mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine turbine comprising a casing, an outer metal support shroud integral with the casing, an inner metal support shroud, and an annular turbine distributor defining an axial direction (D A) and a radial direction (D R) and including a plurality of distributor sectors made of ceramic matrix composite material forming a crown extending between the outer support shroud and the inner support shroud, each sector including a metal mast, an inner platform, an outer platform and at least one blade extending radially between the inner and outer platforms (24, 26) and having a hollow profile that defines an inner housing extending radially, the inner and outer platforms (24, 26) each having an opening (245, 265) communicating with said inner housing of the blade, and the mast passing through said openings (245, 265) and the inner housing and being secured to said casing on the one hand and connected to said annular sector on the other hand, characterized in that each blade comprises at least one first radial shoulder projecting in the axial direction (D A) from an inner surface of the blade towards the inside of the blade, and each mast comprises at least one second shoulder projecting in the axial direction (D A) from an outer surface of the mast towards the outside of the mast configured to cooperate with said at least one first shoulder in the radial direction (D R) and radially press the blade against the mast, at least one first shoulder comprising a first beveled portion forming a first non-zero angle (β) with the axial direction (D A) and at least one second shoulder comprising a second beveled portion forming a second non-zero angle (α) with the axial direction (D A), the first angle (β) and the second angle (α) having the same value. each sector including a metal mast, an inner platform, an outer platform and at least one blade extending radially between the inner and outer platforms (24, 26) and having a hollow profile that defines an inner housing extending radially, the inner and outer platforms (24, 26) each having an opening (245, 265) communicating with said inner housing of the blade, and the mast passing through said openings (245, 265) and the inner housing and being secured to said casing on the one hand and connected to said annular sector on the other hand, characterized in that each blade comprises at least one first radial shoulder projecting in the axial direction (D A) from an inner surface of the blade towards the inside of the blade, and each mast comprises at least one second shoulder projecting in the axial direction (D A) from an outer surface of the mast towards the outside of the mast configured to cooperate with said at least one first shoulder in the radial direction (D R) and radially press the blade against the mast, at least one first shoulder comprising a first beveled portion forming a first non-zero angle (β) with the axial direction (D A) and at least one second shoulder comprising a second beveled portion forming a second non-zero angle (α) with the axial direction (D A), the first angle (β) and the second angle (α) having the same value.
Wheel disk assembly, having a wheel disk and having a plurality of blade devices, which are fastened along an outer circumference of the wheel disk, and having a plurality of sealing plates, which are received between the wheel disk and the blade devices such that they can be displaced in the circumferential direction, and having securing devices which secure the sealing plates against displacement in the circumferential direction, wherein bolts are provided as securing devices, which bolts are releasably held in bores arranged on the wheel disk and engage in cutouts which are formed in faces of the sealing plates oriented toward the wheel disk, wherein at least one of the bolts, in order to release the engagement from the associated cutout, can be resiliently pressed further into the bore, characterized in that the bolt has, at its end region oriented away from the wheel disk, at least one radially outwardly protruding projection as a bearing surface for an associated sealing plate.
Use of a polymer composition comprising from 55 parts by weight to 95 parts by weight, based on the total weight of components and, of a polymer; from 5 parts by weight to 45 parts by weight of polymer particles, based on the total weight of components and, with average particle diameter from 10 μm to 250 μm; and optionally conventional additives for the production of at least an external layer of a wall of a pipe or pipe moulding, wherein the arrangement of the polymer particles at the surface of the wall of the pipe or pipe moulding is such that they protrude externally beyond the surface. from 55 parts by weight to 95 parts by weight, based on the total weight of components and, of a polymer; from 5 parts by weight to 45 parts by weight of polymer particles, based on the total weight of components and, with average particle diameter from 10 μm to 250 μm; and optionally conventional additives
Heat exchanger comprising heat transfer plates formed with patterns such that flow paths are formed between each set of neighbouring heat transfer plates defining heat exchanging areas, and with openings and to form inlets and outlets for fluids to the flow paths, and a gasket groove formed enclosing said heat exchanging area, said heat transfer plate further comprising a pattern of tops and valleys positioned at an outer edge region at the outer circumference of the gasket groove, and wherein the end face between two neighbouring tops is closed, and wherein said heat transfer plate receives a gasket comprising a main portion adapted to be positioned in a gasket groove formed in said heat transfer plate), and where the gasket comprises a click-on tap adapted to be positioned within a valley, characterized in that said click-on tap comprise a first portion projecting from said main portion and being formed with a recess at its lower surface adapted to fit over a projection formed in the edge region, and a second portion adapted to reach out of the outer edge region.
A shoe care apparatus comprising: a main body; a care room provided inside the main body and configured to accommodate shoes; and a door configured to open and close the care room, wherein the door comprises: a front panel forming a front surface of the door, and including a side trim (112, 113) provided on a rear surface of the front panel or a magnet (212, 213) provided on the rear surface of the front panel; a rear body forming a rear surface of the door; and a reinforcement plate positioned between the front panel and the rear body, and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion (131, 132) configured to accommodate at least one portion of the side trim (112, 113); and a magnet coupling portion (133, 134) coupled with the magnet (212, 213) by a magnetic force of the magnet (212, 213), and arranged in parallel to the recess portion (131, 132). a main body; a care room provided inside the main body and configured to accommodate shoes; and a door configured to open and close the care room, wherein the door comprises: a front panel forming a front surface of the door, and including a side trim (112, 113) provided on a rear surface of the front panel or a magnet (212, 213) provided on the rear surface of the front panel; a rear body forming a rear surface of the door; and a reinforcement plate positioned between the front panel and the rear body, and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion (131, 132) configured to accommodate at least one portion of the side trim (112, 113); and a magnet coupling portion (133, 134) coupled with the magnet (212, 213) by a magnetic force of the magnet (212, 213), and arranged in parallel to the recess portion (131, 132). a front panel forming a front surface of the door, and including a side trim (112, 113) provided on a rear surface of the front panel or a magnet (212, 213) provided on the rear surface of the front panel; a rear body forming a rear surface of the door; and a reinforcement plate positioned between the front panel and the rear body, and detachably coupled with the front panel, and the reinforcement plate comprises: a recess portion (131, 132) configured to accommodate at least one portion of the side trim (112, 113); and a magnet coupling portion (133, 134) coupled with the magnet (212, 213) by a magnetic force of the magnet (212, 213), and arranged in parallel to the recess portion (131, 132). a recess portion (131, 132) configured to accommodate at least one portion of the side trim (112, 113); and a magnet coupling portion (133, 134) coupled with the magnet (212, 213) by a magnetic force of the magnet (212, 213), and arranged in parallel to the recess portion (131, 132).
A nucleic acid vector comprising a promoter operably linked to i) a polylinker sequence; ii) a non-chlorophyll a/b transgene or iii) a combination of i) and ii), wherein said promoter comprises SEQ ID NO:1. i) a polylinker sequence; ii) a non-chlorophyll a/b transgene or iii) a combination of i) and ii), wherein said promoter comprises SEQ ID NO:1.
Switching device comprising a housing and at least one switching contact, wherein the switching device has a fuse receptacle assigned to the respective switching contact, wherein the switching device has a front cover, which is mounted in the housing, for the front-side covering of the at least one fuse receptacle in a closed position of the front cover, wherein the at least one switching contact is transferable via a slide, which is mounted movably in the housing, from a contact position to an interruption position and vice versa, wherein the slide has a locking means or a locking means interacts with the slide, wherein the locking means in the contact position locks the front cover when the front cover is in the closed position, characterized in that the switching device has a blocking means, the blocking means being transferable counter to a restoring force of a restoring means from a blocking position, in which the blocking means prevents displacement of the slide, to an open position, in which the blocking means allows displacement of the slide, wherein the front cover has a holding structure, said holding structure holding the blocking means in the open position in the closed position of the front cover.
A base station for processing a random access preamble in a mobile communication system, which interacts with a mobile terminal, comprising: means for specifying a cyclic shift increment selected from a set of cyclic shift increments to the mobile terminal; means for receiving a random access preamble generated on the basis of the cyclic shift increment and a root sequence from the mobile terminal; and means for detecting the random access preamble and estimating time of arrival in response to the receipt of the random access preamble; wherein the root sequence is a Zadoff-Chu sequence, the length of the root sequence is 839 and values of the set of cyclic shift increments is {0, 13, 15, 18, 22, 26, 32, 38, 46, 59, 76, 93, 119, 167, 279, 419}. means for specifying a cyclic shift increment selected from a set of cyclic shift increments to the mobile terminal; means for receiving a random access preamble generated on the basis of the cyclic shift increment and a root sequence from the mobile terminal; and means for detecting the random access preamble and estimating time of arrival in response to the receipt of the random access preamble; wherein the root sequence is a Zadoff-Chu sequence, the length of the root sequence is 839 and values of the set of cyclic shift increments is {0, 13, 15, 18, 22, 26, 32, 38, 46, 59, 76, 93, 119, 167, 279, 419}.
Dish rack, in particular cutlery drawer, for a dishwasher, comprising a carrier frame and an insert carried thereby for receiving tableware, in particular cutlery, and comprising a functional element arranged on the carrier frame, the carrier frame consisting of plastics material and being designed as an injection-moulded part, characterised in that the functional element is embedded, at least in portions, in the plastics material of the carrier frame by means of insert-moulding and the functional element has a bolt portion which is used to accommodate a roller.
A caustic-free detergent composition comprising: from 0.1-15 wt-% of an aminocarboxylate; from 0.1-15 wt-% of a water conditioning polymer, wherein the water conditioning polymer is a polyacrylate, polycarboxylate or polycarboxylic acid; from 0,1-15 wt-% of a sequestrant, wherein the sequestrant is a condensed phosphate, phosphonate or organic phosphonate; from 10-60 wt-% of a non-caustic alkalinity source, wherein the non-caustic alkalinity source is an alkali metal silicate or metasilicate; from 20-80 wt-% of water, wherein the composition is caustic-free, does not contain surfactants and reduces or eliminates scale build-up on treated surfaces, and wherein a use solution of the composition has a pH less than 11.5, wherein the detergent composition provides an effective sanitizing effect at wash temperatures that are not heated above 60° C (140° F) when employed with a sanitizer. from 0.1-15 wt-% of an aminocarboxylate; from 0.1-15 wt-% of a water conditioning polymer, wherein the water conditioning polymer is a polyacrylate, polycarboxylate or polycarboxylic acid; from 0,1-15 wt-% of a sequestrant, wherein the sequestrant is a condensed phosphate, phosphonate or organic phosphonate; from 10-60 wt-% of a non-caustic alkalinity source, wherein the non-caustic alkalinity source is an alkali metal silicate or metasilicate; from 20-80 wt-% of water, wherein the composition is caustic-free, does not contain surfactants and reduces or eliminates scale build-up on treated surfaces, and wherein a use solution of the composition has a pH less than 11.5, wherein the detergent composition provides an effective sanitizing effect at wash temperatures that are not heated above 60° C (140° F) when employed with a sanitizer.
Pneumatic vehicle tire of a radial design, with a tread, a radial carcass, a belt assembly with at least two belt plies (8a, 8b) and with at least one belt bandage ply, which is arranged radially outside the belt and is formed by continuously and spirally winding a PET cord in the circumferential direction of the tire, characterized in that the PET cord has under a force of 1.56 cN/detx an extension of 3% to 5% at 20°C and an extension of 7% to 9% at 160°C, in that the sum of the elongation at break of the PET cord and the thermal shrinkage, determined at 180°C, under a pretensioning force of 0.01 cN/dtex and with a duration of action of two minutes, is greater than 20%, and in that the PET cord has a thermal shrinkage, determined at 180°C, under a pretensioning force of 0.01 cN/dtex and with a duration of action of two minutes, greater than 2.5%.
A method for providing a crystalline ceramic material, the method comprising: providing a silicon-containing preceramic polymer material that can be thermally converted to one or more crystalline polymorphs, the silicon-containing preceramic polymer material including dispersed therein dopant particles in an amount of from 0.05 - to wt%; and thermally converting the silicon-containing preceramic polymer material to the silicon-containing ceramic material, the dopant particles enhancing the formation of at least one of the one or more crystalline polymorphs, relative to the silicon-containing preceramic polymer without the dopant particles, with respect to at least one of: formation of a selected polymorph of the one or more crystalline polymorphs formed, an amount formed of a selected polymorph of the one or more crystalline polymorphs formed, and a temperature of formation of the one or more crystalline polymorphs, wherein the dopant particles are: carbon-containing particles selected from the group consisting of nano-diamond, graphite, graphene, activated carbon, carbon nanotubes, and combinations thereof; or nitride particles selected from the group consisting of gallium nitride, boron nitride, and combinations thereof. providing a silicon-containing preceramic polymer material that can be thermally converted to one or more crystalline polymorphs, the silicon-containing preceramic polymer material including dispersed therein dopant particles in an amount of from 0.05 - to wt%; and thermally converting the silicon-containing preceramic polymer material to the silicon-containing ceramic material, the dopant particles enhancing the formation of at least one of the one or more crystalline polymorphs, relative to the silicon-containing preceramic polymer without the dopant particles, with respect to at least one of: formation of a selected polymorph of the one or more crystalline polymorphs formed, an amount formed of a selected polymorph of the one or more crystalline polymorphs formed, and a temperature of formation of the one or more crystalline polymorphs, formation of a selected polymorph of the one or more crystalline polymorphs formed, an amount formed of a selected polymorph of the one or more crystalline polymorphs formed, and a temperature of formation of the one or more crystalline polymorphs, wherein the dopant particles are: carbon-containing particles selected from the group consisting of nano-diamond, graphite, graphene, activated carbon, carbon nanotubes, and combinations thereof; or nitride particles selected from the group consisting of gallium nitride, boron nitride, and combinations thereof. carbon-containing particles selected from the group consisting of nano-diamond, graphite, graphene, activated carbon, carbon nanotubes, and combinations thereof; or nitride particles selected from the group consisting of gallium nitride, boron nitride, and combinations thereof.
An apparatus for blow molding plastic containers, which comprises a blow molding carousel configured to rotate about a main rotation axis and operatively connected, at a first transfer station, to a feeding line of preforms that comprise a preform body and a preform mouth, said blow molding carousel supporting, at its peripheral region, a plurality of forming units arranged around a main rotation axis, each forming unit comprising a mold formed by two mold parts (13a, 13b) which can move with respect to each other in order to pass between an open position for feeding the preforms and a closed position in which said forming unit defines at least one forming cavity, said first transfer station comprising a transfer carousel which can rotate about an axis of the transfer carousel that is parallel to the main rotation axis, and supporting a plurality of grip elements which are associated with at least one respective grip body which is designed to pick up at least one respective preform from said feeding line in order to feed it to a respective forming cavity, said grip element comprising a first arm, which is supported so that it can rotate by said transfer carousel in order to rotate on command about a substantially vertical pivoting axis, and a second arm, which extends longitudinally and can slide on command with respect to said first arm along an advancement/retraction direction which is substantially parallel to its own direction of extension, characterized in that said grip body supports a coupling element which is configured to stably hold said preform substantially by the preform mouth region, said coupling element being movable on command with respect to said second arm along a movement trajectory which has at least one component that is parallel to the vertical direction.
A packaging material for a power storage device, comprising: a base layer having a first surface and a second surface, the first surface having at least a first adhesive layer, a metal foil layer, an anticorrosive treatment layer, a second adhesive layer, and a sealant layer laminated thereon in this order; and a base protective layer laminated on the second surface of the base layer, and formed containing at least one base resin selected from a group consisting of a polyester polyol and an acrylic polyol, each of which has a group having a hydroxyl group on a side chain, and a curing agent containing a biuret type of isocyanate and optionally an isocyanurate type of isocyanate, wherein a ratio of the biuret type to a total mass of the curing agent is in a range of 10 mass percent or more to 40 mass percent or less. a base layer having a first surface and a second surface, the first surface having at least a first adhesive layer, a metal foil layer, an anticorrosive treatment layer, a second adhesive layer, and a sealant layer laminated thereon in this order; and a base protective layer laminated on the second surface of the base layer, and formed containing at least one base resin selected from a group consisting of a polyester polyol and an acrylic polyol, each of which has a group having a hydroxyl group on a side chain, and a curing agent containing a biuret type of isocyanate and optionally an isocyanurate type of isocyanate, wherein a ratio of the biuret type to a total mass of the curing agent is in a range of 10 mass percent or more to 40 mass percent or less.
A hair treatment agent containing - based on its weight - a) 0.0001 to 5 wt.% epsilon-poly-L-lysine of the general formula in which n represents integers of between 5 and 100, b) 0.01 to 10 wt.% of an anti-dandruff active ingredient selected from b1) climbazole b2) zinc pyrithione and/or zinc oxide b3) piroctone olamine b4) selenium sulfide(s) b5) salicylic acid c) 0.01 to 10 wt.% of an anti-dandruff active ingredient which is different from b) and is selected from c1) climbazole c2) zinc pyrithione and/or zinc oxide c3) piroctone olamine c4) selenium sulfide(s) c5) salicylic acid, wherein the agent contains - epsilon-poly-L-lysine and climbazole and zinc pyrithione and/or zinc oxide - epsilon-poly-L-lysine and climbazole and piroctone olamine - epsilon-poly-L-lysine and climbazole and selenium sulfide(s). a) 0.0001 to 5 wt.% epsilon-poly-L-lysine of the general formula in which n represents integers of between 5 and 100, b) 0.01 to 10 wt.% of an anti-dandruff active ingredient selected from b1) climbazole b2) zinc pyrithione and/or zinc oxide b3) piroctone olamine b4) selenium sulfide(s) b5) salicylic acid b1) climbazole b2) zinc pyrithione and/or zinc oxide b3) piroctone olamine b4) selenium sulfide(s) b5) salicylic acid c) 0.01 to 10 wt.% of an anti-dandruff active ingredient which is different from b) and is selected from c1) climbazole c2) zinc pyrithione and/or zinc oxide c3) piroctone olamine c4) selenium sulfide(s) c5) salicylic acid, c1) climbazole c2) zinc pyrithione and/or zinc oxide c3) piroctone olamine c4) selenium sulfide(s) c5) salicylic acid, - epsilon-poly-L-lysine and climbazole and zinc pyrithione and/or zinc oxide - epsilon-poly-L-lysine and climbazole and piroctone olamine - epsilon-poly-L-lysine and climbazole and selenium sulfide(s).
A video encoding method comprising: obtaining an initial predicted sample value, based on motion-compensated prediction, for at least a first sample position in a current block of samples; determining a motion vector refinement associated with at least the first sample position, wherein the motion vector refinement is encoded in a bitstream as an index; determining, at the first sample position, a spatial gradient of sample values; determining a sample difference value based on a scalar product of the spatial gradient and the motion vector refinement; and modifying the initial predicted sample value based on the sample difference value. obtaining an initial predicted sample value, based on motion-compensated prediction, for at least a first sample position in a current block of samples; determining a motion vector refinement associated with at least the first sample position, wherein the motion vector refinement is encoded in a bitstream as an index; determining, at the first sample position, a spatial gradient of sample values; determining a sample difference value based on a scalar product of the spatial gradient and the motion vector refinement; and modifying the initial predicted sample value based on the sample difference value.