mhurhangee/ep-ind-claims huggingface dataset:
A method for aircraft navigation along a predetermined airway, supplying a positioning integrity of the aircraft during flight relative to said airway respecting an expected position precision performance level, the aircraft comprising at least one on-board radio receiver suitable for communicating with at least one land-based radio beacon suitable for supplying a distance of the aircraft relative to said radio beacon, comprising, during its implementation in the navigation phase of the aircraft, the following steps: a) from a current position of the aircraft, obtaining (92, 112), from stored data, a tuple of radio beacons to be used, b) obtaining (98-100, 114) a distance measurement of the aircraft relative to each of the N radio beacons of said tuple, c) computing (104, 116) an integral position, with a probabilistic protection radius around the integral position computed, from distance measurements obtained using a predetermined computing method, d) using the computed integral position as current integral position to guide the aircraft, characterized in that it comprises a prior phase for determining tuples of radio beacons, implemented by a computing device not on board the aircraft, comprising steps consisting, for at least one segment associated with said airway, of determining (60-68; 70-84) at least one tuple of radio beacons usable to compute, by applying said computing method, an integral position of the aircraft when it flies over a spatial area associated with said segment according to said expected position precision performance level, and storing data relative to tuples of determined radio beacons in a database. a) from a current position of the aircraft, obtaining (92, 112), from stored data, a tuple of radio beacons to be used, b) obtaining (98-100, 114) a distance measurement of the aircraft relative to each of the N radio beacons of said tuple, c) computing (104, 116) an integral position, with a probabilistic protection radius around the integral position computed, from distance measurements obtained using a predetermined computing method, d) using the computed integral position as current integral position to guide the aircraft, characterized in that it comprises a prior phase for determining tuples of radio beacons, implemented by a computing device not on board the aircraft, comprising steps consisting, for at least one segment associated with said airway, of determining (60-68; 70-84) at least one tuple of radio beacons usable to compute, by applying said computing method, an integral position of the aircraft when it flies over a spatial area associated with said segment according to said expected position precision performance level, and storing data relative to tuples of determined radio beacons in a database.
A closure assembly system for attaching a foot protection to a horn capsule of an animal by means of attachment means (21, 25, 27), which may be secured to a horn capsule wall of the horn capsule, and holding means (6-8, 26), which are secured to the foot protection, characterized in that the foot protection has a sole plate and at least two adaption elements each having at least one leg and a base plate, wherein each leg is configured to be slidable by means of the base plate, which is configured to be slidable in a sole plate recess of the sole plate that is open towards the topside and to be detachable from the sole plate, essentially radially relative to the horn capsule wall and has one of the holding means (6-8, 26), which are configured to be safe against sliding with the attachment means (21, 25, 27) and connectable therewith in a detachable way.
A wireless device configured to retransmit information in a multiple input multiple output, MIMO, communication system, the device comprising: a wireless transmitter configured to transmit information bits encoded into one or more codewords; a processor in data communication with the transmitter; a non-transitory computer-readable medium in data communication with the processor and comprising a plurality of instructions which are configured to, when executed by the processor, cause the wireless device to: transmit a first set of information bits to a receiver in a first transmission; receive a request from the receiver to retransmit a subset of the first set of information bits; and retransmit the subset of information bits in a second transmission; characterised in that: the first transmission and second transmission have a same number of transmission layers, wherein, for each transmission, each transmission layer is mapped onto resources on each of a plurality of transmit antenna ports by precoding. a wireless transmitter configured to transmit information bits encoded into one or more codewords; a processor in data communication with the transmitter; a non-transitory computer-readable medium in data communication with the processor and comprising a plurality of instructions which are configured to, when executed by the processor, cause the wireless device to: transmit a first set of information bits to a receiver in a first transmission; receive a request from the receiver to retransmit a subset of the first set of information bits; and retransmit the subset of information bits in a second transmission; characterised in that: the first transmission and second transmission have a same number of transmission layers, wherein, for each transmission, each transmission layer is mapped onto resources on each of a plurality of transmit antenna ports by precoding. transmit a first set of information bits to a receiver in a first transmission; receive a request from the receiver to retransmit a subset of the first set of information bits; and retransmit the subset of information bits in a second transmission; characterised in that: the first transmission and second transmission have a same number of transmission layers, wherein, for each transmission, each transmission layer is mapped onto resources on each of a plurality of transmit antenna ports by precoding.
A detection device for substance in a fluid, comprising a body comprising a cavity, a sensor located in said cavity, a first and a second conduit (108, 110) connected to said cavity, a third conduit connecting said first and second conduits (108, 110) such that said first conduit, said cavity, said second conduit and said third conduit form a first loop, and a fourth conduit connecting said first and second conduits (108, 110) such that said first conduit, said cavity, said second conduit and said fourth conduit form a second loop, wherein valves (116, 118) are arranged to direct a flow of said fluid either through said first loop or said second loop,and a pump for providing said flow in said fluid characterised in that said pump, which is a cylinder rotating around its axis, is employing shear forces of the fluid in contact with the pump for providing said flow.
A superconducting gate memory circuit (10, 50, 320) comprising: a gate circuit (12, 52, 322) configured to set a digital state as one of a first data state and a second data state in response to a presence of or absence of a write data single flux quantum, SFQ, pulse provided on a write data input (58, 328); and a storage loop (14, 54, 324) coupled to the gate circuit (12, 52, 322) and configured to conduct a loop current (I LOOP) having a current amplitude that is set based on the digital state. a gate circuit (12, 52, 322) configured to set a digital state as one of a first data state and a second data state in response to a presence of or absence of a write data single flux quantum, SFQ, pulse provided on a write data input (58, 328); and a storage loop (14, 54, 324) coupled to the gate circuit (12, 52, 322) and configured to conduct a loop current (I LOOP) having a current amplitude that is set based on the digital state.
An electric power steering apparatus that assist-controls a steering system by driving a motor based on a motor current command value and has a function performing an automatic steering control and a manual steering control, provided with the function of: calculating a steering torque calculated-value by calculating, at each predetermined calculation period (Cs), a corresponding steering wheel angle which derives from a calculated time series response for torsion bar torque in a state of no manual input, estimated from a mechanical equation that incorporates steering wheel inertia (Jh), a torsion bar characteristic (k, c) and a column angle (θc); determining, at each predetermined calculating period (Ts), the degree of matching between the steering torque calculated-value and a steering torque detected-value that corresponds to a column angle (θc), said degree of matching being determined on the basis of a relationship between elapsed time within the calculating period (Cs), a setting period (Ts) and a starting time point of the setting period (Ts), and a relationship between accumulating value of the absolute value of the difference between said steering torque calculated-value and said steering torque detected-value, and a threshold (S 0); judging the presence or absence of a manual input during said automatic steering control based on said degree of matching. calculating a steering torque calculated-value by calculating, at each predetermined calculation period (Cs), a corresponding steering wheel angle which derives from a calculated time series response for torsion bar torque in a state of no manual input, estimated from a mechanical equation that incorporates steering wheel inertia (Jh), a torsion bar characteristic (k, c) and a column angle (θc); determining, at each predetermined calculating period (Ts), the degree of matching between the steering torque calculated-value and a steering torque detected-value that corresponds to a column angle (θc), said degree of matching being determined on the basis of a relationship between elapsed time within the calculating period (Cs), a setting period (Ts) and a starting time point of the setting period (Ts), and a relationship between accumulating value of the absolute value of the difference between said steering torque calculated-value and said steering torque detected-value, and a threshold (S 0); judging the presence or absence of a manual input during said automatic steering control based on said degree of matching. a relationship between elapsed time within the calculating period (Cs), a setting period (Ts) and a starting time point of the setting period (Ts), and a relationship between accumulating value of the absolute value of the difference between said steering torque calculated-value and said steering torque detected-value, and a threshold (S 0); judging the presence or absence of a manual input during said automatic steering control based on said degree of matching.
A method, comprising: sending, by a first network device (110; 300; 500), a request message to a second network device (110; 300; 500), wherein the request message comprises one or more identifiers of one or more beams of the second network device (110; 300; 500); receiving, by the first network device (110; 300; 500), a response message from the second network device (110; 300; 500), wherein the response message comprises resource information of one or more preambles corresponding to the one or more identifiers of the one or more beams, the resource information of the respective preamble comprising an identity of the respective preamble, and indicating a random access resource of the respective preamble; sending, by the first network device (110; 300; 500), the resource information to a user equipment, UE (120; 400), for the UE to send a first preamble of the one or more preambles to the second network device (110; 300; 500), wherein the first preamble is corresponding to a first beam which is determined by the UE among the one or more beams; wherein the method further comprises: receiving, by the first network device (110; 300; 500), a random access response message from the second network device (110; 300; 500); and sending, by the first network device (110; 300; 500), the random access response message to the UE, wherein the random access response message comprises identifier information of the second network device. sending, by a first network device (110; 300; 500), a request message to a second network device (110; 300; 500), wherein the request message comprises one or more identifiers of one or more beams of the second network device (110; 300; 500); receiving, by the first network device (110; 300; 500), a response message from the second network device (110; 300; 500), wherein the response message comprises resource information of one or more preambles corresponding to the one or more identifiers of the one or more beams, the resource information of the respective preamble comprising an identity of the respective preamble, and indicating a random access resource of the respective preamble; sending, by the first network device (110; 300; 500), the resource information to a user equipment, UE (120; 400), for the UE to send a first preamble of the one or more preambles to the second network device (110; 300; 500), wherein the first preamble is corresponding to a first beam which is determined by the UE among the one or more beams; wherein the method further comprises: receiving, by the first network device (110; 300; 500), a random access response message from the second network device (110; 300; 500); and sending, by the first network device (110; 300; 500), the random access response message to the UE, wherein the random access response message comprises identifier information of the second network device.
A motor-adjustable steering column for a motor vehicle, comprising a support unit, which can be mounted on a vehicle body, and by which an actuator unit is held, in which a steering spindle is rotatably mounted about a longitudinal axis, and having an adjusting drive, which is connected to the support unit and to the actuator unit, and by which the actuator unit can be adjusted relative to the support unit, wherein the adjusting drive comprises a drive unit and a threaded spindle engaging in a spindle nut and having a threaded spindle axis, wherein the threaded spindle can be driven in rotation or in translation by the drive unit, wherein the drive unit is connected to a component (2, 3, 4) of the steering column which is formed by the support unit, the actuator unit or a casing unit holding the actuator unit and connected to the support unit, such that it is movable in a transverse direction transversely to the threaded spindle axis characterized in that the drive unit is displaceable in linear manner relative to the component (2, 3, 4) substantially transversely to the threaded spindle axis and transversely to the longitudinal axis. and having an adjusting drive, which is connected to the support unit and to the actuator unit, and by which the actuator unit can be adjusted relative to the support unit, wherein the adjusting drive comprises a drive unit and a threaded spindle engaging in a spindle nut and having a threaded spindle axis, wherein the threaded spindle can be driven in rotation or in translation by the drive unit, wherein the drive unit is connected to a component (2, 3, 4) of the steering column which is formed by the support unit, the actuator unit or a casing unit holding the actuator unit and connected to the support unit, such that it is movable in a transverse direction transversely to the threaded spindle axis characterized in that the drive unit is displaceable in linear manner relative to the component (2, 3, 4) substantially transversely to the threaded spindle axis and transversely to the longitudinal axis.
A method for creating and laying out a graphic within an application program, comprising: receiving a data model, the data model defining a set of data and data relationships to be represented in the graphic; receiving a graphic definition, the graphic definition describing algorithms, parameters, constraints, constraint rules, shape properties and the mapping of the data from the data model to layout nodes, a layout node being a node in a layout tree representing one shape or a group of shapes that forms an element of the graphic; determining shape size and position for shapes in the graphic utilizing the algorithms, parameters, constraints, constraint rules, and shape properties associated with the layout nodes; creating a shape list for the graphic based on the determined shape size and position for the layout nodes in the layout tree; and rendering the shapes of the shape list to achieve a final graphic; wherein the graphic definition specifies iterators for mapping elements in the data model to the layout nodes and sets of algorithms, parameters, constraints, and constraint rules associated with the layout nodes; and wherein multiple layout nodes communicate constraint values to each other to enable the sizing and positioning of the layout nodes using the constraints. receiving a data model, the data model defining a set of data and data relationships to be represented in the graphic; receiving a graphic definition, the graphic definition describing algorithms, parameters, constraints, constraint rules, shape properties and the mapping of the data from the data model to layout nodes, a layout node being a node in a layout tree representing one shape or a group of shapes that forms an element of the graphic; determining shape size and position for shapes in the graphic utilizing the algorithms, parameters, constraints, constraint rules, and shape properties associated with the layout nodes; creating a shape list for the graphic based on the determined shape size and position for the layout nodes in the layout tree; and rendering the shapes of the shape list to achieve a final graphic; wherein the graphic definition specifies iterators for mapping elements in the data model to the layout nodes and sets of algorithms, parameters, constraints, and constraint rules associated with the layout nodes; and wherein multiple layout nodes communicate constraint values to each other to enable the sizing and positioning of the layout nodes using the constraints.
A method of reproducing an interactive graphics stream from a storage medium, comprising: reading an interactive graphics stream from the storage medium; and decoding the read interactive graphics stream; characterised by: determining a type of the read interactive graphics stream; when the decoded interactive graphics stream is a normal interactive graphics stream, outputting the decoded interactive graphics stream at a designated time; when the decoded interactive graphics stream is an on-demand interactive graphics stream, outputting the decoded interactive graphics stream in response to an activation command for displaying the on-demand interactive graphics stream being received; blending the outputted interactive graphics stream with video data; wherein the activation command for displaying the on-demand interactive graphics stream is ignored if the activation command is received after a predetermined time lapses from a time related to the decoding of the on-demand interactive graphics stream. reading an interactive graphics stream from the storage medium; and decoding the read interactive graphics stream; determining a type of the read interactive graphics stream; when the decoded interactive graphics stream is a normal interactive graphics stream, outputting the decoded interactive graphics stream at a designated time; when the decoded interactive graphics stream is an on-demand interactive graphics stream, outputting the decoded interactive graphics stream in response to an activation command for displaying the on-demand interactive graphics stream being received; blending the outputted interactive graphics stream with video data; wherein the activation command for displaying the on-demand interactive graphics stream is ignored if the activation command is received after a predetermined time lapses from a time related to the decoding of the on-demand interactive graphics stream.
Method for treating the surface of parts, wherein thick parts are treated with a directional corona discharge, while running the parts relative to the corona station in a run direction, wherein, prior to the corona treatment, the parts are prepared with a plasma; said method being characterised in that -- a facility comprising at least one electrode comprising tips aligned in an electrode path is used to generate the directional corona discharge, the tips projecting in a tip direction towards the running parts, the tip direction being substantially perpendicular to the run direction, the electrode being placed between two equally-spaced auxiliary electrodes; - the run direction is perpendicular to the electrode path; - the electrode is moved in a reciprocating motion perpendicular to the run direction. - the run direction is perpendicular to the electrode path; - the electrode is moved in a reciprocating motion perpendicular to the run direction.
Gas container equipped with a tap unit with or without an integrated expander, comprising a protective cowling arranged around at least one part of said tap unit, said tap unit comprising a rotating flywheel situated in the front face, which can be handled by a user to control the gas flow and an outlet connector to extract the gas stored in the gas container, and said protective cowling comprising: - a cowling body forming a protective shell delimiting an inner volume designed to receive all or part of the tap unit, and - a hanging device pivoting between several angular positions comprising: a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, and wherein: the hanging device comprises a three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising two arms (6a, 6b) each carrying a support-fixing notch (11a, 11b), said three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising an inner face shaped to match the outer profile of the cowling body, when the hanging device is in the rest position, and - the outlet connector is arranged in the rotating flywheel, and coaxially to the latter. - a cowling body forming a protective shell delimiting an inner volume designed to receive all or part of the tap unit, and - a hanging device pivoting between several angular positions comprising: a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, and wherein: the hanging device comprises a three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising two arms (6a, 6b) each carrying a support-fixing notch (11a, 11b), said three-dimensional structure (3, 6a, 6b, 11a, 11b) comprising an inner face shaped to match the outer profile of the cowling body, when the hanging device is in the rest position, and a rest position, wherein the hanging device is totally folded and a hanging position, wherein the hanging device is totally unfolded, - the outlet connector is arranged in the rotating flywheel, and coaxially to the latter.
Wind turbine nacelle with a longitudinal extension with a rear end and a front end and with a bottom part at which there is located an opening serving at a designated assembly situation of the nacelle to be an interface to a tower of a wind turbine, whereby a first detachable leg arrangement, comprising a semi circular carrier structure, is bolted temporarily to the front end and/or the rear end of the nacelle, in a region in which the hub of the wind turbine will be fixed later, and there is attached a second detachable leg arrangement at the bottom part, the second detachable leg arrangement preferably being partially inserted into the opening.