mhurhangee/ep-ind-claims huggingface dataset:
A beam-end component welding fixture, comprising: a stand including a central horizontal axle mechanism and a housing; a handle mounted on a first end portion of the axle mechanism; a rotatable plate structure mounted on a second end portion of the axle mechanism; and a column connecting simulator attached to the plate structure and configured to support a beam-end component, characterized in that the beam-end component is a collar-flange assembly, and the column connecting simulator includes a pair of collar corner simulators, wherein the pair of collar corner simulators forms a tapered channel for receiving a collar flange assembly, and wherein each collar corner simulator includes a stop member extending outward from a lower end portion for setting a precise vertical location of a collar flange assembly. a stand including a central horizontal axle mechanism and a housing; a handle mounted on a first end portion of the axle mechanism; a rotatable plate structure mounted on a second end portion of the axle mechanism; and a column connecting simulator attached to the plate structure and configured to support a beam-end component, characterized in that the beam-end component is a collar-flange assembly, and the column connecting simulator includes a pair of collar corner simulators, wherein the pair of collar corner simulators forms a tapered channel for receiving a collar flange assembly, and wherein each collar corner simulator includes a stop member extending outward from a lower end portion for setting a precise vertical location of a collar flange assembly.
A hinge for a knee brace, comprising: a first arm; a second arm; a hinge plate (310, 350), the first arm connected to the hinge plate (310, 350) for rotation about a first axis and the second arm connected to the hinge plate (310, 350) for rotation about a second axis, the hinge plate (310, 350) including an internally threaded aperture; and a force application assembly; an adjustment assembly including an externally threaded lead screw (410a, 410b) engaged with the internally threaded aperture of the hinge plate (310, 350) and having a medial end connected to the force application assembly, and a keyed bore extending along a longitudinal axis of the lead screw (410a, 410b) from a lateral end of the lead screw (410a, 410b) toward the medial end, characterised in that the adjustment assembly further comprises: a drive key (210a, 210b) having a keyed shaft slidingly engaged with the keyed bore, and a knob connected to a lateral end of the drive key (210a, 210b) such that rotation of the knob causes lateral or medial displacement of the force application assembly. a first arm; a second arm; a hinge plate (310, 350), the first arm connected to the hinge plate (310, 350) for rotation about a first axis and the second arm connected to the hinge plate (310, 350) for rotation about a second axis, the hinge plate (310, 350) including an internally threaded aperture; and a force application assembly; an adjustment assembly including an externally threaded lead screw (410a, 410b) engaged with the internally threaded aperture of the hinge plate (310, 350) and having a medial end connected to the force application assembly, and a keyed bore extending along a longitudinal axis of the lead screw (410a, 410b) from a lateral end of the lead screw (410a, 410b) toward the medial end, characterised in that the adjustment assembly further comprises: a drive key (210a, 210b) having a keyed shaft slidingly engaged with the keyed bore, and a knob connected to a lateral end of the drive key (210a, 210b) such that rotation of the knob causes lateral or medial displacement of the force application assembly. an externally threaded lead screw (410a, 410b) engaged with the internally threaded aperture of the hinge plate (310, 350) and having a medial end connected to the force application assembly, and a keyed bore extending along a longitudinal axis of the lead screw (410a, 410b) from a lateral end of the lead screw (410a, 410b) toward the medial end, a medial end connected to the force application assembly, and a keyed bore extending along a longitudinal axis of the lead screw (410a, 410b) from a lateral end of the lead screw (410a, 410b) toward the medial end, characterised in that the adjustment assembly further comprises: a drive key (210a, 210b) having a keyed shaft slidingly engaged with the keyed bore, and a knob connected to a lateral end of the drive key (210a, 210b) such that rotation of the knob causes lateral or medial displacement of the force application assembly.
A method for fabricating a preform (200, 400), comprising the steps of: - providing a plurality of preform segments (201-205, 401-408, 800-801), each of said preform segments (201-205, 401-408, 800-801) defining a portion of a preform (200, 400) - positioning said preform segments (201-205, 401-408, 800-801) in continuous contact with each other along at least one edge of said preform segments (201-205, 401-408, 800-801), such that said plurality of preform segments (201-205, 401-408, 800-801) define a cavity (210, 416); and - bonding each of said preform segments (201-205, 401-408, 800-801) to at least one other preform segment (201-205, 401-408, 800-801) such that said plurality of preform segments (201-205, 401-408, 800-801) forms a continuous whole. characterized in that the preform is comprised of five preform segments: a mouth segment, an expansion segment, a body segment, a contraction segment, and a tail segment, wherein the preform segments (201 -205) are positioned in continuous contact along their edges and bonded to each other along several seams to form the preform and the arrangement of the preform segments (201 - 205) defines the cavity within the preform. - providing a plurality of preform segments (201-205, 401-408, 800-801), each of said preform segments (201-205, 401-408, 800-801) defining a portion of a preform (200, 400) - positioning said preform segments (201-205, 401-408, 800-801) in continuous contact with each other along at least one edge of said preform segments (201-205, 401-408, 800-801), such that said plurality of preform segments (201-205, 401-408, 800-801) define a cavity (210, 416); and - bonding each of said preform segments (201-205, 401-408, 800-801) to at least one other preform segment (201-205, 401-408, 800-801) such that said plurality of preform segments (201-205, 401-408, 800-801) forms a continuous whole.
A method for operating a first base station, BS, in a wireless communication system, the method comprises: performing a scheduling for first data communication between a mobile station, MS, and a BS set, the BS set includes the first BS and a second BS for cooperatively serving the MS; transmitting, to the MS and the BS set, a first scheduling message comprising information of the scheduling for the first data communication; transmitting, to the second BS, a control master change request message for requesting the second BS to transmit, to the BS set, a second scheduling message comprising information of a scheduling for second data communication; receiving, from the second BS, a response message in response to the control master change request message; receiving, from the second BS, a channel quality indicator, CQI, report related to the MS; performing the scheduling for the second data communication between the MS and the BS set based on the CQI report related to the MS; and transmitting, to the BS set, the second scheduling message comprising the information of the scheduling for the second data communication. performing a scheduling for first data communication between a mobile station, MS, and a BS set, the BS set includes the first BS and a second BS for cooperatively serving the MS; transmitting, to the MS and the BS set, a first scheduling message comprising information of the scheduling for the first data communication; transmitting, to the second BS, a control master change request message for requesting the second BS to transmit, to the BS set, a second scheduling message comprising information of a scheduling for second data communication; receiving, from the second BS, a response message in response to the control master change request message; receiving, from the second BS, a channel quality indicator, CQI, report related to the MS; performing the scheduling for the second data communication between the MS and the BS set based on the CQI report related to the MS; and transmitting, to the BS set, the second scheduling message comprising the information of the scheduling for the second data communication.
A method for in vitro or ex vivo transfecting eukaryotic cells with one or more nucleic acids wherein said cells are contacted with a transfection composition containing one or more composite material(s) comprising sepiolite fibres, having a mean length being less than or equal to 2μm, linked with said nucleic acids, and one or more polyvalent cations.
An information determination method, applied in a terminal device, the method comprising: determining, when no antenna port field exists in a format of first Downlink Control Information, DCI, a first Demodulation Reference Signal, DMRS, port used for transmission scheduled by the first DCI, and a first antenna port used for transmission scheduled by the first DCI, wherein the first antenna port has an identification specified by a protocol, characterized in that, the first DMRS port is determined based on a remainder of a division between the identification of the first antenna port and a quantity of orthogonal DMRS ports supported by the terminal device. determining, when no antenna port field exists in a format of first Downlink Control Information, DCI, a first Demodulation Reference Signal, DMRS, port used for transmission scheduled by the first DCI, and a first antenna port used for transmission scheduled by the first DCI, wherein the first antenna port has an identification specified by a protocol, characterized in that, the first DMRS port is determined based on a remainder of a division between the identification of the first antenna port and a quantity of orthogonal DMRS ports supported by the terminal device.
Method for storing digital information on a glass- or plastic body embodied as spectacle lens or spectacle lens blank or spectacle lens semi-finished product, said method comprising providing a spectacle lens or spectacle lens blank or spectacle lens semi-finished product with a permanent marking and a further permanent marking arranged on or in the glass- or plastic body (4, 104, 204), whereby one of said permanent markings (30, 32) contains information in the form of a data matrix code which individualizes the glass- or plastic body, whereby said permanent marking is arranged at a definition point of the local glass- or plastic body coordinate system as it is defined by the standardization regulations DIN EN ISO 8980 -2:2004, and said further permanent marking is arranged at a definition point of the local glass- or plastic body coordinate system as it is defined by the standardization regulations DIN EN ISO 8980-2:2004. characterized in that the data matrix code comprises the positions of the near reference point and the distance reference point in the form of the tuple of numbers (xN, yN) for the near reference point and the tuple of number (xF, yF) for the distance reference point with respect to said coordinate system.
A reducing fertilizer obtained by subjecting a mixture of a yeast, an extract of a yeast, or a cell wall of a yeast with phosphoric acid component and potassium component to a hydrothermal reaction treatment, wherein the hydrothermal reaction treatment is carried out at 0.9 MPa or higher and 1.9 MPa or lower, and at 150°C or higher and 210°C or lower.
A syringe for use with a dispensing device, wherein the syringe comprises the following features: a syringe cylinder and a syringe plunger, wherein the syringe cylinder has an outlet at the bottom, a centering collar at the top on the outer perimeter, a plunger running region connected to the outlet, in which region the syringe plunger is guided in a sealing manner, and a centering region farther up, into which a centering element can be axially inserted with an axial passage of the dispensing device and lies radially against the inner side of the centering region, the syringe plunger has a coupling piece at the upper end and can be placed through the axial passage of the centering element with the coupling piece so that the syringe plunger can be pulled out of the syringe cylinder, the syringe cylinder is designed with multiple parts, wherein the syringe cylinder has the plunger running region and the outlet on a lower part and the centering collar and the centering region on an upper part, and the upper part can be connected to the lower part.
A device for showing terrain on a display device of an airborne vehicle, comprising a synthetic vision system having a terrain- and obstacle database, an enhanced vision system having a sensor for capturing terrain data, an altitude- and position sensor for determining the flight-status data, a display device, a fusion processor for fusing data from the synthetic vision system and the enhanced vision system, the data points captured by the enhanced vision system being stored, a graphics processor (4, 8), which sends the terrain data generated by the fusion processor to the display device while taking into account the flight-status data determined by the altitude- and position sensor, characterized in that the fusion processor shows an adaptive grid which, by means of its cells, corresponds to discrete scanning of the earth's surface, the fusion processor is configured to store the data points in a spatially constantly defined region about a fixed center, the center of this region forming the position of the sensor and the fusion processor using an error function during insertion of a data point into the grid, the error function providing an estimation of the size of the relevant cell, in which the pixel is stored, from the distance between the data point and the sensor position projected into the grid.
A motor assembly comprising: a dual axis motor having a rotating shaft (10a, 10b) projecting from both sides of the motor, a rotational direction converter having an input and an output shaft, a flywheel, and a rotating load wherein the rotational direction converter input shaft is collinear with and connected to one end side of the motor rotating shaft; and a torque of the dual axis motor is input to the rotational direction converter input shaft;and the rotational direction converter output shaft outputs the torque by rotating in a direction opposite to the direction of rotation of the input shaft; and the rotating load is connected to the output shaft of the rotational direction converter and the flywheel is provided at the other end side of the rotating shaft; or the rotating load is connected to the other end side of the rotating shaft and the flywheel is provided at the output shaft of the rotational direction converter; wherein the flywheel balances out a reaction torque acting on the input shaft of the rotational direction converter and a reaction torque acting on the output shaft thereof when the dual axis motor rotates. a dual axis motor having a rotating shaft (10a, 10b) projecting from both sides of the motor, a rotational direction converter having an input and an output shaft, a flywheel, and a rotating load wherein the rotational direction converter input shaft is collinear with and connected to one end side of the motor rotating shaft; and a torque of the dual axis motor is input to the rotational direction converter input shaft;and the rotational direction converter output shaft outputs the torque by rotating in a direction opposite to the direction of rotation of the input shaft; and the rotating load is connected to the output shaft of the rotational direction converter and the flywheel is provided at the other end side of the rotating shaft; or the rotating load is connected to the other end side of the rotating shaft and the flywheel is provided at the output shaft of the rotational direction converter; wherein the flywheel balances out a reaction torque acting on the input shaft of the rotational direction converter and a reaction torque acting on the output shaft thereof when the dual axis motor rotates.
Brush comprising an upper part and a lower part, wherein the upper part comprises a main body and a first bristle pad, wherein the first bristle pad comprises a multiplicity of first bristles that are substantially mutually parallel, wherein the lower part comprises a second bristle pad, wherein the second bristle pad comprises a multiplicity of second bristles that are substantially mutually parallel, wherein the upper part and the lower part are interconnectable in such a manner that the first bristle pad and the second bristle pad face one another and that the first bristles protrude into gaps of the second bristle pad, wherein the brush furthermore comprises at least one fixing device for fixing the lower part to the upper part, characterized in that the fixing device comprises at least one fixing tongue.
Double motor power unit, suitably for being mounted onto a bicycle frame, which is fitted with at least two motors, at least one power supply, bearings, a crank shaft pinion gearhead, at least one propulsor pinion gearhead for each motor, at least one planetary gearbox, and at least one central processor unit, wherein the crank shaft pinion gearhead is connected to a crank shaft through the bearings, and the central processor unit is in wired or wireless connection with at least one of the motors through a switch, characterized in that the double motor power unit comprises at least one planetary gearbox for each motor, wherein the propulsor pinion gearheads are connected to pinions with dynamometric system, having an at least approximately identical axis, and to the planetary gearboxes through the pinions, and the pinions with dynamometric system are located between the planetary gearboxes and the propulsor pinion gearheads while the inside of the bearings is in fixed connection with the crank shaft and the outside of the bearings is in fixed connection with the crank shaft pinion gearhead, such that the crank shaft pinion gearhead 11 is driven by the motors and drives the crank shaft through the planetary gearboxes, the pinions with dynamometric system and the propulsor pinion gearheads, wherein the bearings and the propulsor pinion gearheads are configured such that the motors and the propulsor pinion gearheads are not connected to the crank shaft when the crank shaft is driven by human force and the pinions with dynamometric system are configured to protect the propulsor pinion gearhead from damages when the crank shaft is rotated suddenly by sudden manual backward pedalling or change torque abruptly caused by interruptive manual pedaling.
A solar receiver comprising a chamber having an aperture through which concentrated solar radiation can be received within the chamber, an inlet means for introduction into the chamber of an inflow comprising solar absorbing particles, an outlet means for discharge of an outflow from the chamber, the inlet means communicating with the chamber for introduction of the inflow into a first section of the chamber in opposed relation to the aperture, wherein said first section is configured as a divergent section expanding in a direction towards the aperture; the outlet means communicating with a second section of the chamber disposed between the first section and the aperture, wherein fluid flow from the inlet means to the outlet means is exposed to concentrated solar radiation received within the chamber and wherein the flow establishes a flow field having a vortex structure, with the intensity of the vortex being greater in the first section of the chamber than in the second section of the chamber wherein the inlet means is configured to introduce the inflow tangentially into the divergent first section.
A retardation film comprising a composition or a cured product thereof, the composition comprising: an acrylate-based resin having a glass transition temperature (Tg) of 120°C or more; a retardation adjusting agent comprising a styrene monomer; and a triazine-based birefringence adjusting agent, wherein the retardation adjusting agent is comprised in an amount of 30 parts by weight to 80 parts by weight based on 100 parts by weight of the acrylate-based resin, wherein the triazine-based birefringence adjusting agent is comprised in an amount of 6.5 parts by weight to 15 parts by weight or less based on 100 parts by weight of the acrylate-based resin, and wherein the retardation film satisfies the following Equations 2 and 3: 0.7 ≤ R in 450 /R in 550 ≤ 1.0 1.0 ≤ R in 650 / R in 550 ≤ 1.1 in Equations 2 and 3, R in is a retardation in the in-plane direction at a wavelength of 450 nm and a value of (n x -n y) × d, n x is the refractive index of the retardation film surface in the slow axis direction, n y is the refractive index of the retardation film surface in the fast axis direction, and d is the thickness of the retardation film. an acrylate-based resin having a glass transition temperature (Tg) of 120°C or more; a retardation adjusting agent comprising a styrene monomer; and a triazine-based birefringence adjusting agent, wherein the retardation adjusting agent is comprised in an amount of 30 parts by weight to 80 parts by weight based on 100 parts by weight of the acrylate-based resin, wherein the triazine-based birefringence adjusting agent is comprised in an amount of 6.5 parts by weight to 15 parts by weight or less based on 100 parts by weight of the acrylate-based resin, and wherein the retardation film satisfies the following Equations 2 and 3: 0.7 ≤ R in 450 /R in 550 ≤ 1.0 1.0 ≤ R in 650 / R in 550 ≤ 1.1 in Equations 2 and 3, R in is a retardation in the in-plane direction at a wavelength of 450 nm and a value of (n x -n y) × d, n x is the refractive index of the retardation film surface in the slow axis direction, n y is the refractive index of the retardation film surface in the fast axis direction, and d is the thickness of the retardation film.
A vaccine combination comprising: (a) a priming composition comprising an adenoviral vector comprising a nucleic acid construct encoding immunogenic polypeptides and (b) at least one boosting composition comprising an MVA vector comprising a nucleic acid construct encoding immunogenic polypeptides wherein the nucleic acid constructs comprised by the first and second vector encode the same polypeptides (i) the fusion protein F of respiratory syncytial virus, (ii) nucleoprotein N of RSV and (iii) matrix protein M2 of RSV, for use in a prime-boost vaccination regimen, wherein the priming composition is administered intranasally and the at least one boosting composition is subsequently administered intramuscularly. (a) a priming composition comprising an adenoviral vector comprising a nucleic acid construct encoding immunogenic polypeptides and (b) at least one boosting composition comprising an MVA vector comprising a nucleic acid construct encoding immunogenic polypeptides wherein the nucleic acid constructs comprised by the first and second vector encode the same polypeptides (i) the fusion protein F of respiratory syncytial virus, (ii) nucleoprotein N of RSV and (iii) matrix protein M2 of RSV, for use in a prime-boost vaccination regimen, wherein the priming composition is administered intranasally and the at least one boosting composition is subsequently administered intramuscularly.