mhurhangee/ep-ind-claims huggingface dataset:
A closed loop feedback control and diagnostics system for a transport climate control system (105, 155, 210, 280, 470) that is powered by a high voltage three-phase AC power source, the closed loop feedback control and diagnostics system comprising: a plurality of compressor current sensors configured to monitor current drawn by an electrically powered compressor of the transport climate control system (105, 155, 210, 280, 470), wherein each of the plurality of compressor current sensors is configured to monitor current drawn by a single phase of the electrically powered compressor; a controller configured to receive compressor current signals from each of the plurality of compressor current sensors; characterized in comprising a plurality of source current sensors configured to monitor current received from the high voltage three-phase AC power source, wherein each of the plurality of source current sensors (705a, 705b) is configured to monitor current directed from a single phase of the high voltage three-phase AC power source; and further characterized in that the controller is configured to receive source current signals from each of the plurality of source current sensors, and is configured to control operation of the transport climate control system (105, 155, 210, 280, 470) based on the received source current signals and the received compressor current signals. a plurality of compressor current sensors configured to monitor current drawn by an electrically powered compressor of the transport climate control system (105, 155, 210, 280, 470), wherein each of the plurality of compressor current sensors is configured to monitor current drawn by a single phase of the electrically powered compressor; a controller configured to receive compressor current signals from each of the plurality of compressor current sensors; characterized in comprising a plurality of source current sensors configured to monitor current received from the high voltage three-phase AC power source, wherein each of the plurality of source current sensors (705a, 705b) is configured to monitor current directed from a single phase of the high voltage three-phase AC power source; and further characterized in that the controller is configured to receive source current signals from each of the plurality of source current sensors, and is configured to control operation of the transport climate control system (105, 155, 210, 280, 470) based on the received source current signals and the received compressor current signals.
An apparatus for encoding video content, the apparatus comprising: means for providing motion information relating to the apparatus, the means comprising a gyroscope sensor for providing angular velocities representing rotation of the apparatus around three axes; and means for encoding the video content based at least in part on a quantization parameter, wherein the means for encoding the video content is configured to increase a value of the quantization parameter in proportion to an estimate of a speed or strength of a motion estimated from the provided motion information when the estimated speed or strength of the motion exceeds a threshold value, characterized in that the means for encoding the video content is configured to only increase the quantization parameter based on rotation around an x-axis and a y-axis of the apparatus and not on rotation around a z-axis of the apparatus, wherein rotation around the z-axis of the apparatus represents rotation in the image plane of the apparatus. means for providing motion information relating to the apparatus, the means comprising a gyroscope sensor for providing angular velocities representing rotation of the apparatus around three axes; and means for encoding the video content based at least in part on a quantization parameter, wherein the means for encoding the video content is configured to increase a value of the quantization parameter in proportion to an estimate of a speed or strength of a motion estimated from the provided motion information when the estimated speed or strength of the motion exceeds a threshold value, characterized in that the means for encoding the video content is configured to only increase the quantization parameter based on rotation around an x-axis and a y-axis of the apparatus and not on rotation around a z-axis of the apparatus, wherein rotation around the z-axis of the apparatus represents rotation in the image plane of the apparatus.
A vibratory screening machine, comprising: a wall member; a concave support surface; a central member; a screen assembly (20, 21, 220, 250, 260, 270) including a frame (24, 25, 228, 252, 262, 272) having a plurality of side members (28, 29) and a screen (26, 27, 222) supported by the frame (24, 25, 228, 252, 262, 272); a compression assembly (22, 23) attached to an exterior surface of the wall member, the compression assembly (22, 23) including a retractable member that advances and contracts, wherein as the retractable member advances it pushes the frame (24, 25, 228, 252, 262, 272) against the central member forming the screen assembly (20, 21, 220,250, 260, 270) into a concave shape against the concave support surface, the top surface of the screen assembly (20, 21, 220, 250, 260, 270) forming a concave screening surface; and an acceleration arrangement configured to impart an acceleration to the screen assembly (20, 21, 220, 250, 260, 270), characterized in that the vibratory screening machine further comprises a guide assembly attached to the wall member and having at least one mating surface (202, 204), wherein a portion of the screen assembly (20, 21, 220, 250, 260, 270) forms a screen assembly mating surface configured to mate with the at least one mating surface (202, 204) of the guide assembly, wherein the guide assembly is configured to guide the screen assembly (20, 21, 220, 250, 260, 270) into a fixed position so that the retractable member pushes against the frame (24, 25, 228, 252, 262, 272) of the screen assembly (20, 21, 220, 250, 260, 270) as the retractable member advances. a wall member; a concave support surface; a central member; a screen assembly (20, 21, 220, 250, 260, 270) including a frame (24, 25, 228, 252, 262, 272) having a plurality of side members (28, 29) and a screen (26, 27, 222) supported by the frame (24, 25, 228, 252, 262, 272); a compression assembly (22, 23) attached to an exterior surface of the wall member, the compression assembly (22, 23) including a retractable member that advances and contracts, wherein as the retractable member advances it pushes the frame (24, 25, 228, 252, 262, 272) against the central member forming the screen assembly (20, 21, 220,250, 260, 270) into a concave shape against the concave support surface, the top surface of the screen assembly (20, 21, 220, 250, 260, 270) forming a concave screening surface; and an acceleration arrangement configured to impart an acceleration to the screen assembly (20, 21, 220, 250, 260, 270), characterized in that the vibratory screening machine further comprises a guide assembly attached to the wall member and having at least one mating surface (202, 204), wherein a portion of the screen assembly (20, 21, 220, 250, 260, 270) forms a screen assembly mating surface configured to mate with the at least one mating surface (202, 204) of the guide assembly, wherein the guide assembly is configured to guide the screen assembly (20, 21, 220, 250, 260, 270) into a fixed position so that the retractable member pushes against the frame (24, 25, 228, 252, 262, 272) of the screen assembly (20, 21, 220, 250, 260, 270) as the retractable member advances.
A method for transmitting power using a power transmission apparatus, the method comprising: receiving position information about chargeable devices from a positioning device; determining a predetermined path using the received position information; searching for a device to be charged among said chargeable devices located in an area by following the predetermined path; and transmitting power to said device after it has been determined that this device should be charged; characterized in that said searching comprising transmitting a search signal having a predetermined strength while traveling along the predetermined path; and in that the method further comprises: receiving a response signal from a device among said chargeable devices in response to the transmitted search signal, said response signal being indicative whether or not said device needs to be charged; determining that the device from which the response signal has been received is a device that should be charged based on the received response signal. receiving position information about chargeable devices from a positioning device; determining a predetermined path using the received position information; searching for a device to be charged among said chargeable devices located in an area by following the predetermined path; and transmitting power to said device after it has been determined that this device should be charged; characterized in that said searching comprising transmitting a search signal having a predetermined strength while traveling along the predetermined path; and in that the method further comprises: receiving a response signal from a device among said chargeable devices in response to the transmitted search signal, said response signal being indicative whether or not said device needs to be charged; determining that the device from which the response signal has been received is a device that should be charged based on the received response signal. receiving a response signal from a device among said chargeable devices in response to the transmitted search signal, said response signal being indicative whether or not said device needs to be charged; determining that the device from which the response signal has been received is a device that should be charged based on the received response signal.
A radar assembly comprising: a monolithic-microwave-integrated-circuit including an arrangement of solder-balls configured to couple radar-signals into or out of the monolithic-microwave-integrated-circuit; an antenna-element that includes one or more radiation-slots configured to couple radar-signals into or out of the antenna-element, and a ridge-air-waveguide configured to propagate radar-signals to or from the one or more radiation-slots; and a single printed-circuit-board directly attached to the monolithic-microwave-integrated-circuit, the single printed-circuit-board includes a transition-feature configured to couple radar-signals between the arrangement of solder-balls and the ridge-air-waveguide, wherein the transition-feature is a slot that extends between the arrangement of solder-balls and the ridge-air-waveguide, wherein either: the arrangement of solder-balls is a solder-ball-pair, and the transition-feature is an L-shaped-slot; or the arrangement of solder-balls is a solder-ball-trio, and the transition-feature is a U-shaped-slot. a monolithic-microwave-integrated-circuit including an arrangement of solder-balls configured to couple radar-signals into or out of the monolithic-microwave-integrated-circuit; an antenna-element that includes one or more radiation-slots configured to couple radar-signals into or out of the antenna-element, and a ridge-air-waveguide configured to propagate radar-signals to or from the one or more radiation-slots; and a single printed-circuit-board directly attached to the monolithic-microwave-integrated-circuit, the single printed-circuit-board includes a transition-feature configured to couple radar-signals between the arrangement of solder-balls and the ridge-air-waveguide, wherein the transition-feature is a slot that extends between the arrangement of solder-balls and the ridge-air-waveguide, wherein either: the arrangement of solder-balls is a solder-ball-pair, and the transition-feature is an L-shaped-slot; or the arrangement of solder-balls is a solder-ball-trio, and the transition-feature is a U-shaped-slot. the arrangement of solder-balls is a solder-ball-pair, and the transition-feature is an L-shaped-slot; or the arrangement of solder-balls is a solder-ball-trio, and the transition-feature is a U-shaped-slot.
A method for discontinuous reception, DRX configuration, comprising: receiving a discontinuous reception, DRX configuration message from a base station, wherein the DRX configuration message comprises at least one of following configuration parameters: new DRX cycle configuration, and new on-duration, OnDuration, configuration; applying the new DRX cycle configuration, and, according to a start state of an on-duration timer, determining a start time of the new on-duration configuration; wherein, determining the start time of the new on-duration configuration according to the start state of the on-duration timer comprises: if the on-duration timer has been started, and under the new DRX cycle configuration and the new on-duration, OnDuration, configuration a current subframe is not configured to monitor a physical downlink control channel, PDCCH, stopping the on-duration timer which has been started, and stopping monitoring the physical downlink control channel, PDCCH, and determining the start time of the new on-duration configuration according to the new DRX cycle configuration. receiving a discontinuous reception, DRX configuration message from a base station, wherein the DRX configuration message comprises at least one of following configuration parameters: new DRX cycle configuration, and new on-duration, OnDuration, configuration; applying the new DRX cycle configuration, and, according to a start state of an on-duration timer, determining a start time of the new on-duration configuration; wherein, determining the start time of the new on-duration configuration according to the start state of the on-duration timer comprises: if the on-duration timer has been started, and under the new DRX cycle configuration and the new on-duration, OnDuration, configuration a current subframe is not configured to monitor a physical downlink control channel, PDCCH, stopping the on-duration timer which has been started, and stopping monitoring the physical downlink control channel, PDCCH, and determining the start time of the new on-duration configuration according to the new DRX cycle configuration. if the on-duration timer has been started, and under the new DRX cycle configuration and the new on-duration, OnDuration, configuration a current subframe is not configured to monitor a physical downlink control channel, PDCCH, stopping the on-duration timer which has been started, and stopping monitoring the physical downlink control channel, PDCCH, and determining the start time of the new on-duration configuration according to the new DRX cycle configuration.
An apparatus for topping pizzas, comprising: - a conveying path for a plurality of pizzas comprising a first belt and a second belt in series and separated from each other by a gap; - a distribution device for distributing products for topping the pizzas arranged above the first belt; - recovering means for recovering a part of said products fallen in said gap and comprising a lifting belt of said products, at least a part of said lifting belt having a conveying direction inclined upwards, characterized in that said lifting belt comprises a plurality of shelves for supporting the products; said conveying direction being substantially vertical. - a conveying path for a plurality of pizzas comprising a first belt and a second belt in series and separated from each other by a gap; - a distribution device for distributing products for topping the pizzas arranged above the first belt; - recovering means for recovering a part of said products fallen in said gap and comprising a lifting belt of said products, at least a part of said lifting belt having a conveying direction inclined upwards,
A method for screening nanoparticle suspensions to identify a suspension having a specific drug release rate, comprising: (a) separately preparing a plurality of suspensions having nanoparticles comprising a therapeutic agent, and 10 to 99 weight percent of one or more a block copolymers having at least one hydrophobic portion selected from poly(D,L-lactic) acid or poly(lactic) acid-co-poly(glycolic) acid and at least one hydrophilic portion which is a poly(ethylene)glycol, and optionally 0 to 75 weight percent of a homopolymer selected from poly(D,L-lactic) acid; wherein each suspension is in a separate compartment, each suspension comprises nanoparticles having a pre-determined molecular weight of the block copolymer and if present, a pre-determined molecular weight of the homopolymer; (b) determining the glass transition temperature of the drug loaded nanoparticles in each of the suspensions; and (c) identifying the suspension having drug-loaded nanoparticles with a pre-determined glass transition temperature of between 37°C to 39.5°C, 39.5°C to 41°C or 42°C to 50°C, thereby identifying a suspension with the specific drug release rate. (a) separately preparing a plurality of suspensions having nanoparticles comprising a therapeutic agent, and 10 to 99 weight percent of one or more a block copolymers having at least one hydrophobic portion selected from poly(D,L-lactic) acid or poly(lactic) acid-co-poly(glycolic) acid and at least one hydrophilic portion which is a poly(ethylene)glycol, and optionally 0 to 75 weight percent of a homopolymer selected from poly(D,L-lactic) acid; wherein each suspension is in a separate compartment, each suspension comprises nanoparticles having a pre-determined molecular weight of the block copolymer and if present, a pre-determined molecular weight of the homopolymer; (b) determining the glass transition temperature of the drug loaded nanoparticles in each of the suspensions; and (c) identifying the suspension having drug-loaded nanoparticles with a pre-determined glass transition temperature of between 37°C to 39.5°C, 39.5°C to 41°C or 42°C to 50°C, thereby identifying a suspension with the specific drug release rate.
Conveyor for two-wheelers, in particular bicycles, for integration into an automatic parking system, comprising a displaceable platform with a bicycle receptacle positioned substantially orthogonally to its surface, which is provided with means for vertical positioning and fixation of a bicycle, wherein the platform is provided with rollers or wheels, via which it is displaceable, characterised in that the platform is designed as an AGV pallet and is provided with a control, which has a wireless interface for connection to a computer system and which is connected to a drive, via which the rollers or wheels are drivable.
A radial foil bearing comprising: a bearing housing which has an insertion hole therein extending in an axial direction; a top foil which is disposed inside the insertion hole; and a foil structure which is interposed between the top foil and the bearing housing, wherein the foil structure comprises a foil forming a folded protruding portion (10c, 11g) that is bent outward in a radial direction of the insertion hole and is bent back inward in the radial direction, characterized in that the folded protruding portion (10c, 11g) is in contact with an inner surface of a fitting groove formed in an end surface of the bearing housing on a side of the bearing housing in the axial direction, is fitted to the fitting groove in an energy storing state, and faces the bearing housing in the axial direction, the fitting groove extending outward in the radial direction from an inner peripheral edge of the insertion hole. a bearing housing which has an insertion hole therein extending in an axial direction; a top foil which is disposed inside the insertion hole; and a foil structure which is interposed between the top foil and the bearing housing, wherein the foil structure comprises a foil forming a folded protruding portion (10c, 11g) that is bent outward in a radial direction of the insertion hole and is bent back inward in the radial direction, characterized in that the folded protruding portion (10c, 11g) is in contact with an inner surface of a fitting groove formed in an end surface of the bearing housing on a side of the bearing housing in the axial direction, is fitted to the fitting groove in an energy storing state, and faces the bearing housing in the axial direction, the fitting groove extending outward in the radial direction from an inner peripheral edge of the insertion hole.
A hinge for coupling at least first and second devices (510, 512), comprising: a first coupling member for coupling to the first device; a second coupling member for coupling to the second device; at least a first flexible connection member being substantially S-shaped with the first and second devices (510, 512) in an open tablet configuration, the first flexible connection member coupled at one end to the first coupling member and at an opposite end to the second coupling member; and at least one tightening member coupled to the at least first flexible connection member to maintain a selected tension in the at least first flexible connection member; and a second flexible connection member that is a mirrored S-shape and coupled between the first and second coupling members (520, 540), the second flexible connection member forming a cross-configuration with the first flexible connection member; characterized in that the tightening member is coupled to the first flexible connection member and the second flexible connection member, with a screw designed to move tightening member so as to selectively increase the tension in the first and second flexible connection members (560, 562) simultaneously. a first coupling member for coupling to the first device; a second coupling member for coupling to the second device; at least a first flexible connection member being substantially S-shaped with the first and second devices (510, 512) in an open tablet configuration, the first flexible connection member coupled at one end to the first coupling member and at an opposite end to the second coupling member; and at least one tightening member coupled to the at least first flexible connection member to maintain a selected tension in the at least first flexible connection member; and a second flexible connection member that is a mirrored S-shape and coupled between the first and second coupling members (520, 540), the second flexible connection member forming a cross-configuration with the first flexible connection member; characterized in that the tightening member is coupled to the first flexible connection member and the second flexible connection member, with a screw designed to move tightening member so as to selectively increase the tension in the first and second flexible connection members (560, 562) simultaneously.
A device for displaying time information with the aid of an indicator member, including • a cam the profile of which includes a flank; • a lever driving the indicator member; • a follower controlling the lever, pressed against the cam by first spring means, adapted, during movement of the flank in a first direction of movement of the cam, to control movement of the lever intended to drive movement of the indicator member, characterized in that the follower controlling the lever is adapted to be moved relative to the lever against the return action of second spring means, interposed between the follower and the lever, by an action force exerted by the flank of the cam on the follower during movement of the flank in a second direction of movement of the cam. • a cam the profile of which includes a flank; • a lever driving the indicator member; • a follower controlling the lever, pressed against the cam by first spring means, adapted, during movement of the flank in a first direction of movement of the cam, to control movement of the lever intended to drive movement of the indicator member,