mhurhangee/ep-ind-claims huggingface dataset:
Winding machine fixing mechanism for fixing a winding sleeve on a winding spindle, wherein a) the winding machine fixing mechanism aa) can be actuated from a release position to a fixing position and/or ab) can be actuated from a fixing position to a release position, by a motion control b) the winding sleeve is fixed on the winding spindle by a fixing device and c) during the motion control, a catch causing the actuation of the winding machine fixing mechanism is entrained by the movement of the winding sleeve, the fixing device comprises at least one spreading element and at least one fixing element and the spreading element and the fixing element bear against one another via at least one slanted surface (33, 37) and a movement of the catch causes a relative movement guided by the slanted surface (33, 37) between the spreading element and the fixing element, with which the distance of the fixing element from a longitudinal axis of the winding spindle changes, characterized in that d) the fixing element comprises a fixing section that, after the winding sleeve has been slid on, is arranged behind the winding sleeve in the direction for sliding on, wherein the fixing section is arranged radially outside of the inner diameter of the winding sleeve and this fixing section forms an axial stop for the winding sleeve that hinders the withdrawal of the winding sleeve from the winding spindle. a) the winding machine fixing mechanism aa) can be actuated from a release position to a fixing position and/or ab) can be actuated from a fixing position to a release position, by a motion control aa) can be actuated from a release position to a fixing position and/or ab) can be actuated from a fixing position to a release position, by a motion control b) the winding sleeve is fixed on the winding spindle by a fixing device and c) during the motion control, a catch causing the actuation of the winding machine fixing mechanism is entrained by the movement of the winding sleeve, the fixing device comprises at least one spreading element and at least one fixing element and the spreading element and the fixing element bear against one another via at least one slanted surface (33, 37) and a movement of the catch causes a relative movement guided by the slanted surface (33, 37) between the spreading element and the fixing element, with which the distance of the fixing element from a longitudinal axis of the winding spindle changes, characterized in that d) the fixing element comprises a fixing section that, after the winding sleeve has been slid on, is arranged behind the winding sleeve in the direction for sliding on, wherein the fixing section is arranged radially outside of the inner diameter of the winding sleeve and this fixing section forms an axial stop for the winding sleeve that hinders the withdrawal of the winding sleeve from the winding spindle.
Housing of a headlight for a motor vehicle comprising a hollow main body capable of receiving at least one light module and intended to be closed by an external cover glass, a rear anchoring lug projecting along a horizontal mean plane at the rear of said body and having a bore for its fixing by screwing to a first structural element of said vehicle as well as anti-translation indexing means by interlocking along a vertical axis, and a frangible front anchoring lug projecting from said body, on the so-called internal side of this body with reference to the longitudinal axis of the vehicle, and also having a bore for its fixing by screwing to a second structural element of said vehicle, said front anchoring lug, in the form of an angle iron, comprising a proximal part extending along a vertical transverse mean plane and being connected by one of its lateral edges to said body via a vertical frangible connection zone configured to break under a predetermined longitudinal shear stress, as well as a distal portion extending rearwardly along a horizontal mean plane from the upper edge of said proximal portion, this projector housing further comprising a lower anchoring tab; this projector housing further comprising a lower anchoring tab; the projector housing being characterized in that said frangible front anchoring tab has in its distal portion an oblong anti-rotation indexing hole extending horizontally while being oriented in a radial direction to said vertical axis; and in that the lower anchoring lug is L-shaped projecting below said body along a vertical mid-plane parallel to said radial direction of the oblong indexing hole, this lower anchoring lug comprising a proximal branch of vertical orientation connected by its upper edge to said body as well as a distal branch oriented horizontally and provided with a bore intended to allow its fixing by screwing onto a structural element of said vehicle.
Packaging comprising a sleeve and at least one insert, wherein the sleeve serves to receive the at least one insert in protected fashion, and wherein a bottom of the insert has a frame which has a cutout into which a mobile terminal can be accurately fitted, with the result that an outer surface of the terminal inserted in the cutout terminates flush with an outer surface of the frame, wherein the packaging overall consists of a natural material which is consolidated by a binder or compacted, and the cutout designed to receive the terminal contains a screen protection layer with a covering film that covers the screen protection layer in the as-delivered state, characterized in that the at least one insert has at least one perforated portion for forming an opening in the bottom. the packaging overall consists of a natural material which is consolidated by a binder or compacted, and the cutout designed to receive the terminal contains a screen protection layer with a covering film that covers the screen protection layer in the as-delivered state, characterized in that the at least one insert has at least one perforated portion for forming an opening in the bottom.
A photo-polymerisable, injectable otological composition comprising: i) 2 wt% methacrylated chitosan having a degree of methacrylation of about 40%; ii) 2 wt% methacrylated hyaluronic acid having a degree of methacrylation of about 90% or about 30% or 1 wt% hyaluronic acid; iii) 30 μM riboflavin 5'-monophosphate sodium salt as initiator; and iv) water as solvent. i) 2 wt% methacrylated chitosan having a degree of methacrylation of about 40%; ii) 2 wt% methacrylated hyaluronic acid having a degree of methacrylation of about 90% or about 30% or 1 wt% hyaluronic acid; iii) 30 μM riboflavin 5'-monophosphate sodium salt as initiator; and iv) water as solvent.
A mattress assembly, comprising: a mattress core having a bottom surface and a top surface opposite the bottom surface; and a mattress topper positioned adjacent to the top surface of the mattress core, the mattress topper including a plurality of coil springs, an upper fabric layer extending above the plurality of coil springs, a lower fabric layer extending below the plurality of coil springs and connected to the upper fabric layer around each coil spring such that the upper fabric layer and the lower fabric layer collectively form a fabric pocket encasing each coil spring, a padded layer positioned atop and connected to the upper fabric layer, and a textile layer positioned atop the padded layer and a backing layer positioned below the lower fabric layer, characterized in that the upper fabric layer is connected to the lower fabric layer by an ultrasonic weld, the backing layer is connected to the lower fabric layer by the ultrasonic weld, the padded layer is connected to the upper fabric layer by the ultrasonic weld, and the textile layer is connected to the padded layer by the ultrasonic weld; each of the layers of the mattress topper are brought together between each of the coil springs and connected about midway up the height of the coil springs; each of the coil springs is completely surrounded by a respective ultrasonic weld; and the padded layer and the overlying textile layer rise and fall across the plurality of coiled springs such that the mattress topper is a quilted top mattress topper. a mattress core having a bottom surface and a top surface opposite the bottom surface; and a mattress topper positioned adjacent to the top surface of the mattress core, the mattress topper including a plurality of coil springs, an upper fabric layer extending above the plurality of coil springs, a lower fabric layer extending below the plurality of coil springs and connected to the upper fabric layer around each coil spring such that the upper fabric layer and the lower fabric layer collectively form a fabric pocket encasing each coil spring, a padded layer positioned atop and connected to the upper fabric layer, and a textile layer positioned atop the padded layer and a backing layer positioned below the lower fabric layer, characterized in that the upper fabric layer is connected to the lower fabric layer by an ultrasonic weld, the backing layer is connected to the lower fabric layer by the ultrasonic weld, the padded layer is connected to the upper fabric layer by the ultrasonic weld, and the textile layer is connected to the padded layer by the ultrasonic weld; each of the layers of the mattress topper are brought together between each of the coil springs and connected about midway up the height of the coil springs; each of the coil springs is completely surrounded by a respective ultrasonic weld; and the padded layer and the overlying textile layer rise and fall across the plurality of coiled springs such that the mattress topper is a quilted top mattress topper.
A filtering pulley assembly for an accessory drive of a vehicle, comprising a hub adapted to be fixed to a rotating shaft, a pulley mounted coaxial and freely rotating on said hub, an actuator disc carried by the hub, a plurality of elastic assemblies interposed between the pulley and the actuator disk and a torque limiting coupling configured to rotationally connect the actuator disc to the hub when the torque is below a predetermined threshold value and to decouple the actuator disc from the hub when the torque is above the threshold value, and a damping assembly to dampen the relative oscillations between the hub and the pulley, characterised in that said damping assembly defines different damping values depending on the direction of relative rotation between the hub and the pulley.
Induction heating apparatus, in particular induction hob apparatus, having at least two heat frequency units (30, 32), which each have at least one inverter and are provided to be connected to different energy sources (14, 16), characterised by at least one first switching unit, which is provided to connect at least the two heat frequency units (30, 32) with one of the at least two energy sources (14, 16) in at least one operating mode.
A method for producing a sliding rail of a longitudinal adjustment device for a vehicle seat, the longitudinal adjustment device comprising at least one pair of rails with two sliding rails and with sliding and/or rolling elements, the two sliding rails being displaceable relative to each other in their longitudinal direction, the sliding and/or rolling elements being disposed between the sliding rails, and the sliding rails having contact tracks with which the sliding and/or rolling elements are in contact, the method comprising the following method steps: - producing a sliding rail, and - painting the sliding rail, characterized in that, subsequent to the painting step, at least one contact track is irradiated with a laser and thereby, the paint layer situated on the contact track is removed by the laser. - producing a sliding rail, and - painting the sliding rail,
Use of a compound to treat a fungal infection in a plant, wherein the fungal infection is caused by a fungus comprising an alternative oxidase, wherein the fungus is selected from a group of organisms consisting of: Chalara fraxinea; Septoria tritici; Gaeumannomyces gramminis var titici; Magnaporthe grisea; Magnaporthe oryzae; Rhizoctonia solani; Fusicladium effusum syn. Fusicladosporium effusum; Podosphaera fusca; Microdochium nivale; Microdochium majus; Septoria nodoum; Tapesia acuformis; and Metarhizium anisopliae, and the compound is represented by formula I:- wherein R 1 is selected from: CHO; CN; C NH 2; C NHCH 3; C CH 3; COOH; and COOCH 3; R 2 is hydrogen, hydroxy or an alkoxy group with 1 to 3 C atoms; R3 is a straight chain or branched alkyl or alkylene with 4 to 20 C atoms, that is optionally mono- or polysubstituted by a C 1 to C 4 alkyl group; R 4 is a hydroxy group; R 5 is a halogen group; and R 6 is H or a C 1 to C 4 alkyl group. wherein R 1 is selected from: CHO; CN; C NH 2; C NHCH 3; C CH 3; COOH; and COOCH 3; R 2 is hydrogen, hydroxy or an alkoxy group with 1 to 3 C atoms; R3 is a straight chain or branched alkyl or alkylene with 4 to 20 C atoms, that is optionally mono- or polysubstituted by a C 1 to C 4 alkyl group; R 4 is a hydroxy group; R 5 is a halogen group; and R 6 is H or a C 1 to C 4 alkyl group.
A method of forming an AlN single crystal, the method, comprising the steps of: providing within a crucible a pellet comprising Al; reacting the pellet at a reaction temperature and a reaction pressure with nitrogen gas to form a polycrystalline AlN ceramic, wherein the polycrystalline AlN ceramic has less than 1% excess Al and an oxygen concentration of less than 100 ppm; after forming the polycrystalline AlN ceramic, and with no sublimation-recondensation treatment of the polycrystalline AlN ceramic therebetween, providing the polycrystalline AlN ceramic at a first end of and within a crystal growth enclosure; subliming the polycrystalline AlN ceramic at a formation temperature; and forming an AlN single crystal at a second end of the crystal growth enclosure. providing within a crucible a pellet comprising Al; reacting the pellet at a reaction temperature and a reaction pressure with nitrogen gas to form a polycrystalline AlN ceramic, wherein the polycrystalline AlN ceramic has less than 1% excess Al and an oxygen concentration of less than 100 ppm; after forming the polycrystalline AlN ceramic, and with no sublimation-recondensation treatment of the polycrystalline AlN ceramic therebetween, providing the polycrystalline AlN ceramic at a first end of and within a crystal growth enclosure; subliming the polycrystalline AlN ceramic at a formation temperature; and forming an AlN single crystal at a second end of the crystal growth enclosure.
A hair styling apparatus, comprising: a first member and a second member adapted for relative movement between an open position for receiving hair therebetween and an approximated or closed position, said first and second members each including a handle and a treatment head, said treatment heads each including an inner plate segment for imparting a straightening effect on hair and an outer shell segment for imparting a curling effect on hair, said outer shell segments being formed of a thermally conductive metallic material; each of said first and second members (102, 104) having a heating assembly including the inner plate segments of the respective first or second member, whereby thermal energy is conveyed from said inner plate segments to said respective outer shell segments of said treatment heads; and wherein each heating assembly further includes a first ceramic substrate having a heating element mounted thereto and a second ceramic substrate having a heating element mounted thereto, wherein the second ceramic substrate is in superposed relation with said first ceramic substrate with respect to said inner plate segment. a first member and a second member adapted for relative movement between an open position for receiving hair therebetween and an approximated or closed position, said first and second members each including a handle and a treatment head, said treatment heads each including an inner plate segment for imparting a straightening effect on hair and an outer shell segment for imparting a curling effect on hair, said outer shell segments being formed of a thermally conductive metallic material; each of said first and second members (102, 104) having a heating assembly including the inner plate segments of the respective first or second member, whereby thermal energy is conveyed from said inner plate segments to said respective outer shell segments of said treatment heads; and wherein each heating assembly further includes a first ceramic substrate having a heating element mounted thereto and a second ceramic substrate having a heating element mounted thereto, wherein the second ceramic substrate is in superposed relation with said first ceramic substrate with respect to said inner plate segment.
Sawing assistance device with chain saw, comprising a blade having a top flank, comprising a basic element with a holding device, on which the chain saw is capable of being fixed in a quickly releasable manner, comprising a base frame, comprising a guiding device vertically displaceably supported thereby, on which the basic element is capable of being mounted and along which the mounted basic element is capable of being guided, and comprising a basic carrier, on which the at least one object to be sawed is capable of being positioned and on which the base frame is supported, characterized in that the chain saw is fixed the holding device with the top flank of the blade as front flank of the sawing assistance device, by means of which a cut can be accomplished, and that the basic carrier or the base frame, respectively, is arranged on a collection container of the auxiliary sawing device for sawdust, wood shavings, and the like is arranged.
A structural member for an elevator cabin, the structural member comprising: a body having: a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first support channel formed between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the first channel configured to receive a first wall panel of an elevator cabin wall and provide structural rigidity thereto; and a second support channel formed opposite the first support channel and located between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the second support channel configured to receive a second wall panel of an elevator cabin wall and provide structural rigidity thereto, characterized in that the first portion is configured as a handrail. a body having: a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first portion configured to be disposed on an interior side of an elevator cabin wall, wherein the interior side faces the elevator cabin; a second portion configured to be disposed on an exterior side of the elevator cabin wall, wherein the exterior side faces away from the elevator cabin; and an intermediate portion connecting the first portion to the second portion; and a first support channel formed between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the first channel configured to receive a first wall panel of an elevator cabin wall and provide structural rigidity thereto; and a second support channel formed opposite the first support channel and located between the first portion and the second portion and defined by a surface of the first portion, a surface of the second portion, and a surface of the intermediate portion, the second support channel configured to receive a second wall panel of an elevator cabin wall and provide structural rigidity thereto, characterized in that the first portion is configured as a handrail.
A pol A DNA polymerase with an expanded substrate range, which is capable of abasic site bypass, wherein the polymerase comprises the amino acid sequence of the clone designated herein as 3A10 (SEQ ID NO: 80).
Photovoltaic wing having a surface with a rectangle-like form, covered with a photovoltaic structure and utilizing harmonic pendulous movement caused by the wind, having the form of a pendulous wing designed to be inclined axially at 20° to 45° to the horizon, when at rest, the photovoltaic wing is connected with a return mechanism and an electric power generating mechanism, wherein the photovoltaic wing in longitudinal section is in form similar to a wedge sinusoidally double-twisted in the middle part and widening downwards, and its lower widened part is pendulously mounted on the base.
An in vitro-method of expanding a population of cells, the method comprising incubating a sample comprising a population of cells in the presence of a multimerization reagent that is reversibly bound to a first agent and a second agent, wherein the first agent binds to a receptor molecule on the surface of the cells in the population, and is capable of providing a primary activation signal to the cells, and wherein the second agent binds to an accessory molecule on the surface of the cells in the population, and is capable of stimulating the cells, wherein the first agent (i) comprises at least one binding partner C1 able to reversibly bind to a binding site Z1 of the multimerization reagent to form a reversible bond between the binding partner C1 and the binding site Z1, and wherein the second agent (i) comprises at least one binding partner C2 that is able to reversibly bind to a binding site Z2 of the multimerization reagent to form a reversible bond between the binding partner C2 and the binding site Z2.
A floor finish stripper or scrub and recoat composition comprising: a) 5 to 85 wt. % sparingly water-soluble floor finish solvent; wherein the solvent comprises at least one of the group consisting of: dibasic ester, essential oil, dialkyl carbonate, ethylene glycol monobutyl ether, diethylene glycol monobutyl ether, ethylene glycol phenyl ether, propylene glycol phenyl ether, and benzyl alcohol. b) 1 to 93 wt. % water; c) 1 to 25 wt. % acid in an amount sufficient to provide a homogenous aqueous liquid phase during shaking, the acid being a C 10 aliphatic acid; and d) 1 to 10 wt. % organic amine so that the composition has a pH of 2 to 11 and the composition is not corrosive to skin. a) 5 to 85 wt. % sparingly water-soluble floor finish solvent; wherein the solvent comprises at least one of the group consisting of: dibasic ester, essential oil, dialkyl carbonate, ethylene glycol monobutyl ether, diethylene glycol monobutyl ether, ethylene glycol phenyl ether, propylene glycol phenyl ether, and benzyl alcohol. b) 1 to 93 wt. % water; c) 1 to 25 wt. % acid in an amount sufficient to provide a homogenous aqueous liquid phase during shaking, the acid being a C 10 aliphatic acid; and d) 1 to 10 wt. % organic amine so that the composition has a pH of 2 to 11 and the composition is not corrosive to skin.