mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a refrigerator body which includes a freezing compartment and a refrigerating compartment; a refrigerating compartment door unit which opens or closes a front side of the refrigerating compartment; an ice making compartment which is arranged inside the refrigerating compartment door unit, to make ice; a heat exchanger which generates cold air for freezing food stored in the freezing compartment; and a cold air guiding device which guides the cold air generated by the heat exchanger to the ice making compartment, to enable the ice making compartment to make ice, wherein the cold air guiding device includes a duct unit including at least one duct which is arranged in a side wall of the refrigerating compartment, and communicates with the ice making compartment, and wherein the duct is arranged between an outer wall and an inner wall which form the side wall of the refrigerating compartment and spaced apart from the outer wall and the inner wall, wherein the ice making compartment includes a door duct which connects an interior of the ice making compartment to the duct unit. a refrigerator body which includes a freezing compartment and a refrigerating compartment; a refrigerating compartment door unit which opens or closes a front side of the refrigerating compartment; an ice making compartment which is arranged inside the refrigerating compartment door unit, to make ice; a heat exchanger which generates cold air for freezing food stored in the freezing compartment; and a cold air guiding device which guides the cold air generated by the heat exchanger to the ice making compartment, to enable the ice making compartment to make ice, wherein the cold air guiding device includes a duct unit including at least one duct which is arranged in a side wall of the refrigerating compartment, and communicates with the ice making compartment, and wherein the duct is arranged between an outer wall and an inner wall which form the side wall of the refrigerating compartment and spaced apart from the outer wall and the inner wall, wherein the ice making compartment includes a door duct which connects an interior of the ice making compartment to the duct unit.
A method for supplying cutting oil which adopts the following processes in a machine tool for cutting plural kinds of work pieces: a: setting cutting times t 1,...,t i,...,t n for work pieces 1,...,i,...,n and selection of cutting oil to be used, wherein n is an integer of not less than one, and i denotes a kind of work of an i th order, b: setting quantities q 1,...,q i,...,q n of the cutting oil supplied per unit time according to a cutting area of the work pieces 1,...,i,...,n, where the cutting oil selected by process a is used, c: setting a quantity q of a fixed value supplied per unit time which is set under the condition that inequalities of q>q 1,...,q i,...,q n and q ≤ V + q 1 t 1 +... + q i t i +... + q n t n / t 1 +... + t i +... + t n are each satisfied, and supplying the cutting oil continuously to the cutting-oil tank by the quantity q over an entire period of time during which the work pieces 1,...,i,...,n are cut, wherein a volume of the cutting-oil tank is given as V, and a quantity of the cutting oil in the cutting oil tank before cutting is set to be zero, d: supplying the cutting oil to the cutting area with setting quantities of the cutting oil to be q 1 t 1,...,q i t i,...,q n t n on cutting the work pieces 1,...,i,...,n by flowing out from the cutting-oil tank. a: setting cutting times t 1,...,t i,...,t n for work pieces 1,...,i,...,n and selection of cutting oil to be used, wherein n is an integer of not less than one, and i denotes a kind of work of an i th order, b: setting quantities q 1,...,q i,...,q n of the cutting oil supplied per unit time according to a cutting area of the work pieces 1,...,i,...,n, where the cutting oil selected by process a is used, c: setting a quantity q of a fixed value supplied per unit time which is set under the condition that inequalities of q>q 1,...,q i,...,q n and q ≤ V + q 1 t 1 +... + q i t i +... + q n t n / t 1 +... + t i +... + t n are each satisfied, and supplying the cutting oil continuously to the cutting-oil tank by the quantity q over an entire period of time during which the work pieces 1,...,i,...,n are cut, wherein a volume of the cutting-oil tank is given as V, and a quantity of the cutting oil in the cutting oil tank before cutting is set to be zero, d: supplying the cutting oil to the cutting area with setting quantities of the cutting oil to be q 1 t 1,...,q i t i,...,q n t n on cutting the work pieces 1,...,i,...,n by flowing out from the cutting-oil tank.
A cosmetic containing inorganic particles consisting of a compound represented by the general formula: Mg x Ti y O (x+2y+2z):Mn 4+ z. wherein 1.5<x<2.5, 0.5<y≦1.5, and 0.0001<z<0.1, and having the inorganic particle content of 0.1 to 90 wt% relative to the total amount of the cosmetic.
Hydraulic valve device, especially an LS directional control valve, with fluid connections provided in a housing arrangement, such as at least one pressure supply connection, at least one service connection (A, B) and preferably one load sensing connection, and with a control device, which can be moved in one or the other direction of motion to at least partially control fluid connections in the housing arrangement, an adjustable stop device (25, 31, 47, 59) being provided to restrict the stroke length of the travel movements of the control device or parts thereof in the one direction and in the other direction, the stop device (25, 31, 47, 59) comprising a stop face facing the one direction of motion and a second stop face facing the other direction of motion on the same axial end region of a sliding piston of the control device, a counterstop (31, 59) being provided for each stop face (25, 47), both of these being arranged on the respective same end region of the housing arrangement, and a stop face being formed on the end face of the respective axial end of the sliding piston, characterised in that the position of the counterstops (31, 59) can be adjusted and in that the counterstop for the stop face located on the end face of the sliding piston is formed on an adjustment screw, which extends parallel with the axis of travel in the associated end portion of the housing arrangement and is accessible from the outer side of the housing.
A method for producing a mechanochemically carbonated slag, said method comprising the following steps: a) providing a feedstock comprising or consisting of a slag precursor; b) providing a gas comprising at least 0.5 vol% CO 2; c) introducing said feedstock and said gas into a mechanical agitation unit; and d) subjecting the material of said feedstock to a mechanical agitation operation in the presence of said gas in said mechanical agitation unit, wherein step (d) is not performed on an aqueous solution or slurry. a) providing a feedstock comprising or consisting of a slag precursor; b) providing a gas comprising at least 0.5 vol% CO 2; c) introducing said feedstock and said gas into a mechanical agitation unit; and d) subjecting the material of said feedstock to a mechanical agitation operation in the presence of said gas in said mechanical agitation unit,
Method for facilitating the approach to a platform present on a liquid surface with an aircraft, the method comprising a preparation phase for preparing an approach trajectory to a platform, the method comprising: - during said preparation phase, said approach trajectory is prepared for approaching a theoretical position of said platform, said theoretical position being input by an operator or coming from a platform database, - during a consolidation phase for consolidating said approach trajectory: ∘ the current position (20") of said platform is determined, ∘ a distance separating said theoretical position from said current position (20") is determined, ∘ an alert is triggered when said distance is greater than a first threshold, the method being characterised in that during said consolidation phase for consolidating said approach trajectory, a vector connecting the theoretical position of the platform to a new target position (20") is determined automatically, and said approach trajectory is offset automatically by applying said vector thereto in order to reach said new position (20"). - during said preparation phase, said approach trajectory is prepared for approaching a theoretical position of said platform, said theoretical position being input by an operator or coming from a platform database, - during a consolidation phase for consolidating said approach trajectory: ∘ the current position (20") of said platform is determined, ∘ a distance separating said theoretical position from said current position (20") is determined, ∘ an alert is triggered when said distance is greater than a first threshold, ∘ the current position (20") of said platform is determined, ∘ a distance separating said theoretical position from said current position (20") is determined, ∘ an alert is triggered when said distance is greater than a first threshold,
An oral care composition consisting of a first and a second composition, wherein • said first and second composition being maintained separate from each other until dispensed and combined for simultaneous application; and • said first composition contains a phosphate ion releaser having a water solubility of at least 2.1 g/l (20°C); and • said second composition contains a calcium ion releaser having a water solubility of at least 2.1 g/l (20°C); and • said first and / or said second composition contains a film forming agent; and • said first and / or said second composition contains an acrylate polymer ion releaser; and • said first and / or said second composition contains a silicate ion releaser; and • said first and / or said second composition optionally contains abrasive particles; and • said first composition optionally contains a fluoride ion releaser. • said first and second composition being maintained separate from each other until dispensed and combined for simultaneous application; and • said first composition contains a phosphate ion releaser having a water solubility of at least 2.1 g/l (20°C); and • said second composition contains a calcium ion releaser having a water solubility of at least 2.1 g/l (20°C); and • said first and / or said second composition contains a film forming agent; and • said first and / or said second composition contains an acrylate polymer ion releaser; and • said first and / or said second composition contains a silicate ion releaser; and • said first and / or said second composition optionally contains abrasive particles; and • said first composition optionally contains a fluoride ion releaser.
A test or isolation plug, comprising a gripper comprising a plurality of gripper segments, each gripper segment having a pipe or tube confronting surface with two or more separate circumferentially-extending rows of gripper teeth longitudinally-spaced apart on said surface, each of the separate rows of gripper teeth comprising an alternating array of individual tips and gaps such that each row is serrated along its length, and each of said individual tips having a truncated oblique pyramidal shape; a plug body extending along a longitudinal axis; and at least one elastic seal carried on said plug body; the plurality of the gripper segments being aligned in an assembly on said plug body such that an open slot is located between each adjacent pair of gripper segments.
A yarn pressing mechanism for being used in a yarn joining device to press a first yarn end and a second yarn end when joining the first yarn end and the second yarn end by the action of compressed air, comprising: a contact member having a contact surface that extends horizontally in a yarn running direction: and a yarn pressing member that is arranged movably so as to approach and separate from the contact surface, and presses the first yarn end and the second yarn end in cooperation with the contact surface by contacting the contact surface, wherein the yarn pressing member includes a first pressing lever that presses the first yarn end in cooperation with the contact surface; a second pressing lever that presses the second yarn end in cooperation with the contact surface; a linking section that links the second pressing lever to the first pressing lever; characterized in that said linking section links the second pressing lever to the first pressing lever so as to be movable; whereby a biasing member biases the second pressing lever with respect to the first pressing lever such that the second pressing lever is biased toward the contact surface side. a contact member having a contact surface that extends horizontally in a yarn running direction: and a yarn pressing member that is arranged movably so as to approach and separate from the contact surface, and presses the first yarn end and the second yarn end in cooperation with the contact surface by contacting the contact surface, wherein the yarn pressing member includes a first pressing lever that presses the first yarn end in cooperation with the contact surface; a second pressing lever that presses the second yarn end in cooperation with the contact surface; a linking section that links the second pressing lever to the first pressing lever; a first pressing lever that presses the first yarn end in cooperation with the contact surface; a second pressing lever that presses the second yarn end in cooperation with the contact surface; a linking section that links the second pressing lever to the first pressing lever; characterized in that said linking section links the second pressing lever to the first pressing lever so as to be movable; whereby a biasing member biases the second pressing lever with respect to the first pressing lever such that the second pressing lever is biased toward the contact surface side.
Inverter housing for an inverter, comprising at least two housing parts (16, 17) which can be detachably connected to one another via fastening elements, comprising a connection region and comprising an operating region provided on one housing part (16, 17), wherein an optoelectronic operating unit for operating the inverter is provided, the operating unit comprising at least one proximity photoelectric sensor each having a light source and a light detector arranged next to the light source, comprising evaluation electronics, and comprising an operating surface arranged above the light source and the light detector of each proximity photoelectric sensor, which operating surface is intended for operating the proximity photoelectric sensor as a result of an object approaching, wherein a optical waveguide connected to one housing part is arranged between each operating surface and the light source and the light detector of a proximity photoelectric sensor, the other housing part has a receptacle for a circuit board which contains the proximity photoelectric sensor of the optoelectronic operating unit, a signal light source for emitting light in the visible wavelength range is arranged in such a way that the light in the visible wavelength range emitted by the signal light source can be projected onto the operating surface via the optical waveguide, and the connection region is arranged below the operating region.
A pump, in particular a blood pump, having a pump housing, a driveshaft arranged in an interior of the pump housing along a longitudinal direction, and a conveying element arranged on the driveshaft, wherein the pump housing comprises at least a pump-receiving portion and a proximal portion arranged proximally of the pump-receiving portion, and is transferable from an expandable state into a compressed state along a radial direction extending transversely to the longitudinal direction; and wherein the driveshaft is pivoted in the region of the proximal end of the pump housing in a proximal bearing; characterised in that the driveshaft is configured in such a way that a bending resistance of the driveshaft in the region of the proximal portion of the pump housing and distally of the proximal bearing is coordinated with a bending resistance of the proximal portion, such that when the pump housing bends, the conveying element is arranged substantially concentrically within the pump-receiving portion. comprises at least a pump-receiving portion and a proximal portion arranged proximally of the pump-receiving portion, and is transferable from an expandable state into a compressed state along a radial direction extending transversely to the longitudinal direction;
Furniture element (1, 110), in particular a shelf or rack having at least one support plane, comprising - a carcass (3, 130) and a bottom panel (2, 120), - wherein mutually facing support surfaces (21, 31, 61, 121) of the carcass (3, 130) or a support panel (61, 161) attached to an underside of the carcass (3, 130) and the bottom panel (2, 120) each have at least one running groove (22, 62, 122, 162) in which rolling elements (51, 151) are guided, - wherein the carcass (3, 130) is movable relative to the bottom panel (2, 120) from an initial position to an intermediate position and further to an open position and back, - wherein in the intermediate position the carcass (3, 130) is rotated relative to the bottom panel (2, 120) in a direction of rotation (R 1, R 2) and displaced in a predetermined direction, - a mechanism for opening and/or closing the carcass (3, 130) with a force accumulator (9, 141) supporting an opening and/or closing movement of the carcass (3, 130), characterized by - a guide channel which predetermines the direction is provided in the bottom panel, in which guide channel a guide element is displaceably mounted and the mechanism is coupled to the guide element, wherein the force accumulator is fixed to the bottom panel and coupled to the guide element to support a displacement movement in the guide channel. - a carcass (3, 130) and a bottom panel (2, 120), - wherein mutually facing support surfaces (21, 31, 61, 121) of the carcass (3, 130) or a support panel (61, 161) attached to an underside of the carcass (3, 130) and the bottom panel (2, 120) each have at least one running groove (22, 62, 122, 162) in which rolling elements (51, 151) are guided, - wherein the carcass (3, 130) is movable relative to the bottom panel (2, 120) from an initial position to an intermediate position and further to an open position and back, - wherein in the intermediate position the carcass (3, 130) is rotated relative to the bottom panel (2, 120) in a direction of rotation (R 1, R 2) and displaced in a predetermined direction, - a mechanism for opening and/or closing the carcass (3, 130) with a force accumulator (9, 141) supporting an opening and/or closing movement of the carcass (3, 130), characterized by - a guide channel which predetermines the direction is provided in the bottom panel, in which guide channel a guide element is displaceably mounted and the mechanism is coupled to the guide element, wherein the force accumulator is fixed to the bottom panel and coupled to the guide element to support a displacement movement in the guide channel.
An elastomer, which is a fluorine-containing elastomer having a glass transition temperature of ≤ 20°C and comprising - a vinylidene fluoride (VdF) unit, and - at least one unsaturated ether unit selected from units based on monomers or: CH 2 =CFCF 2 -O-Rf 1 CH 2 =CF-O-Rf 2 wherein Rf 1 is linear or branched C 1-20 -fluoroalkyl which (i) contains no substituent other than F and (ii), if being C≥ 2 -fluoroalkyl, may optionally containing an oxygen atom between carbon atoms, and Rf 2 is fluoroalkyl containing no substituent other than F. - a vinylidene fluoride (VdF) unit, and - at least one unsaturated ether unit selected from units based on monomers or: CH 2 =CFCF 2 -O-Rf 1 CH 2 =CF-O-Rf 2 wherein Rf 1 is linear or branched C 1-20 -fluoroalkyl which (i) contains no substituent other than F and (ii), if being C≥ 2 -fluoroalkyl, may optionally containing an oxygen atom between carbon atoms, and Rf 2 is fluoroalkyl containing no substituent other than F. Rf 1 is linear or branched C 1-20 -fluoroalkyl which (i) contains no substituent other than F and (ii), if being C≥ 2 -fluoroalkyl, may optionally containing an oxygen atom between carbon atoms, and Rf 2 is fluoroalkyl containing no substituent other than F.
Multi-piece lattice-mast section having a. a longitudinal axis, b. a plurality of chord members extending in the direction defined by the longitudinal axis, c. a plurality of connecting struts (16, 20, 30) each connecting together two adjacent chord members, d. a lattice-mast cross-sectional area oriented perpendicularly to the longitudinal axis, having a lattice-mast width (B G) and a lattice-mast height (H G), and e. at least two lattice-mast sub-assemblies (15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48) which are connected together releasably, the lattice-mast sub-assemblies (15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48) each being of f. a width (B GB) which is less than the lattice-mast width (B G) and/or g. a height (H GB) which is less than the lattice-mast height (H G), and the connecting struts being solidly connected, in an operating position, to a chord member, the lattice-mast section (35; 41; 45; 48) being constructed in a modular form, characterised in that the lattice-mast sub-assemblies (15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48) are constructed in the form of chord members able to be connected together individually, connecting struts each connecting together two adjacent chord members, and/or end-pieces able to be mounted on the ends of the chord members. a. a longitudinal axis, b. a plurality of chord members extending in the direction defined by the longitudinal axis, c. a plurality of connecting struts (16, 20, 30) each connecting together two adjacent chord members, d. a lattice-mast cross-sectional area oriented perpendicularly to the longitudinal axis, having a lattice-mast width (B G) and a lattice-mast height (H G), and e. at least two lattice-mast sub-assemblies (15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48) which are connected together releasably, f. a width (B GB) which is less than the lattice-mast width (B G) and/or g. a height (H GB) which is less than the lattice-mast height (H G), and