mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for making a stereolithographic object, the apparatus comprising: a platform for making the stereolithographic object thereon, and a flexible element, the flexible element being in spaced apart relation to a surface to define a gap extending between the surface and the flexible element, wherein in use a material for making the stereolithographic object is disposed between the platform and the flexible element; a positioner operably coupled to the platform and operable to reduce the distance between the platform and the surface, wherein when the distance between the platform and the surface is so reduced the gap remains at least partially open but is partially closed between the platform and the surface, wherein when the distance is so reduced a portion of the gap is closed and another portion of the gap remains open; and a flexible element tensioner contacting the flexible element, characterized in that the flexible element tensioner defines a space interior of the flexible element tensioner comprising the gap, wherein the flexible element tensioner comprises a pressure equalization port for pressure equalisation between the gap and a flexible element tensioner exterior. a platform for making the stereolithographic object thereon, and a flexible element, the flexible element being in spaced apart relation to a surface to define a gap extending between the surface and the flexible element, wherein in use a material for making the stereolithographic object is disposed between the platform and the flexible element; a positioner operably coupled to the platform and operable to reduce the distance between the platform and the surface, wherein when the distance between the platform and the surface is so reduced the gap remains at least partially open but is partially closed between the platform and the surface, wherein when the distance is so reduced a portion of the gap is closed and another portion of the gap remains open; and a flexible element tensioner contacting the flexible element, characterized in that the flexible element tensioner defines a space interior of the flexible element tensioner comprising the gap, wherein the flexible element tensioner comprises a pressure equalization port for pressure equalisation between the gap and a flexible element tensioner exterior.
A power tool for reaction-free and reaction-assisted tightening and loosening of an industrial fastener including: a motor to generate a turning force to turn the fastener; a turning force multiplication mechanism for a lower speed/higher torque mode including a plurality of turning force multiplication transmitters (211, 212, 213); a handle for holding the power tool, a turning force impaction mechanism for a higher speed/lower torque mode including a plurality of turning force impaction transmitters (251, 252); a housing operatively connected with at least one multiplication transmitter; a reaction mechanism to transfer a reaction force generated on the housing during the lower speed/higher torque mode to a stationary object; wherein during the lower speed/higher torque mode at least two multiplication transmitters (211, 212, 213) rotate relative to the other; at least two impaction transmitters (251, 252) are still; or at least two impaction transmitters (251, 252) and at least one multiplication transmitter rotate together; and wherein during the higher speed/lower torque mode at least two impaction transmitters (251, 252) rattle and either: the housing and the at least two multiplication transmitters (211, 212, 213) are still; the housing and the at least two multiplication transmitters (211, 212, 213) rotate together; or the housing is still and the at least two multiplication transmitters (211, 212, 213) rotate together to achieve a hammering motion from the impaction mechanism. a motor to generate a turning force to turn the fastener; a turning force multiplication mechanism for a lower speed/higher torque mode including a plurality of turning force multiplication transmitters (211, 212, 213); a handle for holding the power tool, a turning force impaction mechanism for a higher speed/lower torque mode including a plurality of turning force impaction transmitters (251, 252); a housing operatively connected with at least one multiplication transmitter; a reaction mechanism to transfer a reaction force generated on the housing during the lower speed/higher torque mode to a stationary object; wherein during the lower speed/higher torque mode at least two multiplication transmitters (211, 212, 213) rotate relative to the other; at least two impaction transmitters (251, 252) are still; or at least two impaction transmitters (251, 252) and at least one multiplication transmitter rotate together; and wherein during the higher speed/lower torque mode at least two impaction transmitters (251, 252) rattle and either: the housing and the at least two multiplication transmitters (211, 212, 213) are still; the housing and the at least two multiplication transmitters (211, 212, 213) rotate together; or the housing is still and the at least two multiplication transmitters (211, 212, 213) rotate together to achieve a hammering motion from the impaction mechanism.
A support device comprising: an angle adjustment mechanism for angle adjustment, comprising a turning shaft body that has an axis in the vertical direction and is attached to an upper portion of a leg, a tilting shaft body that has an axis in the horizontal direction and is fitted turnably to the turning shaft body, and a pair of holding bodies that are fitted turnably to the tilting shaft body; a movable body sandwiched and held from the outside by the pair of holding bodies, supported in such a manner that the angle thereof is adjustable with respect to the upper portion of the leg around the turning shaft body, and supported in such a manner that the angle thereof is adjustable with respect to the upper portion of the leg around the tilting shaft body of the angle adjustment mechanism; a long support body that is an axial member held slidably in the longitudinal direction being an axial direction by an inner circumferential surface of the movable body and provided with a supported body mounting portion to which a supported body is mounted on one end of the axial member; and an operation tube for angle adjusting operations fitted onto the long support body from the other end opposite to the end of the axial member to which the supported body mounting portion of the long support body is mounted and connected to the movable body. an angle adjustment mechanism for angle adjustment, comprising a turning shaft body that has an axis in the vertical direction and is attached to an upper portion of a leg, a tilting shaft body that has an axis in the horizontal direction and is fitted turnably to the turning shaft body, and a pair of holding bodies that are fitted turnably to the tilting shaft body; a movable body sandwiched and held from the outside by the pair of holding bodies, supported in such a manner that the angle thereof is adjustable with respect to the upper portion of the leg around the turning shaft body, and supported in such a manner that the angle thereof is adjustable with respect to the upper portion of the leg around the tilting shaft body of the angle adjustment mechanism; a long support body that is an axial member held slidably in the longitudinal direction being an axial direction by an inner circumferential surface of the movable body and provided with a supported body mounting portion to which a supported body is mounted on one end of the axial member; and an operation tube for angle adjusting operations fitted onto the long support body from the other end opposite to the end of the axial member to which the supported body mounting portion of the long support body is mounted and connected to the movable body.
Piston for use in internal combustion engines, wherein the piston comprises a piston crown and a piston skirt, each of which consists of different materials, wherein the piston crown consists of a higher-strength, specifically denser material than the piston skirt, characterised in that the piston crown and the piston skirt are connected to each other in a bonded manner at least at one joint, wherein the piston crown consists of a steel alloy and the piston skirt consists of an aluminium alloy or an aluminium-silicon alloy, and wherein the piston comprises an, in particular annular, intermediate joining piece, which is arranged between piston skirt and piston crown, wherein the intermediate joining piece has a first end and a second end, wherein, from the first end to the second end, the intermediate joining piece has a material gradient from the material of the piston crown to the material of the piston skirt, wherein the intermediate joining piece is connected in a bonding manner by the first end, which comprises the material of the piston crown, to the piston crown at a first joint, and wherein the intermediate joining piece is connected in a bonded manner by the second end, which comprises the material of the piston skirt, to the piston skirt at a second joint.
A herbicidal composition comprising a herbicidally effective amount of (a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) at least one phytoene desaturase inhibitor selected from diflufenican (B.1) and picolinafen (B.2) (herbicide B).
A dishwasher comprising a body; a washing tub which is disposed in the body and wherein the washing process is performed; a lower rack which is disposed in the washing tub at a position close to the base of the washing tub and wherein the dishes to be washed are placed; a lower spray arm which is positioned under the lower rack so as to spray water to the lower rack; a heater which is disposed under the lower spray arm and which provides the heating of the air in the washing tub; and a casing which covers the heater, characterized by a sensing element which detects the distance between the lower spray arm and the casing, and a control unit which enables the lower spray arm to be moved such that the distance between the lower spray arm and the casing is above a limit distance value predetermined by the producer depending on the data received from the sensing element.
An exfoliation composition comprising: a protease activator that is at least one chestnut extract of Castanea sativa of the family Fagaceae, wherein the chestnut extract is selected from the group consisting of polysaccharides, oligosaccharides, ceramides, sphingosines, phytosines and lysine; at least one exfoliator selected from the group consisting of beta hydroxy acids, alpha hydroxy acids, N-acetyl-D-glucosamine, proteolytic enzymes, and retinoic acid; and a cosmetically acceptable vehicle. a protease activator that is at least one chestnut extract of Castanea sativa of the family Fagaceae, wherein the chestnut extract is selected from the group consisting of polysaccharides, oligosaccharides, ceramides, sphingosines, phytosines and lysine; at least one exfoliator selected from the group consisting of beta hydroxy acids, alpha hydroxy acids, N-acetyl-D-glucosamine, proteolytic enzymes, and retinoic acid; and a cosmetically acceptable vehicle.
A method for controlling a braking device which controls a braking force of towed vehicles (2a, 2b, 2c) in a combination vehicle having a towing vehicle and a plurality of the towed vehicles (2a, 2b, 2c) being towed by the towing vehicle, and in which coupling between the towing vehicle and a towed vehicle and coupling between the towed vehicles (2a, 2b, 2c) are carried out by couplers (4a, 4b, 4c), characterized by after the towed vehicle that is located on a rearmost side is made not to move, imparting a braking force to the plurality of towed vehicles (2a, 2b, 2c) towed by the towing vehicle in order of the towed vehicle from a rear side.
A stud locking device comprising a first clip and a second clip connected to each other for holding a target member from both sides thereof, wherein the stud locking device is adapted to receive a stud fixed on a support member in a stud-receiving space and to be latched to the stud, by which the stud locking device is fixed onto the support member while the target member is mounted onto the support member, wherein wherein the first clip has: a hollow inner cylindrical portion insertable into a mounting hole of the target member; a flange provided at one end of the inner cylindrical portion; locking pawls engageable with thread ridges of the stud and a plurality of ribs opposite from one another formed inside the inner cylindrical portion; and a coupling means for coupling the first clip to the second clip, and the second clip has: a hollow outer cylindrical portion capable of receiving therein the inner cylindrical portion of the first clip; a flange provided at one end of the outer cylindrical portion; and a coupling means for coupling the second clip to the first clip, characterized in that the first clip has a taper portion tapered from an upper surface of the flange thereof toward the inner cylindrical portion along a central axis thereof, whereby a tip of the stud can be viewed from the upper surface of the flange through the taper portion, wherein a neck portion is provided on the inner cylindrical portion, which has an inner surface formed with two pairs of protrusions at opposed positions just above the ribs, and a pair of protrusions at opposed positions just above the locking pawls, the protrusions (17a, 17b) being adapted to position the stud in the stud-receiving space.
A headset 14 comprising: a first acoustic sensor 60 having an output signal; at least a second acoustic sensor 62 having an output signal; modulator circuitry 54 configured to receive a recovered carrier signal 69 generated by a carrier source in a terminal device, and coupled to receive the output signal of the first acoustic sensor 60, the modulator circuitry 54 configured for modulating the recovered carrier signal 69, with the output signal of the first acoustic sensor 60 to provide a modulated output signal reflective of the output signal of the first acoustic sensor 60; combining circuitry 64 coupled to receive and combine the output signal of the second acoustic sensor and the modulated output signal 74 to produce a composite downlink signal 76 for transmission over a common conductor; and at least a headset output contact 78 configured for providing a connection to the terminal device 12; said headset output contact 78 coupled with the combining circuitry 64 for handling the composite downlink signal 76 and directing the composite downlink signal 76 to the terminal device 12. a first acoustic sensor 60 having an output signal; at least a second acoustic sensor 62 having an output signal; modulator circuitry 54 configured to receive a recovered carrier signal 69 generated by a carrier source in a terminal device, and coupled to receive the output signal of the first acoustic sensor 60, the modulator circuitry 54 configured for modulating the recovered carrier signal 69, with the output signal of the first acoustic sensor 60 to provide a modulated output signal reflective of the output signal of the first acoustic sensor 60; combining circuitry 64 coupled to receive and combine the output signal of the second acoustic sensor and the modulated output signal 74 to produce a composite downlink signal 76 for transmission over a common conductor; and at least a headset output contact 78 configured for providing a connection to the terminal device 12; said headset output contact 78 coupled with the combining circuitry 64 for handling the composite downlink signal 76 and directing the composite downlink signal 76 to the terminal device 12.
A micro-electromechanical systems, MEMS, accelerometer comprising: a proof mass; a support base configured to support the proof mass, wherein the proof mass is configured to displace in response to an acceleration of the device; a flexure configured to flexibly connect the proof mass to the support base, wherein the support base comprises a strain-monitoring device configured to measure an amount of strain on the support base, wherein the strain monitoring device comprises a double-ended tuning fork, DETF,, and wherein the proof mass, the support base, the strain-monitoring device, and the flexure are comprised of a monolithic material. a proof mass; a support base configured to support the proof mass, wherein the proof mass is configured to displace in response to an acceleration of the device; a flexure configured to flexibly connect the proof mass to the support base, wherein the support base comprises a strain-monitoring device configured to measure an amount of strain on the support base, wherein the strain monitoring device comprises a double-ended tuning fork, DETF,, and wherein the proof mass, the support base, the strain-monitoring device, and the flexure are comprised of a monolithic material.
An information processing apparatus that consumes resources of an amount that depends on how many libraries are open, locations of the libraries being described in a configuration file as class paths, the apparatus comprising: determining means for determining whether the number of libraries including classes used for an installed program is two or more; and integrating means for integrating, in a case where it is determined that the number of libraries is two or more, the libraries into integrated libraries of smaller number than the number of libraries before integration, wherein the information processing apparatus is configured to open the integrated libraries, characterized in that the integrating means is configured to extract classes from all libraries set in any class path of the class paths, which indicates library locations, in reverse order in which the libraries are described by the class path in the configuration file and in case a conflict occurs due to classes with the same name, overwriting the class file of a library extracted earlier with the class file of a library extracted later, compressing the extracted classes into an integrated library and adding the integrated library to the configuration file followed by deletion of the description of libraries other than the integrated library from the class path. determining means for determining whether the number of libraries including classes used for an installed program is two or more; and integrating means for integrating, in a case where it is determined that the number of libraries is two or more, the libraries into integrated libraries of smaller number than the number of libraries before integration, wherein the information processing apparatus is configured to open the integrated libraries, characterized in that the integrating means is configured to extract classes from all libraries set in any class path of the class paths, which indicates library locations, in reverse order in which the libraries are described by the class path in the configuration file and in case a conflict occurs due to classes with the same name, overwriting the class file of a library extracted earlier with the class file of a library extracted later, compressing the extracted classes into an integrated library and adding the integrated library to the configuration file followed by deletion of the description of libraries other than the integrated library from the class path.
A procedure for the manufacture of a connector axis for a vehicle sunshield comprising at least two electric wires (1, 2) and terminals at the ends of the referred wires, comprising the following manufacturing stages: • a first stage in which mentioned wires (1, 2) are arranged on a support so that both wires are separated on referred support. • a second stage in which mentioned support with wires (1, 2) is centred inside a mould by means of stops or needles (9, 10), which the support comprises in its upper and lower parts, and • a third stage in which the support and wires assembly is moulded. • a first stage in which mentioned wires (1, 2) are arranged on a support so that both wires are separated on referred support. • a second stage in which mentioned support with wires (1, 2) is centred inside a mould by means of stops or needles (9, 10), which the support comprises in its upper and lower parts, and • a third stage in which the support and wires assembly is moulded.
A nozzle tip (50, 150, 250) comprising a spray axis (100, 200); a nozzle body comprising a nozzle outlet end and a liquid nozzle opening (52, 252) surrounding the spray axis (100, 200); a flange (60, 160) attached to the nozzle body by a support member, the flange (60, 160) comprising a flange aperture surrounding the spray axis (100, 200) and surrounding the nozzle outlet end such that a center air outlet is defined between the flange aperture and the nozzle outlet end, the center air outlet and the liquid nozzle opening (52, 252) being fixed in relation to one another about the spray axis (100, 200), wherein the nozzle tip (50, 150, 250) is an integral, one-piece nozzle tip, and is characterized in that the nozzle outlet end comprises a cylinder and the flange aperture is circular, such that the center air outlet is an annulus, the center air outlet and the liquid nozzle opening (52, 252) being fixed in concentric relation to one another about the spray axis (100, 200).
An injection molding method characterized in comprising: filling a molding cavity of a mold with a resin material in a molten state from a nozzle after pressing the nozzle of which at least a part is heated against an inlet of the mold; constantly measuring a temperature of a front end of the nozzle; waiting until the temperature of the front end of the nozzle becomes equal to or lower than a melting point of the resin material in a state in which the nozzle remains pressed against the inlet and the front end of the nozzle remains in contact with the resin material after filling the molding cavity with the resin material; and releasing the nozzle from the inlet after the temperature of the front end of the nozzle becomes equal to or lower than the melting point of the resin material, wherein the front end of the nozzle directly faces an end part of the molding cavity when pressing the nozzle against the inlet of the mold, and only a rear end part of the nozzle is heated when pressing the nozzle against the inlet of the mold and filling the molding cavity of the mold with the resin material. filling a molding cavity of a mold with a resin material in a molten state from a nozzle after pressing the nozzle of which at least a part is heated against an inlet of the mold; constantly measuring a temperature of a front end of the nozzle; waiting until the temperature of the front end of the nozzle becomes equal to or lower than a melting point of the resin material in a state in which the nozzle remains pressed against the inlet and the front end of the nozzle remains in contact with the resin material after filling the molding cavity with the resin material; and releasing the nozzle from the inlet after the temperature of the front end of the nozzle becomes equal to or lower than the melting point of the resin material, wherein the front end of the nozzle directly faces an end part of the molding cavity when pressing the nozzle against the inlet of the mold, and only a rear end part of the nozzle is heated when pressing the nozzle against the inlet of the mold and filling the molding cavity of the mold with the resin material.