mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a media file, the method comprising the steps of: obtaining video data; generating one or more video tracks based on the obtained video data; generating a TileRegionGroupEntry descriptor which is derived from the standard VisualSampleGroupEntry descriptor according to MPEG-4, including: (i) a descriptive parameter which is associated with a spatial region corresponding to at least one of the one or more video tracks and is indicating, when set to 1, that each spatial region associated with said TileRegionGroupEntry descriptor is a complete frame, and (ii) only if said descriptive parameter is not set to 1, further including horizontal and vertical offset parameters for a spatial region for which the descriptive parameter is not set, wherein the horizontal and vertical offset parameters represent a offset of the top-left pixel of a rectangular region represented by the spatial region relative to the top-left pixel of a base region, wherein the base region is a region to which a spatial region associated with said TileRegionGroupEntry descriptor belongs, and generating one or more media files based on the generated video tracks and the generated TileRegionGroupEntry descriptor. obtaining video data; generating one or more video tracks based on the obtained video data; generating a TileRegionGroupEntry descriptor which is derived from the standard VisualSampleGroupEntry descriptor according to MPEG-4, including: (i) a descriptive parameter which is associated with a spatial region corresponding to at least one of the one or more video tracks and is indicating, when set to 1, that each spatial region associated with said TileRegionGroupEntry descriptor is a complete frame, and (ii) only if said descriptive parameter is not set to 1, further including horizontal and vertical offset parameters for a spatial region for which the descriptive parameter is not set, wherein the horizontal and vertical offset parameters represent a offset of the top-left pixel of a rectangular region represented by the spatial region relative to the top-left pixel of a base region, wherein the base region is a region to which a spatial region associated with said TileRegionGroupEntry descriptor belongs, and (i) a descriptive parameter which is associated with a spatial region corresponding to at least one of the one or more video tracks and is indicating, when set to 1, that each spatial region associated with said TileRegionGroupEntry descriptor is a complete frame, and (ii) only if said descriptive parameter is not set to 1, further including horizontal and vertical offset parameters for a spatial region for which the descriptive parameter is not set, wherein the horizontal and vertical offset parameters represent a offset of the top-left pixel of a rectangular region represented by the spatial region relative to the top-left pixel of a base region, wherein the base region is a region to which a spatial region associated with said TileRegionGroupEntry descriptor belongs, and generating one or more media files based on the generated video tracks and the generated TileRegionGroupEntry descriptor.
A random access method, comprising: selecting randomly, by a terminal device, a preamble for the terminal device to perform random access from a plurality of preambles when the terminal device performs 2-step Random Access; and sending, by the terminal device, a first message to a network device, wherein the first message comprises the preamble, random access information, and an index for indicating a size of the random access information, and the random access information is control signaling related to Radio Resource Control, RRC, sent by the terminal device or data sent by the terminal device based on a random access event, wherein the method further comprises: when the network device successfully receives the preamble while does not successfully receive the random access information, receiving, by the terminal device, a Random Access Response, RAR, sent by the network device according to the index, wherein the RAR comprises uplink resource information for the terminal device to resend the random access information; and sending, by the terminal device, through 4-step Random Access, the random access information to the network device according to the RAR. selecting randomly, by a terminal device, a preamble for the terminal device to perform random access from a plurality of preambles when the terminal device performs 2-step Random Access; and sending, by the terminal device, a first message to a network device, wherein the first message comprises the preamble, random access information, and an index for indicating a size of the random access information, and the random access information is control signaling related to Radio Resource Control, RRC, sent by the terminal device or data sent by the terminal device based on a random access event, wherein the method further comprises: when the network device successfully receives the preamble while does not successfully receive the random access information, receiving, by the terminal device, a Random Access Response, RAR, sent by the network device according to the index, wherein the RAR comprises uplink resource information for the terminal device to resend the random access information; and sending, by the terminal device, through 4-step Random Access, the random access information to the network device according to the RAR. when the network device successfully receives the preamble while does not successfully receive the random access information, receiving, by the terminal device, a Random Access Response, RAR, sent by the network device according to the index, wherein the RAR comprises uplink resource information for the terminal device to resend the random access information; and sending, by the terminal device, through 4-step Random Access, the random access information to the network device according to the RAR.
An apparatus for providing protection from transient electrical events (14, 16), the apparatus comprising: an integrated circuit; a pad on a surface of the integrated circuit; a configurable protection circuit within the integrated circuit, wherein the configurable protection circuit is electrically connected to the pad, and wherein the configurable protection circuit comprises a plurality of subcircuits (72, 74, 76) arranged in series, and wherein the plurality of subcircuits are configured such that selection of one or more of the plurality of the subcircuits for operation determines at least one of a holding voltage or a trigger voltage of the configurable protection circuit; and a pad controller configured to select one or more of the plurality of subcircuits for activation to achieve a desired holding voltage and/or a desired trigger voltage for the protection circuit. an integrated circuit; a pad on a surface of the integrated circuit; a configurable protection circuit within the integrated circuit, wherein the configurable protection circuit is electrically connected to the pad, and wherein the configurable protection circuit comprises a plurality of subcircuits (72, 74, 76) arranged in series, and wherein the plurality of subcircuits are configured such that selection of one or more of the plurality of the subcircuits for operation determines at least one of a holding voltage or a trigger voltage of the configurable protection circuit; and a pad controller configured to select one or more of the plurality of subcircuits for activation to achieve a desired holding voltage and/or a desired trigger voltage for the protection circuit.
An arrangement for mixing of particulate filling material, such as pieces of nougat or fruit, into a consumer ice mass, said arrangement comprising a housing with at least one supply opening for the consumer ice mass, at least one inlet for the filling material to a cavity in the housing, an outlet opening and a rotor cylinder with a first blade, a second blade and a third blade for the mixing-in of the consumer ice mass and filling material by rotation, wherein the rotor blades create a number of cells in the cavity by being pressed against the surface of the cavity, and wherein the rotor cylinder is supported from two opposing sides of the cavity by bearings in the form of a rear bearing and a front bearing, respectively, characterized by the first blade comprising a first notch and a second notch that are arranged in a first side of the first blade, the second blade comprising a first notch and a second notch that are arranged in a first side of the second blade, and a third notch that is arranged in a second side of the second blade, the third blade comprising a first notch that is arranged in a first side of the third blade, and a second notch that is arranged in a second side of the third blade. at least one supply opening for the consumer ice mass, at least one inlet for the filling material to a cavity in the housing, an outlet opening and a rotor cylinder with a first blade, a second blade and a third blade for the mixing-in of the consumer ice mass and filling material by rotation,
Control system for controlling controllable luminaires and/or shading devices, comprises: - at least one personalized detection and communication means carried by a person, wherein the detection and communication means comprises a wireless communication interface and at least one photosensitive element arranged to detect at least one parameter of the light falling upon the detection and communication means, and wherein the detection and communication means comprises at least one power supply circuit to power at least the wireless communication interface; and - at least one receiving and control unit which is designed to control the controllable luminaires and/or shading devices as a function of the parameter detected by the receiving and control unit and transmitted wirelessly to the detection and communication means, characterized in that the detection and communication means is integrated in a contact lens. - at least one personalized detection and communication means carried by a person, wherein the detection and communication means comprises a wireless communication interface and at least one photosensitive element arranged to detect at least one parameter of the light falling upon the detection and communication means, and wherein the detection and communication means comprises at least one power supply circuit to power at least the wireless communication interface; and - at least one receiving and control unit which is designed to control the controllable luminaires and/or shading devices as a function of the parameter detected by the receiving and control unit and transmitted wirelessly to the detection and communication means,
Hand-held work device having an electric drive motor, in particular a motorised chain saw, wherein the electric drive motor has a motor-specific characteristic curve of the recorded motor current with respect to the speed (n) of the motor, and having a control unit, via which electrical energy supplied to the electric drive motor is controlled, wherein the control unit limits, below an engagement speed (n E), the current flowing through the electric drive motor to values lying below the motor-specific characteristic curve, wherein in a work area having a predefined speed range (An), above the engagement speed (n E), a control characteristic curve of the electrical input power of the electrical drive motor with respect to the speed (n) is predefined by the control unit, according to which the input power in the predefined speed range (An) is reduced to a constant average power in such a way that, in the predefined speed range (An), the torque of the drive motor increases as the speed (n) decreases, characterised in that the predefined speed range (An) lies above a motor speed (n) of 50% of the maximum idling speed (n max) of the motor-specific characteristic curve of the drive motor.
A method for insulation monitoring in unearthed electric direct or alternating current networks, comprising the method steps: - coupling in a measuring signal between active conductors of the network to be monitored and earth, and - registering measured values of the measuring signal, characterized in that - a signal quality of the registered measured values of the measuring signal is determined in the form of a signal quality value, and - that a display (18, 20) of the signal quality value is effected. - coupling in a measuring signal between active conductors of the network to be monitored and earth, and - registering measured values of the measuring signal, characterized in that - a signal quality of the registered measured values of the measuring signal is determined in the form of a signal quality value, and - that a display (18, 20) of the signal quality value is effected.
A cap for a container, comprising an end wall, a skirt which extends about an axis, a corner zone interposed between the end wall and the skirt, the corner zone comprising a first wall portion which projects from the skirt towards the inside of the cap and a second wall portion which protrudes from the end wall and is joined to the first wall portion, the first wall portion and the second wall portion defining a step on a surface of the corner zone facing towards the outside of the cap (1; 101), wherein the cap further comprises an annular sealing lip delimited by an inner surface, wherein the annular sealing lip extends towards a free edge of the skirt from a region in which the first wall portion is joined to the second wall portion, characterized in that the inner surface is configured to engage with an outer lateral surface of the neck of the container.
A thermally regulated climate chamber intended to test at least one piece of equipment, the climate chamber having a wall defining an internal space containing a gas and able to receive and contain said at least one piece of equipment to be tested, the internal space being thermally insulated from the environment outside the climate chamber, wherein at least one thermoelectric unit is arranged through the wall of the climate chamber, each thermoelectric unit having two faces, an internal face located inside the climate chamber and an external face located outside the climate chamber, and wherein one of both faces (11, 14), called the cold face, is intended to absorb caloric energy and the other one, called the hot face, is intended to reject caloric energy as a function of the electric current passing through said at least one thermoelectric unit, wherein a heat exchange end for an external face of a thermoelectric unit of a secondary thermal regulation circuit is placed in thermal contact with each external face of thermoelectric unit in order to exchange caloric energy between said at least one thermoelectric unit and said secondary thermal regulation circuit, the secondary thermal regulation circuit being external to the climate chamber and including a heat-transfer fluid circuit, a cold source, a hot source, a mixing device, a circulation pump and sensors (5a, 5b, 5c, 5d, 6, 7), and wherein a chamber temperature regulation system is configured to control the electric current of said at least one thermoelectric unit and to control at least the mixing device and the circulation pump of the secondary thermal regulation circuit as a function of a chamber temperature setpoint ( T ic) and of sensor measurements (5a, 5b, 5c, 5d, 6, 7). wherein at least one thermoelectric unit is arranged through the wall of the climate chamber, each thermoelectric unit having two faces, an internal face located inside the climate chamber and an external face located outside the climate chamber, and wherein one of both faces (11, 14), called the cold face, is intended to absorb caloric energy and the other one, called the hot face, is intended to reject caloric energy as a function of the electric current passing through said at least one thermoelectric unit, wherein a heat exchange end for an external face of a thermoelectric unit of a secondary thermal regulation circuit is placed in thermal contact with each external face of thermoelectric unit in order to exchange caloric energy between said at least one thermoelectric unit and said secondary thermal regulation circuit, the secondary thermal regulation circuit being external to the climate chamber and including a heat-transfer fluid circuit, a cold source, a hot source, a mixing device, a circulation pump and sensors (5a, 5b, 5c, 5d, 6, 7), and wherein a chamber temperature regulation system is configured to control the electric current of said at least one thermoelectric unit and to control at least the mixing device and the circulation pump of the secondary thermal regulation circuit as a function of a chamber temperature setpoint ( T ic) and of sensor measurements (5a, 5b, 5c, 5d, 6, 7).
A system for de-icing a fan of a gas turbine engine, comprising: a fan; a nosecone that rotates with the fan; an electrical coil mounted to a first rotating surface of the nosecone, the first rotating surface rotating in a first direction during operation of the fan; a second rotating surface; a magnet mounted to the second rotating surface, the second rotating surface operatively associated with a counter rotating element of the gas turbine engine such that the second rotating surface rotates in a direction counter to the first direction during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil. a fan; a nosecone that rotates with the fan; an electrical coil mounted to a first rotating surface of the nosecone, the first rotating surface rotating in a first direction during operation of the fan; a second rotating surface; a magnet mounted to the second rotating surface, the second rotating surface operatively associated with a counter rotating element of the gas turbine engine such that the second rotating surface rotates in a direction counter to the first direction during operation of the fan, the magnet and the electrical coil thereby producing electricity during operation of the fan; and a heating element operatively associated with a surface on the fan, the heating element being powered by the electricity produced by the magnet and the electrical coil.
A method of grinding workpieces of aluminium alloys to achieve high surface quality, wherein the workpiece is machined by a grinding wheel with the grain of green silicon carbide of a size smaller than 200μm, in a bonding agent consisting of synthetic resin, the method being characterised in that the workpiece is machined in an environment comprising a semi-synthetic liquid with a concentration of 3 to 7%, at a circumferential speed of the workpiece in the range of 20 to 30 m.min -1, where the cutting speed of the grinding wheel is in the range of 35 to 40 m.s -1.
A tether management system comprising: a spool rotatable to reel in and reel out a tether; a tension pulley engaging the tether; a tension sensor coupled to the tension pulley for measuring a tension of the tether; a controller for receiving a desired tension of the tether and for controlling the rotation of the spool to reel in and reel out the tether based on a difference between a measured tension from the tension sensor and the desired tension of the tether; characterized in that the tether management system further comprises: a moveable pulley that is not coupled to the tension sensor and is disposed to engage tether between the spool and the tension pulley, the moveable pulley being biased to a steady state position along a linear path when the tether is at the desired tension and moveable along the linear path in either direction from the steady state position to adjust a tension of the tether when the tension of the tether deviates from the desired tension. a spool rotatable to reel in and reel out a tether; a tension pulley engaging the tether; a tension sensor coupled to the tension pulley for measuring a tension of the tether; a controller for receiving a desired tension of the tether and for controlling the rotation of the spool to reel in and reel out the tether based on a difference between a measured tension from the tension sensor and the desired tension of the tether; characterized in that the tether management system further comprises: a moveable pulley that is not coupled to the tension sensor and is disposed to engage tether between the spool and the tension pulley, the moveable pulley being biased to a steady state position along a linear path when the tether is at the desired tension and moveable along the linear path in either direction from the steady state position to adjust a tension of the tether when the tension of the tether deviates from the desired tension. a moveable pulley that is not coupled to the tension sensor and is disposed to engage tether between the spool and the tension pulley, the moveable pulley being biased to a steady state position along a linear path when the tether is at the desired tension and moveable along the linear path in either direction from the steady state position to adjust a tension of the tether when the tension of the tether deviates from the desired tension.
An autoinjector including a reusable drive assembly and a syringe assembly removable for disposal, the syringe assembly including: a syringe having a body and a needle, and a shield slideably mounted around said syringe for telescopic movement between a retracted position in which the syringe needle is exposed in use and an extended position in which the needle is at least partially shrouded by said shield, wherein said syringe body has a feature thereon which cooperates with an associated feature on the shield to control relative movement thereof, the drive assembly including a drive adapted in use to express a dose from the syringe, wherein said syringe assembly is releasably coupled to said drive assembly and wherein said cooperating features comprise a projection on one of the syringe body or shield, cooperating with a control slot on the other thereof. a syringe having a body and a needle, and a shield slideably mounted around said syringe for telescopic movement between a retracted position in which the syringe needle is exposed in use and an extended position in which the needle is at least partially shrouded by said shield, wherein said syringe body has a feature thereon which cooperates with an associated feature on the shield to control relative movement thereof, the drive assembly including a drive adapted in use to express a dose from the syringe, wherein said syringe assembly is releasably coupled to said drive assembly and wherein said cooperating features comprise a projection on one of the syringe body or shield, cooperating with a control slot on the other thereof.
A medical sensor comprising: a carrier band made of polyethylene foam, said band including a thin section that facilitates wrapping of the carrier band and one or more thick sections that act as spring-loaded mounts when the carrier band is secured in a wrapped position; a detector mounted to a portion of said carrier band; and an emitter mounted to a portion of said carrier band, wherein said detector and said emitter are substantially aligned when said carrier band is in the wrapped position. a carrier band made of polyethylene foam, said band including a thin section that facilitates wrapping of the carrier band and one or more thick sections that act as spring-loaded mounts when the carrier band is secured in a wrapped position; a detector mounted to a portion of said carrier band; and an emitter mounted to a portion of said carrier band, wherein said detector and said emitter are substantially aligned when said carrier band is in the wrapped position.