mhurhangee/ep-ind-claims huggingface dataset:
A full-width temple device for a loom comprising: a base body (10; 61; 70) comprising a base plate (10a; 61a; 70a) provided over a weaving width near a cloth fell; a cover provided on the base plate; and a temple bar accommodated in a space defined by the base plate and the cover, and configured to hold a woven fabric over a full width thereof by the base plate, the cover and the temple bar, where the temple bar is a ring bar temple (13; 71) constituted by a rod-shaped inner bar and ring temples provided continuously to both sides of the inner bar and having shaft parts (19; 71a) for support at both ends, characterised in that: wherein the base body (10; 61; 70) has support parts (10b; 61b; 70b) at both end portions for supporting the ring bar temple (13; 71) on the shaft parts (19; 71a), and wherein the full-width temple device comprises attachment members (30; 50; 60; 73) each detachably attached to each of the support parts and comprising a plate-shaped shaft fixing part (30; 51) having an engaging part (32; 60b; 73a) formed to engage with a circumferential surface of the shaft part (19; 71a). wherein the base body (10; 61; 70) has support parts (10b; 61b; 70b) at both end portions for supporting the ring bar temple (13; 71) on the shaft parts (19; 71a), and wherein the full-width temple device comprises attachment members (30; 50; 60; 73) each detachably attached to each of the support parts and comprising a plate-shaped shaft fixing part (30; 51) having an engaging part (32; 60b; 73a) formed to engage with a circumferential surface of the shaft part (19; 71a).
A method for producing a solid electrolyte, the solid electrolyte comprising crystal phase A having a peak at a position of 2θ = 20.2° ± 0.5°, 23.6° ± 0.5° in an X-ray diffraction measurement using a CuKα ray, the method characterized by comprising steps of: a pasting step of pasting slurry containing an amorphous solid electrolyte and a dispersion medium to form a solid electrolyte film, wherein the amorphous solid electrolyte contains a Li element, a P element, a S element, a Br element, and an I element; and a heat treating step of heat treating the solid electrolyte film at a temperature rising speed of 67.0 °C/second or more to crystallize the amorphous solid electrolyte; wherein the heat treating step is conducted using a heat medium having a temperature of 240°C or more; and wherein a thickness of the solid electrolyte film is 600 um or less. a pasting step of pasting slurry containing an amorphous solid electrolyte and a dispersion medium to form a solid electrolyte film, wherein the amorphous solid electrolyte contains a Li element, a P element, a S element, a Br element, and an I element; and a heat treating step of heat treating the solid electrolyte film at a temperature rising speed of 67.0 °C/second or more to crystallize the amorphous solid electrolyte; wherein the heat treating step is conducted using a heat medium having a temperature of 240°C or more; and wherein a thickness of the solid electrolyte film is 600 um or less.
An aircraft cabin seat, comprising a frame and at least one wheel cooperating with the floor of the cabin to move the seat, the wheel being mounted rotating around its axis relative to the frame, and an actuator for rotating the wheel around its axis, the actuator comprising: - an output shaft (22, 41), secured in rotation around its axis with the or each wheel, - an upstream shaft, - a motor, for rotating the upstream shaft around its axis relative to the frame, - a brake, for locking the rotation of the upstream shaft around its axis relative to the frame, and - a gear reduction chain, mechanically connecting the upstream and output (22, 41) shafts such that they rotate jointly relative to the frame around their respective axes, the gear reduction chain comprising a last reducing stage including a gear element coaxial with the output shaft (22, 41) and secured in rotation around its axis with the output shaft (22, 41), characterized in that said last reducing stage further comprises a first toothed element, and a plurality of planet gears (154, 156, 158) meshing on said first toothed element and cooperating with the gear element. - an output shaft (22, 41), secured in rotation around its axis with the or each wheel, - an upstream shaft, - a motor, for rotating the upstream shaft around its axis relative to the frame, - a brake, for locking the rotation of the upstream shaft around its axis relative to the frame, and - a gear reduction chain, mechanically connecting the upstream and output (22, 41) shafts such that they rotate jointly relative to the frame around their respective axes, the gear reduction chain comprising a last reducing stage including a gear element coaxial with the output shaft (22, 41) and secured in rotation around its axis with the output shaft (22, 41), characterized in that said last reducing stage further comprises a first toothed element, and a plurality of planet gears (154, 156, 158) meshing on said first toothed element and cooperating with the gear element.
Method of installing an elevator, especially an elevator of the cantilever type, in an elevator shaft, comprising the following steps: - mounting two first guide rail sections, which extend parallelly to one another in the vertical direction defining a constant horizontal distance therebetween, in a first section of the elevator shaft, - providing a mounting device comprising a working platform adapted to engage the two first guide rail sections for guided movement along the first two guide rail sections, - providing a first horizontally extending bracket (410; 470) adapted to engage the two first guide rail sections above the mounting device, - providing a winch mechanism (430; 440) adapted to engage the bracket (410; 470) and the mounting device, and - actuating the winch mechanism (430; 440) for lifting the mounting device along the first guide rail sections in an upward direction towards the bracket (410; 470); wherein the first bracket is provided as a bracket which is moveable along the first and the further guide rail sections, and adapted to be immoveable in a downward direction in case of a torque exerted thereon generated by a downwardly acting force, especially a force generated by winch mechanism (430; 440) and/or mounting device; characterized in that the bracket comprising two openings, each one of which engages one of the two guide rail sections the shape of which essentially corresponds to the profile of a guide rail section it engages, and a further opening adapted for engagement by a winch mechanism (430; 440). - mounting two first guide rail sections, which extend parallelly to one another in the vertical direction defining a constant horizontal distance therebetween, in a first section of the elevator shaft, - providing a mounting device comprising a working platform adapted to engage the two first guide rail sections for guided movement along the first two guide rail sections, - providing a first horizontally extending bracket (410; 470) adapted to engage the two first guide rail sections above the mounting device, - providing a winch mechanism (430; 440) adapted to engage the bracket (410; 470) and the mounting device, and - actuating the winch mechanism (430; 440) for lifting the mounting device along the first guide rail sections in an upward direction towards the bracket (410; 470); wherein
Method for fabricating a structure comprising a silicene layer upon an electrically insulating layer of crystalline silicon nitride in the β structural form, comprising the following steps: A. providing a standalone Si substrate (1, 21, 31), said substrate (1, 21, 31) comprising a first face (a, a', a") and a second main face (b, b', b"); B. thermally treating the substrate (1, 21, 31) so that the Si surface is clean, i.e. non contaminated at an atomic level; C. thermally growing a crystalline silicon nitride layer (2, 22, 32) in the β structural form on at least one face (a, a', a"; b, b', b") of said Si substrate (1, 21, 31); D. thermally growing a silicene layer (3, 23, 33) on the crystalline silicon nitride layer (2, 22, 32) by Molecular Beam Epitaxy under a pressure of at least 1x10 -9 mbar and at a temperature between 100°C and 350°C. A. providing a standalone Si substrate (1, 21, 31), said substrate (1, 21, 31) comprising a first face (a, a', a") and a second main face (b, b', b"); B. thermally treating the substrate (1, 21, 31) so that the Si surface is clean, i.e. non contaminated at an atomic level; C. thermally growing a crystalline silicon nitride layer (2, 22, 32) in the β structural form on at least one face (a, a', a"; b, b', b") of said Si substrate (1, 21, 31); D. thermally growing a silicene layer (3, 23, 33) on the crystalline silicon nitride layer (2, 22, 32) by Molecular Beam Epitaxy under a pressure of at least 1x10 -9 mbar and at a temperature between 100°C and 350°C.
A method of detecting an analyte in multiple liquid samples comprising an analyte, comprising the steps of: (a) dipping a probe in an aqueous solution having pH of 6.0-8.5 to pre-read the fluorescent signal of the probe tip, wherein the probe comprises a hapten immobilized on the tip of the probe, and the diameter of the tip surface is ≤ 5 mm; (b) forming an immunocomplex comprising the analyte from a sample, a capture antibody, and a signal antibody on the probe tip, wherein the capture antibody and the signal antibody are two different antibodies against the analyte, the capture antibody is covalently linked to an anti-hapten antibody against the hapten and the signal antibody is conjugated with fluorescent labels; (c) dipping the probe tip into a washing vessel containing a wash solution; (d) determining the analyte concentration in the sample by measuring the fluorescent signal of the immunocomplex at the probe tip, subtracting the pre-read fluorescent signal of (a), and quantitating the subtracted signal against a calibration curve; (e) dipping the probe tip in an acidic solution having pH about 1.0-4.0 to elute the immunocomplex from the probe tip; and (f) repeating the steps (a)-(e) except in step (b) with the analyte from a new sample, whereby the analyte in each of the multiple liquid samples is detected. (a) dipping a probe in an aqueous solution having pH of 6.0-8.5 to pre-read the fluorescent signal of the probe tip, wherein the probe comprises a hapten immobilized on the tip of the probe, and the diameter of the tip surface is ≤ 5 mm; (b) forming an immunocomplex comprising the analyte from a sample, a capture antibody, and a signal antibody on the probe tip, wherein the capture antibody and the signal antibody are two different antibodies against the analyte, the capture antibody is covalently linked to an anti-hapten antibody against the hapten and the signal antibody is conjugated with fluorescent labels; (c) dipping the probe tip into a washing vessel containing a wash solution; (d) determining the analyte concentration in the sample by measuring the fluorescent signal of the immunocomplex at the probe tip, subtracting the pre-read fluorescent signal of (a), and quantitating the subtracted signal against a calibration curve; (e) dipping the probe tip in an acidic solution having pH about 1.0-4.0 to elute the immunocomplex from the probe tip; and (f) repeating the steps (a)-(e) except in step (b) with the analyte from a new sample, whereby the analyte in each of the multiple liquid samples is detected.
A luminaire with - at least one lamp, - a housing that surrounds the at least one lamp and has a light emission opening, - a cover element that covers the light emission opening, and - a plurality of frame elements (16, 18) that hold the cover element on the housing, characterized in that profile elements are arranged on the housing in which at least one of the frame elements engages, wherein the frame elements are designed and arranged in such a way that at least one frame element is fixed solely by way of adjacent frame elements (16, 18) and the engagement in at least one profile element, and that at least one frame element is designed as a supporting frame element, which is fixed at least also via at least one fixing element. - at least one lamp, - a housing that surrounds the at least one lamp and has a light emission opening, - a cover element that covers the light emission opening, and - a plurality of frame elements (16, 18) that hold the cover element on the housing,
A method of determining a route in an area covered by an electronic map, the map comprising a plurality of segments representing navigable segments of a navigable network in the area covered by the electronic map, the method comprising: generating a plurality of routes through the navigable network between a first location and a second location, a route from the the plurality of routes comprising segments, obtaining a current capacity of each segment, and determining a relative traffic flow value for each of the routes using the current capacity of the segments, wherein the relative traffic flow value for a respective route is indicative of a flow value for said route relative to the total flow for the plurality of routes; and selecting a given one of the routes from the plurality of routes for use in navigating between the first location and the second location, wherein a probability of a given one of the plurality of routes being selected is proportional to the determined relative traffic flow value for the route. generating a plurality of routes through the navigable network between a first location and a second location, a route from the the plurality of routes comprising segments, obtaining a current capacity of each segment, and determining a relative traffic flow value for each of the routes using the current capacity of the segments, wherein the relative traffic flow value for a respective route is indicative of a flow value for said route relative to the total flow for the plurality of routes; and selecting a given one of the routes from the plurality of routes for use in navigating between the first location and the second location, wherein a probability of a given one of the plurality of routes being selected is proportional to the determined relative traffic flow value for the route.
A stop position control system comprising: a controller (15, 33) configured to control a stop position of a stop vehicle that is to stop in a stop area, wherein the controller (15, 33) is configured to: acquire vehicle information on the stop vehicle, acquire luggage information on luggage possessed by a user who is using the stop vehicle, set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle, the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle, and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed. a controller (15, 33) configured to control a stop position of a stop vehicle that is to stop in a stop area, wherein the controller (15, 33) is configured to: acquire vehicle information on the stop vehicle, acquire luggage information on luggage possessed by a user who is using the stop vehicle, set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle, the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle, and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed. acquire vehicle information on the stop vehicle, acquire luggage information on luggage possessed by a user who is using the stop vehicle, set, based on the vehicle information and the luggage information, a necessary stop interval required for loading/unloading the luggage of the user from the stop vehicle in the stop area, transmit the necessary stop interval to an adjacent vehicle, the adjacent vehicle being a stop vehicle other than the stop vehicle and stopping adjacent to the stop vehicle, and set the necessary stop interval to the minimum stop interval when detecting that loading/unloading of the luggage of the user from the stop vehicle is completed.
A pedal apparatus comprising: a pedal arm swingable back and forth around a horizontal pivot shaft, the pedal arm provided with an inclined portion inclined in an extending direction of the pivot shaft; a connection bracket attached to the inclined portion of the pedal arm to be connected to a push rod; wherein the pedal arm is provided with an upper retaining hole and a lower retaining hole, each passing through the inclined portion of the pedal arm, the connection bracket includes: a connecting face parallel to a virtual plane perpendicular to the pivot shaft; an upper attachment face extending from an upper edge of the connecting face; a lower attachment face extending from a lower edge of the connecting face; an upper retaining projection extending from an edge of the upper attachment face; a lower retaining projection extending from an edge of the lower attachment face; and wherein the pedal arm and the connection bracket are coupled in a state that the upper retaining projection and the lower retaining projection respectively pass through the upper retaining hole and the lower retaining hole, each of the edge of the upper attachment face and the edge of the lower attachment face of the connection bracket is contacted with the inclined portion of the pedal arm and is fixed thereto by welding. a pedal arm swingable back and forth around a horizontal pivot shaft, the pedal arm provided with an inclined portion inclined in an extending direction of the pivot shaft; a connection bracket attached to the inclined portion of the pedal arm to be connected to a push rod; a connecting face parallel to a virtual plane perpendicular to the pivot shaft; an upper attachment face extending from an upper edge of the connecting face; a lower attachment face extending from a lower edge of the connecting face; an upper retaining projection extending from an edge of the upper attachment face; a lower retaining projection extending from an edge of the lower attachment face; and wherein the pedal arm and the connection bracket are coupled in a state that the upper retaining projection and the lower retaining projection respectively pass through the upper retaining hole and the lower retaining hole, each of the edge of the upper attachment face and the edge of the lower attachment face of the connection bracket is contacted with the inclined portion of the pedal arm and is fixed thereto by welding.
A solvent-containing coating material for lacquer coatings, in particular a solvent-containing building lacquer, consisting of or containing a) 35 to 65 wt.%, preferably 55 to 60 wt.%, of a first long-oil alkyd resin that is oxidatively drying, in particular at room temperature, and b) at least one solvent, and c) optionally at least one additive, wherein the solids fraction of the coating material, based on the total weight of the coating material, is above 90.0 wt.%, preferably in the range of above 90.0 to 98.0 wt.%, and particularly preferably in the range of 95.0 to 98.0 wt.%, and wherein the components forming the coating material always add up to 100.00 wt.%. a) 35 to 65 wt.%, preferably 55 to 60 wt.%, of a first long-oil alkyd resin that is oxidatively drying, in particular at room temperature, and b) at least one solvent, and c) optionally at least one additive,
Tyre with a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers (41, 43) of reinforcing elements, crossed from one layer to the other making with the circumferential direction angles comprised between 10° and 45°, a first layer of rubber compound being placed between at least the ends of the said at least two working crown layers (41, 43), a second layer of polymer compound being in contact with at least one working crown layer and in contact with the carcass reinforcement, the said second layer of polymer compound extending axially as far as at least the axial end of the tread, the said tread radially capping the crown reinforcement and being connected to two beads by two sidewalls, the crown reinforcement comprising at least one layer of circumferential metal reinforcing elements, characterized in that the elastic modulus under tension at 10% elongation of the first layer is less than 8 MPa, in that the maximum value of tan(δ), denoted tan(δ) max, of the first layer is less than 0.100, and in that the complex dynamic shear modulus G*, measured at 10% and 60°C on the return cycle, of the said second layer of polymer compound is greater than 1.35 MPa.
A locking device, comprising: a key comprising a key power coil and a key data coil; and an electronically-actuatable lock comprising a lock power coil and a lock data coil, said key power coil and said lock power coil being inductively coupled when said key engages said lock, said key data coil and said lock data coil being inductively coupled when said key engages said lock, at least a portion of a data magnetic field created by inductively coupling said lock data coil and said key data coil being substantially orthogonal to a power magnetic field created by inductively coupling said lock power coil and said key power coil, said lock power coil and said key power coil being coaxial and being aligned to permit inductive coupling and the transfer of power between said key and said lock when said key engages said lock, said key data coil and said lock data coil being aligned and being substantially coaxial to permit inductive coupling and the transfer of data between said key and said lock when said key engages said lock, and said key data coil and said lock data coil being substantially parallel to one another when said key engages said lock. a key comprising a key power coil and a key data coil; and an electronically-actuatable lock comprising a lock power coil and a lock data coil, said key power coil and said lock power coil being inductively coupled when said key engages said lock, said key data coil and said lock data coil being inductively coupled when said key engages said lock, at least a portion of a data magnetic field created by inductively coupling said lock data coil and said key data coil being substantially orthogonal to a power magnetic field created by inductively coupling said lock power coil and said key power coil, said lock power coil and said key power coil being coaxial and being aligned to permit inductive coupling and the transfer of power between said key and said lock when said key engages said lock, said key data coil and said lock data coil being aligned and being substantially coaxial to permit inductive coupling and the transfer of data between said key and said lock when said key engages said lock, and said key data coil and said lock data coil being substantially parallel to one another when said key engages said lock.