mhurhangee/ep-ind-claims huggingface dataset:
An AC voltage output apparatus, comprising: a first poly-phase AC electric motor including a star-connected first poly-phase winding as a stator winding; a second poly-phase AC electric motor including a star-connected second poly-phase winding as a stator winding; first and second inverters (20, 30) respectively connected to said first and second poly-phase windings (12, 14); inverter control means (62, 63) for controlling said first and second inverters (20, 30); and AC command voltage generating means for generating an AC command voltage for generating an AC voltage across a first neutral point of said first poly-phase winding and a second neutral point of said second poly-phase winding; characterized in that said AC command voltage generating means includes distributing means (144, 146) for distributing said AC command voltage to first and second AC command voltages based on a voltage burden ratio indicating ratio of voltage burdens to be borne by the first and second inverters (20, 30) for generating said AC voltage, said voltage burden ratio is set in accordance with driving load on said first and second poly-phase AC electric motors (MG1, MG2); and said inverter control means (62, 63) controls said first inverter based on a command voltage obtained by superposing said first AC command voltage on a command voltage of each phase for said first poly-phase AC electric motor, and controls said second inverter based on a command voltage obtained by superposing said second AC command voltage on a command voltage of each phase for said second poly-phase AC electric motor. a first poly-phase AC electric motor including a star-connected first poly-phase winding as a stator winding; a second poly-phase AC electric motor including a star-connected second poly-phase winding as a stator winding; first and second inverters (20, 30) respectively connected to said first and second poly-phase windings (12, 14); inverter control means (62, 63) for controlling said first and second inverters (20, 30); and AC command voltage generating means for generating an AC command voltage for generating an AC voltage across a first neutral point of said first poly-phase winding and a second neutral point of said second poly-phase winding; characterized in that said AC command voltage generating means includes distributing means (144, 146) for distributing said AC command voltage to first and second AC command voltages based on a voltage burden ratio indicating ratio of voltage burdens to be borne by the first and second inverters (20, 30) for generating said AC voltage, said voltage burden ratio is set in accordance with driving load on said first and second poly-phase AC electric motors (MG1, MG2); and said inverter control means (62, 63) controls said first inverter based on a command voltage obtained by superposing said first AC command voltage on a command voltage of each phase for said first poly-phase AC electric motor, and controls said second inverter based on a command voltage obtained by superposing said second AC command voltage on a command voltage of each phase for said second poly-phase AC electric motor.
A method for automated contact wetting in a sensor circuit comprising: generating a first current through a contact by sequencing a first circuit on, the first current exceeding a wetting threshold of the contact, and reducing current through the contact to a second current by sequencing a second circuit on, the second current being below the wetting threshold. generating a first current through a contact by sequencing a first circuit on, the first current exceeding a wetting threshold of the contact, and reducing current through the contact to a second current by sequencing a second circuit on, the second current being below the wetting threshold.
Drawer guide (22, 32) with a device for adjusting a position of a furniture part on an item of furniture, wherein with the adjustment the position of the furniture part in a closed position can be predefined on a furniture body of the item of furniture, and wherein by means of the drawer guide (22, 32) the furniture part can be mounted to be movable on the furniture body, comprising positioning means which are provided between the furniture body and the movable furniture part, wherein the positioning means comprise an adjusting element which is rotatable on a rotary bearing about an axis of rotation and a bearing section which cooperates with a setting contour of the adjusting element, wherein the setting contour is designed to be in the form of spiral relative to the axis of rotation, whereby depending on the rotary position of the adjusting element an area of the setting contour and the bearing section cooperate with one another such that a stop of the device can be moved into a position by which the position of the furniture part in the closed position can be predefined, wherein the device is designed as a component which is attached onto the drawer guide (22, 32) with a second device part which is linearly displaceable to a first device part of the device by rotating the adjusting element, wherein the stop section is provided on one of the two device parts (3, 4), characterised in the setting contour in circumferential direction to the axis of rotation of the adjusting element has a polygonal section with a plurality of surface sections arranged at an angle to one another, wherein the setting contour cooperates with a counter section (12a, 12b) on the bearing sections such that a plurality of predefined rotary positions of the adjusting element can be set, wherein in each predefined rotary position of the adjusting element a surface section of the setting contour bears flat on the counter section (12a, 12b), whereby a resistance to the rotation of the adjusting element is set, wherein by rotating the setting element a movable section of the adjusting device is in contact with a stationary stop on the furniture body or a fixed stop which is assigned to the body rail.
A system for detecting lightning strikes on a wind turbine, comprising: a lightning strike receptor located on a component of the wind turbine and electrically coupled to a ground conductor (42, 44, 46); a current sensor (47, 48, 49) disposed on said ground conductor, said current sensor generating a primary current I(p) that is proportional to a lightning strike current flowing through said ground conductor upon a lighting strike on said receptor; wherein said current sensor (47,48,49) comprises a core member with a primary winding disposed around said ground conductor (42,44,46), said primary current I(p) induced in said primary winding; a signal converter sub-system including one or more current transformers arranged in series with the current sensor (47,48,49) to step down the primary current I(p) to a signal current I(s) that provides a processing signal; and a processing sub-system configured to receive and use said processing signal to determine an actual lightning strike on the wind turbine. a lightning strike receptor located on a component of the wind turbine and electrically coupled to a ground conductor (42, 44, 46); a current sensor (47, 48, 49) disposed on said ground conductor, said current sensor generating a primary current I(p) that is proportional to a lightning strike current flowing through said ground conductor upon a lighting strike on said receptor; wherein said current sensor (47,48,49) comprises a core member with a primary winding disposed around said ground conductor (42,44,46), said primary current I(p) induced in said primary winding; a signal converter sub-system including one or more current transformers arranged in series with the current sensor (47,48,49) to step down the primary current I(p) to a signal current I(s) that provides a processing signal; and a processing sub-system configured to receive and use said processing signal to determine an actual lightning strike on the wind turbine.
Trash compactor including - a scissors system to be connected to a cover included in a trash bin, - a pusher connected to the scissors system, and - equipment for operating the scissors system and compacting waste while the trash compactor is connected to the cover, wherein the equipment includes a pivot shaft, which is connected to an arm (17, 18) included in the scissors system with a lever arm for operating the scissors system by turning the pivot shaft, characterised in that the trash compactor includes two scissors systems arranged parallel to each other, both connected to the same pivot shaft, wherein the corresponding arms (17, 18) of the parallelly arranged scissors systems are connected to each other with connecting rods arranged moveably to a circular frame construction, and a handle arranged in the pivot shaft having a length greater than that of the lever arm. - a scissors system to be connected to a cover included in a trash bin, - a pusher connected to the scissors system, and - equipment for operating the scissors system and compacting waste while the trash compactor is connected to the cover,
Traction drive of an industrial truck with an electric motor which has an output shaft, and with a spring-loaded braking device which acts on the output shaft of the electric motor, wherein the spring-loaded braking device has a brake rotor, which is connected to the output shaft for rotation therewith, and an axially displaceable pressure plate, wherein the pressure plate is acted upon by a spring device in the direction of a braking position of the spring-loaded braking device and by a release device, which acts counter to the spring device, in the direction of a release position of the spring-loaded braking device, wherein the spring-loaded braking device has a brake housing, wherein the pressure plate and the brake rotor are arranged in the brake housing, wherein the brake housing has, for receiving the pressure plate and the brake rotor, a receiving space in which the pressure plate and the brake rotor are arranged and installed, characterized in that the brake housing is provided with an adjustable brake stator of the spring-loaded braking device, against which the brake rotor can be applied upon by means of the axially displaceable pressure plate, wherein the brake stator of the brake housing is arranged adjustably on the brake housing, and in that a maintenance opening for determining the wear of the brake rotor is configured on the outer surface of the brake housing in the region of the brake rotor.
A method for inductive testing of metallic workpieces for the detection of anomalies near the surface, in particular cracks, comprising the following steps: - Scanning a surface of the workpiece along a path to be tested with a measuring head on which at least one eddy current probe (6, 9, 10) is arranged, and - Recording of raw signal data (R1, R2) of the at least one eddy current probe (6, 9, 10) during the scanning of the workpiece surface, - Determining of position data that can be assigned to the raw signal data (R1, R2), - Generating a position-dependent measurement signal by assigning the position data to the raw signal data (R1, R2), the measurement signal being a function of at least one spatial coordinate in the direction of the path to be tested, - Calculating a filtered measurement signal by applying a spatial frequency-based filter to the measurement signal, characterized in that the measuring head has at least two eddy current probes arranged at a defined distance in the path direction, and the position data are determined on the basis of the raw signal data (R1, R2) from an offset of the raw signal data (R1, R2) recorded by these two eddy current probes. - Scanning a surface of the workpiece along a path to be tested with a measuring head on which at least one eddy current probe (6, 9, 10) is arranged, and - Recording of raw signal data (R1, R2) of the at least one eddy current probe (6, 9, 10) during the scanning of the workpiece surface, - Determining of position data that can be assigned to the raw signal data (R1, R2), - Generating a position-dependent measurement signal by assigning the position data to the raw signal data (R1, R2), the measurement signal being a function of at least one spatial coordinate in the direction of the path to be tested, - Calculating a filtered measurement signal by applying a spatial frequency-based filter to the measurement signal,
A computer-implemented method for estimation of a number of mobile devices, the method comprising: receiving, by a processor, a plurality of probe data points including a location, a unique anonymous session identifier, and a timestamp, wherein each probe data point is generated by one of a plurality of mobile devices during an observation duration; wherein at least one of the mobile devices of the plurality of mobile devices generates probe data points with unique anonymous session identifiers that switch at least once during the observation duration; constructing, by the processor, a trajectory including one or more of the plurality of probe data points having a same unique anonymous session identifier and generated by a same mobile device of the plurality of mobile devices, wherein a path of the trajectory is based on the location of the one or more probe data points; calculating, by the processor, a trajectory duration for the trajectory based on the timestamps of the one or more probe data points; calculating, by the processor, a normalized trajectory duration by dividing the trajectory duration by the observation duration; repeating the constructing, calculating and calculating steps for one or more additional trajectories, each associated with a different respective unique anonymous session identifier; and estimating, by the processor, the number of mobile devices that generated the plurality of probe data points from at least summing the normalized trajectory durations. receiving, by a processor, a plurality of probe data points including a location, a unique anonymous session identifier, and a timestamp, wherein each probe data point is generated by one of a plurality of mobile devices during an observation duration; wherein at least one of the mobile devices of the plurality of mobile devices generates probe data points with unique anonymous session identifiers that switch at least once during the observation duration; constructing, by the processor, a trajectory including one or more of the plurality of probe data points having a same unique anonymous session identifier and generated by a same mobile device of the plurality of mobile devices, wherein a path of the trajectory is based on the location of the one or more probe data points; calculating, by the processor, a trajectory duration for the trajectory based on the timestamps of the one or more probe data points; calculating, by the processor, a normalized trajectory duration by dividing the trajectory duration by the observation duration; repeating the constructing, calculating and calculating steps for one or more additional trajectories, each associated with a different respective unique anonymous session identifier; and estimating, by the processor, the number of mobile devices that generated the plurality of probe data points from at least summing the normalized trajectory durations.
Fluidized bed reactor for preparing chlorosilanes which comprises a reactor shell made of steel, characterized in that an inner wall of the reactor shell has an expanded metal welded onto it and the expanded metal has cement comprising ceramic particles applied to it, wherein the ceramic particles are made of a material selected from the group consisting of silicon carbide, silicon nitride, boron nitride, zirconium oxide and aluminium nitride.
A folate-imaging agent conjugate for use in a method for selecting a patient for therapy with an anti-inflammatory drug, the use comprising the step of administering to the patient a folate-imaging agent conjugate, and using the folate imaging agent conjugate to predict the response of the patient to the anti-inflammatory drug, wherein the folate-imaging agent conjugate has a formula selected from the group consisting of: or or or or a pharmaceutically acceptable salt of any of the above compounds; or wherein F is a folate ligand, L is an optional bivalent linker; n is an integer selected from 1 to about 100, or from 1 to about 20, or n is 1, 2, 3, 4, 5, 6, 7, or 8; Ar is an aryl group, including heteroaryl groups, that includes one or more substituents R f comprising a radiophore or a precursor to a radiophore; or wherein F is a folate ligand; L is an optional bivalent linker; n is an integer selected from 1 to about 100, or from 1 to about 20, or n is 1, 2, 3, 4, 5, 6, 7, or 8; R f is a radiophore or a precursor to a radiophore and m is an integer selected from 1 to about 3; or wherein L is an optional bivalent linker; n is an integer selected from 1 to about 100; R f is a radiophore or a precursor to a radiophore; and m is an integer selected from 1 to about 3.
System comprising a fluid pump having a delivery mechanism configured to deliver a delivery volume upon every revolution and a drive device for the fluid pump, comprising a drive motor for driving the delivery mechanism at a rotational speed, and a frequency converter, characterised in that the drive device comprises a control device which is configured to determine a nominal rotational speed without a sensor, wherein the nominal rotational speed corresponds to a rotational speed which is optimised for the overall efficiency of the drive device and the fluid pump, wherein the nominal rotational speed is determinable only on the basis of technical data of the drive motor, the frequency converter and/or the fluid pump and/or is stored in a memory.
A culture medium comprising soy hydrolysate, yeast extract, a cell protectant, and glucose as a carbon source, wherein the medium comprises a Clostridium difficile bacterium, wherein the bacterium lacks the endogenous polynucleotide encoding a toxin, wherein the bacterium comprises a polynucleotide encoding a mutant C. difficile toxin A or B being immunogenic and exhibiting reduced cytotoxicity compared to its wild-type form and wherein the bacterium further comprises a Clostridium sporogenes ferredoxin ( fdx) promoter driving the expression of said mutant toxin.
A protective hood to cover a person's head with a flexible hood material, in particular made of textile, comprising a breathing mask device connected to or connectable with the protective hood for the person and an exhalation valve of the breathing mask device, so arranged inside the protective hood that during use the inside of the protective hood is rinsable by the exhalation air, characterized by at least one stabilizing means (9, 10) for the flexible hood material, whereby the at least one stabilizing means (9, 10) during proper use is arranged in the area of the back of the head and/or of the neck of the person, wherein the at least one stabilizing means (9, 10) comprises an essentially arc-shaped first stabilizing means, in particular U-shaped, whereby with proper use the rear of the head of the person is arranged within the arc-shaped first stabilizing means.
Weaving machine comprising a first machine device, a second machine device, wherein the second machine device comprises a beat-up device, which beat-up device is driven by a drive motor, a first lubricating system, wherein the first lubricating system supplies a first lubricating fluid to elements of the first machine device and the first lubricating system comprises a first pump for the first lubricating fluid, wherein the weaving machine comprises at least one second lubricating system, wherein the at least one second lubricating system supplies a second lubricating fluid to elements of the second machine device, wherein the weaving machine further comprises a device arranged to exchange heat between the first lubricating fluid and the second lubricating fluid, characterised in that the second lubricating system is also used for cooling the drive motor driving the beat-up device, and the at least one second lubricating system comprises a second pump for the second lubricating fluid, and in that said device which is arranged to exchange heat comprises a heat exchanger with a partition that is arranged between the lubricating fluid of the first lubricating system and the lubricating fluid of the second lubricating system.
A stable pharmaceutical composition consisting of therapeutically effective doses of risedronate and cholecalciferol that is useful in the inhibition of bone resorption, characterized by a granular core containing risedronate or one of its pharmaceutically acceptable salts and at least one excipient; cholecalciferol, Vitamin D3 with shielding sprayed onto the risedronate granules, a first coating of the risedronate granules sprayed with shielded cholecalciferol;, pharmaceutically acceptable excipients for the preparation of a tablet from sprayed risedronate granules with shielded cholecalciferol and coatings, and an enteric coating on the tablet.
Polyamide composition comprising at least one polyamide and a compound of formula: in which R 1 is a hydrogen atom; the R 2 and R 3 groups represent, independently of one another, a hydrogen atom, a hydroxyl group, a linear or branched alkyl group comprising from 1 to 6 carbon atoms optionally comprising heteroatoms, an aryl group comprising from 1 to 20 carbon atoms optionally comprising heteroatoms, or an N n H n+1 group in which n is equal to 1 or 2, and the said composition comprises from 1% to 15% by weight of compound of formula, with respect to the total weight of the composition; and the said polyamide is chosen from the group consisting of: PA 66, PA 610, PA 612, PA 6.66, PA 46, MXD6, PA 66/6T, PA 6, PA 11 and PA 12. in which R 1 is a hydrogen atom; the R 2 and R 3 groups represent, independently of one another, a hydrogen atom, a hydroxyl group, a linear or branched alkyl group comprising from 1 to 6 carbon atoms optionally comprising heteroatoms, an aryl group comprising from 1 to 20 carbon atoms optionally comprising heteroatoms, or an N n H n+1 group in which n is equal to 1 or 2, and the said composition comprises from 1% to 15% by weight of compound of formula, with respect to the total weight of the composition; and the said polyamide is chosen from the group consisting of: PA 66, PA 610, PA 612, PA 6.66, PA 46, MXD6, PA 66/6T, PA 6, PA 11 and PA 12.