mhurhangee/ep-ind-claims huggingface dataset:
An electrical system for controlling a wind turbine comprising: a first resistive element and a storage element coupled to a DC link of the wind turbine; a controller for switching between the first resistive element and the storage element in response to a grid side fault condition to minimize mechanical loads induced by the grid side fault condition; and second resistive elements, wherein the second resistive elements are coupled in series to windings of a stator of the wind turbine using a second switch; characterised in that: the second switch couples the second resistive elements to the windings of the stator for minimizing electromagnetic torque induced in the stator; and wherein the first resistive element, the storage element and the controller are coupled to the DC link between a rotor side converter and a line side converter. a first resistive element and a storage element coupled to a DC link of the wind turbine; a controller for switching between the first resistive element and the storage element in response to a grid side fault condition to minimize mechanical loads induced by the grid side fault condition; and second resistive elements, wherein the second resistive elements are coupled in series to windings of a stator of the wind turbine using a second switch; characterised in that: the second switch couples the second resistive elements to the windings of the stator for minimizing electromagnetic torque induced in the stator; and wherein the first resistive element, the storage element and the controller are coupled to the DC link between a rotor side converter and a line side converter.
An electronic device comprising: a base plate in which a first recess portion formed in a longitudinal direction, a second recess portion formed in the longitudinal direction in parallel with the first recess portion and third recess portions formed to be orthogonal to the first recess portion and the second recess portion are provided in a back surface of the base plate; a plurality of modules (110, 120, 130) detachably fitted and connected to a front surface of the base plate; a plurality of mounting members configured to be slidably fitted in the third recess portions of the base plate and configured to detachably mount the base plate to a DIN rail that is to be fitted in the first recess portion; and an operation lever configured to be slidably fitted in the second recess portion of the base plate, and configured to be engaged with the mounting members and to be operable from the front surface of the base plate, wherein when the operation lever is operated by being pulled from the predetermined position of the second recess portion, the mounting members are slid on the third recess portions so as to move away from the DIN rail, and an engaged state between the mounting members and the DIN rail is released. a base plate in which a first recess portion formed in a longitudinal direction, a second recess portion formed in the longitudinal direction in parallel with the first recess portion and third recess portions formed to be orthogonal to the first recess portion and the second recess portion are provided in a back surface of the base plate; a plurality of modules (110, 120, 130) detachably fitted and connected to a front surface of the base plate; a plurality of mounting members configured to be slidably fitted in the third recess portions of the base plate and configured to detachably mount the base plate to a DIN rail that is to be fitted in the first recess portion; and an operation lever configured to be slidably fitted in the second recess portion of the base plate, and configured to be engaged with the mounting members and to be operable from the front surface of the base plate, wherein when the operation lever is operated by being pulled from the predetermined position of the second recess portion, the mounting members are slid on the third recess portions so as to move away from the DIN rail, and an engaged state between the mounting members and the DIN rail is released.
Filling machine for filling containers with a liquid filling material, comprising in each case a plurality of filling elements (6, 6a), which each form a filling point (4, 4a), and which fill the containers arranged at the filling points (4, 4a), wherein the filling elements (6, 6a), which are provided on a transport element, for example on a rotor (3, 3a), each have at least one liquid channel, which is connected to a product line for supplying the filling material and is designed in a filling element housing, and which forms at least one dispensing opening for the filling material and is arranged in the at least one liquid valve, and at least one measuring system, which determines the filling height and/or filling material amount and/or the filling material volume in the particular container and which is provided separately for each filling element (6, 6a), as well as with at least one gas path, formed in or at each filling element (6, 6a) and provided with at least one control valve (20, 21, 22), wherein in each case at least two filling points (4, 4a) and their filling elements (6, 6a) form a function and process unit, wherein the at least one control valve (20, 21, 22) for the at least one gas path of all the filling elements (6, 6a) of the respective function and process unit is provided in common, characterised in that the filling elements (6, 6a) comprise at least three gas paths controlled in each case by a control valve (20, 21, 22), wherein the control valves (20, 21, 22) are provided in common for all the filling elements (6, 6a) of each function and process unit, wherein the control valves (20, 21, 22) or their gas paths, for example for an evacuation of the particular container, and/or for pretensioning of the particular container with a pretension gas and/or for calming the container arranged in the sealed position with the filling element (6, 6a) after the filling and/or for depressurizing the filled container to ambient pressure.
Apparatus for testing an inertial sensor for a vehicle, having at least two attachment locations (7, 8), having at least one first vibration body (3, 4) to which the inertial sensor is attachable and having at least one first exciter module, which is assigned to the first vibration body (3, 4), for accelerating the first vibration body (3, 4) in at least one direction, and wherein provision is made of at least one second vibration body, which is located at a distance from the first vibration body and which is assigned at least one second exciter module for the acceleration thereof, and wherein the inertial sensor is attachable to the first vibration body by way of a first attachment location and to the second vibration body by way of a second attachment location, characterized in that each vibration body (3, 4) is assigned three exciter modules which are configured to accelerate the respective vibration body (3, 4) in different directions independently from one another.
A wireless communication network user equipment cell selection bias method comprising: receiving a communication from a network node comprising a control signal operable to control said user equipment to determine a maximum cell individual offset bias specific to said user equipment (50, 52) for use when applying a cell bias for a neighbouring cell; and determining said maximum cell individual offset bias that said user equipment can currently support; and applying a cell selection bias in dependence upon said maximum cell individual offset bias for said neighbouring cell. receiving a communication from a network node comprising a control signal operable to control said user equipment to determine a maximum cell individual offset bias specific to said user equipment (50, 52) for use when applying a cell bias for a neighbouring cell; and determining said maximum cell individual offset bias that said user equipment can currently support; and applying a cell selection bias in dependence upon said maximum cell individual offset bias for said neighbouring cell.
A method for sending information in a voice service, the method comprising: pre-receiving at least one piece of the user personal information; storing the at least one piece of the user personal information to the user personal information database, wherein the user personal information database is locally stored, or the user personal information database is stored in a server with a user service account number, or the user personal information database is not only locally stored, but also stored in the server with the user service account number, both of which are mutually synchronized; the method further comprises: detecting whether a service acquired in an automatic voice service system is required to input user personal information; if the service is required to input the user personal information, acquiring the user personal information required for the service from a pre-stored user personal information database; and sending the user personal information required for the service to the automatic voice service system, wherein the automatic voice service system is configured to provide the service according to the user personal information; the method characterized by binding the user personal information database to a SIM card of a user identification module. pre-receiving at least one piece of the user personal information; storing the at least one piece of the user personal information to the user personal information database, wherein the user personal information database is locally stored, or the user personal information database is stored in a server with a user service account number, or the user personal information database is not only locally stored, but also stored in the server with the user service account number, both of which are mutually synchronized; the method further comprises: detecting whether a service acquired in an automatic voice service system is required to input user personal information; if the service is required to input the user personal information, acquiring the user personal information required for the service from a pre-stored user personal information database; and sending the user personal information required for the service to the automatic voice service system, wherein the automatic voice service system is configured to provide the service according to the user personal information; detecting whether a service acquired in an automatic voice service system is required to input user personal information; if the service is required to input the user personal information, acquiring the user personal information required for the service from a pre-stored user personal information database; and sending the user personal information required for the service to the automatic voice service system, wherein the automatic voice service system is configured to provide the service according to the user personal information; the method characterized by binding the user personal information database to a SIM card of a user identification module.
Method for producing fermented table olives comprising the steps of: a. soaking the olives in brine; b. inoculating the product obtained in step a. with a yeast culture; c. incubating the product obtained in step b. in order to perform the alcoholic fermentation d. inoculating the fermented product obtained in step c. using a Lactic Acid Bacterium culture; e. incubating the product obtained in step d. to in order to perform the lactic fermentation. a. soaking the olives in brine; b. inoculating the product obtained in step a. with a yeast culture; c. incubating the product obtained in step b. in order to perform the alcoholic fermentation d. inoculating the fermented product obtained in step c. using a Lactic Acid Bacterium culture; e. incubating the product obtained in step d. to in order to perform the lactic fermentation.
A light emitting element comprising: a layered structure body formed from a first compound semiconductor layer formed from a single GaN-based compound semiconductor, which has a first surface and a second surface opposing the first surface, an active layer formed from a GaN-based compound semiconductor, which contacts the second surface of the first compound semiconductor layer, and a second compound semiconductor layer formed from a GaN-based compound semiconductor, which has a first surface and a second surface opposing the first surface, and in which the first surface contacts the active layer; a first electrode and a first light reflecting layer; and a second electrode and a second light reflecting layer formed from a multi layer film formed on the second surface of the second compound semiconductor layer, wherein a concavity with a forward tapered side surface is formed in the first surface of the first compound semiconductor layer, so that a bottom surface of the concavity, which bottom surface is formed by the first compound semiconductor layer and positioned on the active layer side, is smaller than an opening portion positioned on the first surface of the first compound semiconductor layer, the first light reflecting layer is formed on at least the concavity, and the first electrode is formed on at least the first surface of the first compound semiconductor layer. a layered structure body formed from a first compound semiconductor layer formed from a single GaN-based compound semiconductor, which has a first surface and a second surface opposing the first surface, an active layer formed from a GaN-based compound semiconductor, which contacts the second surface of the first compound semiconductor layer, and a second compound semiconductor layer formed from a GaN-based compound semiconductor, which has a first surface and a second surface opposing the first surface, and in which the first surface contacts the active layer; a first electrode and a first light reflecting layer; and a second electrode and a second light reflecting layer formed from a multi layer film formed on the second surface of the second compound semiconductor layer,
A method of training at least one machine-learning network to classify radio frequency "RF" signals, the method performed by at least one processor executing instructions stored on at least one computer memory coupled to the at least one processor, the method comprising: determining an RF signal that is configured to be transmitted through an RF band of a communication medium; extracting one or more features of the RF signal using prior knowledge about the RF signal; determining first classification information associated with the RF signal, the first classification information comprising a representation of at least one of a characteristic of the RF signal or a characteristic of an environment in which the RF signal is communicated; providing the RF signal and the extracted one or more features of the RF signal as inputs to a machine-learning network to generate second classification information as a prediction of the first classification information; calculating a measure of distance between (i) the second classification information that was generated by the at least one machine-learning network, and (ii) the first classification information that was associated with the RF signal; and updating the at least one machine-learning network based on the measure of distance between the second classification information and the first classification information. determining an RF signal that is configured to be transmitted through an RF band of a communication medium; extracting one or more features of the RF signal using prior knowledge about the RF signal; determining first classification information associated with the RF signal, the first classification information comprising a representation of at least one of a characteristic of the RF signal or a characteristic of an environment in which the RF signal is communicated; providing the RF signal and the extracted one or more features of the RF signal as inputs to a machine-learning network to generate second classification information as a prediction of the first classification information; calculating a measure of distance between (i) the second classification information that was generated by the at least one machine-learning network, and (ii) the first classification information that was associated with the RF signal; and updating the at least one machine-learning network based on the measure of distance between the second classification information and the first classification information.
Method for controlling the starting time (Tdem) of a heat engine of a vehicle, said engine being coupled mechanically to a polyphase rotating electrical machine with inductor linked to an onboard electrical network, and said method being of the type of those consisting in performing a prefluxing by establishing an excitation current in said inductor for a predetermined prefluxing time (Tpref) before phase currents are established, characterized in that said predetermined prefluxing time (Tpref) is a function of the voltage (Vbat+X) of said onboard electrical network and is increased when said voltage (Vbat+X) drops into a nominal range of voltages (V1, V2).
A method executed by a server for assisting in device discovery, the method comprising: receiving, from a first user equipment, UE, an application registration request for an application; processing a proximity request from the first UE for network assistance to discover a second UE, wherein the proximity request comprises an application identifier corresponding to the application and an application layer identifier for a user associated with the second UE; sending a location service request to a Secure User Plane Location, SUPL, Location Platform, SLP, in response to the proximity request from the first UE for network assistance to discover the second UE; receiving a location service response from the SLP; and transmitting a proximity alert to the first UE when the second UE is within a defined range for discovery by the first UE. receiving, from a first user equipment, UE, an application registration request for an application; processing a proximity request from the first UE for network assistance to discover a second UE, wherein the proximity request comprises an application identifier corresponding to the application and an application layer identifier for a user associated with the second UE; sending a location service request to a Secure User Plane Location, SUPL, Location Platform, SLP, in response to the proximity request from the first UE for network assistance to discover the second UE; receiving a location service response from the SLP; and transmitting a proximity alert to the first UE when the second UE is within a defined range for discovery by the first UE.
A thermal type sensor comprising: a detecting film which is an infrared film configured to generate heat by absorbing at least a part of an infrared ray; a magnetic film configured to generate a spin current in a direction of a temperature gradient by the heat generated by said detecting film, the temperature gradient being in a direction perpendicular to the film surface; an electrode configured to convert the spin current generated by said magnetic film into an electric current; and two terminals connected to the electrode to output the electric current; wherein the detecting film, the magnetic film and the electrode are stacked to each other, and wherein the direction in which the temperature gradient by the heat is generated is the direction in which the detection film, the magnetic film and the electrode are stacked. a detecting film which is an infrared film configured to generate heat by absorbing at least a part of an infrared ray; a magnetic film configured to generate a spin current in a direction of a temperature gradient by the heat generated by said detecting film, the temperature gradient being in a direction perpendicular to the film surface; an electrode configured to convert the spin current generated by said magnetic film into an electric current; and two terminals connected to the electrode to output the electric current; wherein the detecting film, the magnetic film and the electrode are stacked to each other, and wherein the direction in which the temperature gradient by the heat is generated is the direction in which the detection film, the magnetic film and the electrode are stacked.
An article comprising a substrate having at least one main surface coated with a layer A making direct contact with a hydrophobic external coating B, characterized in that said layer A is obtained by depositing, under an ion beam, activated species originating from at least one compound C, in gaseous form, containing in its structure: - at least one carbon atom; - at least one hydrogen atom; - at least one Si-X group, where X is a hydroxy group or a hydrolyzable group chosen from the groups H, halogen, alkoxy, aryloxy, acyloxy, -NR 1 R 2 where R 1 and R 1 designate independently a hydrogen atom, an alkyl group or an aryl group, and -N(R 3)-Si where R 3 designates an alkyl group or an aryl group; and - optionally at least one nitrogen atom and/or at least one oxygen atom, said compound C being neither tetramethyldisiloxane, nor tetraethoxysilane, nor vinylmethyldiethoxysilane, nor hexamethylcyclotrisilazane and said layer A not being formed from inorganic precursor compounds. - at least one carbon atom; - at least one hydrogen atom; - at least one Si-X group, where X is a hydroxy group or a hydrolyzable group chosen from the groups H, halogen, alkoxy, aryloxy, acyloxy, -NR 1 R 2 where R 1 and R 1 designate independently a hydrogen atom, an alkyl group or an aryl group, and -N(R 3)-Si where R 3 designates an alkyl group or an aryl group; and - optionally at least one nitrogen atom and/or at least one oxygen atom,
Method for generating a jointless high-gloss surface on at least part of an uncoated or coated substrate with bordering edge of an article, comprising the steps of (a) applying a moisture-curing, water-free and solvent-free layer of polyurethane-based reactive hot-melt composition to at least part of the substrate; (c) applying at least one varnish layer to the layer of reactive hot-melt composition; (d) coating the bordering edge in a direct postforming process. (a) applying a moisture-curing, water-free and solvent-free layer of polyurethane-based reactive hot-melt composition to at least part of the substrate; (c) applying at least one varnish layer to the layer of reactive hot-melt composition; (d) coating the bordering edge in a direct postforming process.
A system (200, 300), comprising: a first piece of metal (201, 301, 901) and a second piece of metal (202, 302, 902), wherein the first (201, 301, 901) and second piece (202, 302, 902) differ in at least one chemical or physical parameter; wherein the system is characterized in that it comprises a two-sided tubular adapter (205, 305, 905, 1005), made of a Ni-based alloy, connected to said first piece of metal (201, 301, 901) and to said second piece of metal (202, 302, 902); and wherein the connection (203, 303) of at least the first (201, 301) or the second piece (202, 302) with the adapter is characterized in that it is made by use of friction welding.