mhurhangee/ep-ind-claims huggingface dataset:
A net dispensing assembly comprising, - a net roll support tube configured to hold the net roll; - a brake drum assembly coupled to the net roll support tube and configured to rotate about the net roll support tube and apply tension to the net wrapping dispensed from the net roll; - a pivoting element configured to move the net roll support tube between an operating position and a load-unload position; and - a locking mechanism coupled to the brake drum assembly and configured to prevent the brake drum assembly from rotating in a direction opposite the operating direction when the net roll support tube is in at least one of (i) the load-unload position and (ii) the operating position characterized in that the locking mechanism comprises a latch coupled to a brake drum on the brake drum assembly and the latch is configured to prevent the brake drum assembly from rotating in the direction opposite the operating direction by engaging a stationary portion of the net dispensing assembly when the net roll support tube is in the at least one of (i) the load-unload position and (ii) the operating position. - a net roll support tube configured to hold the net roll; - a brake drum assembly coupled to the net roll support tube and configured to rotate about the net roll support tube and apply tension to the net wrapping dispensed from the net roll; - a pivoting element configured to move the net roll support tube between an operating position and a load-unload position; and - a locking mechanism coupled to the brake drum assembly and configured to prevent the brake drum assembly from rotating in a direction opposite the operating direction when the net roll support tube is in at least one of (i) the load-unload position and (ii) the operating position
Control device with a plurality of modularly constructed control sections (12a-12d), which form a control block when arranged side by side, and have units of an electromagnetically operable actuator system and/or sensor system for actuating or monitoring a valve device, which units can be connected to a central power supply and/or monitoring device and have individual connecting parts (20a-20d) assigned to the respective control section (12a-12d), which connecting parts are connected in series and to one another, wherein at least some of the connecting parts (20a-20d) used are in direct engagement with one another with their mutually facing and adjacent plug (22a-22c) and socket parts (24a-24c) in a wireless manner, wherein at least some of the connecting parts (20a-20d) used are of T-piece-like design with plug (22a-22c) and socket parts (24a-24c) each arranged opposite one another and a contact part (26a-26c) arranged and aligned transversely, preferably perpendicularly, thereto for connection to the respective control section (12a-12d), wherein the interconnected T-piece-like connecting parts (20a-20d) with their interconnected plug (22a-22c) and socket parts (24a-24c) form a connecting string, which extends transversely, preferably perpendicularly, to the side-by-side arrangement of the control sections (12a-12d), and which is connected thereto via the contact parts (26a-26c) aligned in the direction of said control sections (12a-12d), wherein latching means are provided for fixing the position of the interconnected connecting parts and/or the connecting parts connected to the respective control section, and characterised in that, a sealing device (48a-48c) is arranged in an end portion of the contact parts (26a-26c) and the socket parts (24a-24c) which is assigned to a respective connection region. wherein at least some of the connecting parts (20a-20d) used are of T-piece-like design with plug (22a-22c) and socket parts (24a-24c) each arranged opposite one another and a contact part (26a-26c) arranged and aligned transversely, preferably perpendicularly, thereto for connection to the respective control section (12a-12d), wherein the interconnected T-piece-like connecting parts (20a-20d) with their interconnected plug (22a-22c) and socket parts (24a-24c) form a connecting string, which extends transversely, preferably perpendicularly, to the side-by-side arrangement of the control sections (12a-12d), and which is connected thereto via the contact parts (26a-26c) aligned in the direction of said control sections (12a-12d), wherein latching means are provided for fixing the position of the interconnected connecting parts and/or the connecting parts connected to the respective control section, and characterised in that, a sealing device (48a-48c) is arranged in an end portion of the contact parts (26a-26c) and the socket parts (24a-24c) which is assigned to a respective connection region.
A boron-containing aluminum material comprising a matrix including an aluminum or aluminum alloy powder, and a boride powder, the boride powder being dispersed in the matrix, wherein the boride powder includes at least one or more kinds of first boride particles selected from the group consisting of AlB 12, CaB 6, and SiB 6, at least one or more kinds of second boride particles selected from the group consisting of FeB, MnB 2, Fe 2 B, and AlB 2, and inevitable impurity particles, wherein the ratio of the second boride particles occupied in the boride powder is 20 mass% or more.
An indication signal configuration method, comprising: sending, by the network device, first configuration information and second configuration information, wherein the first configuration information indicates a duration for a first indication signal corresponding to a first carrier, the second configuration information indicates a duration for a second indication signal corresponding to a second carrier, the first indication signal indicates whether a first terminal device continues to receive a signal associated with the first indication signal or process a channel associated with the first indication signal, the second indication signal indicates whether a second terminal device continues to receive a signal associated with the second indication signal or process a channel associated with the second indication signal, the duration for the first indication signal is different from the duration for the second indication signal, the first terminal device is a terminal device that needs to receive the first indication signal, and the second terminal device is a terminal device that needs to receive the second indication signal, the first indication signal is a wakeup signal, WUS, and the second indication signal is a WUS, the channel associated with the first indication signal is a physical downlink control channel, PDCCH, and the channel associated with the second indication signal is a PDCCH; and sending, by the network device, the first indication signal on the first carrier, and sending the second indication signal on the second carrier. sending, by the network device, first configuration information and second configuration information, wherein the first configuration information indicates a duration for a first indication signal corresponding to a first carrier, the second configuration information indicates a duration for a second indication signal corresponding to a second carrier, the first indication signal indicates whether a first terminal device continues to receive a signal associated with the first indication signal or process a channel associated with the first indication signal, the second indication signal indicates whether a second terminal device continues to receive a signal associated with the second indication signal or process a channel associated with the second indication signal, the duration for the first indication signal is different from the duration for the second indication signal, the first terminal device is a terminal device that needs to receive the first indication signal, and the second terminal device is a terminal device that needs to receive the second indication signal, the first indication signal is a wakeup signal, WUS, and the second indication signal is a WUS, the channel associated with the first indication signal is a physical downlink control channel, PDCCH, and the channel associated with the second indication signal is a PDCCH; and sending, by the network device, the first indication signal on the first carrier, and sending the second indication signal on the second carrier.
A method of simultaneously forming and filling a container using a pressure source for applying pressure to a volume of fluid, the method comprising: accelerating the pressure source from an initial state to a velocity to apply pressure to the volume of fluid, the velocity corresponding to a predefined speed for the process of forming and filling the container; fluidly coupling the volume of fluid to a preform upon attaining the predefined speed, the pressure source directing at least a portion of the volume of fluid into the preform and stretching the preform to form the container, the container including at least the portion of the volume of fluid; fluidly decoupling the volume of fluid from the container; decelerating the pressure source from the predefined speed toward the initial state after fluidly decoupling the volume of fluid from the container. accelerating the pressure source from an initial state to a velocity to apply pressure to the volume of fluid, the velocity corresponding to a predefined speed for the process of forming and filling the container; fluidly coupling the volume of fluid to a preform upon attaining the predefined speed, the pressure source directing at least a portion of the volume of fluid into the preform and stretching the preform to form the container, the container including at least the portion of the volume of fluid; fluidly decoupling the volume of fluid from the container; decelerating the pressure source from the predefined speed toward the initial state after fluidly decoupling the volume of fluid from the container.
A portable electrooculography signal capture system comprising • A sensor array adapted for being located at one of a left or right ears of a user and/or for fully or partially being implanted in the head at left or right ears of a user, the sensor array comprising a number Ns of electric potential sensors, respectively, for sensing respective electric potentials from the user's head, where Ns is larger than or equal to two, and • electronic circuitry coupled to the sensor array and configured to provide at least two different combined signals (S BF1, S BF2), each being representative of a weighted combination of said electric potentials, or of signals derived therefrom, and wherein a difference between said at least two different combined signals (ΔP BF = S BF1 - S BF2) represents an electrooculography signal (ΔP EOG) from one or both eyes of said user; CHARACTERIZED IN THAT said combined signals (S BF1, S BF2) are determined from said electric potentials from the user's head by applying beamformer weights representative of first and second beam patterns (BP1, BP2), respectively, which implement beam patterns that do not attenuate signals from respective first and second target directions of an eye ball of the user. • A sensor array adapted for being located at one of a left or right ears of a user and/or for fully or partially being implanted in the head at left or right ears of a user, the sensor array comprising a number Ns of electric potential sensors, respectively, for sensing respective electric potentials from the user's head, where Ns is larger than or equal to two, and • electronic circuitry coupled to the sensor array and configured to provide at least two different combined signals (S BF1, S BF2), each being representative of a weighted combination of said electric potentials, or of signals derived therefrom, and wherein a difference between said at least two different combined signals (ΔP BF = S BF1 - S BF2) represents an electrooculography signal (ΔP EOG) from one or both eyes of said user; CHARACTERIZED IN THAT said combined signals (S BF1, S BF2) are determined from said electric potentials from the user's head by applying beamformer weights representative of first and second beam patterns (BP1, BP2), respectively, which implement beam patterns that do not attenuate signals from respective first and second target directions of an eye ball of the user.
A method of wireless communication performed by a user equipment in an unlicensed radio frequency spectrum band used for at least a portion of contention based communications over a wireless communication system, comprising: receiving a reference signal over a contention-based frequency spectrum; measuring a signal parameter based on the reference signal; estimating a quality of the reference signal; determining that the quality of the reference signal exceeds a predetermined quality threshold; and in response to the determining that the quality of the reference signal exceeds the predetermined quality threshold, processing the signal parameter for reporting to a base station. receiving a reference signal over a contention-based frequency spectrum; measuring a signal parameter based on the reference signal; estimating a quality of the reference signal; determining that the quality of the reference signal exceeds a predetermined quality threshold; and in response to the determining that the quality of the reference signal exceeds the predetermined quality threshold, processing the signal parameter for reporting to a base station.
Holding system, in particular for transporting prefabricated concrete parts, comprising a holding part which is intended to be cast into a prefabricated concrete part, wherein the holding part has a head, and a fastening element which is intended to be connected to a lifting system, wherein the fastening element has as receptacle for the head, wherein the head has at least two mutually opposite holding portions, wherein the fastening element has two mutually opposite fastening portions which delimit the receptacle and which, in a fastening position of the holding system, each engage behind a holding portion of the holding part and thereby hold the holding part in the receptacle in a lifting direction, wherein the fastening element has a connection opening for connection to the lifting system, and wherein the fastening element has a one-piece basic body in which the connection opening and the receptacle for the holding portions of the holding part are formed, wherein the basic body has mutually opposite circumferential sides and mutually opposite end sides, wherein the end sides form the flat sides of the basic body, wherein the receptacle has a through-passage opening through which the head can enter the receptacle, wherein, for fastening to the holding part, the fastening element can be placed on the holding part in a mounting direction directly counter to the lifting direction and can be fixed by rotation with respect to the holding part about a fixing axis which runs parallel to the lifting direction, characterized in that the through-passage opening extends between the end sides, and in that the receptacle is open only at the through-passage opening but is additionally also open towards the end sides of the basic body, and in that the fastening element can be fixed on the holding part by rotation about a pivot axis on the holding part that is situated transversely with respect to the lifting direction.
An encoding apparatus comprising: a first encoding section that encodes a speech/audio input signal and generates first encoded information; and a decoding section that decodes the first encoded information and generates a decoded signal; characterized by a characteristic deciding section that analyzes a stability of a harmonic structure of the speech/audio input signal and generates harmonic characteristic information showing an analysis result, wherein the stability of the harmonic structure is a parameter showing the periodicity and amplitude variation of the input signal spectrum; and a second encoding section that generates second encoded information by encoding a difference of the decoded signal with respect to the speech/audio input signal, and that changes a number of bits to allocate to a plurality of parameters forming the second encoded information based on the harmonic characteristic information. a first encoding section that encodes a speech/audio input signal and generates first encoded information; and a decoding section that decodes the first encoded information and generates a decoded signal; a characteristic deciding section that analyzes a stability of a harmonic structure of the speech/audio input signal and generates harmonic characteristic information showing an analysis result, wherein the stability of the harmonic structure is a parameter showing the periodicity and amplitude variation of the input signal spectrum; and a second encoding section that generates second encoded information by encoding a difference of the decoded signal with respect to the speech/audio input signal, and that changes a number of bits to allocate to a plurality of parameters forming the second encoded information based on the harmonic characteristic information.
A method in a user equipment, comprising: acquiring one or more interference mitigation assistance parameters; acquiring one or more granularity parameters; determining one or more interfering cells for which a first strength measurement should be determined, the determination of the one or more interfering cells for which a first strength measurement should be determined based at least in part on the one or more interference mitigation assistance parameters; determining a first strength measurement for each of the determined one or more interfering cells; ordering the one or more interfering cells based at least in part on the first strength measurement for each of the determined one or more interfering cells and the one or more granularity parameters; identifying from the ordered one or more interfering cells a first number of interfering cells having the strongest first strength measurements; determining a second strength measurement for each of the identified first number of interfering cells; determining one or more cells of the identified first number of interfering cells for which to perform cancellation of interference; and performing cancellation of interference on the determined one or more cells of the identified first number of interfering cells. acquiring one or more interference mitigation assistance parameters; acquiring one or more granularity parameters; determining one or more interfering cells for which a first strength measurement should be determined, the determination of the one or more interfering cells for which a first strength measurement should be determined based at least in part on the one or more interference mitigation assistance parameters; determining a first strength measurement for each of the determined one or more interfering cells; ordering the one or more interfering cells based at least in part on the first strength measurement for each of the determined one or more interfering cells and the one or more granularity parameters; identifying from the ordered one or more interfering cells a first number of interfering cells having the strongest first strength measurements; determining a second strength measurement for each of the identified first number of interfering cells; determining one or more cells of the identified first number of interfering cells for which to perform cancellation of interference; and performing cancellation of interference on the determined one or more cells of the identified first number of interfering cells.
A method of vacuum bagging a component, comprising the steps of: arranging a component to be moulded in a vacuum bagging assembly for moulding the component; pre-forming a vacuum bagging film or membrane to a shape or an external geometry of the component to be moulded; arranging the vacuum bagging film or membrane on or over the component to be moulded in the vacuum bagging assembly such that the film or membrane form-fittingly covers the component during moulding; wherein the step of pre-forming the vacuum bagging film or membrane to the shape or external geometry of the component comprises arranging the vacuum bagging film or membrane on or over a pre-forming tool having the shape or external geometry of the component to be moulded by extruding a sheet of the film or membrane onto the pre-forming tool, whereby an extruder assembly may be moved relative to the tool and/or the tool may be moved relative to the extruder assembly. arranging a component to be moulded in a vacuum bagging assembly for moulding the component; pre-forming a vacuum bagging film or membrane to a shape or an external geometry of the component to be moulded; arranging the vacuum bagging film or membrane on or over the component to be moulded in the vacuum bagging assembly such that the film or membrane form-fittingly covers the component during moulding; wherein the step of pre-forming the vacuum bagging film or membrane to the shape or external geometry of the component comprises arranging the vacuum bagging film or membrane on or over a pre-forming tool having the shape or external geometry of the component to be moulded by extruding a sheet of the film or membrane onto the pre-forming tool, whereby an extruder assembly may be moved relative to the tool and/or the tool may be moved relative to the extruder assembly.
A surgical retractor device comprising: a frame including an outer frame member; and an inner frame member coupled to said outer frame member and movable relative to said outer frame member about a frame pivot axis from a neutral position nested in a common plane with said outer frame member to a position disposed at an angle relative to said outer frame member; chracterized by a frame driver operable to rotate said inner frame member relative to said outer frame member about said frame pivot axis. a frame including an outer frame member; and an inner frame member coupled to said outer frame member and movable relative to said outer frame member about a frame pivot axis from a neutral position nested in a common plane with said outer frame member to a position disposed at an angle relative to said outer frame member; chracterized by a frame driver operable to rotate said inner frame member relative to said outer frame member about said frame pivot axis.