mhurhangee/ep-ind-claims huggingface dataset:
Assembly for moving door wings adapted to be associated with a piece of furniture comprising at least one sidewall, said assembly comprising at least a first door wing, a second door wing and a moving mechanism, said first door wing being adapted to be articulated with its top edge to said piece of furniture around an articulation axis (X-X), said second door wing being hinged with its upper edge to a lower edge of said first door wing and adapted to be slidingly coupled with at least a side end of its lower edge to said sidewall, said moving mechanism being adapted to displace said door wings (10, 20) between a closed position, wherein said door wings (10, 20) lie superimposed and on a same substantially vertical plane, and an open position, wherein said door wings (10, 20) are arranged facing with each other and cantilevered with respect to said articulation axis (X-X), said mechanism further comprising a balancing member connected to said second door wing through transmission means cooperating with deviating means (4, 5, 9, 13) associable to said sidewall, characterized in that said transmission means comprise a first traction element and a second traction element each formed by a corresponding elongate and essentially inextensible element, said first traction element and said second traction element being operatively associated with each other through a force compensating means so as to continuously counteract the variation of the torque generated by said door wings (10, 20) on said articulation axis (X-X) while being displaced, said force compensating means comprising a rigid arm, having a first end connectable to said sidewall around a fulcrum so as to be freely rotatable on a plane defined by said sidewall, said first traction element being associated with a first end to said second door wing and with the opposite end being adapted to be coupled to said sidewall, said first traction element being arranged so as to cooperate with a movable deviating member formed by a pulley integrally mounted to said arm and disposed adjacent to a second end of said arm, said second traction element being associated with a first end to said balancing member and with a second end being joined to said arm in correspondence of a coupling portion arranged adjacent to a second end of said arm, said first and said second door wings (10, 20) being articulated to each other around a rotation axis defined by second hinge means configured such that when said door wings (10, 20) are arranged in said closed position said arm is arranged essentially vertical, defining an angle of substantially null degree with said traction element and said rotation axis is recessed with respect to a front edge of said sidewall.
A supporting system for a raised or technical floor, said system comprising - a plurality of pillars arranged according to a grid comprising sides of predetermined length, said grid being shaped so as to define a plurality of predetermined size quadrangular shapes comprising groups of four pillars, - a plurality of supporting frames respectively fastened to each group of four pillars, each supporting frame comprising - a first and a second main rail (21a, 21b) each comprising a first and a second end (41a, 41b) supportable by a pair of said pillars, - a set of secondary rails (22a, 22b) comprising at least two secondary rail (22a, 22b) configured to connect said first main rail to said second main rail at a predetermined distance from said first and said second end (41a, 41b) of said first and said second main rail (21a, 21b), wherein - said first and said second main rail (21a, 21b) are parallel to each other and shaped so as to define together with said set of secondary rails (22a, 22b) a single supporting surface, characterized in that each supporting frame of said plurality, considered as a datum, is adjacent to adjacent frames 90° degrees rotated as to the frame considered as a datum. - a plurality of pillars arranged according to a grid comprising sides of predetermined length, said grid being shaped so as to define a plurality of predetermined size quadrangular shapes comprising groups of four pillars, - a plurality of supporting frames respectively fastened to each group of four pillars, each supporting frame comprising - a first and a second main rail (21a, 21b) each comprising a first and a second end (41a, 41b) supportable by a pair of said pillars, - a set of secondary rails (22a, 22b) comprising at least two secondary rail (22a, 22b) configured to connect said first main rail to said second main rail at a predetermined distance from said first and said second end (41a, 41b) of said first and said second main rail (21a, 21b), wherein - said first and said second main rail (21a, 21b) are parallel to each other and shaped so as to define together with said set of secondary rails (22a, 22b) a single supporting surface,
A method performed by a wireless device (102, 104, 106, 108, 110, 200), the method comprising: receiving a Multi-User Request-To-Send, MU-RTS, frame (1104, 1704) including first scrambled data; descrambling the first scrambled data included in the MU-RTS frame (1104, 1704) using a first scrambling sequence (SC1, 1806); generating second scrambled data by scrambling data for a Clear-to-Send, CTS, frame (1106A, 1106B, 1706A-C) using a second scrambling sequence (SC2, 1816); and transmitting the CTS frame (1106A, 1106B, 1706A-C) in response to receiving the MU-RTS frame, the CTS frame (1106A, 1106B, 1706A-C) including the second scrambled data, characterized in that for each i th bit SS[i] of the second scrambling sequence (SC2, 1816), i = O..M-1, SS[i] is equal to FS[(i+K) modulo L], where FS[j] is a j th bit of the first scrambling sequence (SC 1, 1806), K being a fixed integer greater than 1, M being equal to a size of the second scrambled data, and L being a repetitive length of the first scrambling sequence (SC1, 1806). receiving a Multi-User Request-To-Send, MU-RTS, frame (1104, 1704) including first scrambled data; descrambling the first scrambled data included in the MU-RTS frame (1104, 1704) using a first scrambling sequence (SC1, 1806); generating second scrambled data by scrambling data for a Clear-to-Send, CTS, frame (1106A, 1106B, 1706A-C) using a second scrambling sequence (SC2, 1816); and transmitting the CTS frame (1106A, 1106B, 1706A-C) in response to receiving the MU-RTS frame, the CTS frame (1106A, 1106B, 1706A-C) including the second scrambled data, characterized in that for each i th bit SS[i] of the second scrambling sequence (SC2, 1816), i = O..M-1, SS[i] is equal to FS[(i+K) modulo L], where FS[j] is a j th bit of the first scrambling sequence (SC 1, 1806), K being a fixed integer greater than 1, M being equal to a size of the second scrambled data, and L being a repetitive length of the first scrambling sequence (SC1, 1806).
A rear portion structure for a saddle type vehicle which includes a vehicle body frame, a seat attached to the vehicle body frame and capable of seating a rider and a passenger, and a stay supporting portion (45L, 45R) provided on the vehicle body frame below the seat and supporting a stay member (19L, 19R) thereon, said structure further includes various parts attached to the stay member (19L, 19R), wherein the various parts include a side bag supporting member (21 L, 21 R) with an integrated grip portion (42L, 42R) for being gripped by a passenger on the vehicle and which supports a side bag (24L, 24R), and a carrier member for supporting an article of luggage; a first fastening hole is provided in the stay member (19L, 19R); a second fastening hole is provided in the side bag supporting member (21L, 21R); a fourth fastening hole is provided in the carrier member; characterized in that the stay member (19L, 19R) extends laterally outwardly further than the seat; and the second fastening hole or the second fastening hole and the fourth fastening hole are aligned with the first fastening hole, and the side bag supporting member (21 L, 21 R) with the integrated grip portion (42L, 42R) or the side bag supporting member (21 L, 21 R) with the integrated grip portion (42L, 42R) and the carrier member are fastened to the stay member (19L, 19R) by a fastening member or members.
A pneumatic tire, comprising a sidewall formed from a rubber composition, the rubber composition comprising a rubber component including a hydrogenated copolymer and a general purpose rubber, the hydrogenated copolymer containing a structural unit derived from an aromatic vinyl compound and a structural unit derived from a conjugated diene compound, the hydrogenated copolymer having a degree of hydrogenation of the conjugated diene portion of 30 to 100 mol%, a weight average molecular weight of 50,000 to 2,000,000, and a styrene content of 5% to 50% by mass, the general purpose rubber being at least one selected from the group consisting of natural rubber, polyisoprene rubber, styrene-butadiene rubber, and polybutadiene rubber, the rubber component including, based on 100% by mass thereof, 10% to 80% by mass of the hydrogenated copolymer.
Gripping finger for an adaptive gripping device, comprising: - a first strip element and a second strip element, which are flexible, and - a plurality of spacing elements (7, 13, 16), which are arranged between the first strip element and the second strip element, - wherein a first end of the respective spacing elements (7, 13, 16) is movably connected to the first strip element and an opposite second end of the respective spacing elements (7, 13, 16) is movably connected to the second strip element, - wherein at least one of the spacing elements (7, 13, 16) is designed as a curved spacing element, wherein the curved spacing element has a predefined curvature, characterized in that - the curved spacing element is designed in such a manner that, in the event of a deformation as a result of an action of force on the first element, said curved spacing element touches a spacing element (7, 13, 16) which is adjacent to the curved spacing element. - a first strip element and a second strip element, which are flexible, and - a plurality of spacing elements (7, 13, 16), which are arranged between the first strip element and the second strip element, - wherein a first end of the respective spacing elements (7, 13, 16) is movably connected to the first strip element and an opposite second end of the respective spacing elements (7, 13, 16) is movably connected to the second strip element, - wherein at least one of the spacing elements (7, 13, 16) is designed as a curved spacing element, wherein the curved spacing element has a predefined curvature, characterized in that - the curved spacing element is designed in such a manner that, in the event of a deformation as a result of an action of force on the first element, said curved spacing element touches a spacing element (7, 13, 16) which is adjacent to the curved spacing element.
A robotic garden tool system comprising a first signal source, a second signal source, which is a boundary wire, and a robotic garden tool adapted to perform an operation in a working area, the working area at least partly being defined by a boundary, which boundary separates the working area from a non-working area, wherein the robotic garden tool is adapted to detect the boundary, wherein the boundary is at least partly defined by the boundary wire, the second signal source being adapted to send a boundary signal, wherein the robotic garden tool comprises at least one sensing means adapted to receive the boundary signal sent by the second signal source, the robotic garden tool system being characterised in that the first signal source is connected to the boundary wire and is adapted to send a status signal, being based on the boundary signal, utilizing RF waves and the at least one sensing means is adapted to receive the status signal sent from the first signal source, wherein the robotic garden tool is adapted to stop operating when the status signal provides a stopping signal.
A carotenoid-containing oil-in-water emulsion composition, comprising: a carotenoid; a higher fatty acid having a total carbon number of 12 or more in an amount of from 0.001 times to 2 times by mass ratio with respect to the carotenoid; and a surfactant other than the higher fatty acid having a total carbon number of 12 or more, wherein an average particle diameter of emulsion particles, which is the D50, measured using the dynamic light scattering method described in the description, is 120 nm or less, wherein a content of the surfactant other than the higher fatty acid having a total carbon number of 12 or more is from 6% by mass to 15% by mass with respect to the total mass of the emulsion composition, and wherein the surfactant is a polyglycerin fatty acid ester having an HLB value of from 10 to 20 and having 6 or more glycerin units. a carotenoid; a higher fatty acid having a total carbon number of 12 or more in an amount of from 0.001 times to 2 times by mass ratio with respect to the carotenoid; and a surfactant other than the higher fatty acid having a total carbon number of 12 or more, wherein an average particle diameter of emulsion particles, which is the D50, measured using the dynamic light scattering method described in the description, is 120 nm or less, wherein a content of the surfactant other than the higher fatty acid having a total carbon number of 12 or more is from 6% by mass to 15% by mass with respect to the total mass of the emulsion composition, and wherein the surfactant is a polyglycerin fatty acid ester having an HLB value of from 10 to 20 and having 6 or more glycerin units.
A vehicle front portion structure equipped with a pedestrian collision detecting sensor, comprising: a bumper reinforcement whose length direction is a vehicle transverse direction; a pedestrian collision detecting sensor including a pressure sensor member, that is adjacent to a vehicle front side of the bumper reinforcement and that extends in the vehicle transverse direction, wherein the pedestrian collision detecting sensor is configured to output a signal corresponding to a change in pressure of the pressure sensor member; and a supporting member that is mounted to a vehicle transverse direction outer side end portion of the bumper reinforcement, that extends from the bumper reinforcement toward a vehicle transverse direction outer side, that includes an abutting portion configured to abut a vehicle transverse direction outer side end surface at a rear wall portion of the bumper reinforcement, that supports the pressure sensor member from a vehicle rear side with respect to load from a vehicle front side, and that is configured to separate from the bumper reinforcement when load of a predetermined value or greater is inputted from a vehicle rear side. a bumper reinforcement whose length direction is a vehicle transverse direction; a pedestrian collision detecting sensor including a pressure sensor member, that is adjacent to a vehicle front side of the bumper reinforcement and that extends in the vehicle transverse direction, wherein the pedestrian collision detecting sensor is configured to output a signal corresponding to a change in pressure of the pressure sensor member; and a supporting member that is mounted to a vehicle transverse direction outer side end portion of the bumper reinforcement, that extends from the bumper reinforcement toward a vehicle transverse direction outer side, that includes an abutting portion configured to abut a vehicle transverse direction outer side end surface at a rear wall portion of the bumper reinforcement, that supports the pressure sensor member from a vehicle rear side with respect to load from a vehicle front side, and that is configured to separate from the bumper reinforcement when load of a predetermined value or greater is inputted from a vehicle rear side.
A process for treating raw fly ash, said process comprising: leaching said raw fly ash with HCl so as to obtain a leachate comprising aluminum ions and iron chloride and a solid, and separating said solid from said leachate; reacting said leachate with HCl so as to obtain a liquid comprising iron chloride and a precipitate comprising said aluminum ions in the form of AlCl 3, and separating said precipitate from said liquid; and heating said precipitate under conditions effective for converting AlCl 3 into Al 2 O 3 and optionally recovering gaseous HCl so-produced. leaching said raw fly ash with HCl so as to obtain a leachate comprising aluminum ions and iron chloride and a solid, and separating said solid from said leachate; reacting said leachate with HCl so as to obtain a liquid comprising iron chloride and a precipitate comprising said aluminum ions in the form of AlCl 3, and separating said precipitate from said liquid; and heating said precipitate under conditions effective for converting AlCl 3 into Al 2 O 3 and optionally recovering gaseous HCl so-produced.
A particle detection and classification system comprising: a sampling area including a fluid to be measured; a light source on a first side of said sampling area; a first detector on a second side of said sampling area; a second detector on a second side of said sampling area; a parabolic reflector having a vertex located on the first side of said sampling area and a focal point within said sampling area, wherein, said light source supplies substantially collimated light defining a first axis, wherein said light source, said sampling area, said first detector and said second detector are located along said first axis, and wherein said sampling area comprises a space where particles contained in said fluid are interrogated by said substantially collimated light; and wherein, said light source supplies substantially collimated light to said sampling area along said first axis, said first detector measures light scattered in the direction of the second side of said sampling area at predetermined angles, said parabolic reflector collects light emitted by illuminated particles within the sampling area by fluorescence and directs said collected light in a substantially collimated fashion in the direction of the second side of said sampling area, and said second detector measures fluorescence light collected by said parabolic reflector. a sampling area including a fluid to be measured; a light source on a first side of said sampling area; a first detector on a second side of said sampling area; a second detector on a second side of said sampling area; a parabolic reflector having a vertex located on the first side of said sampling area and a focal point within said sampling area, wherein, said light source supplies substantially collimated light defining a first axis, wherein said light source, said sampling area, said first detector and said second detector are located along said first axis, and wherein said sampling area comprises a space where particles contained in said fluid are interrogated by said substantially collimated light; and wherein, said light source supplies substantially collimated light to said sampling area along said first axis, said first detector measures light scattered in the direction of the second side of said sampling area at predetermined angles, said parabolic reflector collects light emitted by illuminated particles within the sampling area by fluorescence and directs said collected light in a substantially collimated fashion in the direction of the second side of said sampling area, and said second detector measures fluorescence light collected by said parabolic reflector.
A magnetic cooling apparatus, comprising: a static module; and a rotating module configured to rotate with respect to the static module, the rotating module comprising a magnetic flux generating apparatus, wherein the static module comprises: a support member; a plurality of magnetic regenerators (111, 111A, 111B); and a plurality of coils; wherein the plurality of coils and the plurality of magnetic regenerators (111, 111A, 111B) are alternately disposed in a circumferential direction at the support member; wherein the magnetic flux generating apparatus is configured to apply a magnetic flux to the plurality of magnetic regenerators (111, 111A, 111B); and the plurality of coils are arranged to generate a magnetic field to interact with a magnetic field generated by the magnetic flux generating apparatus to rotate the rotating module; the apparatus further comprising a thermal fluid supplying apparatus configured to be operated by the rotating module and allowing a thermal fluid to exchange heat with the plurality of magnetic regenerators. a static module; and a rotating module configured to rotate with respect to the static module, the rotating module comprising a magnetic flux generating apparatus, wherein the static module comprises: a support member; a plurality of magnetic regenerators (111, 111A, 111B); and a plurality of coils; a support member; a plurality of magnetic regenerators (111, 111A, 111B); and a plurality of coils; wherein the plurality of coils and the plurality of magnetic regenerators (111, 111A, 111B) are alternately disposed in a circumferential direction at the support member; wherein the magnetic flux generating apparatus is configured to apply a magnetic flux to the plurality of magnetic regenerators (111, 111A, 111B); and the plurality of coils are arranged to generate a magnetic field to interact with a magnetic field generated by the magnetic flux generating apparatus to rotate the rotating module; the apparatus further comprising a thermal fluid supplying apparatus configured to be operated by the rotating module and allowing a thermal fluid to exchange heat with the plurality of magnetic regenerators.
A compound for use in a method of therapy, wherein the compound is 2,3-diamino-6,6,7-trimethyl-1-thioxo-1,2,5,6,7,8-hexahydro-2,7-naphthyridine-4-carbonitrile or the compound is represented by the following formula: wherein Y is O or S; and R 1 R 2 and R 3 are H, hydrocarbyl, substituted hydrocarbyl or amino.
A dosage form comprising: (a) a capsule shell; and (b) at least one tablet within the capsule shell, the at least one tablet containing 5-aminosalicylic acid or a salt thereof as an active ingredient and having an enteric coat that prevents release of the 5-aminosalicylic acid in the upper gastrointestinal tract, wherein the capsule shell has less than about 10% by weight moisture content at a relative humidity of 60% and a temperature of 25 °C. (a) a capsule shell; and (b) at least one tablet within the capsule shell, the at least one tablet containing 5-aminosalicylic acid or a salt thereof as an active ingredient and having an enteric coat that prevents release of the 5-aminosalicylic acid in the upper gastrointestinal tract,
A method of repairing an acoustic panel for an aircraft nacelle characterized in that it comprises: coupling a fiberglass ply to the acoustic panel; creating dimples in the fiberglass ply using a differential pressure, wherein the dimples are located within first perforations in the acoustic panel; coupling the fiberglass ply to a replacement patch; and drilling second perforations (632, 633) in the replacement patch. coupling a fiberglass ply to the acoustic panel; creating dimples in the fiberglass ply using a differential pressure, wherein the dimples are located within first perforations in the acoustic panel; coupling the fiberglass ply to a replacement patch; and drilling second perforations (632, 633) in the replacement patch.