mhurhangee/ep-ind-claims huggingface dataset:
Slide assembly comprising: a first rail having a first elongate body; a second rail being longitudinally slidable relative to the first rail and having a second elongate body, wherein at least one of the first elongate body and the second elongate body has an installation hole; and at least one positioning device having a support member and a fixing member, the support member transversely extending through the installation hole so as to be transversely and movably connected to the at least one of the first elongate body and the second elongate body, and wherein the fixing member is securely connected to a portion of the support member, wherein the support member has a head portion, a body portion and a neck portion which extends between the head portion and the body portion, the neck portion of the support member is at least partially fitted within the installation hole and has a length larger than a depth of the installation hole such that the support member is transversely movable relative to the at least one of the first elongate body and the second elongate body, characterized in, that the slide assembly further comprises a resilient member (72a, 72b) disposed between the head portion of the support member and the at least one of the first elongate body and the second elongate body, so as to provide a force to keep the support member at a pre-set position. a first rail having a first elongate body; a second rail being longitudinally slidable relative to the first rail and having a second elongate body, wherein at least one of the first elongate body and the second elongate body has an installation hole; and at least one positioning device having a support member and a fixing member, the support member transversely extending through the installation hole so as to be transversely and movably connected to the at least one of the first elongate body and the second elongate body, and wherein the fixing member is securely connected to a portion of the support member, wherein the support member has a head portion, a body portion and a neck portion which extends between the head portion and the body portion, the neck portion of the support member is at least partially fitted within the installation hole and has a length larger than a depth of the installation hole such that the support member is transversely movable relative to the at least one of the first elongate body and the second elongate body, characterized in, that the slide assembly further comprises a resilient member (72a, 72b) disposed between the head portion of the support member and the at least one of the first elongate body and the second elongate body, so as to provide a force to keep the support member at a pre-set position.
A blade for a gas turbine engine, comprising: an airfoil portion with at least one internal cavity; and a damper located within the internal cavity, the damper including a cantilever spring arm, wherein the blade is a fan blade and the cantilever spring arm terminates with a rub surface pad adjacent to a friction bridge between a concave pressure side and a convex suction side of the airfoil portion, characterised in that the cantilever spring arm extends toward a leading or trailing edge (66, 68) of the airfoil portion. an airfoil portion with at least one internal cavity; and a damper located within the internal cavity, the damper including a cantilever spring arm, wherein the blade is a fan blade and the cantilever spring arm terminates with a rub surface pad adjacent to a friction bridge between a concave pressure side and a convex suction side of the airfoil portion, characterised in that the cantilever spring arm extends toward a leading or trailing edge (66, 68) of the airfoil portion.
Process for producing a ceramic catalyst, especially for exhaust gas treatment, comprising at least porous catalytically inactive cells having a porous structure embedded in a ceramic inorganic matrix, which catalytically inactive cells are at least partly surrounded by an active interface layer comprising catalytically active material, which process comprising the steps of: a) providing functional particles, having a catalytically inactive pore former as support having a particle size in the range from 10 μm to 200 μm surrounded by a layer of a catalytically active material, b) processing the functional particles with inorganic particles including a ceramic matrix-forming binder component selected from clays, metal oxides or sols based on aluminium oxide, silicon oxide or titanium oxide to give a catalytic composition; and c) thermally treating the catalytic composition to form the ceramic catalyst, wherein the at least porous catalytically inactive cells are formed by the pore formers in the functional particles and wherein the active interface layer comprises the catalytically active material of the layer of the functional particles. a) providing functional particles, having a catalytically inactive pore former as support having a particle size in the range from 10 μm to 200 μm surrounded by a layer of a catalytically active material, b) processing the functional particles with inorganic particles including a ceramic matrix-forming binder component selected from clays, metal oxides or sols based on aluminium oxide, silicon oxide or titanium oxide to give a catalytic composition; and c) thermally treating the catalytic composition to form the ceramic catalyst, wherein the at least porous catalytically inactive cells are formed by the pore formers in the functional particles and wherein the active interface layer comprises the catalytically active material of the layer of the functional particles. are formed by the pore formers in the functional particles and wherein the active interface layer comprises the catalytically active material of the layer of the functional particles.
A wireless charging module, comprising: a power receiver having a power receiving resonant circuit that is composed of a power receiving coil and a resonant capacitor; and a rechargeable battery to which output power of the power receiver is supplied, wherein a rectification circuit converts, to DC power, AC power generated in the power receiving resonant circuit through electromagnetic induction or electromagnetic resonance between a power transmitting coil of a power transmitter and the power receiving coil, so as to charge the rechargeable battery, the wireless charging module further comprising: a capacity detection circuit for detecting a remaining capacity of the rechargeable battery; and a power reception controller for controlling an operation of the capacity detection circuit, wherein the power reception controller is capable of operating the capacity detection circuit with switching between a high-accuracy measurement mode and a low-accuracy measurement mode, the high-accuracy measurement mode detecting the remaining capacity with high accuracy, and the low-accuracy measurement mode detecting the remaining capacity with accuracy lower than that of the high-accuracy measurement mode, and the capacity detection circuit is operated in the high-accuracy measurement mode in charging of the rechargeable battery and in the low-accuracy measurement mode in discharging of the rechargeable battery. a power receiver having a power receiving resonant circuit that is composed of a power receiving coil and a resonant capacitor; and a rechargeable battery to which output power of the power receiver is supplied, wherein a rectification circuit converts, to DC power, AC power generated in the power receiving resonant circuit through electromagnetic induction or electromagnetic resonance between a power transmitting coil of a power transmitter and the power receiving coil, so as to charge the rechargeable battery, the wireless charging module further comprising: a capacity detection circuit for detecting a remaining capacity of the rechargeable battery; and a power reception controller for controlling an operation of the capacity detection circuit, a capacity detection circuit for detecting a remaining capacity of the rechargeable battery; and a power reception controller for controlling an operation of the capacity detection circuit, wherein the power reception controller is capable of operating the capacity detection circuit with switching between a high-accuracy measurement mode and a low-accuracy measurement mode, the high-accuracy measurement mode detecting the remaining capacity with high accuracy, and the low-accuracy measurement mode detecting the remaining capacity with accuracy lower than that of the high-accuracy measurement mode, and the capacity detection circuit is operated in the high-accuracy measurement mode in charging of the rechargeable battery and in the low-accuracy measurement mode in discharging of the rechargeable battery.
An LED based light (10, 200, 400) comprising: a base (12, 12', 402) having a first end and a second end; a connector fixed to the first end of the base (12, 12', 402) and configured to provide a physical connection to a conventional incandescent light fixture; a light pipe (20, 202, 408) extending from the second end of the base (12, 12', 402) along a longitudinal axis of the light (10, 200, 400), the light pipe (20, 202, 408) having a proximal light receiving portion, an inner surface defining a cavity (32, 203, 410) and an opposing exterior outer surface extending radially outward as the light pipe (20, 202, 408) extends away from the base (12, 12', 402); at least one LED (18, 406) including a first LED disposed adjacent to the second end of the base (12, 12', 402), and the proximal light receiving portion is optically configured to receive a light produced by the first LED; and a heat dissipating structure (22, 210, 412) mounted in thermally conductive relation to the at least one LED (18, 406) and extending from the second end of the base (12, 12', 402) into the cavity (32, 203); characterized by the light pipe (20, 202, 408) having an open-ended annular structure, with the cavity (32,203,410) in fluid communication with an ambient environment, and a distal end, with the inner surface configured to produce substantially total internal reflection of light received by the light receiving portion, and the outer surface and the distal end configured to emit the reflected light. a base (12, 12', 402) having a first end and a second end; a connector fixed to the first end of the base (12, 12', 402) and configured to provide a physical connection to a conventional incandescent light fixture; a light pipe (20, 202, 408) extending from the second end of the base (12, 12', 402) along a longitudinal axis of the light (10, 200, 400), the light pipe (20, 202, 408) having a proximal light receiving portion, an inner surface defining a cavity (32, 203, 410) and an opposing exterior outer surface extending radially outward as the light pipe (20, 202, 408) extends away from the base (12, 12', 402); at least one LED (18, 406) including a first LED disposed adjacent to the second end of the base (12, 12', 402), and the proximal light receiving portion is optically configured to receive a light produced by the first LED; and a heat dissipating structure (22, 210, 412) mounted in thermally conductive relation to the at least one LED (18, 406) and extending from the second end of the base (12, 12', 402) into the cavity (32, 203); characterized by the light pipe (20, 202, 408) having an open-ended annular structure, with the cavity (32,203,410) in fluid communication with an ambient environment, and a distal end, with the inner surface configured to produce substantially total internal reflection of light received by the light receiving portion, and the outer surface and the distal end configured to emit the reflected light.
A wall structure, which is made of a fire resistant material and which comprises at least a first wall element and a second wall element, each consisting of a material of given thickness, said first wall element and said second wall element comprising a surface plate which has its first edge and its second edge opposite to the first edge provided with bends for joining the wall elements to each other, wherein - the surface plate of the first wall element or the second wall element is provided at its first edge or at its second edge opposite to the first edge with a first set of bends (10;10'), including a first bend (51;51') which is fashioned at a right angle relative to the surface plate and from which is established a second bend (52;52') which extends in parallel direction with the surface plate, and - the surface plate of the first wall element or the second wall element has its first edge or its second edge opposite to the first edge provided with a second set of bends (11;11'), including a first bend (61;61') which is fashioned at a right angle relative to the surface plate and from which is established a second bend (62;62') which extends in parallel direction with the surface plate for constructing an open recess at an edge of the surface plate, characterized in that - from the second bend (52; 52') is established a third bend (53;53') set at a right angle to and against the surface plate for constructing a closed box type structure at an edge of the surface plate, and that - the first set of bends (10;10') making up a closed box type structure is adapted to be fitted to the second set of bends (11;11') making up an open recess for establishing a joint between the first wall element's surface plate and the second wall element's surface plate. - the surface plate of the first wall element or the second wall element is provided at its first edge or at its second edge opposite to the first edge with a first set of bends (10;10'), including a first bend (51;51') which is fashioned at a right angle relative to the surface plate and from which is established a second bend (52;52') which extends in parallel direction with the surface plate, and - the surface plate of the first wall element or the second wall element has its first edge or its second edge opposite to the first edge provided with a second set of bends (11;11'), including a first bend (61;61') which is fashioned at a right angle relative to the surface plate and from which is established a second bend (62;62') which extends in parallel direction with the surface plate for constructing an open recess at an edge of the surface plate, - from the second bend (52; 52') is established a third bend (53;53') set at a right angle to and against the surface plate for constructing a closed box type structure at an edge of the surface plate, and that - the first set of bends (10;10') making up a closed box type structure is adapted to be fitted to the second set of bends (11;11') making up an open recess for establishing a joint between the first wall element's surface plate and the second wall element's surface plate.
Composition for micro etching of a copper or a copper alloy surface characterized in that the composition comprises i) at least a source of Fe 3+ ions, ii) at least a source of Br- ions, iii) at least an inorganic acid, and iv) at least one etch refiner according to formula I wherein R1 is selected from the group consisting of hydrogen, C 1 -C 5 -alkyl or a substituted aryl or alkaryl group; R2 is selected from the group consisting of hydrogen, C 1 -C 5 -alkyl or C 1 -C 5 -alkoxy; R3, R4 are selected from the group consisting of hydrogen and C 1 -C 5 -alkyl; and X- is a suitable anion. i) at least a source of Fe 3+ ions, ii) at least a source of Br- ions, iii) at least an inorganic acid, and iv) at least one etch refiner according to formula I wherein R1 is selected from the group consisting of hydrogen, C 1 -C 5 -alkyl or a substituted aryl or alkaryl group; R2 is selected from the group consisting of hydrogen, C 1 -C 5 -alkyl or C 1 -C 5 -alkoxy; R3, R4 are selected from the group consisting of hydrogen and C 1 -C 5 -alkyl; and X- is a suitable anion.
A transport interchange system, comprising: a guideway vehicle operable to transport an intermodal container over a guideway system, comprising a central guideway rail that engages with a reciprocal slotted member of the guideway vehicle substantially aligned at a midpoint of the vehicle and is configured to direct the path traveled by the guideway vehicle, the guideway system intersecting a roadway, the guideway vehicle being further operable to: rotate the intermodal container from a first position in which the intermodal container is parallel to the roadway to a second position in which the intermodal container is parallel to the guideway vehicle; wherein the guideway vehicle includes a rotatable cargo platform that is operable to support the intermodal container and rotate the intermodal container from the first position to the second position; characterized in that the guideway vehicle includes a center-bowl mechanism for rotatingly coupling the rotatable cargo platform to a base of the guideway vehicle, and in that the guideway system over which the guideway vehicle is transported comprises a height adjustment mechanism adjustably coupling to the guideway vehicle and operable to adjust the height of the guideway vehicle while in the first position such that the rotatable cargo platform is at essentially the same elevation as the first edge and the second edge of the roadway. a guideway vehicle operable to transport an intermodal container over a guideway system, comprising a central guideway rail that engages with a reciprocal slotted member of the guideway vehicle substantially aligned at a midpoint of the vehicle and is configured to direct the path traveled by the guideway vehicle, the guideway system intersecting a roadway, the guideway vehicle being further operable to: rotate the intermodal container from a first position in which the intermodal container is parallel to the roadway to a second position in which the intermodal container is parallel to the guideway vehicle; wherein the guideway vehicle includes a rotatable cargo platform that is operable to support the intermodal container and rotate the intermodal container from the first position to the second position; characterized in that the guideway vehicle includes a center-bowl mechanism for rotatingly coupling the rotatable cargo platform to a base of the guideway vehicle, and in that the guideway system over which the guideway vehicle is transported comprises a height adjustment mechanism adjustably coupling to the guideway vehicle and operable to adjust the height of the guideway vehicle while in the first position such that the rotatable cargo platform is at essentially the same elevation as the first edge and the second edge of the roadway.
An orally disintegrating film formulation, comprising tadalafil as an active ingredient and a combination of pullulan and polyvinylpyrrolidone as a film forming agent.
A method for preparing sulfonated crosslinked poly(vinylaromatic) copolymers comprising: (a) dewatering a crosslinked poly(vinylaromatic) copolymer prepared by aqueous suspension polymerization to provide a dewatered copolymer having a residual moisture content of 3 to 35 percent, based on weight of the dewatered copolymer; and (b) sulfonating the dewatered copolymer in the presence of 95 to 105 percent sulfuric acid, 0 to 0.5% of organic swelling solvent, based on weight of crosslinked poly(vinylaromatic) copolymer, at a temperature of 105°C to 140°C for a period of 20 minutes to 20 hours. (a) dewatering a crosslinked poly(vinylaromatic) copolymer prepared by aqueous suspension polymerization to provide a dewatered copolymer having a residual moisture content of 3 to 35 percent, based on weight of the dewatered copolymer; and (b) sulfonating the dewatered copolymer in the presence of 95 to 105 percent sulfuric acid, 0 to 0.5% of organic swelling solvent, based on weight of crosslinked poly(vinylaromatic) copolymer, at a temperature of 105°C
A distributed communication payload, comprising: a payload control electronics module; an air-to-user link module to provide wireless communication links between airborne platforms and end-user devices; and an air-to-air link module to provide wireless communication links between airborne platforms; wherein the air-to-user and air-to-air link modules are subdivided into multiple sections that can be disposed on different airborne platforms; wherein the air-to-user link module is configured to have a first combined communication capacity, the air-to-air link module is configured to have a second combined communication capacity, and wherein the second communication capacity is greater than or equal to the first communication capacity. a payload control electronics module; an air-to-user link module to provide wireless communication links between airborne platforms and end-user devices; and an air-to-air link module to provide wireless communication links between airborne platforms; wherein the air-to-user and air-to-air link modules are subdivided into multiple sections that can be disposed on different airborne platforms; wherein the air-to-user link module is configured to have a first combined communication capacity, the air-to-air link module is configured to have a second combined communication capacity, and wherein the second communication capacity is greater than or equal to the first communication capacity.
A tool for actuating an adjusting element of a sanitary fitting, comprising at least: - a shaft having a longitudinal axis; and - a drive geometry which is arranged on the shaft and can be connected to the adjusting element for transmitting a torque, wherein the drive geometry is elastically deformable so that the drive geometry at least partially disengages from the adjusting element when a predetermined torque is reached, characterized in that the shaft has a plurality of plates which are twisted relative to one another about the longitudinal axis. - a shaft having a longitudinal axis; and - a drive geometry which is arranged on the shaft and can be connected to the adjusting element for transmitting a torque, wherein the drive geometry is elastically deformable so that the drive geometry at least partially disengages from the adjusting element when a predetermined torque is reached, characterized in that