mhurhangee/ep-ind-claims huggingface dataset:
Movement Mechanism for moving the mobile parts of a reclining upholstered furniture, comprising first actuator means (1,2) provided with at least one group (1,2) of extensible telescopic components (C1, C2) adapted to support and move at least one said part of said reclining upholstered furniture between a closed position and an extended position and second actuator means (7,10,13,14) for actuating said telescopic extensible telescopic components (C1,C2); characterized in that said extensible telescopic components (C1, C2) comprise a first pair of profiled elements (11, 11') adapted to enclose an actuator member of said actuating means (7,10,13,14), and a second pair of plates (17,17 ') adapted to enclose a central body of said actuator member.
A filter element (5, 5c) for being removably arranged in a filter housing (30, 30c), wherein the filter element (5, 5c) comprising a tubular filter material body (10, 10c), a first end panel (20, 20c) at a first end of the filter element (5, 5c) in an axial direction of the filter element (5, 5c), said first end panel (20, 20c) comprising an opening (22, 22c) to an interior of the filter material body (10, 10c), wherein the first end panel (20, 20c) comprises a generally flat external surface (21, 21c), which is inclined in relation to a plane perpendicular to the axial direction of the filter element (5, 5c), wherein said filter element (5, 5c) comprises a second end panel (24, 24c) opposite said first end panel (20, 20c) in the axial direction, wherein said second end panel (24, 24c) comprises a generally flat external surface (25, 25c), which is inclined in relation to a plane perpendicular to the axial direction of the filter element (5, 5c), characterized in that said external surface (25, 25c) of said second end panel (24, 24c) is oppositely inclined as seen in relation to said external surface (21, 21c) of said first end panel (20, 20c).
Ventilator having a gas guidance system for supplying a patient with breathing gas, wherein at least one monitoring device for monitoring the oxygen content of the breathing gas is provided, wherein the monitoring device has at least one receptacle for an oxygen sensor (12, 15), characterised in that optionally a galvanic oxygen sensor or a paramagnetic oxygen sensor can be inserted into the receptacle, wherein the two oxygen sensors do not fit together into the receptacle, wherein for the electrical connection of the oxygen sensor (12, 15) to the ventilator a first terminal assigned to the ventilator and two second terminals are provided in the region of the receptacle, wherein the one second terminal is provided for connection to a galvanic oxygen sensor and the other second terminal is provided for connection to a paramagnetic oxygen sensor. optionally a galvanic oxygen sensor or a paramagnetic oxygen sensor can be inserted into the receptacle, wherein the two oxygen sensors do not fit together into the receptacle, wherein for the electrical connection of the oxygen sensor (12, 15) to the ventilator a first terminal assigned to the ventilator and two second terminals are provided in the region of the receptacle, wherein the one second terminal is provided for connection to a galvanic oxygen sensor and the other second terminal is provided for connection to a paramagnetic oxygen sensor.
A circulation coin comprising: a. an outer ring; b. two inserts (4, 6) stacked on top of each other and disposed within the outer ring; wherein: the outer ring and each of the two inserts (4, 6) are made of different materials; the outer ring and the two inserts (4, 6) are made of multi-ply plated materials; each insert (4, 6) has a surface comprising two opposing faces and an outer circumferential surface; characterized in that at least one interlayer is disposed between the two inserts (4,6) for adhering the two inserts (4,6) to one another, and in that the outer ring and each of the inserts (4, 6) are locked together by a plurality of recesses formed in the outer circumferential surface of each of the inserts; wherein each recess has a shape of a chevron, or a non-equilateral, non-rectangular parallelogram, angled with respect to a direction of stacking the inserts, on the outer circumferential surface; the shapes of the recesses all have the same orientation. a. an outer ring; b. two inserts (4, 6) stacked on top of each other and disposed within the outer ring; the outer ring and each of the two inserts (4, 6) are made of different materials; the outer ring and the two inserts (4, 6) are made of multi-ply plated materials; each insert (4, 6) has a surface comprising two opposing faces and an outer circumferential surface; characterized in that at least one interlayer is disposed between the two inserts (4,6) for adhering the two inserts (4,6) to one another, and in that the outer ring and each of the inserts (4, 6) are locked together by a plurality of recesses formed in the outer circumferential surface of each of the inserts; wherein each recess has a shape of a chevron, or a non-equilateral, non-rectangular parallelogram, angled with respect to a direction of stacking the inserts, on the outer circumferential surface; the shapes of the recesses all have the same orientation.
A printing assembly for digital printing on a continuous metal strip, comprising: - a digital printing unit having a printing area and a conveyor belt arranged for advancing said continuous metal strip in a longitudinal direction through said printing area, - an inlet guide unit located upstream of said printing unit and configured to guide said continuous metal strip along a path comprising at least one first movable bend which is freely movable in said longitudinal direction, and - an outlet guide unit located downstream of said digital printing unit and configured to guide said continuous metal strip along a path comprising at least one second movable bend which is freely movable in said longitudinal direction. - a digital printing unit having a printing area and a conveyor belt arranged for advancing said continuous metal strip in a longitudinal direction through said printing area, - an inlet guide unit located upstream of said printing unit and configured to guide said continuous metal strip along a path comprising at least one first movable bend which is freely movable in said longitudinal direction, and - an outlet guide unit located downstream of said digital printing unit and configured to guide said continuous metal strip along a path comprising at least one second movable bend which is freely movable in said longitudinal direction.
A composition comprising at least one extract of poplar propolis, said extract of propolis having at least the following characteristics: - an antioxidant value (ORAC) greater than or equal to 500 m/mol TE/100 g of dry extract, - a flavone and flavonol content greater than or equal to 5.5% by weight with respect to the total weight of solids of the extract, - a flavanone and dihydroflavanol content greater than or equal to 5% by weight with respect to the total weight of solids of the product, and - a total polyphenol content greater than or equal to 30% by weight with respect to the total weight of solids of the extract, for use in preventing and/or limiting the side effects of chemotherapy in humans or animals. - an antioxidant value (ORAC) greater than or equal to 500 m/mol TE/100 g of dry extract, - a flavone and flavonol content greater than or equal to 5.5% by weight with respect to the total weight of solids of the extract, - a flavanone and dihydroflavanol content greater than or equal to 5% by weight with respect to the total weight of solids of the product, and - a total polyphenol content greater than or equal to 30% by weight with respect to the total weight of solids of the extract,
Electrochemical cell comprising • a positive electrode, • a negative electrode, • a separator which is arranged between the electrodes, • an aqueous electrolyte with which the electrodes are impregnated and • a housing which is closed in a liquid-tight manner and in which the electrodes, the separator and the electrolyte are arranged, where the electrochemical cell is not a rechargeable nickel-iron battery whose negative electrode is modified with a carbon-based storage material so that it has pseudocapacitive properties and where the electrochemical cell is not a rechargeable nickel-metal hydride battery whose negative electrode is modified with a carbon-based storage material so that it has pseudocapacitive properties and where the electrochemical cell is not an asymmetric system having a negative electrode based on carbon and a positive electrode based on nickel hydroxide and/or nickel oxyhydroxide, characterized in that the aqueous electrolyte comprises an aryl ethoxylate of the general formula where n is from 10 to 15 and the aryl ethoxylate is present in a proportion of from 0.0001% by weight to 2% by weight in the electrolyte. • a positive electrode, • a negative electrode, • a separator which is arranged between the electrodes, • an aqueous electrolyte with which the electrodes are impregnated and • a housing which is closed in a liquid-tight manner and in which the electrodes, the separator and the electrolyte are arranged, where the electrochemical cell is not a rechargeable nickel-iron battery whose negative electrode is modified with a carbon-based storage material so that it has pseudocapacitive properties and where the electrochemical cell is not a rechargeable nickel-metal hydride battery whose negative electrode is modified with a carbon-based storage material so that it has pseudocapacitive properties and where the electrochemical cell is not an asymmetric system having a negative electrode based on carbon and a positive electrode based on nickel hydroxide and/or nickel oxyhydroxide, characterized in that the aqueous electrolyte comprises an aryl ethoxylate of the general formula where n is from 10 to 15 and the aryl ethoxylate is present in a proportion of from 0.0001% by weight to 2% by weight in the electrolyte. where n is from 10 to 15 and the aryl ethoxylate is present in a proportion of from 0.0001% by weight to 2% by weight in the electrolyte.
A boat thruster drive unit including a transmission unit comprising: a gear housing having first and second end plates (30, 40); and an annular gear having an output shaft rotatably supported between the end plates (30, 40); characterized by at least two electric motors; and at least three spaced sealable apertures in the first end plate receiving optionally two or at least three corresponding drive shafts of a corresponding number of said electric motors to be mounted on the first end plate for gear engagement with the annular gear. a gear housing having first and second end plates (30, 40); and an annular gear having an output shaft rotatably supported between the end plates (30, 40); characterized by at least two electric motors; and at least three spaced sealable apertures in the first end plate receiving optionally two or at least three corresponding drive shafts of a corresponding number of said electric motors to be mounted on the first end plate for gear engagement with the annular gear.
A handling unit for drill rods having at least one elevator bracket which can be swiveled by means of a tilt arm under the influence of at least one actuating element, and means for detecting a position of the at least one elevator bracket, characterized by at least one valve as means for detecting the position of the or each elevator bracket and as part of a hydraulic switching control circuit which continues outside the handling unit, and at least one connecting member for the at least one valve, said connecting member being movable by a movement of the tilt arm, wherein the or each valve opens the hydraulic switching control circuit when the connecting member is in a first position or location, and wherein the or each valve closes the hydraulic switching control circuit when the connecting member is in a second position or location.
Biodegradable aliphatic-aromatic polyester suitable for use in the production of packaging films, said polyester being biodegradable according to EN 13432 and having a Poisson's ratio between 800 and 1700, preferably between 1000 and 1400 and comprising units derived from at least one dicarboxylic acid and at least one diol; and having: - Mn ≥ 40000 - Mw/q≤ 90000, wherein: q is the percentage by weight of polyester oligomers with a molecular weight ≤10000 as determined by GPC; the molecular weights "Mn" and "Mw", are measured by gel permeation chromatography according to the method described in the description; the Poisson's ratio is calculated as the ratio of shear viscosity to melt strength; shear viscosity is determined at 180°C with a flow gradient of γ =103.7s-1 using a 1 mm diameter capillary and L/D=30 according to ASTM D3835-90, melt strength is measured according to ISO 16790:2005 at 180°C and γ =103.7s -1 using a capillary of diameter of 1 mm and L/D=30 at a constant acceleration of 6 mm/sec2 and a stretching length of 110 mm; a film of such polyester having a friction coefficient between 5 and 10, measured with the method described in the description. - Mn ≥ 40000 - Mw/q≤ 90000, q is the percentage by weight of polyester oligomers with a molecular weight ≤10000 as determined by GPC; the molecular weights "Mn" and "Mw", are measured by gel permeation chromatography according to the method described in the description; the Poisson's ratio is calculated as the ratio of shear viscosity to melt strength; shear viscosity is determined at 180°C with a flow gradient of γ =103.7s-1 using a 1 mm diameter capillary and L/D=30 according to ASTM D3835-90, melt strength is measured according to ISO 16790:2005 at 180°C and γ =103.7s -1 using a capillary of diameter of 1 mm and L/D=30 at a constant acceleration of 6 mm/sec2 and a stretching length of 110 mm;
A powered rope ascender (1, 200) operational in ascending and descending modes, comprising: a reversible drive source; at least one rotating rope pulling jaw, the jaw connected to the reversible drive source so as to be rotated in a first, ascending, direction and a second, opposed descending, direction, the at least one rotating rope pulling jaw having a plurality of forward sweeping rope gripping features when operated in the ascending direction; the powered rope ascender characterised in that it further comprises a friction increasing descent assist device configured to provide a rope path having at least three guide surfaces around which a rope (12,208) wraps angularly in use, the guide surfaces including a first, superior, guide surface, a second, laterally spaced capstan, guide surface, and a third, inferior, guide surface; wherein the first and third guide surfaces (15, 11) form superior and inferior ends, respectively, of a retention loop that includes a rope cover extending between the superior and inferior guide surfaces (15, 11), and the second guide surface is provided on a capstan peg that is laterally spaced from the retention loop, and wherein the friction increasing descent assist device enhances operation of the powered rope ascender (1, 200) when operating in the descending mode. a reversible drive source; at least one rotating rope pulling jaw, the jaw connected to the reversible drive source so as to be rotated in a first, ascending, direction and a second, opposed descending, direction, the at least one rotating rope pulling jaw having a plurality of forward sweeping rope gripping features when operated in the ascending direction; the powered rope ascender characterised in that it further comprises a friction increasing descent assist device configured to provide a rope path having at least three guide surfaces around which a rope (12,208) wraps angularly in use, the guide surfaces including a first, superior, guide surface, a second, laterally spaced capstan, guide surface, and a third, inferior, guide surface; wherein the first and third guide surfaces (15, 11) form superior and inferior ends, respectively, of a retention loop that includes a rope cover extending between the superior and inferior guide surfaces (15, 11), and the second guide surface is provided on a capstan peg that is laterally spaced from the retention loop, and wherein the friction increasing descent assist device enhances operation of the powered rope ascender (1, 200) when operating in the descending mode.
A tip clearance control assembly, comprising: a casing configured to guide a flow of combustion gas; a plurality of blades coupled to a rotary shaft of a gas turbine; a labyrinth seal disposed at a front end portion of each of the plurality of blades, the labyrinth seal protruding toward an inner peripheral surface of the casing; and a shroud configured to surround the front end portion of each of the plurality of blades, wherein the casing includes an outer casing having a dove tail slot (771-a) and an inner ring segment having a dove tail coupling portion (772-a), the inner ring segment operable to move in an axial and a radial direction (A, B) relative to the gas turbine, wherein the dove tail slot comprises a radial slot surface (771a-1) disposed in a first direction relative to the gas turbine, and an axial slot surface (771a-2) disposed in a second direction relative to the gas turbine, wherein the dove tail coupling portion comprises a radial coupling surface (772a-1) corresponding to the radial slot surface (771a-1), and an axial coupling surface (772a-2) corresponding to the axial slot surface (771a-2), wherein the radial coupling surface (772a-1) is disposed in a radial direction inclined along the axial direction relative to the gas turbine. a casing configured to guide a flow of combustion gas; a plurality of blades coupled to a rotary shaft of a gas turbine; a labyrinth seal disposed at a front end portion of each of the plurality of blades, the labyrinth seal protruding toward an inner peripheral surface of the casing; and a shroud configured to surround the front end portion of each of the plurality of blades, wherein the casing includes an outer casing having a dove tail slot (771-a) and an inner ring segment having a dove tail coupling portion (772-a), the inner ring segment operable to move in an axial and a radial direction (A, B) relative to the gas turbine, wherein the dove tail slot comprises a radial slot surface (771a-1) disposed in a first direction relative to the gas turbine, and an axial slot surface (771a-2) disposed in a second direction relative to the gas turbine, wherein the dove tail coupling portion comprises a radial coupling surface (772a-1) corresponding to the radial slot surface (771a-1), and an axial coupling surface (772a-2) corresponding to the axial slot surface (771a-2), wherein the radial coupling surface (772a-1) is disposed in a radial direction inclined along the axial direction relative to the gas turbine.
A scalp care composition comprising: a) A total amount from 0.3 to 2 weight % of an anti-dandruff active by weight of the total composition, wherein the soluble anti-dandruff active comprises climbazole; b) from 0.1 to 25 weight % of one or more organic solvents by weight of the total composition, wherein the organic solvent comprises butylene glycol and benzyl alcohol, wherein the total amount of one or more organic solvents is from 0.1% to 25% by weight of the total composition; c) from 1 to 99 weight % of a volatile carrier by weight of the total composition, wherein a volatile carrier is a solvent having a boiling point of below or equal to 250°C; and wherein the anti-dandruff active is soluble in the scalp care composition. a) A total amount from 0.3 to 2 weight % of an anti-dandruff active by weight of the total composition, wherein the soluble anti-dandruff active comprises climbazole; b) from 0.1 to 25 weight % of one or more organic solvents by weight of the total composition, wherein the organic solvent comprises butylene glycol and benzyl alcohol, wherein the total amount of one or more organic solvents is from 0.1% to 25% by weight of the total composition; c) from 1 to 99 weight % of a volatile carrier by weight of the total composition, wherein a volatile carrier is a solvent having a boiling point of below or equal to 250°C; and wherein the anti-dandruff active is soluble in the scalp care composition.
A fluid interaction apparatus (100, 200), comprising: a wing (102, 202) having a first configuration with a first lift-independent profile drag coefficient and a second configuration with a second lift-independent profile drag coefficient that is less than the first lift-independent profile drag coefficient, wherein the first and second lift-independent profile drag coefficients are independent of the lift coefficient of the wing and independent of the free stream flow speed of the wing; a body (101, 201) having a longitudinal axis, wherein the body (101, 201) is coupled to the wing (102, 202), the wing (102, 202) being configured to move substantially periodically in a lift- or thrust-producing periodic path (265, 266, 267, 268, 269, 270) relative to the body (101, 201); and an actuator configured to change the wing (102, 202) from the first configuration when moving in a first direction relative to the body (101, 201), to the second configuration when moving in a second direction relative to the body (101, 201), the second direction having a substantial component parallel to the longitudinal axis of the body (101, 201). a wing (102, 202) having a first configuration with a first lift-independent profile drag coefficient and a second configuration with a second lift-independent profile drag coefficient that is less than the first lift-independent profile drag coefficient, wherein the first and second lift-independent profile drag coefficients are independent of the lift coefficient of the wing and independent of the free stream flow speed of the wing; a body (101, 201) having a longitudinal axis, wherein the body (101, 201) is coupled to the wing (102, 202), the wing (102, 202) being configured to move substantially periodically in a lift- or thrust-producing periodic path (265, 266, 267, 268, 269, 270) relative to the body (101, 201); and an actuator configured to change the wing (102, 202) from the first configuration when moving in a first direction relative to the body (101, 201), to the second configuration when moving in a second direction relative to the body (101, 201), the second direction having a substantial component parallel to the longitudinal axis of the body (101, 201).