mhurhangee/ep-ind-claims huggingface dataset:
A power take-off unit comprising: a housing; an input mechanism mounted at least partially within the housing and configured for attachment to a source of rotational energy; an output mechanism mounted within the housing and configured for attachment to a driven accessory, the output mechanism having a passageway extending therethrough; a clutch assembly that is responsive to pressurized air in the passageway through the output mechanism configured to selectively connect the output mechanism to the input mechanism; and a pneumatic valve manifold attached to the housing and including an air intake port that is configured for attachment to a source of pressurized air, a pneumatic valve that communicates with air intake port, and a discharge passageway that communicates with both the pneumatic valve and the passageway through the output mechanism, the pneumatic valve being operable to selectively permit pressurized air to pass from the source of pressurized air through the air intake port, the pneumatic valve, the discharge passageway, and the passageway through the output mechanism to the clutch assembly. a housing; an input mechanism mounted at least partially within the housing and configured for attachment to a source of rotational energy; an output mechanism mounted within the housing and configured for attachment to a driven accessory, the output mechanism having a passageway extending therethrough; a clutch assembly that is responsive to pressurized air in the passageway through the output mechanism configured to selectively connect the output mechanism to the input mechanism; and a pneumatic valve manifold attached to the housing and including an air intake port that is configured for attachment to a source of pressurized air, a pneumatic valve that communicates with air intake port, and a discharge passageway that communicates with both the pneumatic valve and the passageway through the output mechanism, the pneumatic valve being operable to selectively permit pressurized air to pass from the source of pressurized air through the air intake port, the pneumatic valve, the discharge passageway, and the passageway through the output mechanism to the clutch assembly.
A dual-mass clutch flywheel, which can rotate about a main rotation axis and comprises two masses and a torsional vibration damper, which can damp rotational vibrations via a spring-damper device, which is effective between the two masses and has a spring system and a damper system, the two masses being able to rotate about the main rotation axis in an idle position when in a load-free state and being able to rotate about the main rotation axis at a relative angle to each other when in a loaded state against the spring-damper device, characterised in that the spring system has straight springs (127; 227; 727; 827), which are guided radially towards the main rotation axis via holders (136, 236), which are connected to one another via a floating ring, and are connected in series in such a manner that, under operating conditions, they do not rub on the radially outer side against assemblies (125, 133; 225, 233; 725, 733; 825, 833) moving relative to the springs (127; 227; 727; 827).
Electromagnet structure of an electric machine, in particular an adjustment drive of a motor vehicle, said electromagnet structure having a number of coils that are arranged in a circular structure, said coils comprising in each case a coil winding and a connector, - wherein the coils in each case are electrically connected in pairs by means of a conductor bridge, said conductor bridge being contacted by means of the respective connectors, - wherein each conductor bridge is spaced in the axial direction from the allocated coil windings, - wherein each conductor bridge is arranged at least in part in a receiving arrangement of a guiding plate (18, 18', 18"), characterized in that - the guiding plate (18, 18', 18") comprises a star having radially aligned projections, and - each of the projections is arranged within in each case one of the coil windings. - wherein the coils in each case are electrically connected in pairs by means of a conductor bridge, said conductor bridge being contacted by means of the respective connectors, - wherein each conductor bridge is spaced in the axial direction from the allocated coil windings, - wherein each conductor bridge is arranged at least in part in a receiving arrangement of a guiding plate (18, 18', 18"), characterized in that - the guiding plate (18, 18', 18") comprises a star having radially aligned projections, and - each of the projections is arranged within in each case one of the coil windings.
A multiple input multiple output (MIMO) transmission apparatus that is adapted to map first and second elements of a response signal vector formed based on a response signal on first and second streams, respectively, and is adapted to transmit the first and second elements in two frequency division multiple access (FDMA) symbols of one subframe, the apparatus characterized by comprising: a forming section (140, 340) that is adapted to form response signal vectors based on the response signal and to make a response signal vector in a first FDMA symbol and a response signal vector in a second FDMA symbol orthogonal; and a precoding section (165, 365) that is adapted to perform precoding of the formed response signal vectors by a matrix multiplying a unitary matrix by a constant number. a forming section (140, 340) that is adapted to form response signal vectors based on the response signal and to make a response signal vector in a first FDMA symbol and a response signal vector in a second FDMA symbol orthogonal; and a precoding section (165, 365) that is adapted to perform precoding of the formed response signal vectors by a matrix multiplying a unitary matrix by a constant number.
Centrifugal fertilizer spreader having a storage container for fertilizer, having a first centrifugal disc for spreading the fertilizer on a field in a spreading fan, having a metering opening for metering the fertilizer onto the first centrifugal disc and having an adjustable boundary spreading device with substantially vertically oriented guide surface elements (4b - c) for deflecting the fertilizer, wherein at least a part of the guide surface elements is, for the adjustment of the working width (13a - c) of a part-width spreading operation, formed in each case with different deflecting angles (α, β) in a vertical direction, characterized in that the guide surface elements are, for the adjustment of the working width (13a - c), adjustable in length in the circumferential direction (R 2) of the centrifugal disc manually or by means of a motor-powered pivot drive.
A system for disinfecting a fluid, comprising: a flow cell comprising one or more inlet ports and one or more outlet ports, wherein the flow cell is configured to communicate a fluid from the one or more inlet ports to the one or more outlet ports through an interior portion thereof; and one or more point radiation sources disposed about the flow cell, wherein the one or more point radiation sources are operable for delivering radiation to the fluid and deactivating a biological entity therein; wherein an interior surface of the flow cell is operable for reflecting the radiation delivered to the fluid by the one or more point radiation sources; characterized in that the flow cell is an integrating cavity comprising curved and concave opposed interior surfaces without internal corners wherein every point on the interior surface is visible from every other point on the interior surface; and wherein the one or more point radiation sources are disposed about the integrating cavity; and wherein the interior surface of the flow cell is operable for repeatedly reflecting the radiation delivered to the fluid by the one or more point radiation sources such that a radiation intensity is uniform throughout the interior portion of the flow cell. a flow cell comprising one or more inlet ports and one or more outlet ports, wherein the flow cell is configured to communicate a fluid from the one or more inlet ports to the one or more outlet ports through an interior portion thereof; and one or more point radiation sources disposed about the flow cell, wherein the one or more point radiation sources are operable for delivering radiation to the fluid and deactivating a biological entity therein; wherein an interior surface of the flow cell is operable for reflecting the radiation delivered to the fluid by the one or more point radiation sources; characterized in that the flow cell is an integrating cavity comprising curved and concave opposed interior surfaces without internal corners wherein every point on the interior surface is visible from every other point on the interior surface; and wherein the one or more point radiation sources are disposed about the integrating cavity; and wherein the interior surface of the flow cell is operable for repeatedly reflecting the radiation delivered to the fluid by the one or more point radiation sources such that a radiation intensity is uniform throughout the interior portion of the flow cell.
A method for cementing a terranean borehole, comprising: pumping a collection of fluids into the borehole through a passage of a tubular string extending into the borehole; flowing the collection of fluids up an annulus between the tubular string and a sidewall of the borehole; the method is characterised by comparing a pressure of the collection of fluids measured at an inlet of the passage of the tubular string at a first time with a pressure of the collection of fluids measured at the inlet of the passage of the tubular string at a second time, wherein the second time is after the first time; and estimating a position of the collection of fluids in the borehole based on the comparison of the pressures of the collection of fluids measured at the first and second times. pumping a collection of fluids into the borehole through a passage of a tubular string extending into the borehole; flowing the collection of fluids up an annulus between the tubular string and a sidewall of the borehole; the method is characterised by comparing a pressure of the collection of fluids measured at an inlet of the passage of the tubular string at a first time with a pressure of the collection of fluids measured at the inlet of the passage of the tubular string at a second time, wherein the second time is after the first time; and estimating a position of the collection of fluids in the borehole based on the comparison of the pressures of the collection of fluids measured at the first and second times.
A method of preparing a superabsorbent polymer, the method comprising the steps of: preparing a base resin in which an acrylic acid-based monomer having acidic groups which are at least partially neutralized and an internal crosslinking agent are crosslinked in the presence of a sodium polycarboxylate surfactant which is a copolymer obtained by copolymerizing more than one monomer selected from the group consisting of hydrophilic monomers, wherein the hydrophilic monomers are selected from (meth)acrylic acid-based m onomers, (meth)acrylic acid ester-based monomers, and alkoxy polyalkylene glycol mono (meth)acrylic acid ester-based monomers, wherein the copolymer is included in an amount of 0.01 part by weight to 1 part by weight with respect to 100 parts by weight of the acrylic acid-based monomer; and heating the base resin in the presence of a surface crosslinking agent to carry out surface modification of the base resin, wherein the internal crosslinking agent includes a first epoxy crosslinking agent having an epoxy equivalent weight of 100 g/eq or more to less than 130 g/eq, and a second epoxy crosslinking agent having an epoxy equivalent weight of 130 g/eq or more, and wherein the first epoxy crosslinking agent and the second epoxy crosslinking agent are included in an amount of 0.01 part by weight to 0.5 parts by weight, respectively, with respect to 100 parts by weight of the acrylic acid-based monomer. preparing a base resin in which an acrylic acid-based monomer having acidic groups which are at least partially neutralized and an internal crosslinking agent are crosslinked in the presence of a sodium polycarboxylate surfactant which is a copolymer obtained by copolymerizing more than one monomer selected from the group consisting of hydrophilic monomers, wherein the hydrophilic monomers are selected from (meth)acrylic acid-based m onomers, (meth)acrylic acid ester-based monomers, and alkoxy polyalkylene glycol mono (meth)acrylic acid ester-based monomers, wherein the copolymer is included in an amount of 0.01 part by weight to 1 part by weight with respect to 100 parts by weight of the acrylic acid-based monomer; and heating the base resin in the presence of a surface crosslinking agent to carry out surface modification of the base resin, wherein the internal crosslinking agent includes a first epoxy crosslinking agent having an epoxy equivalent weight of 100 g/eq or more to less than 130 g/eq, and a second epoxy crosslinking agent having an epoxy equivalent weight of 130 g/eq or more, and wherein the first epoxy crosslinking agent and the second epoxy crosslinking agent are included in an amount of 0.01 part by weight to 0.5 parts by weight, respectively, with respect to 100 parts by weight of the acrylic acid-based monomer.
Dosing device, comprising a storage container with a storage chamber for accommodating a filling material, a dosing container with a dosing chamber, an outlet with an outlet opening for dispensing the filling material, and a valve, wherein the valve is able to assume a dispensing position and a dosing position, wherein the valve, in the dosing position, opens a dosing connection between the dosing chamber and the storage chamber and shuts an outlet passage from the dosing chamber to the outlet opening so that the filling material cannot arrive at the outlet opening, and the valve, in the dispensing position, shuts the dosing connection and opens the outlet passage, wherein the dosing device further comprises a valve seat for accommodating the valve, with the valve seat having a cylindrical basic shape with a side surface, and wherein a connecting conduit between the dosing container and the valve seat opens out into the side surface of the valve seat, wherein the dosing device comprises a closure member, with which the outlet opening can be closed off, wherein the closure member is coupled to the valve in such a way that rotation of the closure member displaces the valve between the dosing position and the dispensing position, and wherein the valve is rotatably disposed in the cylindrical valve seat of the dosing device, characterized in that the closure member is coupled to the valve and the outlet in such a way that the closure member is locked with the outlet and closes off the outlet opening as long as the valve is in its dosing position and that the closure member is not locked with the outlet when the valve is in its dispensing position,wherein the coupling of the closure member to the valve and to the outlet will lead to an additional safeguard against inadvertent discharge of the filling material if the valve is in the dosing position, wherein an external thread, which extends in the circumferential direction of the outlet, is disposed on the outside of the outlet, the external thread of the outlet fitting together with an internal thread of the closure member, which extends in the circumferential direction inside the closure member, wherein the closure member is lockable with the outlet by screwing the internal thread of the closure member onto the external thread of the outlet and is unlockable from the outlet by unscrewing the internal thread of the closure member from the external thread of the outlet.
A method for determining a total peroxide content of pulp suspension, wherein at least one sample is taken from the pulp suspension, characterized in adjusting the pH of the sample before the measurement a) to above 11 by adding alkaline reagent to it, which causes the pH rise, and measuring the total peroxide content of the sample or b) to below 9 by adding reagent to it, which causes the pH to decrease, and measuring the perhydroxyl ion content of the sample, of which measurement the total peroxide content of the sample is determined. a) to above 11 by adding alkaline reagent to it, which causes the pH rise, and measuring the total peroxide content of the sample or b) to below 9 by adding reagent to it, which causes the pH to decrease, and measuring the perhydroxyl ion content of the sample, of which measurement the total peroxide content of the sample is determined.
A joint motion sensing device, for use on a joint between a first and second limb to detect torsion or bending of the limbs relative to each other at the joint, the device comprising - a mounting substrate mountable over the joint attached to the first and second limbs; - an electrically conductive loop having a first, second and third loop part, running from the first limb to the second limb, over the second limb and from the second limb back to the first limb respectively, the electrically conductive loop continuing from the first loop part into the second loop part and from there into the third loop part, forming at least a part of a loop area with the first, second and third loop part at a boundary of the loop area, the loop area lying on a surface of said mounting substrate or within said surface; - an output unit coupled to the electrically conductive loop, for providing an output signal that is a measure for the inductance of the electrically conducting loop and which is optionally corrected with calibration data; - a transmitter coupled to the output unit, for sending the output signal of the output unit to a receiver. - a mounting substrate mountable over the joint attached to the first and second limbs; - an electrically conductive loop having a first, second and third loop part, running from the first limb to the second limb, over the second limb and from the second limb back to the first limb respectively, the electrically conductive loop continuing from the first loop part into the second loop part and from there into the third loop part, forming at least a part of a loop area with the first, second and third loop part at a boundary of the loop area, the loop area lying on a surface of said mounting substrate or within said surface; - an output unit coupled to the electrically conductive loop, for providing an output signal that is a measure for the inductance of the electrically conducting loop and which is optionally corrected with calibration data; - a transmitter coupled to the output unit, for sending the output signal of the output unit to a receiver.
Optoelectronic light emitting device (1R; 1R', 1G) comprising: - a light emitting diode (10R, 10G) configured to emit a first radiation, and - a conversion layer (20R; 20R', 20G) which extends above the light emitting diode (10R, 10G) and which is configured to convert a part at least of the first radiation into a second radiation, by photoluminescence, the conversion layer being delimited laterally by a lateral surface (24R, 24G), the conversion layer (20R; 20R', 20G) comprising at least one planar quantum well (21R, 21G) configured to emit the second radiation, - a diffraction grating (30R; 30R', 30G), configured to extract a part at least of the second radiation from the conversion layer, the diffraction grating being etched on an upper face (25R, 25G) of the conversion layer, - the device further comprising a lateral reflector (40R, 40G) having a reflective surface (41R, 41G) which extends transversally with respect to the conversion layer (20R; 20R', 20G), facing a part at least of the lateral surface (24R, 24G) of the conversion layer, the reflective surface (41R, 41G) of the reflector and the lateral surface (24R, 24G) of the conversion layer (20R; 20R', 20G) being separated from each other by a material having an optical index n 2, characterized in that a distance (d R, d G) separating the reflective surface (41R, 41G) of the reflector from the lateral surface (24R, 24G) of the conversion layer is comprised between λ/(n 2 ×40) and λ/(n 2 ×2) where λ is the average wavelength of the second radiation. - a light emitting diode (10R, 10G) configured to emit a first radiation, and - a conversion layer (20R; 20R', 20G) which extends above the light emitting diode (10R, 10G) and which is configured to convert a part at least of the first radiation into a second radiation, by photoluminescence, the conversion layer being delimited laterally by a lateral surface (24R, 24G), the conversion layer (20R; 20R', 20G) comprising at least one planar quantum well (21R, 21G) configured to emit the second radiation, - a diffraction grating (30R; 30R', 30G), configured to extract a part at least of the second radiation from the conversion layer, the diffraction grating being etched on an upper face (25R, 25G) of the conversion layer, - the device further comprising a lateral reflector (40R, 40G) having a reflective surface (41R, 41G) which extends transversally with respect to the conversion layer (20R; 20R', 20G), facing a part at least of the lateral surface (24R, 24G) of the conversion layer, the reflective surface (41R, 41G) of the reflector and the lateral surface (24R, 24G) of the conversion layer (20R; 20R', 20G) being separated from each other by a material having an optical index n 2,
A topical adhesive skin patch comprising a support, and a base material layer laminated to one or both sides of the support, intended to be used by placing an exposed surface of the base material layer against the skin surface, wherein the support is a resin mesh sheet or a porous resin sheet having a total light transmittance of greater than or equal to 80%, and the base material layer includes an oil-in-water type gel base containing at least water, oil, an emulsifier, and a water-absorbent polymer, such that prior to application to the skin surface, the base material layer is opaque due to emulsification of the base material layer, and subsequent to application to the skin surface, moisture contained in the base material layer evaporates causing the opacity to decline, wherein the opacity, as determined according to Japanese Industrial Standards K 7136, of the base material layer laminated to the support is greater than or equal to 90% prior to application to the skin surface, and declines to less than or equal to 65% subsequent to application to the skin surface, so that decline in opacity can be visually ascertained by the skin surface becoming visible through the support.
A system comprising: a piston; a motor coupled to the piston, the system configured to drive reciprocating movement of the piston within a chamber of a dispenser configured to dispense viscous material, the motor comprising: a rotating shaft; a wheel coupled to the rotating shaft, the wheel having at least one drive magnet; and a driven magnet disposed between the wheel and a head of the piston, wherein the head of the piston is attached to the driven magnet, wherein said motor further comprising a magnet guide configured to receive the driven magnet, characterised in that the piston has an elongate body and a head, wherein the head of the piston is disposed between at least one drive magnet and the driven magnet. a piston; a motor coupled to the piston, the system configured to drive reciprocating movement of the piston within a chamber of a dispenser configured to dispense viscous material, the motor comprising: a rotating shaft; a wheel coupled to the rotating shaft, the wheel having at least one drive magnet; and a driven magnet disposed between the wheel and a head of the piston, a rotating shaft; a wheel coupled to the rotating shaft, the wheel having at least one drive magnet; and a driven magnet disposed between the wheel and a head of the piston, wherein the head of the piston is attached to the driven magnet, wherein said motor further comprising a magnet guide configured to receive the driven magnet, characterised in that the piston has an elongate body and a head, wherein the head of the piston is disposed between at least one drive magnet and the driven magnet.