mhurhangee/ep-ind-claims huggingface dataset:
A fluid ejection device comprising: firing cells (70, 120); a fire line adapted to receive an energy signal having energy pulses; signal lines configured to receive a series of pulses (∼T1-T6); and an address generator (400, 1600) configured to receive pulses from the series of pulses (∼T1-T6) and generate a set of address signals (∼A1-A7) in response to the received pulses, wherein the set of address signals (∼A1-A7) is adapted to enable the firing cells (70, 120) for activation, characterized in that the series of pulses (∼T1-T6) is repeated and the address generator (400, 1600) is configured to generate a series of sets of address signals (∼A1-A7) in response to the repeating series of pulses (∼T1-T6), the series of sets of address signals (∼A1-A7) is provided in a corresponding series of address timeslots, the energy signal (FIRE1 - FIREn) provides at least one energy pulse during each of the address timeslots in the series of address timeslots to energize selected enabled firing cells (70, 120), and the address generator (400, 1600) provides two active address signals in a set of address signals during each of the address timeslots in the series of address timeslots. firing cells (70, 120); a fire line adapted to receive an energy signal having energy pulses; signal lines configured to receive a series of pulses (∼T1-T6); and an address generator (400, 1600) configured to receive pulses from the series of pulses (∼T1-T6) and generate a set of address signals (∼A1-A7) in response to the received pulses, wherein the set of address signals (∼A1-A7) is adapted to enable the firing cells (70, 120) for activation, characterized in that the series of pulses (∼T1-T6) is repeated and the address generator (400, 1600) is configured to generate a series of sets of address signals (∼A1-A7) in response to the repeating series of pulses (∼T1-T6), the series of sets of address signals (∼A1-A7) is provided in a corresponding series of address timeslots, the energy signal (FIRE1 - FIREn) provides at least one energy pulse during each of the address timeslots in the series of address timeslots to energize selected enabled firing cells (70, 120), and the address generator (400, 1600) provides two active address signals in a set of address signals during each of the address timeslots in the series of address timeslots.
A load carrying structure for a multirotor wind turbine, the load carrying structure being arranged for carrying two or more energy generating units of the multirotor wind turbine, and for being connected to a tower structure of the multirotor wind turbine, the load carrying structure comprising: - a first load carrying arrangement and a second load carrying arrangement, each load carrying arrangement being arranged to carry at least one energy generating unit, - each load carrying arrangement comprising a primary structure and at least two secondary structures, the secondary structures extending on opposing sides of the primary structure between an energy generating unit carried by the load carrying arrangement and an attachment point at the tower structure, wherein gravity acting on the energy generating units causes push in the primary structures and pull in the secondary structures, thereby causing preload of the secondary structures, and characterized in that the primary structure extends from a position behind the tower structure to a position in front of the tower structure, thereby positioning rotors of the energy generating units in front of the tower structure. - a first load carrying arrangement and a second load carrying arrangement, each load carrying arrangement being arranged to carry at least one energy generating unit, - each load carrying arrangement comprising a primary structure and at least two secondary structures, the secondary structures extending on opposing sides of the primary structure between an energy generating unit carried by the load carrying arrangement and an attachment point at the tower structure,
A plate-like body with a resin frame attached thereto for a vehicle, comprising two main surfaces (12A, 12B) and an end part connecting the two main surfaces (12A, 12B), and a resin frame integrally molded to a peripheral edge area of the plate-like body; and the resin frame including a main part having a plurality of inner surfaces (18, 20, 22) facing the two main surfaces (12A, 12B) and the end part, and a plurality of projections (26, 28, 30, 32) projecting from the main part in a direction opposite to the plate-like body toward a car-interior side in a state where the plate-like body is mounted to an opening of a vehicle; wherein when the plate-like body is mounted into an opening of a vehicle, an adhesive is disposed only between the peripheral edge area of the main surface on a car-exterior side and the inner surface of the resin frame which faces the peripheral edge area of the main surface on the car-exterior side, and the projections (26, 28, 30, 32) include projections (26, 28) obliquely projecting from the main part, characterized in that the projections include a projection formed in a substantially fan shape in cross-section and a projection formed in a substantially trapezoidal shape in cross-section. the resin frame including a main part having a plurality of inner surfaces (18, 20, 22) facing the two main surfaces (12A, 12B) and the end part, and a plurality of projections (26, 28, 30, 32) projecting from the main part in a direction opposite to the plate-like body toward a car-interior side in a state where the plate-like body is mounted to an opening of a vehicle; wherein when the plate-like body is mounted into an opening of a vehicle, an adhesive is disposed only between the peripheral edge area of the main surface on a car-exterior side and the inner surface of the resin frame which faces the peripheral edge area of the main surface on the car-exterior side, and the projections (26, 28, 30, 32) include projections (26, 28) obliquely projecting from the main part, characterized in that the projections include a projection formed in a substantially fan shape in cross-section and a projection formed in a substantially trapezoidal shape in cross-section.
An automotive radar transceiver system, comprising a radar transceiver arranged to transmit radar signals in time-frequency resources dynamically allocated (310, 330) by a remote scheduler function, the system further comprising an environment perception system arranged to obtain environment data indicative of a surrounding traffic environment of the radar transceiver, characterized in that the system comprises a radar resource requirement prediction module configured to estimate a future time-frequency resource requirement for radar operation, based on the environment data, wherein the radar transceiver is arranged to request time-frequency resources for radar operation from the remote scheduler function based on the estimated future time-frequency resource requirement. an environment perception system arranged to obtain environment data indicative of a surrounding traffic environment of the radar transceiver, characterized in that the system comprises a radar resource requirement prediction module configured to estimate a future time-frequency resource requirement for radar operation, based on the environment data, wherein the radar transceiver is arranged to request time-frequency resources for radar operation from the remote scheduler function based on the estimated future time-frequency resource requirement.
A method for checking whether hardware of an intelligent terminal runs abnormally, comprising: checking, by an intelligent terminal at a service layer, whether load of an intelligent terminal system exceeds a preconfigured maximum threshold; if the intelligent terminal detects that the load of the intelligent terminal system does not exceed the maximum threshold, triggering, by the intelligent terminal at the service layer, execution of determining whether hardware runs abnormally; determining, by the intelligent terminal, whether the hardware runs abnormally; determining, by the intelligent terminal, target hardware that runs abnormally; and acquiring, by the intelligent terminal, exception information of the target hardware, and notifying a user that the target hardware runs abnormally, checking, by an intelligent terminal at a service layer, whether load of an intelligent terminal system exceeds a preconfigured maximum threshold; if the intelligent terminal detects that the load of the intelligent terminal system does not exceed the maximum threshold, triggering, by the intelligent terminal at the service layer, execution of determining whether hardware runs abnormally; determining, by the intelligent terminal, whether the hardware runs abnormally; determining, by the intelligent terminal, target hardware that runs abnormally; and acquiring, by the intelligent terminal, exception information of the target hardware, and notifying a user that the target hardware runs abnormally,
A resin blend for a melting process under shear stress, comprising: a first resin including at least one selected from the group consisting of a styrene-based resin, a polyolefin-based resin, a thermoplastic elastomer, a polyoxyalkylene-based resin, a polyester-based resin, a polyvinyl chloride-based resin, a polyphenylene sulfide-based resin, a vinyl alcohol-based resin, an acrylate-based resin and a copolymer thereof; and a second resin that comprises a (meth)acrylate-based resin to which at least one organic functional group selected from the group consisting of tertiary butyl group, isobutyl group, isopropyl group, cyclohexyl group, phenyl group, and anthracenyl group is introduced, that has a difference in melt viscosity from the first resin of 0.1 to 2000 pa*s at a shear rate of 100 to 1000 s -1 and a processing temperature of the resin blend, and that has a difference in glass transition temperature from the first resin of 10 °C to 150°C. a first resin including at least one selected from the group consisting of a styrene-based resin, a polyolefin-based resin, a thermoplastic elastomer, a polyoxyalkylene-based resin, a polyester-based resin, a polyvinyl chloride-based resin, a polyphenylene sulfide-based resin, a vinyl alcohol-based resin, an acrylate-based resin and a copolymer thereof; and a second resin that comprises a (meth)acrylate-based resin to which at least one organic functional group selected from the group consisting of tertiary butyl group, isobutyl group, isopropyl group, cyclohexyl group, phenyl group, and anthracenyl group is introduced, that has a difference in melt viscosity from the first resin of 0.1 to 2000 pa*s at a shear rate of 100 to 1000 s -1 and a processing temperature of the resin blend, and that has a difference in glass transition temperature from the first resin of 10 °C to 150°C.
Clamping device, in particular for machine tools which are provided for example with a powered clamping chuck for holding a workpiece and the clamping jaws of which can be actuated by means of the clamping device through an axially adjustable connecting rod (7, 7'), wherein the clamping device has a reversible electric servo motor for initiating clamping movements, a movement converter for converting the adjusting movements of the rotor shaft of the servo motor into the axial adjusting movements of the connecting rod (7, 7') necessary to actuate the clamping jaws and an energy accumulator for maintaining the clamping force which is formed of pre-loaded spring assemblies (42, 43) which are supported on a spindle nut of the movement converter, wherein the movement converter and the energy accumulator are integrated in a separate tubular housing piece as a function unit which is fitted in a housing of the clamping device and formed in two parts and the part elements (53, 54) of which are locked in position with one another in the axial direction of the connecting rod (7, 7'), wherein the spindle nut of the movement converter is supported rotatably between the two part elements (53, 54) of the housing piece by means of a shoulder projecting outwards from this spindle nut, wherein the spring assemblies (42, 43) of the energy accumulator are arranged in one or in both part elements (53, 54) of the housing piece and in each case are preloaded on one or both sides between a stop ring (57, 58) extending inwards from the housing piece and a circular ring-shaped cover (61, 62) held on the housing piece, wherein the housing piece is mounted in the housing of the clamping device so as to be displaceable axially a limited amount by the connecting rod through the movement converter and wherein to determine the specific clamping force the adjustment travel of the housing piece or the spindle nut of the movement converter can be measured and evaluated by means of a travel sensor.
A splash-proof pouch for at least one cigarette paper booklet comprising at least one stack of cigarette paper sheets, the overall dimensions of the pouch being adapted to the overall dimensions of the at least one cigarette paper booklet, the pouch providing a compartment for accommodating the at least one cigarette paper booklet, the pouch comprising - a flexible wrapping being made from or coated with a splash-proof material and being permanently closed on all sides except for an opening on an upper side of the pouch and - a rigid lid, wherein the rigid lid comprises - a rigid frame being permanently coupled to the wrapping along a circumference of the opening in a splash proof manner and the rigid frame being configured such that a top sheet of each of the at least one stack of cigarette paper sheets can extend through the opening and through the rigid frame and can be retrieved without rearranging the at least one cigarette paper booklet in the pouch, - a rigid top cover being coupled to the frame and configured to releasably close the rigid lid. - a flexible wrapping being made from or coated with a splash-proof material and being permanently closed on all sides except for an opening on an upper side of the pouch and - a rigid lid, wherein the rigid lid comprises - a rigid frame being permanently coupled to the wrapping along a circumference of the opening in a splash proof manner and the rigid frame being configured such that a top sheet of each of the at least one stack of cigarette paper sheets can extend through the opening and through the rigid frame and can be retrieved without rearranging the at least one cigarette paper booklet in the pouch, - a rigid top cover being coupled to the frame and configured to releasably close the rigid lid. - a rigid frame being permanently coupled to the wrapping along a circumference of the opening in a splash proof manner and the rigid frame being configured such that a top sheet of each of the at least one stack of cigarette paper sheets can extend through the opening and through the rigid frame and can be retrieved without rearranging the at least one cigarette paper booklet in the pouch, - a rigid top cover being coupled to the frame and configured to releasably close the rigid lid.
Piston-cylinder arrangement, in particular a slave cylinder for a hydraulic clutch actuating device, with a clutch release bearing, and comprising a cylinder housing which is composed of a plastic and in which an annular pressure space is formed, in which a piston is mounted in an axially movable manner in order to actuate the clutch release bearing, wherein the inner wall of the pressure space forms a guide sleeve, wherein a stop (10, 11; 14, 15) is arranged on the guide sleeve, facing the clutch release bearing, characterized in that the stop is designed as a screw connection (10, 11; 14, 15).
A tissue ablation system, comprising a device for directing energy to tissue, the device comprising: an inner conductor (720, 920, 1020, 1120, 1620), an outer conductor (760, 960, 1060, 1160, 1660) coaxially surrounding the inner conductor along at least a portion of the inner conductor, the outer conductor including a plurality of conductor apertures (701-704, 901-904, 1011-1015, 1101-1106, 1601-1604) defined within the outer conductor, and a plurality of inclusion elements (711-714, 911-914, 1011-1015, 1111-1116) each of which is assigned to a corresponding one of the conductor apertures and extends from the outer conductor inwardly toward the inner conductor at an angle relative to a plane substantially coextensive with the corresponding one of the conductor apertures; and a transmission line having proximal end and a distal end and being suitable for transmission of microwave energy, wherein the proximal end of the transmission line is couplable to a source of microwave energy and the distal end of the transmission line is couplable to a proximal end of the device. an inner conductor (720, 920, 1020, 1120, 1620), an outer conductor (760, 960, 1060, 1160, 1660) coaxially surrounding the inner conductor along at least a portion of the inner conductor, the outer conductor including a plurality of conductor apertures (701-704, 901-904, 1011-1015, 1101-1106, 1601-1604) defined within the outer conductor, and a plurality of inclusion elements (711-714, 911-914, 1011-1015, 1111-1116) each of which is assigned to a corresponding one of the conductor apertures and extends from the outer conductor inwardly toward the inner conductor at an angle relative to a plane substantially coextensive with the corresponding one of the conductor apertures; and a transmission line having proximal end and a distal end and being suitable for transmission of microwave energy, wherein the proximal end of the transmission line is couplable to a source of microwave energy and the distal end of the transmission line is couplable to a proximal end of the device. a plurality of conductor apertures (701-704, 901-904, 1011-1015, 1101-1106, 1601-1604) defined within the outer conductor, and a plurality of inclusion elements (711-714, 911-914, 1011-1015, 1111-1116) each of which is assigned to a corresponding one of the conductor apertures and extends from the outer conductor inwardly toward the inner conductor at an angle relative to a plane substantially coextensive with the corresponding one of the conductor apertures; and a transmission line having proximal end and a distal end and being suitable for transmission of microwave energy, wherein the proximal end of the transmission line is couplable to a source of microwave energy and the distal end of the transmission line is couplable to a proximal end of the device.
An automatic distress beacon system configured to equip an aircraft, a ship and other vehicles comprising a base unit configured to be rigidly fixed to the structure of the aircraft, and a beacon configured to be releasably mounted on this base unit, which base unit comprises an electronic management unit having a first means of connection to the data and control bus of the aircraft for receiving data from this bus together with commands for activation of the beacon and characterized in that the electronic management unit is equipped with a second means of connection to the beacon for transmitting to it data and activation commands and characterized in that said beacon being equipped with at least one memory module for storing the transmitted data and with a radio transmission module designed to be connected via the base unit to an external transmission antenna of the aircraft.
Method for improving an OCT image of an object, wherein a time series of OCT images generated from the object by means of optical coherence tomography by an imaging beam is provided, and wherein the method for improving an OCT image, in order to suppress vignetting effects by an object moved in the imaging beam, in particular a surgical instrument, combines various OCT images of the time series, wherein - an OCT image to be corrected is established, - a region of the object that is vignetted by the object is determined in the OCT image to be corrected, - another, preferably older, OCT image, in which the region of the object is not vignetted by the object, is searched for in the time series, - image information for the region of the object is extracted from this other OCT image and - a corrected OCT image is generated, in that the extracted image information is inserted into the OCT image to be corrected, wherein the image information replaces the region of the object that is vignetted by the object in the OCT image to be corrected, characterized in that - the object is additionally optically imaged and thus an optical image of the object is generated, wherein the position of the object in the optical image is established and is used to determine the region of the object that is vignetted by the object in the OCT image to be corrected. - an OCT image to be corrected is established, - a region of the object that is vignetted by the object is determined in the OCT image to be corrected, - another, preferably older, OCT image, in which the region of the object is not vignetted by the object, is searched for in the time series, - image information for the region of the object is extracted from this other OCT image and - a corrected OCT image is generated, in that the extracted image information is inserted into the OCT image to be corrected, wherein the image information replaces the region of the object that is vignetted by the object in the OCT image to be corrected, - the object is additionally optically imaged and thus an optical image of the object is generated, wherein the position of the object in the optical image is established and is used to determine the region of the object that is vignetted by the object in the OCT image to be corrected.
A method at a user equipment comprising: receiving, while in a connected mode with a network element of a macro cell, a connection release message including a de-prioritization request; storing the de-prioritization request from the macro cell; in an idle mode of the user equipment, entering a closed subscriber group cell having a frequency within the de-prioritization request; configuring the frequency as a highest priority frequency while the user equipment detects the closed subscriber group cell; receiving from the closed subscriber group cell a de-prioritization request for the serving frequency or radio access technology; storing an indication of de-prioritization for the closed subscriber group cell; and avoiding reselecting to a closed subscriber group cell on a frequency or radio access technology which is de-prioritized. receiving, while in a connected mode with a network element of a macro cell, a connection release message including a de-prioritization request; storing the de-prioritization request from the macro cell; in an idle mode of the user equipment, entering a closed subscriber group cell having a frequency within the de-prioritization request; configuring the frequency as a highest priority frequency while the user equipment detects the closed subscriber group cell; in an idle mode of the user equipment, entering a closed subscriber group cell having a frequency within the de-prioritization request; configuring the frequency as a highest priority frequency while the user equipment detects the closed subscriber group cell; receiving from the closed subscriber group cell a de-prioritization request for the serving frequency or radio access technology; storing an indication of de-prioritization for the closed subscriber group cell; and avoiding reselecting to a closed subscriber group cell on a frequency or radio access technology which is de-prioritized.
High-pressure pump, in particular unit injection pump, for a fuel system for an internal combustion engine, wherein the high-pressure pump comprises a housing and a flange arranged on the housing, wherein the flange is of at least two-part design, and wherein the high-pressure pump has a groove-like seating area, in which a radially inward area of the flange parts (16a, 16b) is seated, and characterized in that the flange parts (16a, 16b) are rigidly held on the housing by a calked connection and/or a press-fit connection.