mhurhangee/ep-ind-claims huggingface dataset:
Opening and closing device for sanitary fittings, comprising: - an actuating member (8, 28) integrally associable to a closing plug; - a stem integrally connectable to a drain adapted to be closed by said plug, said actuating member (8, 28) being movable with respect to the stem along an actuating axis (X-X) of the opening and closing device between a first equilibrium position, corresponding to a retracted configuration of the actuating member, and a second equilibrium position, corresponding to an extended configuration of the actuating member, by passing through an intermediate position; - an actuating spring adapted to bias said actuating member (8, 28) towards said second equilibrium position; characterized in that said intermediate position corresponds to a stop configuration of the actuating member, and in that said opening and closing device further comprises: - a rotor rotatable around said actuating axis (X-X) and comprising thrusting elements having an upper outline and a lower outline opposite to the upper outline, wherein the actuating member (8, 28) comprises upper catches adapted to interact with the upper outline of said thrusting elements of the rotor, and further lower catches and recesses, at a level different from said lower catches, adapted to interact with the lower outline of said thrusting elements of the rotor in order to generate thrusts suitable for rotating the rotor around the actuating axis (X-X) due to said interactions, wherein: - in the retracted configuration of the actuating member, the lower outline of the thrusting element engages the lower catches of the actuating member; - in the extended configuration of the actuating member, the lower outline of the thrusting elements engages the recesses of the actuating member; - in the stop configuration of the actuating member, the upper outline of the thrusting element engages the upper catches of the actuating member. - an actuating member (8, 28) integrally associable to a closing plug; - a stem integrally connectable to a drain adapted to be closed by said plug, said actuating member (8, 28) being movable with respect to the stem along an actuating axis (X-X) of the opening and closing device between a first equilibrium position, corresponding to a retracted configuration of the actuating member, and a second equilibrium position, corresponding to an extended configuration of the actuating member, by passing through an intermediate position; - an actuating spring adapted to bias said actuating member (8, 28) towards said second equilibrium position; - a rotor rotatable around said actuating axis (X-X) and comprising thrusting elements having an upper outline and a lower outline opposite to the upper outline, - in the retracted configuration of the actuating member, the lower outline of the thrusting element engages the lower catches of the actuating member; - in the extended configuration of the actuating member, the lower outline of the thrusting elements engages the recesses of the actuating member; - in the stop configuration of the actuating member, the upper outline of the thrusting element engages the upper catches of the actuating member.
Method for providing at least one evaluation information item that has been assigned to a data record and formatted to at least one corresponding service, wherein the formatted evaluation information item has a format specified by the respective service which is specified in relation to a multilevel evaluation scheme with a plurality of evaluation steps, characterised in that depending on a user specification detected by means of an input unit arranged in a motor vehicle, a first evaluation information item assigned to the data record is generated, whereupon the data record is automatically wirelessly transmitted, together with the first evaluation information item, to a fixed installed central computer unit, or an identification information item identifying the data record is automatically wirelessly transmitted, together with the first evaluation information item, to the central computer unit, wherein the first evaluation information item is evaluated by the central computer unit, the formatted evaluation information item is derived in the evaluation from the first evaluation information item, and the formatted evaluation item is provided to the service via an interface of the central computer unit.
A multi-functional composition for oral administration comprising a marine algae-derived material and an enzyme inhibitor, the percentage by mass of the enzyme inhibitor in the multi-functional composition being no lower than 0.001%, the marine algae-derived material being one selected from the group consisting of natural algal saccharide, alginic acid and alginate or a mixture of several of them, the enzyme being one decomposing the marine algae-derived material in gastrointestinal tract, and the enzyme inhibitor being a substance preventing the enzyme from decomposing the marine algae-derived material.
Apparatus for load determination for vehicles, in particular for rail vehicles with at least one car body and at least one running gear, wherein at least one air bellows with at least one pressure sensor as well as at least one acceleration sensor are provided, and wherein the at least one pressure sensor and the at least one acceleration sensor are connected to at least one computing unit, in which the load determination takes place, characterised in that the at least one air bellows is exclusively used for the load determination.
Treatment system for treating effluent and/or sludge from a manufacturing process of cellulosic pulp or a fibrous cellulosic web, such as paper or board, wherein the effluent and/or sludge is in form of a suspension comprising solid material and/or particles suspended in an aqueous liquid phase, the treatment system comprising - a water-soluble cationized polysaccharide component comprising cationized cellulose having a degree of substitution DS at least 0.32, whereby the degree of substitution indicates the number of cationic groups associated with or connected to the cellulose structure, and a charge density of at least 1.5 meq/g dry, measured at pH 4, and - a synthetic cationic copolymer of (meth)acrylamide and at least one cationic monomer, the copolymer having a charge density of at most 5 meq/g. - a water-soluble cationized polysaccharide component comprising cationized cellulose having a degree of substitution DS at least 0.32, whereby the degree of substitution indicates the number of cationic groups associated with or connected to the cellulose structure, and a charge density of at least 1.5 meq/g dry, measured at pH 4, and - a synthetic cationic copolymer of (meth)acrylamide and at least one cationic monomer, the copolymer having a charge density of at most 5 meq/g.
A support for a product having a spiral shape, the latter being intended to be burned for release into the air of perfumed or insecticide substances, the support comprising: a main body; an anchoring element borne by the main body so as to anchor, when the support is in use, a product having a spiral shape intended to be burned for release into the air of perfumed or insecticide substances; characterised in that: the main body has a spiral shape and is vertically orientated when the support is in use; and in that: the main body is dimensioned such that when the support is in use and the product having a spiral shape intended to be burned is anchored to the anchoring element, the orthogonal projection on a vertical plane of the profile of the main body forms a first figure which encloses a second figure which is obtained by the orthogonal projection on a vertical plane of the profile of the product having a spiral shape intended to be burned. a main body; an anchoring element borne by the main body so as to anchor, when the support is in use, a product having a spiral shape intended to be burned for release into the air of perfumed or insecticide substances; the main body has a spiral shape and is vertically orientated when the support is in use; and in that: the main body is dimensioned such that when the support is in use and the product having a spiral shape intended to be burned is anchored to the anchoring element, the orthogonal projection on a vertical plane of the profile of the main body forms a first figure which encloses a second figure which is obtained by the orthogonal projection on a vertical plane of the profile of the product having a spiral shape intended to be burned. the main body is dimensioned such that when the support is in use and the product having a spiral shape intended to be burned is anchored to the anchoring element, the orthogonal projection on a vertical plane of the profile of the main body forms a first figure which encloses a second figure which is obtained by the orthogonal projection on a vertical plane of the profile of the product having a spiral shape intended to be burned.
A delta-4 desaturase polypeptide selected from the group consisting of a) delta-4 desaturase polypeptides having at least 60% sequence identity to the amino acid sequence according to SEQ ID NO. 79, or b) delta-4 desaturase polypeptides having the amino acid sequence of SEQ ID NO. 79, optionally with one or more of the following mutations: V9-, V10G, S11G, D12-, S13-, L20-, K21-, E29R, K37D, E42G, F63L, F63I, L76Y, L76F, L76W, Q78R, Y79R, S81W, L82P, S84A, E88K, Y89F, V94L, V94I, T104D, Q109R, K111C, A113E, R115N, W123G, W124F, W129Y, Y130W, 1136L, L137I, D144E, Y145W, Y145F, W147M, 1158V, S160L, Y164F, S179A, I205L, C216T, R218D, S229G, T232R, R235P, P239W, E241P, F242W, V262I, V262L, D268E, M272W, Y274W, K278P, L279I, K285P, I289P, I291V, R294K, V295L, V295I, F298W, V304L, V304I, H309Q, F310P, Y313H, A323C, A325G, L327F, G330A, A342V, A342I, P346G, E347P, A349G, K350-, W354F, S361T, C366G, K369W, I372H, Y379F, K414H, G416P, D423G, T425M, F426L, Q428H, V429L, V429I, A436P, Y438-, N439-, E440D. a) delta-4 desaturase polypeptides having at least 60% sequence identity to the amino acid sequence according to SEQ ID NO. 79, or b) delta-4 desaturase polypeptides having the amino acid sequence of SEQ ID NO. 79, optionally with one or more of the following mutations: V9-, V10G, S11G, D12-, S13-, L20-, K21-, E29R, K37D, E42G, F63L, F63I, L76Y, L76F, L76W, Q78R, Y79R, S81W, L82P, S84A, E88K, Y89F, V94L, V94I, T104D, Q109R, K111C, A113E, R115N, W123G, W124F, W129Y, Y130W, 1136L, L137I, D144E, Y145W, Y145F, W147M, 1158V, S160L, Y164F, S179A, I205L, C216T, R218D, S229G, T232R, R235P, P239W, E241P, F242W, V262I, V262L, D268E, M272W, Y274W, K278P, L279I, K285P, I289P, I291V, R294K, V295L, V295I, F298W, V304L, V304I, H309Q, F310P, Y313H, A323C, A325G, L327F, G330A, A342V, A342I, P346G, E347P, A349G, K350-, W354F, S361T, C366G, K369W, I372H, Y379F, K414H, G416P, D423G, T425M, F426L, Q428H, V429L, V429I, A436P, Y438-, N439-, E440D.
A composition, which comprises a subtilisin and a peptide aldehyde hydrosulfite adduct having the formula X-B 1 -NH-CHR-CHOH-SO 3 M, wherein: a) M is H (hydrogen) or an alkali metal; b) R is a group such that NH-CHR-CO is an L or D-amino acid residue; c) B 1 is one amino acid residue; and d) X consists of one or more amino acid residues, optionally comprising an N-terminal protection group. a) M is H (hydrogen) or an alkali metal; b) R is a group such that NH-CHR-CO is an L or D-amino acid residue; c) B 1 is one amino acid residue; and d) X consists of one or more amino acid residues, optionally comprising an N-terminal protection group.
A brake hydraulic pressure controller comprising: a hydraulic unit configured to execute brake control by controlling a hydraulic pressure of a brake fluid to be supplied to a braking section (111, 116); a bracket that is to be attached to a vehicle body; and a support section (42, 43) that is assembled to the bracket to support the hydraulic unit, wherein the support section (42, 43) includes: a fixture member that is fixed to a housing of the hydraulic unit; and a vibration absorbing member that is interposed between the housing and the bracket and has a through-hole through which the fixture member passes, and the vibration absorbing member includes: a first vibration absorbing member that has specified rebound resilience; and a second vibration absorbing member (75C, 75D), and, in a state of being accommodated in a recessed section of the bracket, the vibration absorbing member is held between the housing and the bracket, wherein the second vibration absorbing member has a contact section that contacts the housing in a state where the support section (42, 43) is assembled to the bracket, and characterized in that the second vibration absorbing member has higher rebound resilience than the specified rebound resilience and in that the bracket has a sleeve section that is provided with an opening and is fitted to the through-hole of the vibration absorbing member, the opening being provided along a penetrating direction of the fixture member, and the fixture member passes through the opening. the support section (42, 43) includes: a fixture member that is fixed to a housing of the hydraulic unit; and a vibration absorbing member that is interposed between the housing and the bracket and has a through-hole through which the fixture member passes, and the vibration absorbing member includes: a first vibration absorbing member that has specified rebound resilience; and a second vibration absorbing member (75C, 75D), and, in a state of being accommodated in a recessed section of the bracket, the vibration absorbing member is held between the housing and the bracket, wherein the second vibration absorbing member has a contact section that contacts the housing in a state where the support section (42, 43) is assembled to the bracket, and characterized in that the second vibration absorbing member has higher rebound resilience than the specified rebound resilience and in that the bracket has a sleeve section that is provided with an opening and is fitted to the through-hole of the vibration absorbing member, the opening being provided along a penetrating direction of the fixture member, and the fixture member passes through the opening.
Display assembly for a portable object, said display assembly comprising a liquid crystal display cell of the twisted nematic, super twisted nematic or vertically aligned type, said liquid crystal display cell being arranged to switch between a reflective state when activated and a transparent state when at rest, the reflective liquid crystal display cell being disposed between an absorbent upper polarizer and a reflective lower polarizer, an emissive display device being disposed underneath the liquid crystal display cell, this emissive display device comprising an emissive organic light-emitting diode display cell arranged to switch between an active state wherein the display cell emits light and a rest state wherein the display cell does not emit light, the display assembly further comprising a circular polarizer formed of an absorbent polarizer and of a quarter-wave plate disposed between the reflective lower polarizer and the emissive display cell, the reflective lower polarizer and the absorbent polarizer each having an axis of transmission, these axes of transmission being parallel to each other.
Conductor rail system comprising at least one conductor rail, at least one cover element and at least one spacer for holding the cover element at a distance from the conductor rail, wherein the spacer comprises at least one latch element (4, 5), a base, at least one holding element and a clamping element for clamping the conductor rail, wherein the spacer comprises at least one securing device that engages over at least one free end (21, 22) of the cover element in a securing manner and is operatively connected to the spacer by way of at least one securing element (83, 84), wherein the securing element (83, 84) of the securing device engages behind on at least one receiving aperture of the holding element of the spacer in a latching manner, wherein the holding element comprises a base with at least one holding bar, wherein the securing device comprises a base with at least one locking element arranged thereon, which covers the free end of the cover element in a securing manner, characterised in that the securing device comprises two securing bars (81, 82) arranged opposite each other on the base, in that the securing device comprises two securing elements (83, 84) arranged opposite each other on the securing bars (81, 82), said securing elements (83, 84) engaging behind at least one receiving aperture of the holding element of the spacer in a latching manner.
A structural platform (306,308), comprising: a first end, a second end, a first side wall and a second side wall; a platform body extending between said first end and said second end and further between said first side wall and said second side wall; a first fillet joining said first side wall and said platform body; a second fillet joining said second side wall and said platform body; said side walls (316,318) being curved, characterized in that the structural platform (306, 308) is capable of sandwiching a doublet guide vane within a cradle. a first end, a second end, a first side wall and a second side wall; a platform body extending between said first end and said second end and further between said first side wall and said second side wall; a first fillet joining said first side wall and said platform body; a second fillet joining said second side wall and said platform body; said side walls (316,318) being curved, characterized in that the structural platform (306, 308) is capable of sandwiching a doublet guide vane within a cradle.
A process for the recrystallization of di-threo-methylphenidate hydrochloride; wherein the recrystallized di-threo-methylphenidate hydrochloride comprises a total of less than 0.1 area % of an impurity compound selected from the group consisting of an impurity compound of formula (IMP-5) an impurity compound of formula (IMP-6) an impurity compound of formula (IMP-15) an impurity compound of formula (IMP-16) and mixtures thereof; comprising the steps of (a) dissolving di-threo-methylphenidate hydrochloride in a mixture of an organic solvent and water; wherein the organic solvent is selected from the group consisting of ethanol and isopropanol; and wherein the water is present in an amount in the range of from 0.1 wt/wt equiv. to 0.6 wt/wt equiv.; (b) heating the mixture to about reflux temperature; (c) optionally distilling off between 20% and 65% by volume of the mixture of an organic solvent and water; (c) cooling the mixture to a temperature less than about room temperature; and (d) isolating the di-threo-methylphenidate as a solid. (a) dissolving di-threo-methylphenidate hydrochloride in a mixture of an organic solvent and water; wherein the organic solvent is selected from the group consisting of ethanol and isopropanol; and wherein the water is present in an amount in the range of from 0.1 wt/wt equiv. to 0.6 wt/wt equiv.; (b) heating the mixture to about reflux temperature; (c) optionally distilling off between 20% and 65% by volume of the mixture of an organic solvent and water; (c) cooling the mixture to a temperature less than about room temperature; and (d) isolating the di-threo-methylphenidate as a solid.
A method of measuring pressure in a shock absorber of an aircraft undercarriage having an encapsulated shock absorber, the shock absorber comprising a sliding rod slidably mounted in a leg strut of the undercarriage and an inner cylinder extending inside the strut, the inner cylinder being fastened to the strut via a top end and the sliding rod sliding around the inner cylinder, the inner cylinder being terminated inside the sliding rod by a diaphragm that defines an oil chamber in the shock absorber and inside the sliding rod, a mixed oil/gas chamber in the inner cylinder, and an expansion chamber extending between the sliding rod and the inner cylinder, the method comprising the step of making a hole in the inner cylinder in register with the expansion chamber, and in using a pipe to connect the hole to a pressure sensor situated outside the strut in order to measure pressure in the expansion chamber, the pipe extending inside the inner cylinder from the hole to the top end of the inner cylinder.
A covering (100, 100a, 100b) suitable for use as a covering of a polyurethane panel, the covering (100, 100a, 100b) comprising - a support part comprising • a first metal layer and • a support layer comprising fibrous material, the support layer being attached to the first metal layer with an attachment layer, - a barrier part • comprising a barrier layer comprising at least one of: ethylene vinyl alcohol (EVOH), polyamide, poly vinyl alcohol, and polybutylene terephthalate, wherein • the barrier layer has a specific mass of at least 2 g/m 2, wherein - the first metal layer is left in between the support layer and the barrier part. - a support part comprising • a first metal layer and • a support layer comprising fibrous material, the support layer being attached to the first metal layer with an attachment layer, • a first metal layer and • a support layer comprising fibrous material, the support layer being attached to the first metal layer with an attachment layer, - a barrier part • comprising a barrier layer comprising at least one of: ethylene vinyl alcohol (EVOH), polyamide, poly vinyl alcohol, and polybutylene terephthalate, wherein • the barrier layer has a specific mass of at least 2 g/m 2, wherein • comprising a barrier layer comprising at least one of: ethylene vinyl alcohol (EVOH), polyamide, poly vinyl alcohol, and polybutylene terephthalate, wherein • the barrier layer has a specific mass of at least 2 g/m 2, wherein - the first metal layer is left in between the support layer and the barrier part.