mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: identifying, by a user equipment, UE, a first power state and a second power state, wherein the first power state is associated with a first transmission or reception of one or more first beams, and the second power state is associated with a second transmission or reception of one or more second beams; and switching, by the UE, from the first power state to the second power state, wherein the UE is configured to use at least one intermediate power state between the first power state and the second power state to smooth a transition from the first power state to the second power state, and wherein the UE is configured to transmit an intermediate beam associated with the at least one intermediate power state when switching from the first power state to the at least one intermediate power state, characterized in that the intermediate beam corresponds to a retransmission or a repetition of data associated with the first transmission or the second transmission. identifying, by a user equipment, UE, a first power state and a second power state, wherein the first power state is associated with a first transmission or reception of one or more first beams, and the second power state is associated with a second transmission or reception of one or more second beams; and switching, by the UE, from the first power state to the second power state, wherein the UE is configured to use at least one intermediate power state between the first power state and the second power state to smooth a transition from the first power state to the second power state, and wherein the UE is configured to transmit an intermediate beam associated with the at least one intermediate power state when switching from the first power state to the at least one intermediate power state, characterized in that the intermediate beam corresponds to a retransmission or a repetition of data associated with the first transmission or the second transmission.
Semiconductor chip for optoelectronics, in particular radiation-emitting semiconductor chip, comprising an active thin-film layer, in which a photon-emitting zone is formed; and - a carrier substrate for the thin-film layer, which carrier substrate is arranged on a side of the thin-film layer facing away from the emission direction of the chip and is connected thereto, wherein - at least one cavity is formed in the active thin-film layer from the carrier substrate, by which a plurality of mesas are formed at the boundary between the carrier substrate and thin-film layer, and - the at least one cavity is formed with such a depth that it severs the active zone, characterized in that - a growth substrate is removed from the active thin-film layer. - a carrier substrate for the thin-film layer, which carrier substrate is arranged on a side of the thin-film layer facing away from the emission direction of the chip and is connected thereto, - at least one cavity is formed in the active thin-film layer from the carrier substrate, by which a plurality of mesas are formed at the boundary between the carrier substrate and thin-film layer, and - the at least one cavity is formed with such a depth that it severs the active zone, characterized in that - a growth substrate is removed from the active thin-film layer.
A method for tracking changes in a project in an industrial controller, wherein the project includes a plurality of components (203, 207, 209) and wherein the industrial controller includes a memory device configured to store the plurality of components and a plurality of instructions to control operation of an industrial machine or process, the method comprising the steps of: receiving an identifier at the industrial controller, wherein the identifier corresponds to one of a user or a remote device initiating a change in at least one of the plurality of components; detecting each change in the plurality of components; recording each change with a respective identifier, and a respective time stamp in the memory device in the industrial controller; characterized by restricting execution of a portion of the plurality of instructions in the industrial controller in response to at least one of the changes by: defining a tag (268, 270) configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and maintaining the restricted execution until the change is verified. receiving an identifier at the industrial controller, wherein the identifier corresponds to one of a user or a remote device initiating a change in at least one of the plurality of components; detecting each change in the plurality of components; recording each change with a respective identifier, and a respective time stamp in the memory device in the industrial controller; characterized by restricting execution of a portion of the plurality of instructions in the industrial controller in response to at least one of the changes by: defining a tag (268, 270) configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and defining a tag (268, 270) configured to be stored in the memory device and to be readable by the plurality of instructions; setting a value for the tag responsive to detecting the at least one change; and inserting an interlock in the at least one portion of the plurality of instructions as a function of the tag; and maintaining the restricted execution until the change is verified.
Process for fabricating a device for detecting electromagnetic radiation comprising at least one thermal detector resting on a substrate and one encapsulation structure defining, with the substrate, a cavity in which the thermal detector is located, comprising the following steps: ∘ producing the thermal detector from at least one first sacrificial layer deposited on the substrate; ∘ producing a thin encapsulation layer of the encapsulation structure extending above the thermal detector from at least one second sacrificial layer resting on the first sacrificial layer, the thin encapsulation layer being made of an encapsulation material; ∘ producing, by physical vapour deposition, a thin "sealing" layer covering the thin encapsulation layer, the thin sealing layer being made of a sealing material having a coefficient of thermal expansion different from that of the encapsulation material; characterized in that it furthermore comprises the following step: ∘ prior to the step of producing the thin sealing layer, producing at least one relief on the thin encapsulation layer having a suitable average thickness so that, during the deposition of the thin sealing layer, the latter is formed from at least one layer segment (24.1) resting on the thin encapsulation layer and from at least one pad (24.2) that is separate from the layer segment (24.1) and that rests on the relief, thus forming a local breakage in the continuity of the thin sealing layer at the relief. ∘ producing the thermal detector from at least one first sacrificial layer deposited on the substrate; ∘ producing a thin encapsulation layer of the encapsulation structure extending above the thermal detector from at least one second sacrificial layer resting on the first sacrificial layer, the thin encapsulation layer being made of an encapsulation material; ∘ producing, by physical vapour deposition, a thin "sealing" layer covering the thin encapsulation layer, the thin sealing layer being made of a sealing material having a coefficient of thermal expansion different from that of the encapsulation material; characterized in that it furthermore comprises the following step: ∘ prior to the step of producing the thin sealing layer, producing at least one relief on the thin encapsulation layer having a suitable average thickness so that, during the deposition of the thin sealing layer, the latter is formed from at least one layer segment (24.1) resting on the thin encapsulation layer and from at least one pad (24.2) that is separate from the layer segment (24.1) and that rests on the relief, thus forming a local breakage in the continuity of the thin sealing layer at the relief.
Metering device for the volumetric metering of an in particular pharmaceutical powder and for the simultaneous filling of a plurality of target cavities with the metered powder, the plurality of target cavities being arranged in a common plane, the device comprising a metering station with a powder reservoir, characterised in that the metering device further comprises a filling station and a movable metering element, wherein the metering element can be moved cyclically from the metering station to the filling station and back, wherein the metering element has a flat transfer surface, into which a plurality of metering cavities corresponding to the number and distribution of the target cavities is incorporated, wherein the metering station has a flat contact surface provided for the sealing contact of the metering element by means of its transfer surface, wherein metering openings corresponding to the number and distribution of the metering cavities and terminating into powder passages starting from the powder reservoir are provided in the contact surface, wherein each of the metering cavities has in the plane of the transfer surface an open side and, opposite thereto, a base, wherein at least a section of the base of the respective metering cavity is represented by an air-permeable filter element, wherein a central pressure passage connected to the metering cavities through the filter elements is formed in the metering element for the transmission of pressure.
A vehicle display device comprising: an acquisition unit (2, 3) that acquires a travel environment; a prediction unit that predicts a behavior of another vehicle traveling ahead of a vehicle of a driver, based on the travel environment; and a display unit characterized in that, when the behavior of the other vehicle is predicted to be affected by the travel environment and become unstable, the display unit displays the predicted behavior of the other vehicle to the driver of the vehicle, wherein the travel environment includes at least one of information about wind speed ahead or information about a state of a road surface ahead. an acquisition unit (2, 3) that acquires a travel environment; a prediction unit that predicts a behavior of another vehicle traveling ahead of a vehicle of a driver, based on the travel environment; and a display unit characterized in that, when the behavior of the other vehicle is predicted to be affected by the travel environment and become unstable, the display unit displays the predicted behavior of the other vehicle to the driver of the vehicle, wherein the travel environment includes at least one of information about wind speed ahead or information about a state of a road surface ahead.
A method for compressing an input stream of a plurality of input words, the method comprising: for each successive input word of the input stream, determining whether the input word matches an entry in a lookback table, the lookback table storing a plurality of entries; updating the lookback table in response to the input word; generating a codeword (604, 606, 608) by entropy encoding a data type corresponding to the input word, each input word being one of a plurality of data types, the plurality of data types including at least a first data type indicating full matching between the input word and an entry in the lookback table and a second data type indicating partial matching between the input word and an entry in the lookback table; and generating an output stream, the output stream including codewords (604, 606, 608) ordered correspondingly to the input words of the input stream. for each successive input word of the input stream, determining whether the input word matches an entry in a lookback table, the lookback table storing a plurality of entries; updating the lookback table in response to the input word; generating a codeword (604, 606, 608) by entropy encoding a data type corresponding to the input word, each input word being one of a plurality of data types, the plurality of data types including at least a first data type indicating full matching between the input word and an entry in the lookback table and a second data type indicating partial matching between the input word and an entry in the lookback table; and generating an output stream, the output stream including codewords (604, 606, 608) ordered correspondingly to the input words of the input stream.
A method of manufacturing a nozzle for a fuel injector for internal combustion engines, characterised by: - forming a multilayer cylindrical bar elongated in a longitudinal direction, having an inner core of wear resistant material and an outer annular layer of a corrosion resistant material which surrounds the inner core, the multilayer bar having a length in said longitudinal direction greater than the length of a nozzle blank; - cutting the multilayer bar in directions orthogonal to said longitudinal direction to form a cylindrical blank with planar front surfaces; - fixing a tip of corrosion resistant material on one of said front surfaces of said blank; and - shaping the blank with the tip fixed thereto into a finished nozzle. - forming a multilayer cylindrical bar elongated in a longitudinal direction, having an inner core of wear resistant material and an outer annular layer of a corrosion resistant material which surrounds the inner core, the multilayer bar having a length in said longitudinal direction greater than the length of a nozzle blank; - cutting the multilayer bar in directions orthogonal to said longitudinal direction to form a cylindrical blank with planar front surfaces; - fixing a tip of corrosion resistant material on one of said front surfaces of said blank; and - shaping the blank with the tip fixed thereto into a finished nozzle.
An operating device attached to a moving apparatus for a desk, wherein the moving apparatus comprises a platform, a placing portion having a placing face to place an object, an elevation oscillating member consisting of two prop members and and comprising a rear end portion oscillatably connected to said platform and a front end portion oscillatably connected to said placing portion, an extension mechanism located between said elevation oscillating member and said platform, and a switching means to switch the extension position of said extension mechanism to a lock state and a release state that allows extension; wherein said elevation oscillating member, said platform, and said extension means comprises a triangular link structure; and wherein the operating device comprises a pressurizing operation means to apply pressure to a liquid pressure communicating medium according to a displacement of an operating member by an external operation; an action means to output the pressure applied from said pressurizing operation means as an operating pressure for a switching operation of said switching means; and a conducting tube (42 B) with flexibility to guide the liquid pressure communicating medium from the pressurizing operation means to said action means, wherein said conducting tube is formed of a thermoplastic resin that allows the conducting tube to gradually soften as the temperature increases.
A system, comprising: a bus; a master circuit detachably coupled to the bus, the master circuit comprising a manager bus node configured to interface with a first data lane of the bus; and a plurality of slave circuits detachably coupled to the bus, a first slave circuit of the plurality of slave circuits comprising a first slave bus node configured to interface with the first data lane; said system being characterized in that the master circuit is configured to: broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice. a bus; a master circuit detachably coupled to the bus, the master circuit comprising a manager bus node configured to interface with a first data lane of the bus; and a plurality of slave circuits detachably coupled to the bus, a first slave circuit of the plurality of slave circuits comprising a first slave bus node configured to interface with the first data lane; said system being characterized in that the master circuit is configured to: broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice. broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice.
A steering assistance device, comprising: a curvature calculation unit, which calculates curvature of a lane on which a vehicle travels; an auxiliary unit, unit, which includes: a first auxiliary unit that generates torque to assist steering of the vehicle by hydraulic pressure and a second auxiliary unit that generates torque to assist the steering of the vehicle by electric power; characterised in that it further comprises a steering control unit, which causes the first auxiliary unit to generate torque decreased by a predetermined amount and causes the second auxiliary unit to generate torque equal to or less than the predetermined amount, in a case where the first auxiliary unit is capable of generating a steering assistance force, such that a steering angle of the vehicle reaches a target steering angle determined according to the curvature so as to make the vehicle travel in the center of a lane. a curvature calculation unit, which calculates curvature of a lane on which a vehicle travels; an auxiliary unit, unit, which includes: a first auxiliary unit that generates torque to assist steering of the vehicle by hydraulic pressure and a second auxiliary unit that generates torque to assist the steering of the vehicle by electric power; characterised in that it further comprises a steering control unit, which causes the first auxiliary unit to generate torque decreased by a predetermined amount and causes the second auxiliary unit to generate torque equal to or less than the predetermined amount, in a case where the first auxiliary unit is capable of generating a steering assistance force, such that a steering angle of the vehicle reaches a target steering angle determined according to the curvature so as to make the vehicle travel in the center of a lane.
A laundry dryer comprising a laundry treating chamber, a drying air circulating conduit extending through the laundry treating chamber having a drying air outlet section for exhausting drying air from the chamber, wherein the laundry dryer further comprises a drying air-filtering cartridge (5, 52, 53, 54, 55) which is fitted in a removable manner into a seat formed in the air outlet section, the drying air-filtering cartridge (5, 52, 53, 54, 55) comprising: two shells (23a, 23b) associated one another, a first air permeable surface extending from one shell (23a, 23b) towards the other shell (23b, 23a) for allowing drying air entering the air-filtering cartridge (5, 52, 53, 54, 55), and a second air permeable surface for allowing exhausting drying air from the air-filtering cartridge (5, 52, 53, 54, 55), the first and the second surfaces (21, 22) being connected through lateral side walls (24a, 24b, 24c, 24d), characterized in that, at least one drying air inlet pass-through opening (9a, 9b, 9c, 9d, 93a, 93b, 94e, 94f) is formed in a portion of said lateral walls (24a, 24b, 24c, 24d) resting within the seat when the air-filtering cartridge (5, 52, 53, 54, 55) is fitted thereinto.