowing nozzle includes a porous plate and a rectifying member that satisfy the following conditions 1) to 4), and the hot air is sent to the heat treatment chamber through the porous plate and the rectifying member, and wherein the conditions are set as follows: 1) A / B ≥ 4.0; 2) 0.15 ≤ α ≤ 0.35; 3) 0 ≤ B − d ≤ 20; and 4) 80% or more of an area of one opening of the porous plate when causing facing surfaces of the porous plate and the rectifying member to overlap each other is included in one opening of the rectifying member, A indicating a hot air passage distance (mm) of the rectifying member, B indicating a horizontal maximum distance (mm) of one opening of the rectifying member, α indicating a rate of hole area of the porous plate, and d indicating an equivalent diameter (mm) of the porous plate. a heat treatment chamber that causes hot air to flow in a direction parallel to a running direction of a precursor fiber strand and heats the precursor fiber strand; the hot air blowing nozzle that introduces the hot air into the heat treatment chamber; and a hot air suctioning nozzle that is installed at a position away from the hot air blowing nozzle and suctions the hot air, wherein the hot air blowing nozzle includes a porous plate and a rectifying member that satisfy the following conditions 1) to 4), and the hot air is sent to the heat treatment chamber through the porous plate and the rectifying member, and wherein the conditions are set as follows: 1) A / B ≥ 4.0; 2) 0.15 ≤ α ≤ 0.35; 3) 0 ≤ B − d ≤ 20; and 4) 80% or more of an area of one opening of the porous plate when causing facing surfaces of the porous plate and the rectifying member to overlap each other is included in one opening of the rectifying member, 1) A / B ≥ 4.0; 2) 0.15 ≤ α ≤ 0.35; 3) 0 ≤ B − d ≤ 20; and 4) 80% or more of an area of one opening of the porous plate when causing facing surfaces of the porous plate and the rectifying member to overlap each other is included in one opening of the rectifying member,
A roller conveyor, comprising a plurality of conveyor rollers, which are held on a support frame, wherein at least one conveyor roller is fastened to the support frame with a fastening screw; the fastening screw comprises a threaded shank with a male thread, a screw head, wherein a truncated cone section is provided axially between the screw head and the threaded shank; wherein the support frame sectionally clamped between the screw head and a fastening section of the conveyor roller, characterized in that the support frame has a polygonal bore, and the truncated cone section is arranged in the polygonal bore. comprising a plurality of conveyor rollers, which are held on a support frame, wherein at least one conveyor roller is fastened to the support frame with a fastening screw; the fastening screw comprises a threaded shank with a male thread, a screw head, wherein a truncated cone section is provided axially between the screw head and the threaded shank; wherein the support frame sectionally clamped between the screw head and a fastening section of the conveyor roller, characterized in that the support frame has a polygonal bore, and the truncated cone section is arranged in the polygonal bore.
A process for upgrading a stream of biogas produced by bacterial digestion of organic residues under anaerobic conditions, comprising at least methane and CO 2, to biomethane, said process comprising at least the following steps: a) supplying a part of said biogas stream to a cogeneration system and producing a heating fluid and electric energy; b) supplying said electric energy at least to cooling means and producing a cooling fluid; c) supplying the remaining part of said biogas stream to a TPSA treatment system comprising at least a first and a second treatment unit, each comprising at least one solid sorbent; in said treatment system occurring, for at least a certain operating period under regime conditions, that: - the CO 2 present in said remaining part of said biogas stream is adsorbed on the solid sorbent of said first treatment unit with the formation of a stream of biomethane; - the solid sorbent of said second treatment unit is subjected to regeneration with the formation of a stream of desorbed CO 2 and a regenerated solid sorbent; said heating fluid and said cooling fluid being used for regulating the temperature of said solid sorbents. a) supplying a part of said biogas stream to a cogeneration system and producing a heating fluid and electric energy; b) supplying said electric energy at least to cooling means and producing a cooling fluid; c) supplying the remaining part of said biogas stream to a TPSA treatment system comprising at least a first and a second treatment unit, each comprising at least one solid sorbent; in said treatment system occurring, for at least a certain operating period under regime conditions, that: - the CO 2 present in said remaining part of said biogas stream is adsorbed on the solid sorbent of said first treatment unit with the formation of a stream of biomethane; - the solid sorbent of said second treatment unit is subjected to regeneration with the formation of a stream of desorbed CO 2 and a regenerated solid sorbent; said heating fluid and said cooling fluid being used for regulating the temperature of said solid sorbents. - the CO 2 present in said remaining part of said biogas stream is adsorbed on the solid sorbent of said first treatment unit with the formation of a stream of biomethane; - the solid sorbent of said second treatment unit is subjected to regeneration with the formation of a stream of desorbed CO 2 and a regenerated solid sorbent;
A vehicle power conversion device mounted together with an engine under a floor of a railway vehicle, the vehicle power conversion device comprising: a converter which converts alternating current power generated by a generator which generates electric power by torque of the engine to a direct current power, a first inverter which converts the DC power to AC power to be supplied to a motor for driving the vehicle, a second inverter which converts the DC power to AC power to be supplied to auxiliary equipment, a first temperature sensor which measures a temperature of the first inverter, and a controller which constrains electric power to be output by the second inverter; wherein the controller constrains electric power to be output by the second inverter and reduces output of the engine when the temperature of the first inverter measured by the first temperature sensor has become equal to or more than a predetermined temperature. a converter which converts alternating current power generated by a generator which generates electric power by torque of the engine to a direct current power, a first inverter which converts the DC power to AC power to be supplied to a motor for driving the vehicle, a second inverter which converts the DC power to AC power to be supplied to auxiliary equipment, a first temperature sensor which measures a temperature of the first inverter, and a controller which constrains electric power to be output by the second inverter; wherein the controller constrains electric power to be output by the second inverter and reduces output of the engine when the temperature of the first inverter measured by the first temperature sensor has become equal to or more than a predetermined temperature.
A line guidance device for use with a confined space hoist and fall protection anchorage system for raising and lowering a worker into and out of a confined space, the system comprising a longitudinally extending mast, a masthead, first and second extend/retract line devices (20,22) positioned on a first side of the mast, and a mast arm mounted on the mast adjacent an end of the mast and extending from a second side of the mast to the masthead, the second side being an opposite side of the mast from the first side, the first extend/retract line device having a first line extending from the first extend/retract line device to the masthead to connect to a worker suspended by the system, the second extend/retract line device having a second line extending from the second extend/retract line device to the masthead to connect to the worker suspended by the system, the first extend/retract line device mounted on the mast between the second extend/retract line device and the masthead, the line guidance device comprising: a mast mount structure connectable to the mast; an extend/retract line device mount structure configured to position the first [[line]] extend/retract device on the first side of the mast; and a line guide located on the device between the mount structures (42,44) to guide the second line between the mast and the first extend/retract line device as the second line travels from and to the second extend/retract line device and the masthead as a worker suspended from the second line is lowered and raised by the system. a mast mount structure connectable to the mast; an extend/retract line device mount structure configured to position the first [[line]] extend/retract device on the first side of the mast; and a line guide located on the device between the mount structures (42,44) to guide the second line between the mast and the first extend/retract line device as the second line travels from and to the second extend/retract line device and the masthead as a worker suspended from the second line is lowered and raised by the system.
A spider electronic tag, comprising a take-up device; and a base connected to the take-up device through a retractable wire rope; wherein the take-up device comprises: a housing (11, 12); a take-up assembly, mounted in the housing (11, 12); and a locking fastener, mounted in the housing (11, 12) and configured to lock the take-up assembly; wherein the locking fastener comprises: a rotating ratchet member, fixedly arranged at the top of the take-up assembly; and a leaf spring, configured to cooperate with the rotating ratchet member to lock the take-up assembly; wherein the spider electronic tag is configured such that, during assembly, the retractable wire rope is passed in a listed sequence through the rotating ratchet member, the take-up assembly and the base clockwise from top to bottom, and two ends of the retractable wire rope are fixed inside the rotating ratchet member, to connect the take-up device with the base; characterized in that the retractable wire rope is made of steel; and the leaf spring is embedded in an inner circumferential wall of the housing (11, 12). a housing (11, 12); a take-up assembly, mounted in the housing (11, 12); and a locking fastener, mounted in the housing (11, 12) and configured to lock the take-up assembly; wherein the locking fastener comprises: a rotating ratchet member, fixedly arranged at the top of the take-up assembly; and a leaf spring, configured to cooperate with the rotating ratchet member to lock the take-up assembly; wherein the spider electronic tag is configured such that, during assembly, the retractable wire rope is passed in a listed sequence through the rotating ratchet member, the take-up assembly and the base clockwise from top to bottom, and two ends of the retractable wire rope are fixed inside the rotating ratchet member, to connect the take-up device with the base; characterized in that the retractable wire rope is made of steel; and the leaf spring is embedded in an inner circumferential wall of the housing (11, 12). a rotating ratchet member, fixedly arranged at the top of the take-up assembly; and a leaf spring, configured to cooperate with the rotating ratchet member to lock the take-up assembly; wherein the spider electronic tag is configured such that, during assembly, the retractable wire rope is passed in a listed sequence through the rotating ratchet member, the take-up assembly and the base clockwise from top to bottom, and two ends of the retractable wire rope are fixed inside the rotating ratchet member, to connect the take-up device with the base; characterized in that the retractable wire rope is made of steel; and the leaf spring is embedded in an inner circumferential wall of the housing (11, 12).
A ketol-acid reductoisomerase enzyme as set forth in SEQ ID NO:17 comprising mutations at residues 47, 50, 52 and 53, optionally further comprising at least one mutation at a residue selected from the group consisting of 24, 33, 61, 80, 115, 156, 165 and 170 wherein said ketol-acid reductoisomerase enzyme has a preference for binding NADH as opposed to NADPH, and wherein said ketol-acid reductoisomerase enzyme is a class I ketol-acid reductoisomerase enzyme.
Method for launching a missile from a launcher, wherein a data connection is constructed between a control unit of the launcher and a control station arranged at a distance from the launcher and launching of the missile is controlled from the control station via the data connection, wherein a safety unit receives release information via the data connection and a signal connection between the control unit and a launch apparatus of the missile is unblocked, and wherein the safety unit maintains the unblocking for a predefined duration and blocks the signal connection between the control unit and the launch apparatus again following expiry of the duration, characterized in that the release information is transmitted repeatedly via the data connection to the safety unit by an authorization unit, wherein the repetition interval is shorter than the predefined duration after which the safety unit blocks the signal connection between the control unit and the launch apparatus again.