mhurhangee/ep-ind-claims huggingface dataset:
A large area wireless power system (400; 70) comprising: a synchronization transmitter for generating a first single-ended signal and converting the first single-ended signal into a plurality of differential signals; a plurality of synchronization receivers (42A, 42B, 42C) for receiving the plurality of differential signals from the synchronization transmitter and outputting a plurality of second single-ended signals; a plurality of high power amplifiers (41A, 41B, 41C) for receiving the plurality of second single-ended signals from the respective synchronization receivers (42A, 42B, 42C) and generating power; a plurality of wireless power coils (40A, 40B, 40C; 81, 82) for receiving the power generated by the plurality of high power amplifiers (41A, 41B, 41C) and wirelessly providing power, characterized in that each of the plurality of synchronization receivers (42A, 42B, 42C) further comprises a delay compensation circuit (57A, 57B, 57C) for compensating for any phase delay in the second single-ended signal. a synchronization transmitter for generating a first single-ended signal and converting the first single-ended signal into a plurality of differential signals; a plurality of synchronization receivers (42A, 42B, 42C) for receiving the plurality of differential signals from the synchronization transmitter and outputting a plurality of second single-ended signals; a plurality of high power amplifiers (41A, 41B, 41C) for receiving the plurality of second single-ended signals from the respective synchronization receivers (42A, 42B, 42C) and generating power; a plurality of wireless power coils (40A, 40B, 40C; 81, 82) for receiving the power generated by the plurality of high power amplifiers (41A, 41B, 41C) and wirelessly providing power, characterized in that each of the plurality of synchronization receivers (42A, 42B, 42C) further comprises a delay compensation circuit (57A, 57B, 57C) for compensating for any phase delay in the second single-ended signal.
Table system, having a tabletop held at a distance above a floor, and having an extension leaf, which is able to move between a rest position and a working position extending the tabletop, wherein • the extension leaf is mounted so as to be able to move vertically o between a raised rest position, in which it is located at a distance above the tabletop, o and a lowered working position, • and wherein the extension leaf is held on a holder, o which is able to move vertically together with the extension leaf, o and which is connected to lifting equipment that enables the ability to move vertically, • and wherein the extension leaf is releasably connected to the holder via coupling elements in such a manner that it can optionally be separated from the holder or connected thereto, characterized in that an outwardly protruding circumferential flange, on which the extension leaf is supported in its working position, extends deeper than the surface of the tabletop. having a tabletop held at a distance above a floor, and having an extension leaf, which is able to move between a rest position and a working position extending the tabletop, wherein • the extension leaf is mounted so as to be able to move vertically o between a raised rest position, in which it is located at a distance above the tabletop, o and a lowered working position, • and wherein the extension leaf is held on a holder, o which is able to move vertically together with the extension leaf, o and which is connected to lifting equipment that enables the ability to move vertically, • and wherein the extension leaf is releasably connected to the holder via coupling elements in such a manner that it can optionally be separated from the holder or connected thereto, • the extension leaf is mounted so as to be able to move vertically o between a raised rest position, in which it is located at a distance above the tabletop, o and a lowered working position, o between a raised rest position, in which it is located at a distance above the tabletop, o and a lowered working position, • and wherein the extension leaf is held on a holder, o which is able to move vertically together with the extension leaf, o and which is connected to lifting equipment that enables the ability to move vertically, o which is able to move vertically together with the extension leaf, o and which is connected to lifting equipment that enables the ability to move vertically, • and wherein the extension leaf is releasably connected to the holder via coupling elements in such a manner that it can optionally be separated from the holder or connected thereto, characterized in that an outwardly protruding circumferential flange, on which the extension leaf is supported in its working position, extends deeper than the surface of the tabletop.
A stick vacuum cleaner comprising a handheld vacuum cleaner and a stick, wherein when the handheld vacuum cleaner is docked to the stick an air path is formed connecting an air outlet of the handheld vacuum cleaner with an air outlet provided in the stick, characterized in that a noise absorption unit is provided in the air path or outside the air outlet from the stick.
A pump, in particular a miniature pump, comprising a pump assembly, the pump assembly having an electric motor and a housing unit, the electric motor having electromotive components and a motor shaft that is free-standing through a motor housing of the electric motor, and the motor housing being detachably connected to the housing unit, the motor shaft being supported by shaft bearings in the motor housing with an axial shaft play, the electric motor together with the motor shaft and the motor housing forming an independent structural unit, the motor housing forming an outer housing of the electric motor, the motor shaft extending for the most part within the motor housing and being guided by a shaft end through an end outer wall of the motor housing, the guided-through shaft end being enclosed by the housing unit, at least one stabilising element (6, 13, 14, 16) arranged outside the motor housing being provided for reducing or eliminating the axial shaft play of the motor shaft, the motor shaft being acted upon by the stabilising element (6, 13, 14, 16) with an axial pressure force or axial tensile force that acts on the motor shaft and the stabilising element (6, 13, 14, 16) being fixed in the housing unit or forming part of the housing unit, characterised in that the electromotive components of the electric motor and the shaft bearings of the motor shaft are encapsulated by the motor housing.
Device with a longitudinal axis, for the separate metering of solid-body portions forming a fill which is at least partially present in the device, comprising at least two components, of which - a first component forms a dividing device, and - a second component forms a separating device, which can be rotated with respect to the dividing device, - wherein the separating device comprises an inner region and, on the inner side of the separating device, at least one chamber to receive a respective solid-body portion, so that, during the rotation of the separating device about an axis of rotation with respect to the dividing device, the at least one chamber can be moved in a movement direction and on a movement path through the fill, so that a respective solid-body portion can be taken up, - wherein, further, the dividing device also compromises a separating unit, which extends parallel to a section of the circular movement path of the at least one chamber as far as an area above the fill, such that the at least one chamber on the path section can be closed by the separating unit, and, as a result, solid-body portions contained therein are prevented from falling out, - wherein, in the movement direction, the path section is adjoined by a transfer path for receiving a respective solid-body portion falling out of the chambers, characterised in that the rotation axis of the separating device is arranged perpendicular to the longitudinal axis of the device. - a first component forms a dividing device, and - a second component forms a separating device, which can be rotated with respect to the dividing device, - wherein the separating device comprises an inner region and, on the inner side of the separating device, at least one chamber to receive a respective solid-body portion, so that, during the rotation of the separating device about an axis of rotation with respect to the dividing device, the at least one chamber can be moved in a movement direction and on a movement path through the fill, so that a respective solid-body portion can be taken up, - wherein, further, the dividing device also compromises a separating unit, which extends parallel to a section of the circular movement path of the at least one chamber as far as an area above the fill, such that the at least one chamber on the path section can be closed by the separating unit, and, as a result, solid-body portions contained therein are prevented from falling out, - wherein, in the movement direction, the path section is adjoined by a transfer path for receiving a respective solid-body portion falling out of the chambers,
A coast down bushing, comprising: an annular body having inner and outer radial surfaces (108, 202) and an axial length; grooves defined in the annular body and extending from the inner radial surface to the outer radial surface of the annular body, each groove spanning across a portion of the axial length and being circumferentially-offset from an adjacent groove, wherein the grooves are linear and parallel to each other about a circumference of the annular body; and a lubricating plug disposed within each groove. an annular body having inner and outer radial surfaces (108, 202) and an axial length; grooves defined in the annular body and extending from the inner radial surface to the outer radial surface of the annular body, each groove spanning across a portion of the axial length and being circumferentially-offset from an adjacent groove, wherein the grooves are linear and parallel to each other about a circumference of the annular body; and a lubricating plug disposed within each groove.
An extracellular matrix material, comprising: a cross-linked scaffold comprising fibrin or fibrinogen, and a bulking agent, wherein the fibrin or fibrinogen and the bulking agent are cross-linked, and the bulking agent is cross-linked to the fibrin or fibrinogen, and a ceramic deposited on the scaffold, optionally wherein the ceramic is, or comprises, a calcium phosphate mineral phase. a cross-linked scaffold comprising fibrin or fibrinogen, and a bulking agent, wherein the fibrin or fibrinogen and the bulking agent are cross-linked, and the bulking agent is cross-linked to the fibrin or fibrinogen, and a ceramic deposited on the scaffold, optionally wherein the ceramic is, or comprises, a calcium phosphate mineral phase.
A roller-type depressing device that depresses an object, the device comprising: a main roller which has at least a surface formed of an elastic material, and which depresses an object; a pressure adjusting unit that adjusts pressure applied to the object by the main roller; a pressure receiving stage that receives the pressure from the main roller via the object; characterized by a roller moving unit that moves the main roller relative to the object; an intermediate roller which has at least a surface formed of a material that has a larger elastic modulus than the elastic material, and which supports the main roller; and a backup roller which is formed so as to be shorter in an axial direction than the main roller and the intermediate roller, and which supports the intermediate roller. a main roller which has at least a surface formed of an elastic material, and which depresses an object; a pressure adjusting unit that adjusts pressure applied to the object by the main roller; a pressure receiving stage that receives the pressure from the main roller via the object; characterized by a roller moving unit that moves the main roller relative to the object; an intermediate roller which has at least a surface formed of a material that has a larger elastic modulus than the elastic material, and which supports the main roller; and a backup roller which is formed so as to be shorter in an axial direction than the main roller and the intermediate roller, and which supports the intermediate roller.
A sensing system for sensing a position of a gear shaft, the gear shaft being provided, in its axial direction, with a plurality of groups of gear positions, the plurality of groups of gear positions including a plurality of neutral gear positions arranged along the axial direction of the gear shaft and a plurality of pairs of motion gear positions oppositely arranged at two sides of the neutral gear positions, one of the motion gear positions being a reverse gear position, while the remaining being forward gear positions, the sensing system comprising: a sensing magnet that is adapted to be fixedly arranged on the gear shaft and being adapted to move with the gear shaft, wherein the sensing magnet is axially partitioned into a first length region magnet and a second length region magnet, the second length region magnet being partitioned, along a transverse direction thereof, into a first portion (202.1) and a second portion (202.2), the first length region magnet having a polarity identical to that of the first portion (202.1) of the second length region magnet, but different from that of the second portion (202.2) of the second length region magnet, or no magnet being provided for the second portion (202.2) of the second length region magnet; and in that the sensing system further comprises a sensing unit arranged to sense a magnetic field change of the sensing magnet when the sensing magnet moves with the gear shaft and to generate a corresponding inductive electrical signal, wherein the sensing system is adapted to compare said inductive electrical signal against a pre-determined reference inductive electrical signal to indicate whether the gear shaft is at a forward gear position or a reverse gear position. a sensing magnet that is adapted to be fixedly arranged on the gear shaft and being adapted to move with the gear shaft, wherein the sensing magnet is axially partitioned into a first length region magnet and a second length region magnet, the second length region magnet being partitioned, along a transverse direction thereof, into a first portion (202.1) and a second portion (202.2), the first length region magnet having a polarity identical to that of the first portion (202.1) of the second length region magnet, but different from that of the second portion (202.2) of the second length region magnet, or no magnet being provided for the second portion (202.2) of the second length region magnet; and in that the sensing system further comprises a sensing unit arranged to sense a magnetic field change of the sensing magnet when the sensing magnet moves with the gear shaft and to generate a corresponding inductive electrical signal, wherein the sensing system is adapted to compare said inductive electrical signal against a pre-determined reference inductive electrical signal to indicate whether the gear shaft is at a forward gear position or a reverse gear position.
A maintenance system for wind turbine equipment including a nacelle having a gear box and a generator to generate electricity using wind power, a blade mechanically connected to the gear box, and a tower supporting the nacelle on an upper end thereof, the maintenance system, comprising: a trolley support unit provided at an upper position in the nacelle so as to be movable in a longitudinal direction of the nacelle; a trolley provided on the trolley support unit so as to be movable in a lateral direction of the nacelle; a pulley installed in the trolley so as to be rotatable; a winch unit connected to the pulley through a wire; a jig configured to move by the winch unit and connected to the pulley from below the trolley to hold the element to be maintained or repaired; and a door provided in a lower end of the nacelle so that an element of the nacelle to be maintained or repaired is removed from or inserted into the nacelle through the door. a trolley support unit provided at an upper position in the nacelle so as to be movable in a longitudinal direction of the nacelle; a trolley provided on the trolley support unit so as to be movable in a lateral direction of the nacelle; a pulley installed in the trolley so as to be rotatable; a winch unit connected to the pulley through a wire; a jig configured to move by the winch unit and connected to the pulley from below the trolley to hold the element to be maintained or repaired; and a door provided in a lower end of the nacelle so that an element of the nacelle to be maintained or repaired is removed from or inserted into the nacelle through the door.
An apparatus for Audio Frequency Load Control (AFLC) in an electrical power distribution network installed with a power factor correction unit, comprising: a first electronic circuitry for detecting one or more AFLC carrier signals in the electrical power distribution network mains load current and/or voltage waveform at its input; a second electronic circuitry for receiving an output of the first electronic circuitry indicating a presence or absence of AFLC carrier signals and driving an AFLC impedance switch; the AFLC impedance switch connected in parallel with an AFLC impedance; the AFLC impedance connected in series with one or more PFC capacitors in the PFC unit, wherein the AFLC impedance being sufficiently large to allow the AFLC carrier signals to bypass the PFC unit when switched in; wherein the AFLC impedance switch being opened during the presence of AFLC carrier signals, as such switching in the AFLC impedance; characterized in that the first electronic circuitry comprises: one or more amplifiers for amplifying the AFLC carrier signals; one or more tuned filters for filtering the amplified AFLC carrier signals and being tuned to the AFLC carrier signal frequency; and one or more phase lock loops for suppressing signal noise in the filtered and amplified AFLC carrier signals. a first electronic circuitry for detecting one or more AFLC carrier signals in the electrical power distribution network mains load current and/or voltage waveform at its input; a second electronic circuitry for receiving an output of the first electronic circuitry indicating a presence or absence of AFLC carrier signals and driving an AFLC impedance switch; the AFLC impedance switch connected in parallel with an AFLC impedance; the AFLC impedance connected in series with one or more PFC capacitors in the PFC unit, wherein the AFLC impedance being sufficiently large to allow the AFLC carrier signals to bypass the PFC unit when switched in; wherein the AFLC impedance switch being opened during the presence of AFLC carrier signals, as such switching in the AFLC impedance; characterized in that the first electronic circuitry comprises: one or more amplifiers for amplifying the AFLC carrier signals; one or more tuned filters for filtering the amplified AFLC carrier signals and being tuned to the AFLC carrier signal frequency; and one or more phase lock loops for suppressing signal noise in the filtered and amplified AFLC carrier signals. one or more amplifiers for amplifying the AFLC carrier signals; one or more tuned filters for filtering the amplified AFLC carrier signals and being tuned to the AFLC carrier signal frequency; and one or more phase lock loops for suppressing signal noise in the filtered and amplified AFLC carrier signals.
A compound having: (i) a central carbon atom, (ii) an nitrogen containing head group bound to the central atom, and (iii) two hydrophobic tails directly bound to the central carbon atom, each hydrophobic tail comprising a C8 or greater aliphatic group attached to the central carbon atom, where the aliphatic group (a) is interrupted by a biodegradable group such that there is a chain of at least four carbon atoms between the biodegradable group and the central carbon atom, or (b) includes a biodegradable group at the terminal end of the hydrophobic tail, wherein the biodegradable group is selected from -OC - and -C O-; and wherein the aliphatic group in one or both of the hydrophobic tails includes at least one carbon-carbon double bond. (i) a central carbon atom, (ii) an nitrogen containing head group bound to the central atom, and (iii) two hydrophobic tails directly bound to the central carbon atom, each hydrophobic tail comprising a C8 or greater aliphatic group attached to the central carbon atom, where the aliphatic group (a) is interrupted by a biodegradable group such that there is a chain of at least four carbon atoms between the biodegradable group and the central carbon atom, or (b) includes a biodegradable group at the terminal end of the hydrophobic tail, wherein the biodegradable group is selected from -OC - and -C O-; and
A trawl door having a hollow cross-section and one or more chambers, said hollow trawl door comprising: - a first side panel having a curvature forming the back surface, - a second side panel having a curvature forming the front surface, - an upper panel forming the top of the trawl door and a bottom panel forming the bottom of the trawl door and - removeable weights, wherein the first side panel and second side panel are connected at a leading edge and at a trailing edge of the trawl door and wherein the trawl door has one or more openings at or near the top and the bottom of the trawl door to allow water to flow in and out of the chamber, said trawl door being characterized in that the trawl door has one or more openings in one or more of the panels of the trawl door to insert said weights into said one or more chambers between the panels of the trawl door. - a first side panel having a curvature forming the back surface, - a second side panel having a curvature forming the front surface, - an upper panel forming the top of the trawl door and a bottom panel forming the bottom of the trawl door and - removeable weights,
Method of coating a substrate being a can or packaging for food or beverages, comprising applying a coating composition comprising a mixture of: a) an unmodified lignin; b) a solvent; and c) a crosslinker, to the substrate and thermally curing the coating at a temperature in the range from 130°C to 250°C to obtain a coated substrate. a) an unmodified lignin; b) a solvent; and c) a crosslinker,
A device for the manufacturing of a scoliosis treatment corset comprising: - a essentially horizontal frame provided with a wide central gap, wherein the user is intended to be placed in said central gap; - central supports linked in the lower part to the frame for supporting a user; - a mechanical cervical traction element linked to an upper end of the frame for the controlled application of cervical elongation; the device being characterised in that it further comprises side compressing arms, linked on the sides to the frame to apply a corrective pressure for the scoliosis and in that each of the central supports comprises: - a telescopic column, which is essentially vertical and longitudinally movable in the upward and downward directions, said telescopic column having a lower end integrally linked to the frame, and; - a tray linked to an upper end of the telescopic column, for supporting the user. - a essentially horizontal frame provided with a wide central gap, wherein the user is intended to be placed in said central gap; - central supports linked in the lower part to the frame for supporting a user; - a mechanical cervical traction element linked to an upper end of the frame for the controlled application of cervical elongation; - a telescopic column, which is essentially vertical and longitudinally movable in the upward and downward directions, said telescopic column having a lower end integrally linked to the frame, and; - a tray linked to an upper end of the telescopic column, for supporting the user.
A complex having the structure: wherein X is a coordinating anion selected from the group consisting of chloride anions, thiocyanate anions, stearate anions, acetate anions, trifluoroacetate anions, carboxylate anions, formate anions and azide anions.