mhurhangee/ep-ind-claims huggingface dataset:
Hinge mechanism for reversible windows, doors and the like that comprise a sash and a frame, which sash has an, in the closed position upper end which is guidedly displaceable along the frame to enable the sash to be reversed by pivoting it around an essentially horizontal axis, which hinge mechanism comprises - a first pivot arm that is pivotally attachable to the frame at a first pivot point, - a second pivot arm that is pivotally attachable to the frame at a second pivot point, - a third pivot arm that is pivotally attached to the second pivot arm at a third pivot point, that is pivotally attached to the first pivot arm at a fourth pivot point, and that, at a fifth pivot point, which fifth pivot point is on the opposite side of the fourth pivot point to the third pivot point, is pivotally attachable to the sash, essentially centrally between the upper and lower ends of the sash, in which hinge mechanism the second pivot point, third pivot point and fourth pivot point are positioned at a level below the fifth pivot point in the mounted position, and the first pivot point is positioned on a level above the fifth pivot point throughout the full movement of the hinge mechanism, characterized in that the second pivot arm comprises a stop in the form of a cut-out, against which the first pivot arm rests when the hinge mechanism is in its fully closed position, corresponding to the closed position for the sash and in that the second pivot point is positioned inside a vertical line through the first pivot point. - a first pivot arm that is pivotally attachable to the frame at a first pivot point, - a second pivot arm that is pivotally attachable to the frame at a second pivot point, - a third pivot arm that is pivotally attached to the second pivot arm at a third pivot point, that is pivotally attached to the first pivot arm at a fourth pivot point, and that, at a fifth pivot point, which fifth pivot point is on the opposite side of the fourth pivot point to the third pivot point, is pivotally attachable to the sash, essentially centrally between the upper and lower ends of the sash, in which hinge mechanism the second pivot point, third pivot point and fourth pivot point are positioned at a level below the fifth pivot point in the mounted position, and the first pivot point is positioned on a level above the fifth pivot point throughout the full movement of the hinge mechanism, characterized in that the second pivot arm comprises a stop in the form of a cut-out, against which the first pivot arm rests when the hinge mechanism is in its fully closed position, corresponding to the closed position for the sash and in that the second pivot point is positioned inside a vertical line through the first pivot point.
A method of making a flexible optical circuit device, comprising: (a) terminating front ends of optical fibers (106, 404) in ferrules (120, 402) and securing the optical fibers to the ferrules to provide ferrule assemblies (400, 1210) of the ferrules (120, 402) and the optical fibers (106, 404), such that the front ends of the fibers are positioned adjacent to front end faces of the ferrules (120, 402), the ferrule assemblies (400, 1210) including stub portions of the optical fibers (106, 404) that extend rearwardly from the ferrules (120, 402); (b) subsequent to (a), processing the front ends of the optical fibers (106, 404) by either mechanically polishing the front ends of the optical fibers or applying an energy source, wherein the energy source includes a laser or a plasma, to the front ends of the optical fibers; characterized in that the method further comprises: (c) subsequent to (b), routing (812, 1206) and securing the stub portions of the optical fibers (106, 404) of the ferrule assemblies (400, 1210) on a flexible planar substrate (108, 1208). (a) terminating front ends of optical fibers (106, 404) in ferrules (120, 402) and securing the optical fibers to the ferrules to provide ferrule assemblies (400, 1210) of the ferrules (120, 402) and the optical fibers (106, 404), such that the front ends of the fibers are positioned adjacent to front end faces of the ferrules (120, 402), the ferrule assemblies (400, 1210) including stub portions of the optical fibers (106, 404) that extend rearwardly from the ferrules (120, 402); (b) subsequent to (a), processing the front ends of the optical fibers (106, 404) by either mechanically polishing the front ends of the optical fibers or applying an energy source, wherein the energy source includes a laser or a plasma, to the front ends of the optical fibers; characterized in that the method further comprises: (c) subsequent to (b), routing (812, 1206) and securing the stub portions of the optical fibers (106, 404) of the ferrule assemblies (400, 1210) on a flexible planar substrate (108, 1208).
Torque transmission device (1, 1a, 1b, 1c) for a drive train of a motor vehicle having a rotary drive part (2, 2b, 2c) which is received on a crankshaft, a starter gear ring (12, 12a, 12b) which is connected to the rotary drive part (2, 2b, 2c), and a centrifugal force pendulum (11, 11a, 11b, 11c) with a flange device (13, 13a, 13b, 13c) which is arranged coaxially with respect to the rotary drive part (2, 2b, 2c) and with pendulum masses (14, 14a, 14b) which are distributed on the said flange device over the circumference and can be moved to a limited extent with respect to the said circumference, characterized in that the starter gear ring (12, 12a, 12b) and the centrifugal force pendulum (11, 11a, 11b, 11c) form a preassembled structural unit (10, 10a, 10b, 10c) which is received in the preassembled state on the rotary drive part (2, 2b, 2c) and is fastened to the rotary drive part (2, 2b, 2c) exclusively by means of the starter gear ring (12, 12a, 12b).
A wall-mountable hand dryer for drying one side of a user's hands at a time, the hand dryer having a left-hand nozzle section which, in normal use, is used to dry a user's left hand and a right-hand nozzle section which, in normal use, is used separately to dry the user's right hand, the left-hand nozzle section being arranged to emit drying air along a first direction - outwardly to the left of the dryer - and the right-hand nozzle section being arranged to emit drying air in a second direction - outwardly to the right of the dryer - said first and second directions having a downward and/or forward component, the nozzle sections (11, 13) being each in the form of an elongate air slot or row of nozzles, positioned at a front lower edge of the underside of the hand dryer and are in normal use spaced from the wall, characterised in that said nozzle sections (11, 13) are generally parallel to the wall.
A sensor mark comprising: a substrate having: a first deep ultra violet absorbing layer (310, 320, 330) comprising a first material which substantially absorbs DUV radiation; a first protecting layer comprising a second material; and wherein: the first DUV absorbing layer has a first through hole in it; the first protecting layer is positioned, in plan, in the first through hole characterized in that the first protecting layer in the first through hole has a patterned region comprising a plurality of through hole;; and in that the second material is more noble than the first material. a substrate having: a first deep ultra violet absorbing layer (310, 320, 330) comprising a first material which substantially absorbs DUV radiation; a first protecting layer comprising a second material; and a first deep ultra violet absorbing layer (310, 320, 330) comprising a first material which substantially absorbs DUV radiation; a first protecting layer comprising a second material; and wherein: the first DUV absorbing layer has a first through hole in it; the first protecting layer is positioned, in plan, in the first through hole characterized in that the first protecting layer in the first through hole has a patterned region comprising a plurality of through hole;; and in that the second material is more noble than the first material. the first DUV absorbing layer has a first through hole in it; the first protecting layer is positioned, in plan, in the first through hole characterized in that the first protecting layer in the first through hole has a patterned region comprising a plurality of through hole;; and in that the second material is more noble than the first material.
Method of operating a diaphragm valve which comprises the reading of data which is characteristic of at least one property of a diaphragm of the diaphragm valve, from at least one data memory incorporated in the diaphragm valve, by means of a reading device, characterised in that the method also comprises: a. transmission of the data which is read to a processing means arranged remotely from the reading device and from the diaphragm valve, b. synchronisation of the data transmitted with data present in the processing means, the data present in the processing means being characteristic of at least one property of the diaphragm of the diaphragm valve, and/or of at least one property of a component of the diaphragm valve which is not the diaphragm, and/or of at least one property of the diaphragm valve. a. transmission of the data which is read to a processing means arranged remotely from the reading device and from the diaphragm valve, b. synchronisation of the data transmitted with data present in the processing means,
Blade for cutting grasses in general, foreseen for cutting grasses, shrubs or turf lawn, made up of 2 or more arms with a central opening for its mounting on a rotating axis, also being applicable to a cutting or shrub clearing machine, being made of one piece mounted with a rotating facility on the driving axle of the machine through the opening, piece in which two or more arms are established, characterized in that each arm of piece has a sharp leading edge with a continuous and curved line from the centre of the piece to its outer end, while opposite the leading edge, is a rear trailing edge, which has the shape of a fan vane or propeller blade, to provide an air flow by which the cut material is ejected to a collector or to the exterior, while also suction raising the material to be cut.
A polycarbonate resin composition pellet, which has a light transmittance at a wavelength of 380 nm of 97.8% or more when the light transmittance is measured by using a methylene chloride solution having a concentration of 12 g/dL, the solution being charged into a quartz glass cell having an optical path length of 5 cm, and which has a viscosity-average molecular weight (Mv) of from 11,000 to 22,000 (determined as indicated in the description), and wherein the pellet contains at least one component selected from the group consisting of the following components to with respect to 100 parts by mass of a resin component: 0.01 to 0.3 parts by mass of an organopolysiloxane compound having at least one kind of functional group selected from a phenyl group, an alkoxy group, and a vinyl group; 0.01 to 0.10 parts by mass of at least one kind of antioxidant selected from phosphorous acid esters each represented by the following general formula (I-1): in the formula, R 1 's each represent an aryl group or an alkyl group, and may be identical to or different from each other; 0.01 to 0.10 parts by mass of at least one kind of release agent selected from fatty acid monoglycerides each having 16 to 30 carbon atoms; 0.1 to 5 parts by mass of a polyoxytetramethylene-polyoxyethylene glycol represented by the following general formula: HO(CH 2 CH 2 CH 2 CH 2 O) m (CH 2 CH 2 O) n H in the formula, m and n each independently represent an integer of from 4 to 60, and m+n represents an integer of from 20 to 90; 0.01 to 0.03 parts by mass of an alicyclic epoxy compound; and 0.01 to 1 parts by mass of an acrylic resin having a molecular weight of from 200 to 100,000. 0.01 to 0.3 parts by mass of an organopolysiloxane compound having at least one kind of functional group selected from a phenyl group, an alkoxy group, and a vinyl group; 0.01 to 0.10 parts by mass of at least one kind of antioxidant selected from phosphorous acid esters each represented by the following general formula (I-1): in the formula, R 1 's each represent an aryl group or an alkyl group, and may be identical to or different from each other; 0.01 to 0.10 parts by mass of at least one kind of release agent selected from fatty acid monoglycerides each having 16 to 30 carbon atoms; 0.1 to 5 parts by mass of a polyoxytetramethylene-polyoxyethylene glycol represented by the following general formula: HO(CH 2 CH 2 CH 2 CH 2 O) m (CH 2 CH 2 O) n H in the formula, m and n each independently represent an integer of from 4 to 60, and m+n represents an integer of from 20 to 90; 0.01 to 0.03 parts by mass of an alicyclic epoxy compound; and 0.01 to 1 parts by mass of an acrylic resin having a molecular weight of from 200 to 100,000.
A method for mixing bulk solid material, more precisely for mixing at least two materials (A, B) where at least one of these materials has variations in particle size distribution, and whereby said material is homogenised in a first gravimetric mixer (5a, 5b) with plural chambers (4, 4'), the material is entered into a central filling tube of the mixer (5a, 5b) and then into each chamber (4, 4'), via several openings or slots in the filling tube facing said chambers (4, 4'), characterised in that there is one opening or slot (8, 8') in the filling tube for each respective chamber (4, 4') for allowing the material to flow into said chamber, wherein the said openings or slots (8, 8') extend from the same vertical level at the upper part of the filling tube and downwards to different vertical levels, wherein the material entered into the central filling tube is filled successively into said chambers before being discharged in accordance to the mass flow principle, and mixed together with material in a second mixer.
An end of an arrangement comprising a superconducting cable, a first cryostat surrounding the latter for the passage of a first cooling means and a second cryostat arranged around this first cryostat for the passage of a second cooling means, each said cryostat being configured with two coaxial and spaced apart metal tubes (2, 3, 6, 7), between which a thermal insulating material is arranged, the first cryostat including, on its outer face, a dielectric layer, lined with a screen, the end being characterized in that it includes an enclosure extending said second cryostat and including two walls (8A, 8B, 8C, 8D) between which a thermally insulating material is arranged, an arrangement for deflecting voltage arranged on said dielectric layer in said second cooling material contained by said enclosure and connected to an end of said screen and a hybrid current conductor including a superconducting element connected to one end of said superconducting cable and to a resistive conducting element leaving said enclosure.
A kingpin assembly comprising: a pin having a shaft portion that has a spherical member extending therefrom, the spherical member comprising a spherical exterior surface; a cup shaped base having a spherical interior surface that defines an interior area that comprises an open end of the base, the interior area being bounded by a closed end of the base, the closed end of the base having the spherical interior surface and being opposite the open end; the spherical member being rotatingly disposed in the interior area such that the spherical exterior surface slidingly engages the spherical interior surface of the base, with the shaft portion extending outwardly from the open end; and the closed end having a torque receiving configuration for receiving a torque applying tool thereon. a pin having a shaft portion that has a spherical member extending therefrom, the spherical member comprising a spherical exterior surface; a cup shaped base having a spherical interior surface that defines an interior area that comprises an open end of the base, the interior area being bounded by a closed end of the base, the closed end of the base having the spherical interior surface and being opposite the open end; the spherical member being rotatingly disposed in the interior area such that the spherical exterior surface slidingly engages the spherical interior surface of the base, with the shaft portion extending outwardly from the open end; and the closed end having a torque receiving configuration for receiving a torque applying tool thereon.
A substrate holding device for holding a substrate, the device comprising: a substrate holding section having a substrate holding area for adsorbing and holding the substrate thereon; and a plurality of movable members (34 1,34 2,34 3) that each have an adsorption section (68 1,68 2,68 3) to adsorb a rear surface of the substrate, at one end, the plurality of movable members being movable relative to the substrate holding section in a state of adsorbing the rear surface of the substrate with the adsorption sections, characterized in that at least one movable member of the plurality of movable members has at least part that is displaceable in at least one direction, by an action of a force received from the adsorbed substrate, the at least part including the adsorption section, the at least one direction including a direction for moving closer to a center of the substrate holding area of the substrate holding section. a substrate holding section having a substrate holding area for adsorbing and holding the substrate thereon; and a plurality of movable members (34 1,34 2,34 3) that each have an adsorption section (68 1,68 2,68 3) to adsorb a rear surface of the substrate, at one end, the plurality of movable members being movable relative to the substrate holding section in a state of adsorbing the rear surface of the substrate with the adsorption sections, characterized in that at least one movable member of the plurality of movable members has at least part that is displaceable in at least one direction, by an action of a force received from the adsorbed substrate, the at least part including the adsorption section, the at least one direction including a direction for moving closer to a center of the substrate holding area of the substrate holding section.
Food comminution system having a food comminution apparatus with a base part which has a receptacle for a cutting part, and with an actuating part which is connected in an articulated manner to the base part and, in order to press a food product to be comminuted through a cutting part which is inserted into the receptacle, can be pivoted out of an inserting position against the cutting part into a closed position and subsequently from the closed position into the inserting position again, characterized by an additional comminution tool which can be fixed in a working position on the food comminution apparatus and which has a fastening portion and a tool portion, the fastening portion being clamped in between the base part and the actuating part in a positively locking manner in the working position, and the tool portion being arranged outside the receptacle in the working position.
A method of controlling a movable aerodynamic device on a wind turbine rotor blade, the method comprising the steps of: determining a device position demand as a function of time, the device position demand being calculated to reduce loading in the blade; moving the device according to the device position demand; and preventing the device from operating in a predetermined frequency band; characterised in that: the step of preventing the movable aerodynamic device from operating in a predetermined frequency band comprises removing frequency components from the device position demand at the edgewise resonant frequency of the rotor blade by applying a filter to the device position demand. determining a device position demand as a function of time, the device position demand being calculated to reduce loading in the blade; moving the device according to the device position demand; and preventing the device from operating in a predetermined frequency band;
A coating composition, comprising: a metal oxide containing a spherical metal oxide and a chain metal oxide having an aspect ratio (major diameter/minor diameter) of 3 to 25; and a polymer emulsion particle, wherein the spherical metal oxide has an average particle diameter of 1 to 50 nm; and the weight ratio of the spherical metal oxide and the chain metal oxide (:) is 1:3 to 1:20. a metal oxide containing a spherical metal oxide and a chain metal oxide having an aspect ratio (major diameter/minor diameter) of 3 to 25; and a polymer emulsion particle,
Brake-pad holding arrangement of a disc brake, in particular for a utility vehicle, wherein brake-pads associated with each side of a brake disc are held by means of in each case a brake-pad holding spring that extends transversely to the axial direction of the brake disc and can be deflected radially on the brake-pad and is spring-loaded in a brake-pad shaft of a positionally fixed brake carrier or brake caliper, against which a brake-pad holding stirrup that extends in the axial direction of the brake disc and is fixed to the brake caliper rests, the said stirrup consisting of a bent wire, characterised in that the brake-pad holding stirrup has two arms arranged parallel to and a distance apart from one another, a web that connects these at the end with one another, and opposite one another two angled stumps directed towards one another, wherein with its web-side ends the brake-pad holding stirrup is located in a pocket of the brake caliper, secured against displacement, and the stumps are plugged into transverse bores of a projection of the brake caliper.
A method for producing components, in which two metal plate-like elements arranged one above the other and each having a maximum thickness of 1 mm are connected to one another fluid-tightly and in an integrally bonded manner at their outer edge regions, and the plate-like elements are fed continuously from a reel to a processing region, in which the integrally bonded connection is formed, and the integrally bonded connection is formed continuously, characterized in that: in the process the plate-like elements are connected in an integrally bonded manner while maintaining vacuum conditions by irradiation with at least one electron beam, wherein the at least one electron beam is directed into a gap between two plate-like elements fed to a processing region and at the same time deflected, in order to form the integrally bonded connection, and/or in that the connection is formed by means of a pressure welding method, wherein the plate-like elements are guided through between rolls as tools for the pressure welding method and are reshaped. the plate-like elements are fed continuously from a reel to a processing region, in which the integrally bonded connection is formed, and the integrally bonded connection is formed continuously, characterized in that: in the process the plate-like elements are connected in an integrally bonded manner while maintaining vacuum conditions by irradiation with at least one electron beam, wherein the at least one electron beam is directed into a gap between two plate-like elements fed to a processing region and at the same time deflected, in order to form the integrally bonded connection, and/or in that the connection is formed by means of a pressure welding method, wherein the plate-like elements are guided through between rolls as tools for the pressure welding method and are reshaped. in the process the plate-like elements are connected in an integrally bonded manner while maintaining vacuum conditions by irradiation with at least one electron beam, wherein the at least one electron beam is directed into a gap between two plate-like elements fed to a processing region and at the same time deflected, in order to form the integrally bonded connection, and/or in that the connection is formed by means of a pressure welding method, wherein the plate-like elements are guided through between rolls as tools for the pressure welding method and are reshaped.