mhurhangee/ep-ind-claims huggingface dataset:
An antenna system comprising: at least four reflecting segments distributed symmetrically at least partially around and transverse to an optical axis that collectively form a multifocal reflector (M, 102) that is shaped as a paraboloid, wherein each of the at least four reflecting segments of the multifocal reflector (M, 102) is shaped as a paraboloid and has a different curvature defining at least three different focal points spaced apart on the optical axis passing through a vertex of the multifocal reflector(M, 102), such that said multifocal reflector (M, 102) is configured and operable to receive radiation incident on said at least four reflecting segments at different incident angles within a certain angular range, and transmit the incident radiation onto said at least three focal points at a focal axis coinciding with the optical axis, thereby creating focused radiation formed by at least two differently focused portions of radiation; a phased array feed antenna unit located perpendicularly to said focal axis and comprising a plurality of antenna elements for receiving/transmitting said at least two differently focused portions of radiation, and a feed network connected to said plurality of the antenna elements for selectively actuating the antenna elements for performing electronic scanning. at least four reflecting segments distributed symmetrically at least partially around and transverse to an optical axis that collectively form a multifocal reflector (M, 102) that is shaped as a paraboloid, wherein each of the at least four reflecting segments of the multifocal reflector (M, 102) is shaped as a paraboloid and has a different curvature defining at least three different focal points spaced apart on the optical axis passing through a vertex of the multifocal reflector(M, 102), such that said multifocal reflector (M, 102) is configured and operable to receive radiation incident on said at least four reflecting segments at different incident angles within a certain angular range, and transmit the incident radiation onto said at least three focal points at a focal axis coinciding with the optical axis, thereby creating focused radiation formed by at least two differently focused portions of radiation; a phased array feed antenna unit located perpendicularly to said focal axis and comprising a plurality of antenna elements for receiving/transmitting said at least two differently focused portions of radiation, and a feed network connected to said plurality of the antenna elements for selectively actuating the antenna elements for performing electronic scanning.
A computer-implemented method of classifying features of an encrypted video stream to determine video quality of experience, QoE, the method comprising: extracting, from one or more encrypted video streams sent from a content server to at least one user device, at least one stream-related feature; inputting the at least one stream-related feature into a discriminator neural network of a generative adversarial network, GAN, wherein the discriminator neural network is trained to classify the at least one stream-related feature using semi-supervised learning based on labeled data and first unlabeled data, and wherein the discriminator neural network is periodically re-trained using the labeled data and second unlabeled data based at least in part on meeting a predetermined condition; and classifying, by the discriminator neural network, the at least one stream-related feature into at least one class of a plurality of classes, wherein each of the plurality of classes corresponds to a QoE parameter. extracting, from one or more encrypted video streams sent from a content server to at least one user device, at least one stream-related feature; inputting the at least one stream-related feature into a discriminator neural network of a generative adversarial network, GAN, wherein the discriminator neural network is trained to classify the at least one stream-related feature using semi-supervised learning based on labeled data and first unlabeled data, and wherein the discriminator neural network is periodically re-trained using the labeled data and second unlabeled data based at least in part on meeting a predetermined condition; and classifying, by the discriminator neural network, the at least one stream-related feature into at least one class of a plurality of classes, wherein each of the plurality of classes corresponds to a QoE parameter.
A secure switch assembly (25 i) for controlling first and second computers (15 a,15 n) using a common keyboard and a common mouse, the switch assembly comprising: a secure controller comprising first and second components, each of the first and second components comprising: receiving means configured to receive a selection signal from a user; determining means configured to determine whether the selection signal represents a single coherent selection; generating means configured to generate a respective first or second enabling signal dependent on the determining means; and transmitting means configured to emit the respective first and second enabling signals; a first switching element, associated with a first computer, configured to receive a signal indicative of a mouse instruction from a mouse, a signal indicative of a keyboard instruction from a keyboard and the first enabling signal from the secure controller; and a second switching element, associated with the first computer, configured to receive a signal indicative of a mouse instruction from the first switching element, a signal indicative of a keyboard instruction from the first switching element and the second enabling signal from the secure controller, wherein the first and second switching elements are configured to enable transmission of the mouse and keyboard instructions if both the first and second enabling signals are respectively received. a secure controller comprising first and second components, each of the first and second components comprising: receiving means configured to receive a selection signal from a user; determining means configured to determine whether the selection signal represents a single coherent selection; generating means configured to generate a respective first or second enabling signal dependent on the determining means; and transmitting means configured to emit the respective first and second enabling signals; receiving means configured to receive a selection signal from a user; determining means configured to determine whether the selection signal represents a single coherent selection; generating means configured to generate a respective first or second enabling signal dependent on the determining means; and transmitting means configured to emit the respective first and second enabling signals; a first switching element, associated with a first computer, configured to receive a signal indicative of a mouse instruction from a mouse, a signal indicative of a keyboard instruction from a keyboard and the first enabling signal from the secure controller; and a second switching element, associated with the first computer, configured to receive a signal indicative of a mouse instruction from the first switching element, a signal indicative of a keyboard instruction from the first switching element and the second enabling signal from the secure controller, wherein the first and second switching elements are configured to enable transmission of the mouse and keyboard instructions if both the first and second enabling signals are respectively received.
A method for reconnection of a Bluetooth device, characterized by comprising: determining whether the Bluetooth device is a Bluetooth reconnection delay device when a reconnection completion signal of the Bluetooth device is detected, wherein the Bluetooth reconnection delay device is a Bluetooth device with a Bluetooth reconnection delay characteristic, the Bluetooth device is determined as having the reconnection delay characteristic responsive to a success result of a media audio protocol reconnection; starting timing from a moment when the reconnection completion signal is detected when it is determined that the Bluetooth device is the Bluetooth reconnection delay device; and initiating a media audio protocol reconnection request after a preset time period from the moment when the reconnection completion signal is detected, the preset time period being less than a standard reconnection time interval. determining whether the Bluetooth device is a Bluetooth reconnection delay device when a reconnection completion signal of the Bluetooth device is detected, wherein the Bluetooth reconnection delay device is a Bluetooth device with a Bluetooth reconnection delay characteristic, the Bluetooth device is determined as having the reconnection delay characteristic responsive to a success result of a media audio protocol reconnection; starting timing from a moment when the reconnection completion signal is detected when it is determined that the Bluetooth device is the Bluetooth reconnection delay device; and
A vaccine comprising an attenuated, avirulent Mycoplasma bovis bacterium strain, wherein the attenuated, avirulent Mycoplasma bovis strain is selected from the group consisting of the attenuated Mycoplasma bovis bacteria strains deposited with the ATCC under accession numbers PTA-8694, PTA 8695, or PTA 8696.
A credential information processing method for network connection comprising the steps: sending, by a first terminal, a first credential download request to a server in response to an instruction to apply a networking credential for a second terminal, wherein the first credential download request carries user identity information of the first terminal, and the user identity information is used by the server to perform user identity verification on the first terminal; receiving, by the first terminal, first credential information sent from the server in a case that the user identity verification is successful, wherein the received first credential information is temporarily stored in a system memory of the first terminal; receiving, by the second terminal, the first credential information and a network identifier of a wireless network to be connected to directly sent by the first terminal from the system memory of the first terminal, wherein the received first credential information is stored in a secure area of the second terminal; storing, by the second terminal, the received first credential information, directly to a secure storage area of the second terminal from the system memory of the second terminal; and connecting, by the second terminal, to the wireless network having the network identifier by using the first credential information in the secure storage area. sending, by a first terminal, a first credential download request to a server in response to an instruction to apply a networking credential for a second terminal, wherein the first credential download request carries user identity information of the first terminal, and the user identity information is used by the server to perform user identity verification on the first terminal; receiving, by the first terminal, first credential information sent from the server in a case that the user identity verification is successful, wherein the received first credential information is temporarily stored in a system memory of the first terminal; receiving, by the second terminal, the first credential information and a network identifier of a wireless network to be connected to directly sent by the first terminal from the system memory of the first terminal, wherein the received first credential information is stored in a secure area of the second terminal; storing, by the second terminal, the received first credential information, directly to a secure storage area of the second terminal from the system memory of the second terminal; and connecting, by the second terminal, to the wireless network having the network identifier by using the first credential information in the secure storage area.
A medicament comprising paclitaxel for use in the treatment of a tumor of the pancreas by locally administering the paclitaxel to a tissue site of a patient in need of treatment by releasing a therapeutically effective amount of the paclitaxel from a drug-eluting device deployed at the tissue site, the device comprising a film that comprises a mixture of a degradable polymer comprising poly(lactic-co-glycolic acid) and the paclitaxel, wherein the film has a thickness from about 2 μm to about 1000 μm, wherein the release of the therapeutically effective amount of the paclitaxel from the film is controlled by in vivo degradation of the polymer at the tissue site, and wherein the therapeutically effective amount is at least 1 mg/day of the paclitaxel.
System for monitoring the distribution of water from a water-distribution device of the standpipe or hydrant type, for washing, sprinkling or fire-fighting, said distribution device comprising an outlet pipe by means of which the distribution water is intended to be distributed, the monitoring system comprising: - a valve system (9, 9a, 9b) designed to be mounted in the outlet pipe and being designed to move between: o an open position under the action of a flow of distribution water in the outlet pipe, when said flow of water is above a predetermined flow threshold, and o a closed position when the flow of water is below said flow threshold, said valve system (9, 9a, 9b) being designed to partially obstruct the outlet pipe in the closed position, the valve system (9, 9a, 9b) being designed so that said obstruction is not watertight; - a detection means (14, 15) able to detect at least one of the two open or closed positions of the valve system (9, 9a, 9b) in order to provide detected-position information, and - a means for monitoring the distribution of water designed so as, on the basis of the position information detected by said detection means (14, 15), to generate a message representing the distribution of water by said distribution device, said monitoring means comprising a means for measuring the time during which the valve system (9, 9a, 9b) is in the open position. - a valve system (9, 9a, 9b) designed to be mounted in the outlet pipe and being designed to move between: o an open position under the action of a flow of distribution water in the outlet pipe, when said flow of water is above a predetermined flow threshold, and o a closed position when the flow of water is below said flow threshold, said valve system (9, 9a, 9b) being designed to partially obstruct the outlet pipe in the closed position, the valve system (9, 9a, 9b) being designed so that said obstruction is not watertight; o an open position under the action of a flow of distribution water in the outlet pipe, when said flow of water is above a predetermined flow threshold, and o a closed position when the flow of water is below said flow threshold, said valve system (9, 9a, 9b) being designed to partially obstruct the outlet pipe in the closed position, the valve system (9, 9a, 9b) being designed so that said obstruction is not watertight; - a detection means (14, 15) able to detect at least one of the two open or closed positions of the valve system (9, 9a, 9b) in order to provide detected-position information, and - a means for monitoring the distribution of water designed so as, on the basis of the position information detected by said detection means (14, 15), to generate a message representing the distribution of water by said distribution device,
Adapter assembly for contactless transfer of electrical power, comprising a female receptacle and a male plug, wherein the female receptacle and the male plug are provided with corresponding magnetic fastening means (113,123), respectively, for mutual connection by means of a magnetic force, wherein the female receptacle and male plug are provided with means for contactless transfer of electrical power in that the female receptacle comprises a primary side of a transformer and the male plug comprises a secondary side of the transformer, such that when the female receptacle and the male plug are connected together via the magnetic fastening means (113,123), the transformer is capable of transferring power from the female receptacle to the male plug without physical contact between power transferring parts, wherein - the female receptacle comprises a main body accommodating the primary side of the transformer and the magnetic fastening means, the magnetic fastening means being recessed in the main body, and - the male plug comprises a main body accommodating the secondary side of the transformer and the magnetic fastening means, the magnetic fastening means protruding from the main body, characterized in that - a front side of the main body of the female receptacle comprises two or more circular female recesses with magnetic fastening means arranged for receiving and accommodating the magnetic fastening means of the male plug, and - a front side of the main body of the male plug comprises two or more circular male protrusions with magnetic fastening means adapted for arrangement to the magnet fastening means of the female receptacle. - the female receptacle comprises a main body accommodating the primary side of the transformer and the magnetic fastening means, the magnetic fastening means being recessed in the main body, and - the male plug comprises a main body accommodating the secondary side of the transformer and the magnetic fastening means, the magnetic fastening means protruding from the main body, characterized in that - a front side of the main body of the female receptacle comprises two or more circular female recesses with magnetic fastening means arranged for receiving and accommodating the magnetic fastening means of the male plug, and - a front side of the main body of the male plug comprises two or more circular male protrusions with magnetic fastening means adapted for arrangement to the magnet fastening means of the female receptacle.
A negative electrode active material powder containing a silicon material; the silicon material having an Si/O atom ratio within a range of greater than 1/0.5 and not greater than 1/0.1 and a band gap within a range of greater than 1.1 eV and not greater than 2.1 eV.
A method of coupling a tire to a wheel, comprising: seating a bead of the tire on a bead seat (208; 308; 408) against a side rim (204; 304; 404; 504; 604; 704) that is movable with respect to a wheel base (202; 302; 402; 502; 602; 702); moving the side rim (204; 304; 404; 504; 604; 704) along an axial direction of the wheel base (202; 302; 402; 502; 602; 702) against the tire bead to exert a compressive force on the tire bead 220 by the side rim (204; 304; 404; 504; 604; 704) which couples the tire to the wheel base (202; 302; 402; 502; 602; 702) wherein the compressive force between the side rim (204; 304; 404; 504; 604; 704) and the tire bead is resistive to at least one of a braking force and an acceleration force during operation of the wheel; moving the side rim (404, 504) by moving a lock ring against the side rim (404; 504) via a threaded coupling between the lock ring and the wheel base (402; 502); and characterised by compressing a flexible element (425; 506) between the lock ring and the side rim (404; 504); and by moving the side rim (204; 304; 404; 504; 604; 704) within a recessed portion of the wheel base (202; 302; 402; 502; 602; 702) to compress a seal (212; 312; 412) between a wheel base wall (225; 320) and the side rim (204; 304; 404; 504; 604; 704). seating a bead of the tire on a bead seat (208; 308; 408) against a side rim (204; 304; 404; 504; 604; 704) that is movable with respect to a wheel base (202; 302; 402; 502; 602; 702); moving the side rim (204; 304; 404; 504; 604; 704) along an axial direction of the wheel base (202; 302; 402; 502; 602; 702) against the tire bead to exert a compressive force on the tire bead 220 by the side rim (204; 304; 404; 504; 604; 704) which couples the tire to the wheel base (202; 302; 402; 502; 602; 702) wherein the compressive force between the side rim (204; 304; 404; 504; 604; 704) and the tire bead is resistive to at least one of a braking force and an acceleration force during operation of the wheel; moving the side rim (404, 504) by moving a lock ring against the side rim (404; 504) via a threaded coupling between the lock ring and the wheel base (402; 502); and characterised by compressing a flexible element (425; 506) between the lock ring and the side rim (404; 504); and by moving the side rim (204; 304; 404; 504; 604; 704) within a recessed portion of the wheel base (202; 302; 402; 502; 602; 702) to compress a seal (212; 312; 412) between a wheel base wall (225; 320) and the side rim (204; 304; 404; 504; 604; 704).
An electrical energy generator array (8; 68), arranged to generate electricity from at least one form of natural flow, the electrical energy generator array (8; 68) having a drive shaft (2; 62) driven by energy from a natural energy flow and connected to a drive mechanism (2; 62), the electrical energy generator array (8; 68) further comprising an integrated electric motor (20; 80) and a plurality of individual generators (6; 66) disengageably connected to the drive mechanism, the individual generators (6; 66) being arranged on support shaft (14; 74) different from the drive shaft and connected via a series of rigid ties (4; 64) to form a connected generator array (8; 68), the array being rotated by the drive mechanism when connected to the drive mechanism (2; 62), or by the integrated electric motor when disconnected from the drive mechanism (2; 62), to generate electricity and wherein each individual generator (6; 66) comprises a rotor (10; 70) and a stator (12; 72) and the series of rigid ties (4; 64) connect the rotors (10; 70) to each other.
A process for producing a pelletized polymer composition comprising: polymerizing one or more alpha-olefins in one or more solution reactors thereby producing a molten polymer composition comprising one or more solvents; removing at least a portion of said one or more solvents in a devolatilization system thereby forming a polymer composition having a low solvent content of less than 1,000 parts of solvent per million of polymer on a weight basis; removing heat from said polymer composition having low solvent content in a heat exchanger to a temperature in the range of equal to or greater than the crystallization point of the polymer composition having low solvent content to less than or equal to a temperature in the range of from the crystallization point of the polymer composition having low solvent content + 20 °C, which is lower than 200°C, thereby forming a viscous polymer melt; and pelletizing said viscous polymer melt via an underwater pelletizer thereby forming said pelletized polymer composition. polymerizing one or more alpha-olefins in one or more solution reactors thereby producing a molten polymer composition comprising one or more solvents; removing at least a portion of said one or more solvents in a devolatilization system thereby forming a polymer composition having a low solvent content of less than 1,000 parts of solvent per million of polymer on a weight basis; removing heat from said polymer composition having low solvent content in a heat exchanger to a temperature in the range of equal to or greater than the crystallization point of the polymer composition having low solvent content to less than or equal to a temperature in the range of from the crystallization point of the polymer composition having low solvent content + 20 °C, which is lower than 200°C, thereby forming a viscous polymer melt; and pelletizing said viscous polymer melt via an underwater pelletizer thereby forming said pelletized polymer composition.