mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method, applied in a terminal device, the method comprising: receiving, by the terminal device, first indication information; and determining, by the terminal device, a first offset parameter value based on the received first indication information, wherein the first offset parameter value is used to determine a timing relationship of transmission, characterized in that: the first indication information comprises first parameter information, and said determining, by the terminal device, the first offset parameter value based on at least the first indication information comprises: determining, by the terminal device based on a mapping and the first parameter information, the first offset parameter value, wherein the mapping comprises a correspondence between the at least first parameter information and the first offset parameter value, the first parameter comprises at least one of the following types of parameters: subcarrier spacing, cell identification, beam identification, Synchronization Signal Block, SSB, identification, satellite scenario, satellite altitude, transmission type, whether a Radio Resource Control, RRC, parameter configuration is completed. receiving, by the terminal device, first indication information; and determining, by the terminal device, a first offset parameter value based on the received first indication information, wherein the first offset parameter value is used to determine a timing relationship of transmission, characterized in that: the first indication information comprises first parameter information, and said determining, by the terminal device, the first offset parameter value based on at least the first indication information comprises: determining, by the terminal device based on a mapping and the first parameter information, the first offset parameter value, wherein the mapping comprises a correspondence between the at least first parameter information and the first offset parameter value, the first parameter comprises at least one of the following types of parameters: subcarrier spacing, cell identification, beam identification, Synchronization Signal Block, SSB, identification, satellite scenario, satellite altitude, transmission type, whether a Radio Resource Control, RRC, parameter configuration is completed. the first indication information comprises first parameter information, and said determining, by the terminal device, the first offset parameter value based on at least the first indication information comprises: determining, by the terminal device based on a mapping and the first parameter information, the first offset parameter value, wherein the mapping comprises a correspondence between the at least first parameter information and the first offset parameter value, the first parameter comprises at least one of the following types of parameters: subcarrier spacing, cell identification, beam identification, Synchronization Signal Block, SSB, identification, satellite scenario, satellite altitude, transmission type, whether a Radio Resource Control, RRC, parameter configuration is completed.
An apparatus for capacitive determination of the fill level in individual containers of a group of containers of the same dimensions, which are disposed horizontally at a regular mutual distance adjacent to one another in a plurality of rows and/or columns (Sp), wherein the apparatus comprises a transmitter electrode and a receiver electrode as well as a measuring circuit for carrying out a capacitive measurement method, wherein the measuring circuit comprises a transmitting circuit and a receiving circuit, and the apparatus comprises: - a horizontal base plate comprising a plurality of electrodes which protrude in one direction in relation to a horizontal plane defined by the base plate and which are mutually uniformly spaced apart such that a plurality of working zones of the same dimensions are formed, wherein the size and shape of the working zones are arranged such that each working zone can receive a container of said group, - multiple connections through which a part of the electrodes are connectable with the transmitting circuit and can be controlled by means of the transmitting circuit, and a part of the electrodes are connectable with the receiving circuit and can be read out by means of the receiving circuit, wherein in the area of each working zone in the horizontal plane at least respectively two of said electrodes are opposite to one another and wherein by means of the connections respectively one of these two electrodes is usable as transmitter and the other one of the two electrodes is usable as receiver. - a horizontal base plate comprising a plurality of electrodes which protrude in one direction in relation to a horizontal plane defined by the base plate and which are mutually uniformly spaced apart such that a plurality of working zones of the same dimensions are formed, wherein the size and shape of the working zones are arranged such that each working zone can receive a container of said group, - multiple connections through which a part of the electrodes are connectable with the transmitting circuit and can be controlled by means of the transmitting circuit, and a part of the electrodes are connectable with the receiving circuit and can be read out by means of the receiving circuit,
A thermally conductive composite oxide being a composite oxide having a spinel structure, obtained by firing at least an alumina-based compound and a compound of a metal other than aluminum, and comprising: aluminum as a main component metal; and at least one metal other than aluminum, wherein the metal other than aluminum is at least one selected from the group consisting of magnesium, zinc, calcium and strontium, a ratio, (b mol)/(a mol), of a number of moles (b) of the metal other than aluminum to a number of moles (a) of an aluminum element in the alumina-based compound is 0.1 or more and 1.0 or less, and a Mohs hardness of the thermally conductive composite oxide is less than 9, wherein the thermally conductive composite oxide has a flake-like or needle-like shape having an average major axis diameter of 5 to 40 μm and an average minor axis diameter of 0.1 to 30 μm. aluminum as a main component metal; and at least one metal other than aluminum, wherein the metal other than aluminum is at least one selected from the group consisting of magnesium, zinc, calcium and strontium, a ratio, (b mol)/(a mol), of a number of moles (b) of the metal other than aluminum to a number of moles (a) of an aluminum element in the alumina-based compound is 0.1 or more and 1.0 or less, and a Mohs hardness of the thermally conductive composite oxide is less than 9, wherein the thermally conductive composite oxide has a flake-like or needle-like shape having an average major axis diameter of 5 to 40 μm and an average minor axis diameter of 0.1 to 30 μm.
A display arrangement for a diving apparatus, the display arrangement comprising: a first communication partner device having a first mounting element to be mounted at a first position of the diving apparatus; characterized in that the display arrangement further comprises a second communication partner device configured as a head-up display for visually displaying data to a user and having a second mounting element to be mounted at a second position of the diving apparatus so that the head-up display is in the field of view of the user; a wireless communication link (49, 55) configured for transmitting the data via a light signal indicative of the data from the first communication partner device to the second communication partner device. a first communication partner device having a first mounting element to be mounted at a first position of the diving apparatus; characterized in that the display arrangement further comprises a second communication partner device configured as a head-up display for visually displaying data to a user and having a second mounting element to be mounted at a second position of the diving apparatus so that the head-up display is in the field of view of the user; a wireless communication link (49, 55) configured for transmitting the data via a light signal indicative of the data from the first communication partner device to the second communication partner device.
A mechanical differential actuator for interacting with a mechanical load, comprising: a first brake (148; 210); a second brake (150; 212); a velocity source (104; 214; 246); a first mechanical differential having three interaction ports, including a first interaction port (120; 248; 270) coupled to the velocity source (104; 214; 246), a second interaction port (136; 256; 276) and a third interaction port (138; 252; 272) coupled to the first brake (148; 210); and a second mechanical differential having three interaction ports, including a first interaction port (130; 250; 270) coupled to the velocity source (104; 214; 246), a second interaction port (134; 258; 276) and a third interaction port (140; 254; 274) coupled to the second brake (150; 212); wherein the second interaction port (136; 256) of the first mechanical differential and the second interaction port (134; 258) of the second mechanical differential are coupled together to form an output (188; 218; 266; 270) which is configured so as to be coupled to the load, characterized in that, independent from the rotational direction of the velocity source (104; 214; 246), the output force of the differential actuator is controlled in both directions by a combination of the braking forces of the first and second brakes (148, 150; 210, 212), wherein the first and second mechanical differentials include respective first and second speed reducer mechanisms for implementing a mechanical differential function, the velocity source (104; 214; 246) being coupled to the first and second speed reducer mechanisms. a first brake (148; 210); a second brake (150; 212); a velocity source (104; 214; 246); a first mechanical differential having three interaction ports, including a first interaction port (120; 248; 270) coupled to the velocity source (104; 214; 246), a second interaction port (136; 256; 276) and a third interaction port (138; 252; 272) coupled to the first brake (148; 210); and a second mechanical differential having three interaction ports, including a first interaction port (130; 250; 270) coupled to the velocity source (104; 214; 246), a second interaction port (134; 258; 276) and a third interaction port (140; 254; 274) coupled to the second brake (150; 212); wherein the second interaction port (136; 256) of the first mechanical differential and the second interaction port (134; 258) of the second mechanical differential are coupled together to form an output (188; 218; 266; 270) which is configured so as to be coupled to the load, characterized in that, independent from the rotational direction of the velocity source (104; 214; 246), the output force of the differential actuator is controlled in both directions by a combination of the braking forces of the first and second brakes (148, 150; 210, 212), wherein the first and second mechanical differentials include respective first and second speed reducer mechanisms for implementing a mechanical differential function, the velocity source (104; 214; 246) being coupled to the first and second speed reducer mechanisms.
Spraying boom for distributing organic liquid fertilizer or pesticides, such as slurry for example, using a tractor-drawn or self-propelled tanker and preferably in the form of a drag hose boom, said spraying boom comprising a main frame and two side wings mounted thereon, which are divided into several sections (4,5,6,7), which are mutually swivelling for repositioning between a transport position, in which the side wings are arranged in planes that are broadly parallel to the tanker's direction of forward motion, and a working position in which at least some sections of the side wings are swivelled to a position broadly at right angles to the transport position, said spraying boom additionally comprising hose holders, on which the application hoses are mounted together with a hydraulic system with actuators for swivelling the spraying boom sections (4,5,6,7), wherein between each section (4,5,6,7) and between the sections and the main frame, sensors are provided for determining the mutual position between the sections and between the sections and the main frame, and in that the sensors are connected to a computer which, on the basis of the input from the sensors, generates an output for controlling valves in the hydraulic system for activating the relevant actuators, and which is characterized in that the computer is arranged to carry out mutually independent unfolding of the sections (4,5,6,7) in each side wing.
A snubber tool for a downhole tool string, comprising: a mule shoe adapter; a universal bottom hole orientation (UBHO) adapter; a rebound compliance component a compression compliance component; and a drive washer arranged between and in contact with the rebound compliance component and the compression compliance component and coupled to the mule shoe adapter; characterized in that the rebound compliance component has a first stiffness and a first pre-compression, the rebound compliance component being configured to retain at least a portion of the first pre-compression under external loading of the snubber tool; the compression compliance component has a second stiffness larger than the first stiffness and a second pre-compression, a pre-compression deflection of the compression compliance component being smaller than a pre-compression deflection of the rebound compliance component, the compression compliance component being configured to retain at least a portion of the second pre-compression under external loading of the snubber tool; and the drive washer being configured to selectively apply a further compression to the rebound compliance component and compression compliance component in response to an external force acting on the mule shoe adapter. a mule shoe adapter; a universal bottom hole orientation (UBHO) adapter; a rebound compliance component a compression compliance component; and a drive washer arranged between and in contact with the rebound compliance component and the compression compliance component and coupled to the mule shoe adapter; characterized in that the rebound compliance component has a first stiffness and a first pre-compression, the rebound compliance component being configured to retain at least a portion of the first pre-compression under external loading of the snubber tool; the compression compliance component has a second stiffness larger than the first stiffness and a second pre-compression, a pre-compression deflection of the compression compliance component being smaller than a pre-compression deflection of the rebound compliance component, the compression compliance component being configured to retain at least a portion of the second pre-compression under external loading of the snubber tool; and the drive washer being configured to selectively apply a further compression to the rebound compliance component and compression compliance component in response to an external force acting on the mule shoe adapter.
A curtain body locating mechanism for use in a curtain with no cord, comprising: a base; two coil spring wheels disposed on the base rotatably and engaged with each other; a coil spring configured to connect the two coil spring wheels and optionally winded onto one of the coil spring wheels; two cord wheels disposed on the base rotatably and engaged with the two coil spring wheels respectively, characterized by two separation and reunion units disposed adjacent to the cord wheels respectively and each comprising an axle, at least two braking blocks, a separation and reunion wheel and at least two planetary gears, wherein the axle is fixed on the base, the two braking blocks are spaced apart and fixed on the base and are connected to the periphery of the axle so that a rolling groove is formed between the two braking blocks, the separation and reunion wheel has an axle hole and an inner ring gear adjacent to the axle hole, the axle hole is nested onto the axle rotatably, the two braking blocks are surrounded by the inner ring gear, and each of the planetary gears is disposed within one of the rolling grooves rollably and engaged with the inner ring gear of the separation and reunion wheel so that each of the planetary gears can be driven by the inner ring gear of the separation and reunion wheel to be clamped to or separated from one of the braking blocks; and two cords winded onto the separation and reunion wheels respectively and an end of each of the two cords being fixed to one of the cord wheels respectively. a base; two coil spring wheels disposed on the base rotatably and engaged with each other; a coil spring configured to connect the two coil spring wheels and optionally winded onto one of the coil spring wheels; two cord wheels disposed on the base rotatably and engaged with the two coil spring wheels respectively, characterized by two separation and reunion units disposed adjacent to the cord wheels respectively and each comprising an axle, at least two braking blocks, a separation and reunion wheel and at least two planetary gears, wherein the axle is fixed on the base, the two braking blocks are spaced apart and fixed on the base and are connected to the periphery of the axle so that a rolling groove is formed between the two braking blocks, the separation and reunion wheel has an axle hole and an inner ring gear adjacent to the axle hole, the axle hole is nested onto the axle rotatably, the two braking blocks are surrounded by the inner ring gear, and each of the planetary gears is disposed within one of the rolling grooves rollably and engaged with the inner ring gear of the separation and reunion wheel so that each of the planetary gears can be driven by the inner ring gear of the separation and reunion wheel to be clamped to or separated from one of the braking blocks; and two cords winded onto the separation and reunion wheels respectively and an end of each of the two cords being fixed to one of the cord wheels respectively.
An apparatus for detecting an emission signal from each of a plurality of emission signal sources, wherein each emission signal source comprises a substance that emits light of a predetermined emission wavelength when subjected to an excitation signal of a predetermined excitation wavelength, said apparatus comprising: two or more excitation sources, each configured to generate an excitation signal that is directed at an emission signal source, wherein each excitation source is configured to generate an excitation light of a different predetermined excitation wavelength; two or more emission detectors, each emission detector being associated with one of the excitation sources and being configured to detect an emission signal emitted by an emission signal source when excited by the excitation signal generated by the associated excitation signal source, wherein each associated emission detector is configured to detect light of a different predetermined emission wavelength; a plurality of transmission fibers each associated with an emission signal source; and a carrier configured to move the two or more excitation sources and the associated emission detectors relative to the transmission fibers to sequentially place each emission detector and its associated excitation source in an operative position with respect to each transmission fiber, wherein each transmission fiber transmits both the excitation light from the excitation source and the corresponding emission light to the associated emission detector, wherein the carrier is configured to rotate about an axis of rotation and move each emission detector and its associated excitation source in a circular path. two or more excitation sources, each configured to generate an excitation signal that is directed at an emission signal source, wherein each excitation source is configured to generate an excitation light of a different predetermined excitation wavelength; two or more emission detectors, each emission detector being associated with one of the excitation sources and being configured to detect an emission signal emitted by an emission signal source when excited by the excitation signal generated by the associated excitation signal source, wherein each associated emission detector is configured to detect light of a different predetermined emission wavelength; a plurality of transmission fibers each associated with an emission signal source; and a carrier configured to move the two or more excitation sources and the associated emission detectors relative to the transmission fibers to sequentially place each emission detector and its associated excitation source in an operative position with respect to each transmission fiber, wherein each transmission fiber transmits both the excitation light from the excitation source and the corresponding emission light to the associated emission detector, wherein the carrier is configured to rotate about an axis of rotation and move each emission detector and its associated excitation source in a circular path.
Threaded joint for use in the oil and gas industry comprising a male threaded tube, defined as the pin, a female threaded tube, defined as the box, and a seal ring, the pin being configured to be made up in the box, the seal ring being interposed between the pin and the box, it being located in a portion of the surface of the box between the end of a threaded section and a nose of the box, and being in tight sealing contact via an external surface (11, 12, 13) with an internal surface of the box and via an internal surface (10, 19, 20) with an external surface of the pin, the seal ring having a first base, a second base axially opposite to the first base, characterized in that the seal ring has at least two protruding annular ribs (11, 12) on the external surface, the internal surface of said seal ring consisting of two frustoconical annular surfaces (19, 20) tapering towards the centre of the seal ring and joined by a fillet in an unloaded position, said frustoconical annular surfaces (19, 20) have angles (α, γ) of different values satisfying the relationship α > β and γ >δ, where β is the stab angle and δ is the load angle of the thread flanks.
A method for producing a highly galactosylated population of antibodies, comprising: transgenically expressing a population of antibodies in mammary gland epithelial cells of a goat such that a highly galactosylated population of antibodies is produced, wherein the level of galactosylation of the antibodies in the population is at least 70%.
A patient head protection device for protecting a patient's head from collision with X-ray equipment, the device comprising: a head protection shield comprising a face protector shield; a support platform for supporting the patient's head, the support platform comprising a base unit for receiving the patient's head and a vertical rear wall extending perpendicular from the base unit; a hinge for pivotably attaching the head protection shield to the support platform, wherein the hinge connects the head protection shield to the support platform via a rear surface of the rear wall; and an adjuster unit, wherein the adjuster unit comprises a sliding mechanism allowing the vertical movement of the face protector shield to adjust the distance between the face protector shield and the base unit thereby allowing to fit various head sizes. a head protection shield comprising a face protector shield; a support platform for supporting the patient's head, the support platform comprising a base unit for receiving the patient's head and a vertical rear wall extending perpendicular from the base unit; a hinge for pivotably attaching the head protection shield to the support platform, wherein the hinge connects the head protection shield to the support platform via a rear surface of the rear wall; and an adjuster unit, wherein the adjuster unit comprises a sliding mechanism allowing the vertical movement of the face protector shield to adjust the distance between the face protector shield and the base unit thereby allowing to fit various head sizes.