mhurhangee/ep-ind-claims huggingface dataset:
A control information processing method, comprising: receiving high-layer configuration signalling, wherein the high-layer configuration signalling is used for determining an indication mode of X bits in a control information format, where X is a positive integer greater than or equal to 3; generating, when the high-layer configuration signalling is a first signaling, a first control information format in which all of the X bits being used for indicating a first parameter set of at least one enabled transmission block in the control information; generating, when the high-layer configuration signalling is a second signaling, a second control information format in which the X bits being used for indicating a first parameter set and a second parameter set of at least one enabled transmission block in the control information; and transmitting the generated control information format to user equipment, UE, wherein the first parameter set is for controlling signal transmission of cells and comprises at least one of the following parameters: number of layers of cell signal transmission, scrambling identity, and antenna port; and the second parameter set is for controlling interference coordination of reference signals among cells and comprises at least one of the following parameters: cell identity, Multicast Broadcast-Single Frequency Network, MB-SFN, subframe configuration information, number of Common Reference Signal, CRS, ports, Channel State Information-Reference Symbol, CSI-RS, pattern, non-zero power CSI-RS pattern, and zero power CSI-RS pattern. receiving high-layer configuration signalling, wherein the high-layer configuration signalling is used for determining an indication mode of X bits in a control information format, where X is a positive integer greater than or equal to 3; generating, when the high-layer configuration signalling is a first signaling, a first control information format in which all of the X bits being used for indicating a first parameter set of at least one enabled transmission block in the control information; generating, when the high-layer configuration signalling is a second signaling, a second control information format in which the X bits being used for indicating a first parameter set and a second parameter set of at least one enabled transmission block in the control information; and transmitting the generated control information format to user equipment, UE, wherein the first parameter set is for controlling signal transmission of cells and comprises at least one of the following parameters: number of layers of cell signal transmission, scrambling identity, and antenna port; and the second parameter set is for controlling interference coordination of reference signals among cells and comprises at least one of the following parameters: cell identity, Multicast Broadcast-Single Frequency Network, MB-SFN, subframe configuration information, number of Common Reference Signal, CRS, ports, Channel State Information-Reference Symbol, CSI-RS, pattern, non-zero power CSI-RS pattern, and zero power CSI-RS pattern.
An illuminating structure of a meter apparatus, comprising: a text panel; a rotary shaft (5B, 5C, 5D) rotating by a rotating force transferred from a motor and installed to a rear side of the text panel; an indicator rotating along a surface of the text panel having an indicator shaft mounted to the rotary shaft (5B, 5C, 5D); and a light source for emitting illuminating light to a base end portion of the rotary shaft (5B, 5C, 5D), wherein the indicator rotates to indicate various kinds of information, wherein the indicator has a hole through which a front end portion of the rotary shaft (5B, 5C, 5D) is inserted, the rotary shaft (5B, 5C, 5D) has a lateral light separating unit, formed by a dented portion toward the light source, at a front end surface of the front end portion thereof, and the lateral light separating unit partially separates the illuminating light incident on the indicator toward the text panel, characterized in that the lateral light separating unit provided to the front end surface of the front end portion of the rotary shaft (5B, 5C, 5D) is configured as a reflective surface (11, 14, 15) having a hole with a regular polygonal pyramid shape. a text panel; a rotary shaft (5B, 5C, 5D) rotating by a rotating force transferred from a motor and installed to a rear side of the text panel; an indicator rotating along a surface of the text panel having an indicator shaft mounted to the rotary shaft (5B, 5C, 5D); and a light source for emitting illuminating light to a base end portion of the rotary shaft (5B, 5C, 5D), wherein the indicator rotates to indicate various kinds of information, wherein the indicator has a hole through which a front end portion of the rotary shaft (5B, 5C, 5D) is inserted, the rotary shaft (5B, 5C, 5D) has a lateral light separating unit, formed by a dented portion toward the light source, at a front end surface of the front end portion thereof, and the lateral light separating unit partially separates the illuminating light incident on the indicator toward the text panel, characterized in that the lateral light separating unit provided to the front end surface of the front end portion of the rotary shaft (5B, 5C, 5D) is configured as a reflective surface (11, 14, 15) having a hole with a regular polygonal pyramid shape.
Rotor blade for a wind turbine, comprising a) a wing root as an attachment to a hub, with a first diameter, and b) a rotor blade end which is opposite the wing root, with a second diameter, and c) a trailing edge and a leading edge with respect to the slicing direction of the rotor blade during operation, and wherein the leading edge and the trailing edge each have a curvature, and wherein the first diameter is smaller than the second diameter, characterized in that d) the rotor blade has a rotor camber axis which runs in such a manner that the leading edge, in front view, has a first camber height at the wing root that is lower, in substantially the same height or higher than a central camber height in the center of the rotor blade that, in turn, is higher than an end-side camber height at the rotor blade end. a) a wing root as an attachment to a hub, with a first diameter, and b) a rotor blade end which is opposite the wing root, with a second diameter, and c) a trailing edge and a leading edge with respect to the slicing direction of the rotor blade during operation, and wherein the leading edge and the trailing edge each have a curvature, and wherein the first diameter is smaller than the second diameter, d) the rotor blade has a rotor camber axis which runs in such a manner that the leading edge, in front view, has a first camber height at the wing root that is lower, in substantially the same height or higher than a central camber height in the center of the rotor blade that, in turn, is higher than an end-side camber height at the rotor blade end.
A method for gathering radio information from target devices connected to a first access point and operating on a first frequency channel, Ch1, in a wireless network, comprising: generating a probing frame at a probing device operating on a second frequency channel, Ch2, wherein: the destination address of the probing frame is the address of a target device, and the BSSID address of the probing frame is the address of the first access point; injecting, at the probing device, the probing frame into a transmission queue associated to the first frequency channel, Ch1; wherein the source address of the probing frame is a virtual address, STA', that univocally identifies the target device, said virtual address being different to any possible MAC address in the wireless network; and wherein the method further comprises: when an ACK frame is received at the probing device, analyzing the ACK frame to determine that the sender of the ACK frame is the target device if the destination address of the ACK frame is the virtual address, STA', that univocally identifies the target device, and in that case: measuring radio parameters from the received ACK frame; storing the radio parameters; associating the stored radio parameters to the target device. generating a probing frame at a probing device operating on a second frequency channel, Ch2, wherein: the destination address of the probing frame is the address of a target device, and the BSSID address of the probing frame is the address of the first access point; the destination address of the probing frame is the address of a target device, and the BSSID address of the probing frame is the address of the first access point; injecting, at the probing device, the probing frame into a transmission queue associated to the first frequency channel, Ch1; wherein the source address of the probing frame is a virtual address, STA', that univocally identifies the target device, said virtual address being different to any possible MAC address in the wireless network; and wherein the method further comprises: when an ACK frame is received at the probing device, analyzing the ACK frame to determine that the sender of the ACK frame is the target device if the destination address of the ACK frame is the virtual address, STA', that univocally identifies the target device, and in that case: measuring radio parameters from the received ACK frame; storing the radio parameters; associating the stored radio parameters to the target device. measuring radio parameters from the received ACK frame; storing the radio parameters; associating the stored radio parameters to the target device.
A keyring, comprising: a base body, a cover plate, a cord-like element, a spring, a roller, a push button (6.1), and an annular segment, characterized in that the cover plate is arranged on the base plate and fastened by fastening means; the spring is received in a cavity of the base plate; the cover plate has two recesses (8, 9) in which the cord-like element is received; the roller is arranged rotatably on the cover plate; the annular segment has an opening; the push button (6.1) is arranged on the cover plate, wherein the push button (6.1) has an open position and a closed position, wherein in the closed position, the push button (6.1) assumes a force- and/or form-fit connection to the cord-like element; wherein the push button (6.1) has a part (6.2) movable by the push button (6.1), which part (6.2) can be inserted into an opening of the annular segment; and wherein the push button (6.1) is locked or released by the spring. a base body, a cover plate, a cord-like element, a spring, a roller, a push button (6.1), and an annular segment, characterized in that the cover plate is arranged on the base plate and fastened by fastening means; the spring is received in a cavity of the base plate; the cover plate has two recesses (8, 9) in which the cord-like element is received; the roller is arranged rotatably on the cover plate; the annular segment has an opening; the push button (6.1) is arranged on the cover plate, wherein the push button (6.1) has an open position and a closed position, wherein in the closed position, the push button (6.1) assumes a force- and/or form-fit connection to the cord-like element; wherein the push button (6.1) has a part (6.2) movable by the push button (6.1), which part (6.2) can be inserted into an opening of the annular segment; and wherein the push button (6.1) is locked or released by the spring.
A lighting device, comprising: a first element (14, 15) and a second element (12, 13), the first element (14, 15) having at least a first electrical contact region and a first mechanical engagement region, the first mechanical engagement region different from the first electrical contact region, the second element comprising at least a first solid state light emitter support member and at least a first solid state light emitter, the first solid state light emitter support member having at least a second electrical contact region and at least a second mechanical engagement region, the second mechanical engagement region different from the second electrical contact region, the second element (12, 13) removably supported by the first element (14, 15), the first electrical contact region in electrical contact with the second electrical contact region, the first mechanical engagement region in contact with the second mechanical engagement region, the first mechanical engagement region having a substantially tapered surface, the second mechanical engagement region having a substantially tapered surface, characterized by: a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element. a first element (14, 15) and a second element (12, 13), the first element (14, 15) having at least a first electrical contact region and a first mechanical engagement region, the first mechanical engagement region different from the first electrical contact region, the second element comprising at least a first solid state light emitter support member and at least a first solid state light emitter, the first solid state light emitter support member having at least a second electrical contact region and at least a second mechanical engagement region, the second mechanical engagement region different from the second electrical contact region, the second element (12, 13) removably supported by the first element (14, 15), the first electrical contact region in electrical contact with the second electrical contact region, the first mechanical engagement region in contact with the second mechanical engagement region, the first mechanical engagement region having a substantially tapered surface, the second mechanical engagement region having a substantially tapered surface, characterized by: a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element. a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element.
A differential comprising: a case; a side gear; a first lock plate comprising a first side and a toothed side; a second lock plate comprising a first side facing the case and a toothed second side facing the toothed side of the first lock plate; a cam plate between the side gear and the first lock plate, the cam plate comprising: a splined neck extending towards the first lock plate; and external teeth configured to couple to an actuator; and a clutch pack between the cam plate and the first lock plate, the clutch pack comprising at least one active clutch disc internally splined to the splined neck. a case; a side gear; a first lock plate comprising a first side and a toothed side; a second lock plate comprising a first side facing the case and a toothed second side facing the toothed side of the first lock plate; a cam plate between the side gear and the first lock plate, the cam plate comprising: a splined neck extending towards the first lock plate; and external teeth configured to couple to an actuator; and a splined neck extending towards the first lock plate; and external teeth configured to couple to an actuator; and a clutch pack between the cam plate and the first lock plate, the clutch pack comprising at least one active clutch disc internally splined to the splined neck.
A tubing component, suitable for use in oil and gas wells, comprising an outer tube and an inner tube within the outer tube, said outer tube and said inner tube being made of steel, said tubes (11, 20) being so configured to create a space between each other over a specified length, the tubing component being characterized in that a. Each end of the inner tube is secured to an internal surface of the outer tube by a frustoconical fillet weld so that said space is leak-tight, b. The inner tube has i. a first internal diameter along a first length starting from each end of said tube, ii. a second, smaller internal diameter (ID') along a second length beyond the first length, c. The tubing component further includes a protective metallic layer extending at least over the fillet weld. a. Each end of the inner tube is secured to an internal surface of the outer tube by a frustoconical fillet weld so that said space is leak-tight, b. The inner tube has i. a first internal diameter along a first length starting from each end of said tube, ii. a second, smaller internal diameter (ID') along a second length beyond the first length, i. a first internal diameter along a first length starting from each end of said tube, ii. a second, smaller internal diameter (ID') along a second length beyond the first length, c. The tubing component further includes a protective metallic layer extending at least over the fillet weld.
An intake mechanism for a product into a merchandiser, comprising: an input tray comprising an input port that is sized and configured to accommodate the product; a refrigerator flap; a reciprocating spring assembly comprising a gas spring, wherein the gas spring comprises a piston therein, the reciprocating spring assembly being configured to permit the input tray to maneuver; an identification module; and an input control system; wherein the input control system is configured to permit access to the merchandiser as the input tray is maneuvered via the reciprocating spring assembly upon receipt of a force by opening the refrigerator flap if the product is identified by the identification module; and wherein the input control system is configured to reject access to the merchandiser as the input tray is maneuvered via the reciprocating spring assembly upon receipt of a force if the product is not identified by the identification module by not opening the refrigerator flap, and wherein subsequently the reciprocating spring assembly is configured to displace the force. an input tray comprising an input port that is sized and configured to accommodate the product; a refrigerator flap; a reciprocating spring assembly comprising a gas spring, wherein the gas spring comprises a piston therein, the reciprocating spring assembly being configured to permit the input tray to maneuver; an identification module; and an input control system; wherein the input control system is configured to permit access to the merchandiser as the input tray is maneuvered via the reciprocating spring assembly upon receipt of a force by opening the refrigerator flap if the product is identified by the identification module; and wherein the input control system is configured to reject access to the merchandiser as the input tray is maneuvered via the reciprocating spring assembly upon receipt of a force if the product is not identified by the identification module by not opening the refrigerator flap, and wherein subsequently the reciprocating spring assembly is configured to displace the force.
Ventilation device for living beings, who cannot breathe self-dependently and need medical assistance in the form of artificial or machine ventilation, consisting of: - a ventilator having an air outlet channel and an air inlet channel, - two hoses (5, 6) connected with one of the two channels (3, 4) of the ventilator, - an air distributor at which three openings (8, 9, 10) are provided that are coupled with one of the two hoses (5, 6) of the ventilator and with a tubus, which can be inserted into the oral or nasal area of a living being, characterised in that an airway therapy device is inserted in the inhalation hose by means of which mucus is loosened and removed, the ventilator generates an airflow by means of which an intermitting air pressure fluctuation is created through the airway therapy device and in that the air pressure fluctuation generated is passed on or transmitted into the lung area of the living being, the airway therapy device consists of a curved tube that is integrated into the ventilation hose or connected therewith in an airtight manner, a flexurally elastic hose is mounted to the breathing-air entrance side of the airway therapy device and in that the opposite end of the hose oscillates in the tube and through the injected airflow, the airway therapy device consists of a curved tube that is integrated into the ventilation hose or connected therewith in an airtight manner, and that within the tube, a valve in the form of a throttle valve or a ball is inserted that is caused to oscillate by the injected airflow. - a ventilator having an air outlet channel and an air inlet channel, - two hoses (5, 6) connected with one of the two channels (3, 4) of the ventilator, - an air distributor at which three openings (8, 9, 10) are provided that are coupled with one of the two hoses (5, 6) of the ventilator and with a tubus, which can be inserted into the oral or nasal area of a living being, an airway therapy device is inserted in the inhalation hose by means of which mucus is loosened and removed, the ventilator generates an airflow by means of which an intermitting air pressure fluctuation is created through the airway therapy device and in that the air pressure fluctuation generated is passed on or transmitted into the lung area of the living being, the airway therapy device consists of a curved tube that is integrated into the ventilation hose or connected therewith in an airtight manner, a flexurally elastic hose is mounted to the breathing-air entrance side of the airway therapy device and in that the opposite end of the hose oscillates in the tube and through the injected airflow, the airway therapy device consists of a curved tube that is integrated into the ventilation hose or connected therewith in an airtight manner, and that within the tube, a valve in the form of a throttle valve or a ball is inserted that is caused to oscillate by the injected airflow.
RF power measurement module comprising - a measuring device for high-frequency power with a microprocessor and at least one RF interface to an RF input stage, - an external power supply for the measuring device, - a housing, comprising - a display device, - a status display, - an operating device, - at least two RF inputs, - at least one communication interface, wherein the housing has a first plug-in device with locking device and operating voltage supply, further comprising a circuit for extending the dynamic range of the RF measurement with and for integrated circuits. - a measuring device for high-frequency power with a microprocessor and at least one RF interface to an RF input stage, - an external power supply for the measuring device, - a housing, comprising - a display device, - a status display, - an operating device, - at least two RF inputs, - at least one communication interface, - a display device, - a status display, - an operating device, - at least two RF inputs, - at least one communication interface, wherein the housing has a first plug-in device with locking device and operating voltage supply, further comprising a circuit for extending the dynamic range of the RF measurement with and for integrated circuits.
A noise emitting device comprising a tool in the form of a pile driver and a workpiece in the form of a driven pile or of a sheet pile, wherein the driven pile, respectively the sheet pile, is provided for manipulation by the tool and wherein a bellows is arranged at the pile driver)10) and/or at the driven pile, respectively the sheet pile, to reduce the noise emission, with the bellows at least substantially surrounding the noise emitting region of the tool and workpiece, characterized in that the bellows is formed as a corrugated bellows.