mhurhangee/ep-ind-claims huggingface dataset:
A gear device having a bearing retaining mechanism, comprising: a first member having an inner peripheral surface (31c, 32c) including an internal screw portion (31d, 32g); a rolling member (6A, 6B); a retainer holding the rolling member (6A, 6B); a crankshaft; a restriction member including at least one of a first restriction member and a second restriction member supported on the first member, the restriction member including an external screw portion (91a, 92a) screwed on the internal screw portion (31d, 32g), characterized in that the bearing retaining mechanism further composing a second member (111A, 111B) disposed on the inner peripheral surface (31c, 32c); the rolling member (6A, 6B) rolling on a rolling surface formed on the second member (111A, 111B); the crankshaft being rotatably supported on the second member (111A, 111B) via the rolling member (6A, 6B), and the second member (111A, 111B) is disposed so as to leave a gap between the second member (111A, 111B) and the restriction member. a first member having an inner peripheral surface (31c, 32c) including an internal screw portion (31d, 32g); a rolling member (6A, 6B); a retainer holding the rolling member (6A, 6B); a crankshaft; a restriction member including at least one of a first restriction member and a second restriction member supported on the first member, the restriction member including an external screw portion (91a, 92a) screwed on the internal screw portion (31d, 32g), characterized in that the bearing retaining mechanism further composing a second member (111A, 111B) disposed on the inner peripheral surface (31c, 32c); the rolling member (6A, 6B) rolling on a rolling surface formed on the second member (111A, 111B); the crankshaft being rotatably supported on the second member (111A, 111B) via the rolling member (6A, 6B), and the second member (111A, 111B) is disposed so as to leave a gap between the second member (111A, 111B) and the restriction member.
A conductive contact terminal for surface mounting comprising: an elastic core, which imparts elasticity to the contact terminal; a metal layer, which covers the outer portion of the elastic core; and characterised by a conductive adhesive layer, which is interposed between the elastic core and the metal layer to bond the elastic core and the metal layer to each other, wherein the metal layer comprises: a film layer; and first and second metal coating layers, each of the first and second metal coating layers being applied on a corresponding one of opposite surfaces of the film layer, wherein the film layer has a plurality of holes therein, and the first and second metal coating layers are electrically connected to each other through walls of the holes in the film layer. an elastic core, which imparts elasticity to the contact terminal; a metal layer, which covers the outer portion of the elastic core; and a conductive adhesive layer, which is interposed between the elastic core and the metal layer to bond the elastic core and the metal layer to each other, a film layer; and first and second metal coating layers, each of the first and second metal coating layers being applied on a corresponding one of opposite surfaces of the film layer, wherein the film layer has a plurality of holes therein, and the first and second metal coating layers are electrically connected to each other through walls of the holes in the film layer.
Attachment for a vehicle wheel for enabling driving operation with reduced tyre function, having a tread portion which comprises a tread surface of the attachment, and having an initial mounting portion which, on mounting of the attachment, is arranged radially inwards from the tread surface and is adapted to be fastened to the vehicle wheel in the region of a bolt circle of a rim of the vehicle wheel, wherein the tread portion is fastened in a detachable manner to the initial mounting portion by means of a fastening device (28, 30), and wherein the fastening device (28, 30) is so configured that the tread portion moves in an axial direction towards the rim on fastening to the initial mounting portion, characterised in that the tread portion comprises at least one bracing means which is configured to engage with a hook portion behind a portion (10, 11), in particular a rim flange, of the rim of the vehicle wheel.
Infrared imaging device comprising: • a cryostat, • an infrared detector arranged inside the cryostat to receive an optical signal from outside the imaging device, • a linear polarizer configured to polarize the optical signal along a variable polarization direction, before the optical signal reaches the infrared detector, the device being characterized in that the linear polarizer comprises: • a first polarizing element arranged outside the cryostat and rotatable relative to the cryostat, • a second polarizing element arranged inside the cryostat between the first polarizing element and the infrared detector, and fixed with respect to the cryostat. • a cryostat, • an infrared detector arranged inside the cryostat to receive an optical signal from outside the imaging device, • a linear polarizer configured to polarize the optical signal along a variable polarization direction, before the optical signal reaches the infrared detector, • a first polarizing element arranged outside the cryostat and rotatable relative to the cryostat, • a second polarizing element arranged inside the cryostat between the first polarizing element and the infrared detector, and fixed with respect to the cryostat.
A device for holding cables, in combination with one or more discrete cables, the device comprising: a flexible main body formed of a polymeric material having a length, a width, a thickness, and a longitudinal axis, the main body including a wrapping portion and a mounting portion, wherein the wrapping portion is configured to be wrapped such that the main body circumscribes the one or more discrete cables; a securing feature attached to or integral with the mounting portion of the main body and configured to be secured to a mounting structure; and a plurality of apertures along the longitudinal axis of the wrapping portion of the main body, each aperture adapted to receive the securing feature, wherein the main body is wrapped around the one or more discrete cables and the securing feature is received through at least one of the plurality of apertures, thereby holding the one or more discrete cables, characterised in that: each aperture comprises a rib extending across the aperture, the rib configured to cooperate with the securing feature when holding one or more discrete cables and optionally securing the device to the mounting structure. a flexible main body formed of a polymeric material having a length, a width, a thickness, and a longitudinal axis, the main body including a wrapping portion and a mounting portion, wherein the wrapping portion is configured to be wrapped such that the main body circumscribes the one or more discrete cables; a securing feature attached to or integral with the mounting portion of the main body and configured to be secured to a mounting structure; and a plurality of apertures along the longitudinal axis of the wrapping portion of the main body, each aperture adapted to receive the securing feature, wherein the main body is wrapped around the one or more discrete cables and the securing feature is received through at least one of the plurality of apertures, thereby holding the one or more discrete cables, characterised in that: each aperture comprises a rib extending across the aperture, the rib configured to cooperate with the securing feature when holding one or more discrete cables and optionally securing the device to the mounting structure.
Sensor module for determining a property of a fluid, in particular for measuring air quality, comprising - a printed circuit board, - at least one sensor (21, 22) on the printed circuit board for recording a measured value of the fluid, in particular of the ambient air, and - a housing for the printed circuit board, wherein a part of the printed circuit board protrudes from an opening in the housing, wherein the at least one sensor (21, 22) is located on a front side of the protruding part of the printed circuit board, wherein at least the front side of the protruding part of the printed circuit board, with the exception of a recess for the at least one sensor (21, 22), is moulded with a filling compound, characterised in that in addition, at least the opening in the housing is moulded with filling compound, wherein the filling compound is a hot melt or a UV-curable adhesive. - a printed circuit board, - at least one sensor (21, 22) on the printed circuit board for recording a measured value of the fluid, in particular of the ambient air, and - a housing for the printed circuit board, wherein a part of the printed circuit board protrudes from an opening in the housing, wherein the at least one sensor (21, 22) is located on a front side of the protruding part of the printed circuit board, wherein at least the front side of the protruding part of the printed circuit board, with the exception of a recess for the at least one sensor (21, 22), is moulded with a filling compound, characterised in that in addition, at least the opening in the housing is moulded with filling compound, wherein the filling compound is a hot melt or a UV-curable adhesive.
A wind turbine blade comprising: a sealed bulkhead provided in said wind turbine blade, wherein the sealed bulkhead comprises at least one sealable access opening suitable for passage of a worker; and characterized by at least one pressure relief conduit (26, 126, 226, 326, 400) having a first open end (26a, 36a, 126a, 226a, 402a) located at a first side of said bulkhead and a second open end (26b, 38a, 126b, 226b, 402b) located at a second side of said bulkhead, wherein said pressure relief conduit is operable to equalize the pressure difference between said first side and said second side of said bulkhead, and wherein the at least one sealable access opening is distinct from the at least one pressure relief conduit (26, 126, 226, 326, 400). a sealed bulkhead provided in said wind turbine blade, wherein the sealed bulkhead comprises at least one sealable access opening suitable for passage of a worker; and characterized by at least one pressure relief conduit (26, 126, 226, 326, 400) having a first open end (26a, 36a, 126a, 226a, 402a) located at a first side of said bulkhead and a second open end (26b, 38a, 126b, 226b, 402b) located at a second side of said bulkhead, wherein said pressure relief conduit is operable to equalize the pressure difference between said first side and said second side of said bulkhead, and wherein the at least one sealable access opening is distinct from the at least one pressure relief conduit (26, 126, 226, 326, 400).
A feed chain unit, comprising: - a contact surface for products that are to be fed which extends in a longitudinal direction, - an endless feed chain that runs in the longitudinal direction and includes drivers attached thereon that are offset from each other with longitudinal offsets for moving products forward along a feed path along the contact surface, - wherein the one piece or multi piece drivers are respectively at least partially attached directly or indirectly at the feed chain so that they are easily disengagable so that they are at least partially disengagable from the feed chain that is mounted in a machine without disassembling the contact surface and attachable at the feed chain at different longitudinal positions, characterized in that, - a stationary slotted guide is provided for the drivers so that a forward oriented contact surface of a driver that approaches along an upper main element (2.1) of the feed chain and moves downward in an operating portion of a downstream pulley roller maintains a prior upward angle relative to the horizontal plane at least over an initial portion of a revolution about the pulley roller wherein the upright angle is viewed orthogonal to a plane of revolution. - a contact surface for products that are to be fed which extends in a longitudinal direction, - an endless feed chain that runs in the longitudinal direction and includes drivers attached thereon that are offset from each other with longitudinal offsets for moving products forward along a feed path along the contact surface, - wherein the one piece or multi piece drivers are respectively at least partially attached directly or indirectly at the feed chain so that they are easily disengagable so that they are at least partially disengagable from the feed chain that is mounted in a machine without disassembling the contact surface and attachable at the feed chain at different longitudinal positions, - a stationary slotted guide is provided for the drivers so that a forward oriented contact surface of a driver that approaches along an upper main element (2.1) of the feed chain and moves downward in an operating portion of a downstream pulley roller maintains a prior upward angle relative to the horizontal plane at least over an initial portion of a revolution about the pulley roller wherein the upright angle is viewed orthogonal to a plane of revolution.
A gravel pack assembly for delivering slurry along tubing of a wellscreen, the assembly comprising: a ring disposed on the tubing of the wellscreen and having first and second ring sections (310, 320), the first ring section disposed at least partially on the second ring section, the first and second ring sections (310, 320) disposed together defining at least one chamber therein, the second ring section defining a pocket or channel (322, 323) for the at least one chamber exposed externally on the second ring section, the first ring section comprising a sleeve (314, 315) positioning over a portion of the second ring section and enclosing the pocket or channel (322, 323) to form the at least one chamber, the at least one chamber having first tube openings on a first side of the first ring section, the at least one chamber having second tube openings on a second side of the second ring section; first tubes for conveying the slurry, each of the first tubes having a first end positioning in fluid communication with one of the first tube openings on the first side of the first ring section and positioning along the tubing of the wellscreen; and second tubes for conveying the slurry, each of the second tubes (307, 309) having a second end positioning in fluid communication with one of the second tube openings on the second side of the second ring section and positioning along the tubing of the wellscreen. a ring disposed on the tubing of the wellscreen and having first and second ring sections (310, 320), the first ring section disposed at least partially on the second ring section, the first and second ring sections (310, 320) disposed together defining at least one chamber therein, the second ring section defining a pocket or channel (322, 323) for the at least one chamber exposed externally on the second ring section, the first ring section comprising a sleeve (314, 315) positioning over a portion of the second ring section and enclosing the pocket or channel (322, 323) to form the at least one chamber, the at least one chamber having first tube openings on a first side of the first ring section, the at least one chamber having second tube openings on a second side of the second ring section; first tubes for conveying the slurry, each of the first tubes having a first end positioning in fluid communication with one of the first tube openings on the first side of the first ring section and positioning along the tubing of the wellscreen; and second tubes for conveying the slurry, each of the second tubes (307, 309) having a second end positioning in fluid communication with one of the second tube openings on the second side of the second ring section and positioning along the tubing of the wellscreen.
A method of manufacturing an aerofoil structure to have a portion with an increased erosion resistance, the method comprising: providing three or more titanium elements (2,6,4)and a beta-stabilizing material; wherein the three or more elements have an alpha-beta microstructure; assembling the three or more titanium elements and the beta-stabilizing material in a laminate wherein the beta-stabilizing material is interleaved between the titanium elements in an alternating arrangement; and heating the assembly wherein the beta-stabilizing material diffuses into an adjacent portion of the elements, causing the adjacent portion of the elements to have a beta microstructure which provides an increased erosion resistance. providing three or more titanium elements (2,6,4)and a beta-stabilizing material; wherein the three or more elements have an alpha-beta microstructure; assembling the three or more titanium elements and the beta-stabilizing material in a laminate wherein the beta-stabilizing material is interleaved between the titanium elements in an alternating arrangement; and heating the assembly wherein the beta-stabilizing material diffuses into an adjacent portion of the elements, causing the adjacent portion of the elements to have a beta microstructure which provides an increased erosion resistance.
Method to measure the ability of a flowing powder to electrostatically charge by allowing the powder to flow through a tube under the influence of gravity and measuring the electrostatic charge of the powder as discharged from the tube,wherein the tube comprises a straight upper part fluidly connected to a straight lower part, the upper and lower part being positioned in a vertical plane and wherein the upper part is positioned under a first angle with the horizontal plane and the lower part is positioned under a second angle with the horizontal plane and wherein upper and lower part are positioned under a third angle relative to each other defining a bend at the intersection of the upper and lower part; characterized in that the first angle is between 30° and 55 °
A cosmetic preparation for skin care, characterized in that in addition to conventional cosmetic excipients and additives, it contains, with respect to the total weight of the preparation, (a) at least 2% of a hydrophilic component which contains Aqua (CAS No. 7732-18-5), Glycoproteins (CAS No. 84604-16-0), Panthenol (CAS No. 81-13-0), Propylene Glycol (CAS No. 57-55-6), Olea Europaea Leaf Extract (CAS No. 84012-27-1), Aspalathus Linearis Extract (CAS No. 776295-36-4), Centella Asiatica Extract (CAS No. 84696-21-9), Hamamelis Virginiana Extract (CAS No. 84696-19-5), Nelumbo Nucifera Extract (CAS No. 85085-51-4), Stevia Rebaudiana Extract (CAS No. 91722-21-3) and Hyaluronic Acid (CAS No. 9004-61-9), (b) at least 10% of sodium-chloride-iron-iodine thermal water with an electrolyte concentration of at least 25 g/kg, preferably at least 30 g/kg, and an iron content of at least 9 mg/kg, as well as, where appropriate, (c) up to 15% of a lipophilic component which contains one or more components selected from the group consisting of Macadamia Ternifolia Seed Oil (CAS No. 128497-20-1/129811-19-4), Simmondsia Chinensis Seed Oil (CAS No. 61789-91-1), Butyrospermum Parkii Butter (CAS No. 91080-23-8), Panthenyl Triacetate (CAS No. 94089-18-6), Farnesyl Acetate (CAS No. 29548-30-9), Farnesol (CAS No. 4602-84-0), Zea Mays Germ Oil (CAS No. 8001-30-7), Argania Spinosa Kernel Oil (CAS No. 223747-87-3), Triticum Vulgare Germ Oil (CAS No. 68917-73-7), Hordeum Vulgare Cera (CAS No. 85251-64-5), Tocopherol (CAS No. 10191-41-0) and Retinyl Palmitate (CAS No. 79-81-2). (a) at least 2% of a hydrophilic component which contains Aqua (CAS No. 7732-18-5), Glycoproteins (CAS No. 84604-16-0), Panthenol (CAS No. 81-13-0), Propylene Glycol (CAS No. 57-55-6), Olea Europaea Leaf Extract (CAS No. 84012-27-1), Aspalathus Linearis Extract (CAS No. 776295-36-4), Centella Asiatica Extract (CAS No. 84696-21-9), Hamamelis Virginiana Extract (CAS No. 84696-19-5), Nelumbo Nucifera Extract (CAS No. 85085-51-4), Stevia Rebaudiana Extract (CAS No. 91722-21-3) and Hyaluronic Acid (CAS No. 9004-61-9), (b) at least 10% of sodium-chloride-iron-iodine thermal water with an electrolyte concentration of at least 25 g/kg, preferably at least 30 g/kg, and an iron content of at least 9 mg/kg, as well as, where appropriate, (c) up to 15% of a lipophilic component which contains one or more components selected from the group consisting of Macadamia Ternifolia Seed Oil (CAS No. 128497-20-1/129811-19-4), Simmondsia Chinensis Seed Oil (CAS No. 61789-91-1), Butyrospermum Parkii Butter (CAS No. 91080-23-8), Panthenyl Triacetate (CAS No. 94089-18-6), Farnesyl Acetate (CAS No. 29548-30-9), Farnesol (CAS No. 4602-84-0), Zea Mays Germ Oil (CAS No. 8001-30-7), Argania Spinosa Kernel Oil (CAS No. 223747-87-3), Triticum Vulgare Germ Oil (CAS No. 68917-73-7), Hordeum Vulgare Cera (CAS No. 85251-64-5), Tocopherol (CAS No. 10191-41-0) and Retinyl Palmitate (CAS No. 79-81-2).
A hydraulic control (1, 100) of a double-clutch transmission having a first hydraulic clutch (25, 125, 207) and a second hydraulic clutch (27, 127, 209) that are to be actuated using a pressurised hydraulic medium, and two proportional regulating valves (7, 107; 9, 109), in each case a proportional regulating valve (7, 107; 9, 109) for a clutch (25, 125, 207; 27, 127, 209), that permit an individual degree of closure of the clutch (25, 125, 207; 27, 127, 209) assigned to the proportional regulating valve (7, 107; 9, 109) as actuator, wherein each clutch (25, 125, 207; 27, 127, 209) is individually arranged in a hydraulic string and that being closable relative to a pressure-supply line (33, 133) as a result of that there is connected in-between the proportional regulating valves (7, 107; 9, 109) and the centrally arranged pressure-supply line (33, 133) in each case a single valve (3, 103; 5, 105) forming a plane of separation in addition and being equipped with an electrically actuatable control slide valve for driving by a control unit and that in a state (3-1, 103-1; 5-1, 105-1) ensures a decoupling of the pressure-supply line (33, 133) from the proportional regulating valve (7, 107; 9, 109) hydraulically connected downstream of the control unit and thus in each individual hydraulic string (21, 23, 121, 123) decouples the respective actuator (25, 125, 205; 27, 127, 205'), characterised in that as proportional regulating valves there are provided proportional pressure-regulating valves (7, 107; 9, 109).
Chassis for a motor vehicle, comprising a passenger compartment cell, a front frame and a rear frame, which are arranged along a longitudinal direction of the chassis, the passenger compartment cell being interposed between the frame front and the rear frame, the chassis having a transverse direction that is orthogonal to the longitudinal direction,wherein at least one among the front frame and the rear frame is an adjustable frame, the adjustable frame comprising two longitudinal member (31, 32; 41, 42) and a cross member (35; 45), which form a substantially C-shaped structure, each longitudinal member (31, 32; 41, 42) having a first end region (301; 401), which is attachable to the passenger compartment cell and a second end region (302; 402), which is adapted to support the cross member (35; 45), the chassis being arranged for the attaching of each longitudinal member (31, 32; 41, 42) to the passenger compartment cell at a plurality of positions that are spaced apart in the transverse direction, in such a way as to allow a adjustment of the transverse distance between the two longitudinal members (31, 32; 41, 42).
A chloride salt of a peptide which is TAT-NR2B9c (SEQ ID NO:6) or differs from TAT-NR2B9c by up to 5 amino acid substitutions, insertions or deletions, wherein greater than 99% of anions in the salt are chloride.