mhurhangee/ep-ind-claims huggingface dataset:
A method for jamming at least one SAR-type airborne radar implemented by a radar-jamming device comprising a group of at least two cooperating units surrounding an area on the ground to be protected, at least two units of said group providing a radar-detection function and at least one unit of said group providing a radar-jamming function, each unit providing the radar-detection function comprising a receiving and processing module configured to analyze the received signals, each unit providing the radar-jamming function being configured to generate and to transmit jamming signals, each unit being interlinked by at least one two-way data link and being synchronized by a common clock, said method being characterized in that it comprises a step of identifying the signals received by the receivers and if said received signals correspond to synthetic aperture radar signals: - a step of characterizing the received SAR signal over a predetermined duration that is shorter than the duration of a recurrence of the SAR signal; - a step of computing a filter adapted to the pulses of the received SAR signal; - a step of carrying out pulse compression of the received SAR signal on each recurrence using said adapted filter, making it possible to obtain the phase in the distance boxes, thereby making it possible to obtain the Doppler history linked to the movement of the radar carrier; - a step of iteratively periodically characterizing the received signal over a predetermined duration that is longer than a recurrence of the SAR signal so as to establish, from one recurrence to the next, the speed of movement of the radar and the distance between said radar and the area to be protected; - a step of computing the jamming signals to be emitted for each point of the area to be protected so as to jam the SAR radar coherently on the distance axis and on the Doppler axis; - a step of emitting the computed jamming signals. - a step of characterizing the received SAR signal over a predetermined duration that is shorter than the duration of a recurrence of the SAR signal; - a step of computing a filter adapted to the pulses of the received SAR signal; - a step of carrying out pulse compression of the received SAR signal on each recurrence using said adapted filter, making it possible to obtain the phase in the distance boxes, thereby making it possible to obtain the Doppler history linked to the movement of the radar carrier; - a step of iteratively periodically characterizing the received signal over a predetermined duration that is longer than a recurrence of the SAR signal so as to establish, from one recurrence to the next, the speed of movement of the radar and the distance between said radar and the area to be protected; - a step of computing the jamming signals to be emitted for each point of the area to be protected so as to jam the SAR radar coherently on the distance axis and on the Doppler axis; - a step of emitting the computed jamming signals.
A packaged article comprising: an orthodontic appliance having a base for bonding the appliance to a tooth structure; a first hardenable adhesive layer and a second hardenable adhesive layer, each extending across at least a portion of the base of the appliance, with the proviso that the first and second layers are not in contact with a release substrate; and a container at least partially surrounding the orthodontic appliance having the first and second layers thereon. an orthodontic appliance having a base for bonding the appliance to a tooth structure; a first hardenable adhesive layer and a second hardenable adhesive layer, each extending across at least a portion of the base of the appliance, with the proviso that the first and second layers are not in contact with a release substrate; and a container at least partially surrounding the orthodontic appliance having the first and second layers thereon.
Method for sending locating signals to rail vehicles (SF1... SF2) in a route network, wherein periodically generated base data signals of a cellular mobile radio network are used to produce the locating signals, characterised in that a trackside locating facility (S01... S03), which is arranged at a fixed location in the route network, • receives the base data signals of at least one base station (BS1... BS2) of the cellular mobile radio network assigned to the trackside locating facility (S01... S03), • generates method data signals, associated with the base data signals, which comprise the respective send time of the relevant base data signal in the base station (BS1... BS2) and the identity of the relevant base station (BS1... BS2), • periodically outputs the method data signals. • receives the base data signals of at least one base station (BS1... BS2) of the cellular mobile radio network assigned to the trackside locating facility (S01... S03), • generates method data signals, associated with the base data signals, which comprise the respective send time of the relevant base data signal in the base station (BS1... BS2) and the identity of the relevant base station (BS1... BS2), • periodically outputs the method data signals.
A sensor system an electric screwdriver, comprising: a magnetic field sensor configured to detect a magnetic field of the electric motor of the electric screwdriver which originates from moving the electric motor of the electric screwdriver to output a signal indicating the magnetic field strength; an evaluation unit configured to classify, using the waveform of the signal relating to the magnetic field strength over time, screw processes in the sense of a screw-in process of a screw using a screw-in phase and tightening phase, and classify a screw-out process using initial loosening of the screw. a magnetic field sensor configured to detect a magnetic field of the electric motor of the electric screwdriver which originates from moving the electric motor of the electric screwdriver to output a signal indicating the magnetic field strength; an evaluation unit configured to classify, using the waveform of the signal relating to the magnetic field strength over time, screw processes in the sense of a screw-in process of a screw using a screw-in phase and tightening phase, and classify a screw-out process using initial loosening of the screw.
Bakery products carrier (1, 2), comprising a. a carrier plate; and b. a non-woven fabric layer, exposed on a surface, for the reception of dough pieces, wherein the non-woven fabric layer is rigidly connected to the carrier plate; characterized in that c. the carrier plate comprises plastic material and plastic material of the carrier plate is penetrated into the non-woven fabric layer. a. a carrier plate; and b. a non-woven fabric layer, exposed on a surface, for the reception of dough pieces, wherein the non-woven fabric layer is rigidly connected to the carrier plate; characterized in that c. the carrier plate comprises plastic material and plastic material of the carrier plate is penetrated into the non-woven fabric layer.
A treatment process for treating fruits and vegetables by means of a coating composition, the said process including: - the thermal fogging of the said composition at a temperature comprised between 250°C and 330°C; - the application of the aerosol of the said composition thus obtained; and such that the said composition comprises: - one or more mono- and diglycerides of dietary fatty acids, - a solvent having a boiling point temperature of between 150 and 260°C. - the thermal fogging of the said composition at a temperature comprised between 250°C and 330°C; - the application of the aerosol of the said composition thus obtained; - one or more mono- and diglycerides of dietary fatty acids, - a solvent having a boiling point temperature of between 150 and 260°C.
A mobile terminal communication method, comprising: accessing, via a wireless communication module, a web page of a specific Internet address on a first mobile terminal; displaying, on a touchscreen display on the first mobile terminal, a web page; displaying, on the touchscreen display, a selectable menu item that can be selected to transmit information related to the web page to at least one other terminal; receiving a selection of the selectable menu item; displaying, via a controller of the first mobile terminal, a message input screen on which the information related to the web page is included; and transmitting, via the wireless communication module, a message including the information related to the web page to the at least one other terminal, characterized in that a title of the web page and an Internet address of the web page are automatically displayed in the message input screen, and in that the message input screen related to the web page includes an input option including receiver information corresponding to the at least one other terminal. accessing, via a wireless communication module, a web page of a specific Internet address on a first mobile terminal; displaying, on a touchscreen display on the first mobile terminal, a web page; displaying, on the touchscreen display, a selectable menu item that can be selected to transmit information related to the web page to at least one other terminal; receiving a selection of the selectable menu item; displaying, via a controller of the first mobile terminal, a message input screen on which the information related to the web page is included; and transmitting, via the wireless communication module, a message including the information related to the web page to the at least one other terminal, characterized in that a title of the web page and an Internet address of the web page are automatically displayed in the message input screen, and in that the message input screen related to the web page includes an input option including receiver information corresponding to the at least one other terminal.
A longitudinal two-layer implant material web comprising a length of upper implant material, a length of lower implant material, the longitudinal web comprising a first vaginal leaf segment along which a segment of the length of upper implant material is separated from a segment of the length of lower implant material, a first sacral leaf segment adjacent to the first vaginal leaf segment, a second vaginal leaf segment adjacent to the first sacral leaf segment, along which a segment of the length of upper implant material is separated from a segment of the length of lower implant material, and a second sacral leaf segment adjacent to the second vaginal leaf segment, wherein the web comprises junctions (8, 40A, 40B, 40C) that join the length of upper implant material to the length of lower implant, the first vaginal leaf segment is located between a first junction and a second junction, and the first sacral leaf segment is located between the second junction and a third junction, and the first sacral leaf segment comprises a segment of the length of upper implant material separated from a segment of the length of lower implant material characterized in that the longitudinal web comprises repeating sets of the first vaginal leaf segment adjacent to the first sacral leaf segment, adjacent to the second vaginal leaf segment, adjacent to the second sacral leaf segment. a first vaginal leaf segment along which a segment of the length of upper implant material is separated from a segment of the length of lower implant material, a first sacral leaf segment adjacent to the first vaginal leaf segment, a second vaginal leaf segment adjacent to the first sacral leaf segment, along which a segment of the length of upper implant material is separated from a segment of the length of lower implant material, and a second sacral leaf segment adjacent to the second vaginal leaf segment, wherein the web comprises junctions (8, 40A, 40B, 40C) that join the length of upper implant material to the length of lower implant, the first vaginal leaf segment is located between a first junction and a second junction, and the first sacral leaf segment is located between the second junction and a third junction, and the first sacral leaf segment comprises a segment of the length of upper implant material separated from a segment of the length of lower implant material the web comprises junctions (8, 40A, 40B, 40C) that join the length of upper implant material to the length of lower implant, the first vaginal leaf segment is located between a first junction and a second junction, and the first sacral leaf segment is located between the second junction and a third junction, and the first sacral leaf segment comprises a segment of the length of upper implant material separated from a segment of the length of lower implant material characterized in that the longitudinal web comprises repeating sets of the first vaginal leaf segment adjacent to the first sacral leaf segment, adjacent to the second vaginal leaf segment, adjacent to the second sacral leaf segment.
Method for controlling an electric power production unit embodied as a wind turbine and connected to a utility grid, the method comprising: • obtaining information regarding an event, the event occurring at a point in time, wherein the event relates to at least one of electric power delivered to the utility grid and electric power extracted from the utility grid at the point in time; and • automatically adapting, before the point in time, a power transfer between the power production unit and the utility grid based on the information, characterized in that the adapting the power transfer comprises changing a power production by the power production unit supplied to the utility grid from a nominal level to an adapted level which is smaller than the nominal level, wherein the adapting the power transfer comprises setting the production unit in a fast response mode after changing the power production by the power production unit from the nominal level to the adapted level, wherein in the fast response mode the electric power production unit produces electric power based on an obtained grid frequency, such that the power production by the power production unit may be rapidly increased upon a drop of the grid frequency. • obtaining information regarding an event, the event occurring at a point in time, wherein the event relates to at least one of electric power delivered to the utility grid and electric power extracted from the utility grid at the point in time; and • automatically adapting, before the point in time, a power transfer between the power production unit and the utility grid based on the information, characterized in that
A trampoline frame, formed by multiple frame pipes which are connected in turns, wherein adjacent two frame pipes are connected by a frame connector, said frame connector is a T-shaped pipe composed of a horizontal pipe and a vertical pipe; the outer diameter of said horizontal pipe is slightly smaller than the inner diameter of said frame pipe; the opposite two ends of said horizontal pipe are inserted into the adjacent frame pipes so as to form a closed trampoline frame; the top surface of said frame pipe is provided with a plurality of equally spaced upper frame holes, the bottom surface of said frame pipe is provided with a plurality of equally spaced lower frame holes, and said upper frame holes and said lower frame holes are staggered in pairs; the top surface of said horizontal pipe is provided with a plurality of equally spaced upper insert holes, the bottom surface of said horizontal pipe is provided with a plurality of equally spaced lower insert holes, and said upper insert holes and said lower insert holes are staggered in pairs; when said two ends of said horizontal pipe are inserted into the adjacent two frame pipes, each of said upper insert holes coincides with the corresponding said upper frame hole respectively, and each of said lower insert holes coincides with the corresponding said lower frame hole respectively.
A computer-implemented method of managing payment card transaction instructions at a point of interaction, POI, device communicatively coupled to a payment card network, the method implemented using a computer device coupled to a memory device, the method comprising: storing at a central store, one or more payment card transaction instructions received from an entity responsible for a plurality of payment cards usable with the POI device, the one or more payment card transaction instructions associated with at least one of a brand program and a product program of the entity, the brand program and product program defining how the one or more payment card transactions are processed for the entity; receiving, by the computer device from a merchant, a payment card identifier before or during a payment card transaction, the payment card identifier comprising a plurality of fields; communicating, by the computer device to the central store, at least a portion of one or more of the plurality of fields; transmitting, from the central store to the POI device, the one or more payment card transaction instructions that correspond to the one or more payment card transaction instructions associated with the payment card identifier; applying, by the POI device, the one or more payment card transaction instructions to the payment card transaction; and updating the one or more payment card transaction instructions after applying the one or more payment card transaction instructions using a Time-to-Live, TTL, concept. storing at a central store, one or more payment card transaction instructions received from an entity responsible for a plurality of payment cards usable with the POI device, the one or more payment card transaction instructions associated with at least one of a brand program and a product program of the entity, the brand program and product program defining how the one or more payment card transactions are processed for the entity; receiving, by the computer device from a merchant, a payment card identifier before or during a payment card transaction, the payment card identifier comprising a plurality of fields; communicating, by the computer device to the central store, at least a portion of one or more of the plurality of fields; transmitting, from the central store to the POI device, the one or more payment card transaction instructions that correspond to the one or more payment card transaction instructions associated with the payment card identifier; applying, by the POI device, the one or more payment card transaction instructions to the payment card transaction; and updating the one or more payment card transaction instructions after applying the one or more payment card transaction instructions using a Time-to-Live, TTL, concept.
Outsourced energy room in the form of a prefabricated unit for providing energy for a consumer, the energy room being intended to be located outside a building, and the energy room having a base unit, which is designed as a walk-in cubicle and has walls, a floor and a top as well as an access opening, which is designed to enable a person to access the inside of the base unit, and the base unit having at least one feed-through as an inlet opening for one or more supply lines, and the base unit having at least one outlet hole, which is intended to accommodate at least one connecting line that can be laid to the consumer, and the top resting on the walls, characterised in that the base unit is intended to accommodate an energy storage device, and that the top is connected to the walls in such a way that it is detachable, and the walls, the top and the connection between the top and the walls are constructively designed as fire and explosion-proof safety elements, the base unit having an explosion relief valve, which opens automatically when a predetermined explosion pressure prevailing inside the base unit is reached.
A friction welding method, comprising: a heating step wherein, in relation to joining surfaces (S1, S2) defined by opposite end surfaces of a pair of materials (W 1, W 2) that are held by a respective pair of opposite spindles (3a, 3b), the pair of materials (W 1, W 2) are moved from a state in which their axes are unaligned with each other, in a direction for aligning the respective axes with each other, to a prescribed position where the joining surfaces (S1, S2) are brought into contact with each other and friction heated, and a pressure contacting step wherein the pair of materials (W 1, W 2) are brought into pressure contact with each other at the prescribed position, characterized in that the heating step and the pressure contacting step are carried out while rotating each of the materials (W 1, W 2) at the same rotation speed in the same direction, as seen from one side in the axial direction. a heating step wherein, in relation to joining surfaces (S1, S2) defined by opposite end surfaces of a pair of materials (W 1, W 2) that are held by a respective pair of opposite spindles (3a, 3b), the pair of materials (W 1, W 2) are moved from a state in which their axes are unaligned with each other, in a direction for aligning the respective axes with each other, to a prescribed position where the joining surfaces (S1, S2) are brought into contact with each other and friction heated, and a pressure contacting step wherein the pair of materials (W 1, W 2) are brought into pressure contact with each other at the prescribed position, characterized in that the heating step and the pressure contacting step are carried out while rotating each of the materials (W 1, W 2) at the same rotation speed in the same direction, as seen from one side in the axial direction.
A security element or document comprising a substrate and at least a first dynamic-effect feature (100; 120; 121; 122; 123; 130; 135; 140; 150; 200) provided on the substrate which includes a dynamic-effect component that is responsive to illumination stimulus of a selected excitation wavelength or wavelength band to produce an optical spectral response, which optical spectral response changes dynamically over an observable period of time between multiple color appearances (C, F, M; C1, M1) upon and while being subjected to the illumination stimulus, wherein the first dynamic-effect feature is provided in a region of the substrate which is proximate or adjacent to at least one proximity feature (101, 102; 120a, 120b; 121a, 121b; 122a, 122b; 123a, 123b; 131, 132, 133; 136, 137; 141, 142; 151, 160; 201, 205, 206) provided on the substrate, which at least one proximity feature has a color appearance which is selected to enhance and/or complement at least one of the multiple color appearances of the first dynamic-effect feature, characterized in that the at least one proximity feature has a static color appearance that does not change in response to the illumination stimulus, which static color appearance is selected to be similar or to closely match at least one of the multiple color appearances of the first dynamic-effect feature.