mhurhangee/ep-ind-claims huggingface dataset:
A suspension device, configured to be interposed between a vehicle main body and a wheel, capable of suspending the wheel in a cantilever manner, the suspension device comprising: a shock absorber body including an inner tube and an outer tube that allows the inner tube to be inserted therethrough in a freely slidable manner; one or more guide rods parallel to the inner tube, the one or more guide rods each having an upper end portion fixed to an upper end portion of the inner tube through an intermediation of a bracket; and a guide member mounted to an opening portion of the outer tube on a side on which the inner tube is inserted, for axially supporting a lower end side of the one or more guide rods passing through the guide member in a freely slidable manner, characterized in that the guide member comprises: a through hole that allows each of the one or more guide rods to pass therethrough; a pair of dust seals (90a, 90a) mounted to opening portions on both sides of the through hole, respectively; and an annular bearing member arranged between the pair of dust seals (90a, 90a) and brought into slidable contact with an outer periphery of the each of the one or more guide rods. a shock absorber body including an inner tube and an outer tube that allows the inner tube to be inserted therethrough in a freely slidable manner; one or more guide rods parallel to the inner tube, the one or more guide rods each having an upper end portion fixed to an upper end portion of the inner tube through an intermediation of a bracket; and a guide member mounted to an opening portion of the outer tube on a side on which the inner tube is inserted, for axially supporting a lower end side of the one or more guide rods passing through the guide member in a freely slidable manner, characterized in that the guide member comprises: a through hole that allows each of the one or more guide rods to pass therethrough; a pair of dust seals (90a, 90a) mounted to opening portions on both sides of the through hole, respectively; and an annular bearing member arranged between the pair of dust seals (90a, 90a) and brought into slidable contact with an outer periphery of the each of the one or more guide rods. a through hole that allows each of the one or more guide rods to pass therethrough; a pair of dust seals (90a, 90a) mounted to opening portions on both sides of the through hole, respectively; and an annular bearing member arranged between the pair of dust seals (90a, 90a) and brought into slidable contact with an outer periphery of the each of the one or more guide rods.
A hinged clamp with a hinge and a central clamping aperture for holding a medical device, comprising: a first jaw element, comprising at least one first hinge-sided handle on the side of the hinge extending to one end of this element; a second jaw element, comprising at least one second hinge-sided handle on the side of the hinge extending to one end of this element; and a bending joint coupling said first jaw element and said second jaw element to form the hinge and the central clamping aperture with a lateral opening opposing the joint for clamping the medical device; wherein on the hinge-side of the clamp said hinge-sided handles (22,26) are arranged opposing each other in a side-by-side configuration for manual action to effect opening of said central clamping aperture; characterized in that on the clamp side of the clamping aperture opposite to the hinge side each jaw element (32,36) further comprises a clamp-sided handle (24,28) said clamp-sided handles (24,28) are arranged opposing each other in a side-by-side configuration for manual action to effect further closing of said central clamping aperture. a first jaw element, comprising at least one first hinge-sided handle on the side of the hinge extending to one end of this element; a second jaw element, comprising at least one second hinge-sided handle on the side of the hinge extending to one end of this element; and a bending joint coupling said first jaw element and said second jaw element to form the hinge and the central clamping aperture with a lateral opening opposing the joint for clamping the medical device; wherein on the hinge-side of the clamp said hinge-sided handles (22,26) are arranged opposing each other in a side-by-side configuration for manual action to effect opening of said central clamping aperture; characterized in that on the clamp side of the clamping aperture opposite to the hinge side each jaw element (32,36) further comprises a clamp-sided handle (24,28) said clamp-sided handles (24,28) are arranged opposing each other in a side-by-side configuration for manual action to effect further closing of said central clamping aperture.
A method for monitoring a lithographic process, comprising: obtaining height variation data relating to a substrate supported by a substrate support; fitting a regression through the height variation data, said regression approximating the shape of the substrate; determining residual data representing the difference between the height variation data and the regression; and monitoring variation of said residual data over time. obtaining height variation data relating to a substrate supported by a substrate support; fitting a regression through the height variation data, said regression approximating the shape of the substrate; determining residual data representing the difference between the height variation data and the regression; and monitoring variation of said residual data over time.
An aqueous composition comprising: 0.001-20 mass% of one or more kinds of fluorine-containing compounds selected from tetrafluoroboric acid, hexafluorosilicic acid, hexafluoroaluminic acid, hexafluorotitanic acid and a salt thereof, with respect to the total amount of the composition; 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition; and optionally 0.001-10 mass% of hydrogen fluoride with respect to the total amount of the composition; wherein pH of the aqueous composition is in a range of 0-7; and wherein the aqueous composition comprises at least one selected from: n-butyl phosphate, n-pentyl phosphate, n-hexyl phosphate, n-heptyl phosphate, n-octyl phosphate, n-nonyl phosphate, n-decyl phosphate, n-undecyl phosphate, n-dodecyl phosphate, n-tridecyl phosphate, 2-ethylhexyl phosphate, isodecyl phosphate or a mixture thereof, as the alkyl phosphate; and salts of said alkyl phosphate. 0.001-20 mass% of one or more kinds of fluorine-containing compounds selected from tetrafluoroboric acid, hexafluorosilicic acid, hexafluoroaluminic acid, hexafluorotitanic acid and a salt thereof, with respect to the total amount of the composition; 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition; and optionally 0.001-10 mass% of hydrogen fluoride with respect to the total amount of the composition; wherein pH of the aqueous composition is in a range of 0-7; and wherein the aqueous composition comprises at least one selected from: n-butyl phosphate, n-pentyl phosphate, n-hexyl phosphate, n-heptyl phosphate, n-octyl phosphate, n-nonyl phosphate, n-decyl phosphate, n-undecyl phosphate, n-dodecyl phosphate, n-tridecyl phosphate, 2-ethylhexyl phosphate, isodecyl phosphate or a mixture thereof, as the alkyl phosphate; and salts of said alkyl phosphate. optionally 0.001-10 mass% of hydrogen fluoride with respect to the total amount of the composition; wherein pH of the aqueous composition is in a range of 0-7; and wherein the aqueous composition comprises at least one selected from: n-butyl phosphate, n-pentyl phosphate, n-hexyl phosphate, n-heptyl phosphate, n-octyl phosphate, n-nonyl phosphate, n-decyl phosphate, n-undecyl phosphate, n-dodecyl phosphate, n-tridecyl phosphate, 2-ethylhexyl phosphate, isodecyl phosphate or a mixture thereof, as the alkyl phosphate; and salts of said alkyl phosphate.
A method for preparing cytotoxic dendritic cells from monocytes comprising subjecting monocytes which were isolated from the peripheral blood to non-adhesive culture in the presence of GM-CSF and pegylated interferon α and further conducting non-adhesive culture with the addition of prostaglandin E2 and OK432.
A device for embellishing or decorating, in particular for foiling, or labeling rotation-symmetrical objects, the device comprising the following: - a transfer means for transferring or applying embellishments, decorations or labels; - a means for relatively moving the transfer means and the object in a first direction; - a, preferably bracket-shaped, multiaxial adjusting device which can detachably hold the object by means of holding means, preferably clamping means, while transferring or applying embellishments, decorations or labels, the holding means being connected via first drive means for being rotationally driven such that the object is rotatable about a symmetrical rotational axis; - a displacement device which is connected to a base (05.1) of the multiaxial adjusting device and is connected to second driving means for translationally driving the base (05.1) of the multiaxial adjusting device in a second direction perpendicular to the first direction; - means for rotationally driving the multiaxial adjusting device with respect to the base (05.1) of the multiaxial adjusting device and/or the displacement device about a base axis parallel to the first direction; characterized by - means for driving, in particular pivoting, the base (05.1) of the multiaxial adjusting device along a curved trajectory in a plane perpendicular to the first direction. - a transfer means for transferring or applying embellishments, decorations or labels; - a means for relatively moving the transfer means and the object in a first direction; - a, preferably bracket-shaped, multiaxial adjusting device which can detachably hold the object by means of holding means, preferably clamping means, while transferring or applying embellishments, decorations or labels, the holding means being connected via first drive means for being rotationally driven such that the object is rotatable about a symmetrical rotational axis; - a displacement device which is connected to a base (05.1) of the multiaxial adjusting device and is connected to second driving means for translationally driving the base (05.1) of the multiaxial adjusting device in a second direction perpendicular to the first direction; - means for rotationally driving the multiaxial adjusting device with respect to the base (05.1) of the multiaxial adjusting device and/or the displacement device about a base axis parallel to the first direction; characterized by - means for driving, in particular pivoting, the base (05.1) of the multiaxial adjusting device along a curved trajectory in a plane perpendicular to the first direction.
An exhaust heat recovery structure comprising: a first pipe through which exhaust gas from an engine flows; a second pipe that branches from the first pipe, a heat exchanger configured to implement heat exchange with the exhaust gas being provided at the second pipe; and an opening and closing valve provided at the first pipe, the opening and closing valve being configured to adjust flow amounts of the exhaust gas flowing into the second pipe by opening and closing, wherein the first pipe includes a first pipe body and a second pipe body that are adjacent in a flow direction of the exhaust gas, and a join portion between the first pipe body and the second pipe body is provided along a circumferential direction of the first pipe, characterized in that the opening and closing valve is disposed at the first pipe body side of the first pipe, the first pipe body is disposed at an upstream side of the flow direction of the exhaust gas, and the second pipe body is disposed at the downstream side of the flow direction of the exhaust gas; and the first pipe body and second pipe body are joined in a state in which an end portion of the first pipe body, at a side thereof at which the second pipe body is disposed, is superposed with an outer periphery face of the second pipe body. a first pipe through which exhaust gas from an engine flows; a second pipe that branches from the first pipe, a heat exchanger configured to implement heat exchange with the exhaust gas being provided at the second pipe; and an opening and closing valve provided at the first pipe, the opening and closing valve being configured to adjust flow amounts of the exhaust gas flowing into the second pipe by opening and closing, wherein the first pipe includes a first pipe body and a second pipe body that are adjacent in a flow direction of the exhaust gas, and a join portion between the first pipe body and the second pipe body is provided along a circumferential direction of the first pipe, the opening and closing valve is disposed at the first pipe body side of the first pipe, the first pipe body is disposed at an upstream side of the flow direction of the exhaust gas, and the second pipe body is disposed at the downstream side of the flow direction of the exhaust gas; and the first pipe body and second pipe body are joined in a state in which an end portion of the first pipe body, at a side thereof at which the second pipe body is disposed, is superposed with an outer periphery face of the second pipe body.
A head-up display having a head-up display system and having a windowpane onto which the optical system directs the image of the display device, the head-up display system having an image-generating display device for generating an image and an optical system for deflecting the generated image onto the windowpane, the display device being an electronic paper display, wherein an image-generating surface of the display device is curved in such a way that the curvature of the image-generating surface at least partially compensates distortion of the image due to the windowpane.
Drainage layer, which, with the formation of a network or grid structure, consists of individual line elements, wherein the individual line elements exhibit at least in part a curved slewed course, wherein two adjacent at least in part curved-course line elements delimit, between two sequential crossing points a flow space, which has its largest opening width between two interspaced crest points of the curved courses, characterised in that, at the crossing points, at which the curved line elements are in contact above one another, they enclose an angle (α), which constantly changes within this relationship within predeterminable angle limits.
A dispenser device for dispensing a fluid or powder composition, the dispenser device including a dispenser head that is provided with a dispenser outlet, an air expeller including a piston that slides in an air chamber for generating a flow of air while the device is being actuated; and at least one reservoir that contains a single dose of composition, said reservoir being assembled in said dispenser head to form a unit assembly, said reservoir including an air inlet that is connected to said air expeller, and a composition outlet that is connected to said dispenser outlet, said air inlet including a composition retainer member for retaining the composition in the reservoir until the composition is dispensed, and said composition outlet being closed by a closure element that is force fitted in the composition outlet of the reservoir; said device further including a mechanical opening system (61, 62) that co-operates with said closure element so as to expel it mechanically from its closed position while the device is being actuated, said reservoir being mounted in removable manner on said air expeller, so that after the device has been actuated, the empty reservoir may be removed from said air expeller and replaced by a new full reservoir, said air expeller being suitable for returning to its rest position so as to enable a new actuation with said new full reservoir, the dispenser device being characterized in that said air expeller is returned to its rest position while an empty reservoir is being replaced by a full reservoir, a breakable part being assembled on said reservoir and/or on said dispenser head, said breakable part including an indicator element that is connected to said breakable part by at least one breakable bridge that is suitable for being broken during the actuation of the device, said indicator element co-operating with a first rod portion that is secured to the piston of the air expeller, such that inserting said reservoir in said air expeller causes said piston to move towards its rest position.
A fixing kit for fixing a heating or air conditioning apparatus on a surface, said kit comprising a plurality of fixing devices (1; 1'; 11, 21; 38) and a support on which the heating or air conditioning apparatus is intended to be attached, an anchoring hole (4; 4'; 14; 24) being formed in each fixing device (1; 1'; 11, 21; 38) for the fixing of the fixing device (1; 1'; 11, 21; 38) on the surface, each fixing device (1; 1'; 11, 21; 38) further bearing a coupling means (3; 3'; 13; 25) with the support, said support including a plurality of attachment means for the fixing thereof on the surface, and each attachment means of the support being designed to be fixed directly in a preformed hole in the surface or fixed in the preformed hole in the surface by means of one of said fixing devices (1; 1'; 11, 21; 38), the anchoring hole (4; 4'; 14; 24) of each fixing device (1; 1'; 11, 21; 38) then being intended to cooperate with the preformed hole in said surface, the coupling means of each fixing device (1; 1'; 11, 21; 38) being configured to cooperate with the attachment means of said support.
Device (1; 101) for limiting the pressure in a fluid circulating in a system for cleaning at least one glazed surface of a motor vehicle, having a movable first member (10; 110) having a movable portion (11; 111) inserted in an internal duct (25, 26; 125, 126) of a fixed second member (20; 120), said movable portion (11, 111) being formed by at least one elastically deformable element (15; 115) and an element (16; 116) for shutting off the internal duct (25, 26; 125, 126) of the fixed second member (20; 120), characterized in that the at least one elastically deformable element is able to lengthen under the effect of the washer fluid pushing on the shut-off element (16; 116).
Process for preparing chlorine by means of multistage oxidation by a) thermal reaction of hydrogen chloride with oxygen using catalysts, in which the gas mixture formed in the reaction a), consisting of the target products chlorine and water, unconverted hydrogen chloride and oxygen, and further secondary constituents, especially carbon dioxide and nitrogen, b) is cooled down for condensation of hydrochloric acid and c) the resultant aqueous solution of hydrogen chloride is separated from the gas mixture, characterized in that d) the hydrochloric acid separated off is at least partly fed to an electrochemical oxidation in which at least a portion of the aqueous hydrochloric acid is oxidized to chlorine, using an oxygen-reducing gas diffusion electrode as cathode which is supplied with oxygen, e) the chlorine gas obtained in step d) is added to the gas mixture obtained in step c), f) the residues of water present in the gas mixture from step c) and e) are removed, especially by scrubbing with sulfuric acid, g) the resultant chlorine-rich gas mixture is separated from oxygen and optionally from secondary constituents. a) thermal reaction of hydrogen chloride with oxygen using catalysts, in which the gas mixture formed in the reaction a), consisting of the target products chlorine and water, unconverted hydrogen chloride and oxygen, and further secondary constituents, especially carbon dioxide and nitrogen, b) is cooled down for condensation of hydrochloric acid and c) the resultant aqueous solution of hydrogen chloride is separated from the gas mixture, characterized in that d) the hydrochloric acid separated off is at least partly fed to an electrochemical oxidation in which at least a portion of the aqueous hydrochloric acid is oxidized to chlorine, using an oxygen-reducing gas diffusion electrode as cathode which is supplied with oxygen, e) the chlorine gas obtained in step d) is added to the gas mixture obtained in step c), f) the residues of water present in the gas mixture from step c) and e) are removed, especially by scrubbing with sulfuric acid, g) the resultant chlorine-rich gas mixture is separated from oxygen and optionally from secondary constituents.
Method for operating a power converter for a permanently excited electric machine, wherein an observer uses operating parameters of the electric machine as a basis for ascertaining temperature information describing a temperature of at least one permanent magnet of the electric machine and the temperature information is used as a basis for controlling the power converter, wherein a computing device processing processes (18, 19) in time slices performs, in a first time slice, a first process for measuring parameter values for ascertaining the operating parameters and, in a second time slice which is called less often than the first time slice, performs a second process which ascertains the temperature information, wherein the parameter values are measured over a duration of a measuring pass comprising one or more electrical or mechanical periods of the electric machine, characterized in that the parameter values are only used for ascertaining the operating parameters if a validation criterion describing the presence of quasi-steady-state operation of the electric machine is met, and if the validation criterion is not met a new measuring pass is carried out.