mhurhangee/ep-ind-claims huggingface dataset:
A water dispersible granular composition comprising: i. microcapsules comprising of: a. at least one agrochemical active ingredient encapsulated within a polymeric shell wall; and, wherein the agrochemical active ingredient has a water solubility of less than 100 mg/litre at 20 °C; and, b. polyvinyl alcohol with a molecular weight of from 15,000 to 21,000, a degree of hydrolysis of from 87% to 89% and a viscosity of from 3.5 cps to 4.5 cps; ii. a filler base comprising of: a. at least one water insoluble filler; b. at least one water soluble suspension adjuvant selected from the group consisting of water soluble carbohydrates and polyvinylpyrrolidone; and, iii. at least one agrochemical excipient. i. microcapsules comprising of: a. at least one agrochemical active ingredient encapsulated within a polymeric shell wall; and, wherein the agrochemical active ingredient has a water solubility of less than 100 mg/litre at 20 °C; and, b. polyvinyl alcohol with a molecular weight of from 15,000 to 21,000, a degree of hydrolysis of from 87% to 89% and a viscosity of from 3.5 cps to 4.5 cps; a. at least one agrochemical active ingredient encapsulated within a polymeric shell wall; and, wherein the agrochemical active ingredient has a water solubility of less than 100 mg/litre at 20 °C; and, b. polyvinyl alcohol with a molecular weight of from 15,000 to 21,000, a degree of hydrolysis of from 87% to 89% and a viscosity of from 3.5 cps to 4.5 cps; ii. a filler base comprising of: a. at least one water insoluble filler; b. at least one water soluble suspension adjuvant selected from the group consisting of water soluble carbohydrates and polyvinylpyrrolidone; and, a. at least one water insoluble filler; b. at least one water soluble suspension adjuvant selected from the group consisting of water soluble carbohydrates and polyvinylpyrrolidone; and, iii. at least one agrochemical excipient.
Sheath of elastomeric material for a prosthesis liner, comprising an inner wall and an outer wall delimiting a sheath body that extends between a proximal end suitable to slip the sheath body onto a stump and a distal end, the sheath being characterized in that it is provided at its distal end with a conformable cavity that is formed in the sheath body, which cavity is open to the outside via an opening provided in the outer wall of the sheath.
A gas pressure regulator comprising a body defining a front portion and opposed side portions (26, 28), a first gas pressure indicator mounted to a lower end of the front portion of the body, a second gas pressure indicator mounted to an upper end of the front portion of the body, wherein the first gas pressure indicator and the second gas pressure indicator are stacked along a vertical axis parallel to and off to the side of a longitudinal axis of a gas cylinder to which the gas pressure regulator is mounted, characterized in that a bonnet is mounted to an exterior portion of the body, the bonnet having a circular diameter parallel to the vertical axis, the pressure indicators (30, 40) being located within the bounds of the diameter of the bonnet, a pressure adjustment knob mounted to one of the side portions of the body, and a fitting for securing the gas pressure regulator to the gas cylinder is provided on the other of the side portions.
A method for editing a document using a document preparation program for editing documents on an electronic device, the method comprising: presenting, by the document preparation program, the document including words in a document preparation window; receiving a selection command for selecting a plurality of words included in the document presented on the document preparation window by dragging a selection element over the plurality of words to be selected; displaying, if a selection command is received, an image search button; invoking, by the document preparation program and in response to an input to the image search button, a web search using at least one other word in addition to the plurality of words selected by the selection command as search terms; presenting, in part of the document preparation window, a plurality of images resulting from the web search while presenting the document in the document preparation window; receiving a selection of an image among the plurality of presented images while presenting the plurality of images and the document in the document preparation window; and inserting the selected image into a set position in the document preparation window while presenting the plurality of images and the document in the document preparation window. presenting, by the document preparation program, the document including words in a document preparation window; receiving a selection command for selecting a plurality of words included in the document presented on the document preparation window by dragging a selection element over the plurality of words to be selected; displaying, if a selection command is received, an image search button; invoking, by the document preparation program and in response to an input to the image search button, a web search using at least one other word in addition to the plurality of words selected by the selection command as search terms; presenting, in part of the document preparation window, a plurality of images resulting from the web search while presenting the document in the document preparation window; receiving a selection of an image among the plurality of presented images while presenting the plurality of images and the document in the document preparation window; and inserting the selected image into a set position in the document preparation window while presenting the plurality of images and the document in the document preparation window.
Outdoor fitness apparatus (1, 101), in particular a bench press, comprising a handle (11, 11', 111, 111') borne in a movable manner on a stationary part (6, 6') of the outdoor fitness apparatus (1, 101), wherein transverse forces acting on the handle (11, 11', 111, 111') are diverted via a rotational joint (7, 7', 107, 107') into the stationary part (6, 6') and wherein the rotational joint (7, 7', 107, 107') fastens the handle (11, 11', 111, 111') on the stationary part (6, 6') of the outdoor fitness apparatus, wherein a weight element (17a, 17b, 17c, 17d, 17e, 17a', 17b', 17c', 17d', 17e') is attached to the handle (11, 11', 111, 111'), wherein the weight element (17a, 17b, 17c, 17d, 17e, 17a', 17b', 17c', 17d', 17e') is held on the handle (11, 11', 111, 111') so as to be displaceable in the longitudinal direction of the handle (11, 11', 111, 111') characterised in that the handle (11, 11', 111, 111') at least approximately forms a circular arc section so that a weight element (17a, 17b, 17c, 17d, 17e, 17a', 17b', 17c', 17d', 17e') positioned at one end of the handle (11, 11', 111, 111') can be pushed over a vertex of the handle (11, 11', 111, 111').
Method of production of a seamless high-pressure steel cylinder, where the cylinder is made in the first step by backwards extrusion process, when first the bottom is produced by using of a shaped punching head, wherein the head has a bigger outer diameter and the die has greater inner diameter than the final dimensions are, and afterwards the broaching with monolitic pressing mandrel provided with the shaped end is done, which has the same form of the bottom surface as the shaped punching head, characterized in, that on the outer surface of the shaped punching head a cavity for creating of the inner material strengthening of the bottom of the high-pressure steel cylinder is created and the backwards extrusion using such modified shaped punching head is done, afterwords in the subsequent step the backwards extrusion process with monolitic pressing mandrel is done, the mandrel is provided by the shaped end provided with the cavity, wherein the rest of the high-pressure steel cylinder is made by the known method and in the end the inner material strenghtening on the bottom of the high-pressure steel cylinder is drilled through and so the through-out bottom neck is created, the method resulting in a high-pressure steel cylinder with an upper neck on the rounded end, which protrudes from the cylinder and is provided with an opening, the high-pressure steel cylinder being additionally provided on its bottom with another bottom neck made in an inner material strengthening which is orientated insidewards of the high-pressure steel cylinder, and the inner material strengthening is provided with a through-out-opening.
Light module for a lighting equipment of a motor vehicle comprising a light source assembly with multiple separately controllable light sources combined to an array for emitting light, multiple primary optics elements combined to a primary optics array in the form of collective lenses each of which has a light ingress surface and a light-emitting surface, wherein the primary optics elements are designed to bundle at least part of the light emitted by the light sources and to generate intermediate light distributions on the light-emitting surfaces, and further comprising a secondary optics system for projecting the emitted light on a road in front of the motor vehicle as resulting overall light distribution of the light module, characterized in that the light sources are located between the light ingress surfaces of the collective lenses and that the secondary optics system for projecting the intermediate light distributions on the road in front of the motor vehicle as the resulting overall light distribution of the light module is focused at least on one of the light-emitting surfaces of the collective lenses.
A cut-resistant yarn structure comprising: a first cut-resistant core filament; a second cut-resistant core filament; a first covering yarn wound over the first cut-resistant core filament and the second cut-resistant core filament; and one or more covering layers wound over the first covering yarn, characterised in that the first covering yarn comprises a core-spun yarn in which staple fibers are spun over a third cut-resistant core filament. a first cut-resistant core filament; a second cut-resistant core filament; a first covering yarn wound over the first cut-resistant core filament and the second cut-resistant core filament; and one or more covering layers wound over the first covering yarn, characterised in that the first covering yarn comprises a core-spun yarn in which staple fibers are spun over a third cut-resistant core filament.
Cooling apparatus, in particular for electronic components, comprising a heat sink with several cooling sections (5, 5a) protruding from a base body, and a temperature sensor provided on the heat sink, characterised in that the temperature sensor is arranged in a recess penetrating the base body and extending into the interior of only one adjoining cooling section.
A de-icing system (55, 87) for attaching to an aircraft comprising: (i) a shield (53, 83) having an inner surface and an outer surface wherein the shield is configured to be fixed to an aircraft wing or slat structure at a plurality of fixation points of the system; (ii) one or more actuators (501, 801) positioned adjacent the inner surface of the shield and spaced apart from each of the plurality of fixation points; wherein each of the one or more actuators is configured to generate an actuator force against the inner surface of the shield; and a plurality of stiffeners and a plurality of reduced thickness area arranged along a width of the shield so that a thickness between the inner surface and the outer surface of the shield varies across the width of the shield and causes the shield to undergo a twist-like deformation when subjected to the actuator forces, wherein a stiffness of the shield is greater at a portion of the shield having one of the plurality of the stiffeners than at one of the plurality of reduced thickness areas. (i) a shield (53, 83) having an inner surface and an outer surface wherein the shield is configured to be fixed to an aircraft wing or slat structure at a plurality of fixation points of the system; (ii) one or more actuators (501, 801) positioned adjacent the inner surface of the shield and spaced apart from each of the plurality of fixation points;
A process for recovering copper, uranium and one or more precious metals from an ore material, including: a. forming a heap of the ore material; b. subjecting the heap of the ore material to an acidic heap leach using an iron containing acidic leach solution in the presence of an oxygen containing gas, and producing a pregnant leach solution and a ripios; c. subjecting the ripios to flotation to produce a copper containing ripios concentrate and tailings; and d. subjecting the ripios concentrate to a smelting process to produce a smelted copper product. e. recovering copper and uranium from the pregnant leach solution. a. forming a heap of the ore material; b. subjecting the heap of the ore material to an acidic heap leach using an iron containing acidic leach solution in the presence of an oxygen containing gas, and producing a pregnant leach solution and a ripios; c. subjecting the ripios to flotation to produce a copper containing ripios concentrate and tailings; and d. subjecting the ripios concentrate to a smelting process to produce a smelted copper product. e. recovering copper and uranium from the pregnant leach solution.
Coating method for coating components with a nozzle applicator (2; 14, 15), in particular for painting motor vehicle body components, wherein a) a first nozzle applicator is guided by a first coating robot over the component surface of the component to be coated, b) a second nozzle applicator is guided by a second coating robot over the component surface of the component to be coated, and c) the spatial position of the two nozzle applicators (14, 15) and/or of the component to be coated is measured by means of an optical measurement system (16, 17), characterized in d) that the two nozzle applicators (14, 15) are positioned by the coating robots (12, 13) with a large relative positioning accuracy with a positioning tolerance of less than 2mm over the component surface of the component to be coated, which is made possible by the optical measurement system, e) that the two coating robots (12, 13) cooperate, and f) that the two nozzle applicators (14, 15) cooperate and coat the component surface jointly. a) a first nozzle applicator is guided by a first coating robot over the component surface of the component to be coated, b) a second nozzle applicator is guided by a second coating robot over the component surface of the component to be coated, and c) the spatial position of the two nozzle applicators (14, 15) and/or of the component to be coated is measured by means of an optical measurement system (16, 17), d) that the two nozzle applicators (14, 15) are positioned by the coating robots (12, 13) with a large relative positioning accuracy with a positioning tolerance of less than 2mm over the component surface of the component to be coated, which is made possible by the optical measurement system, e) that the two coating robots (12, 13) cooperate, and f) that the two nozzle applicators (14, 15) cooperate and coat the component surface jointly.
Assembly comprising a refill and an appliance designed for using the refill, the appliance having a refill accommodating structure having an insertion guide (17, 18, 19, 20, 21) along which the refill travels when it is fitted on the appliance and when it is removed therefrom, the refill having an element that serves as a use memory and the accommodating structure having a relief that is positioned so as to act on said element when the refill is fitted on the appliance for the first time, so as to cause it to pass from an inactive configuration in which the element is set back from a region of the refill to an active configuration in which this element protrudes into said region, the accommodating structure having a locking member disposed so as to intercept said element when the latter is in the active configuration, while the refill is being fitted in and removed from the accommodating structure, the element and the locking member being designed such that the locking member can be passed over by said element in the direction of removal of the refill and such that the locking member prevents said element from passing in the direction of insertion of the refill, if an attempt is made to reinsert a refill that has already been used.
Sonotrode for an ultrasonic welding system for welding workpieces (20, 30), having a pressing element that has a contact surface, which pressing element may be applied with this contact surface to one of the workpieces to be welded to one another for carrying out the welding process, wherein the contact surface is ring-shaped in configuration, wherein a centering mandrel projecting axially above the contact surface is arranged within the ring-shaped contact surface and wherein the circumferential surface of the centering mandrel forms a preferably cylindrical centering surface, characterized in that the centering mandrel has a cylindrical centering tip that is tapered with respect to the centering surface.
A filter element for a disc filter apparatus, the filter element comprising a filter member comprising a filter surface, an aperture for placing an internal cavity of the filter element in a fluid communication with a drainage line of the disc filter apparatus, the aperture being arranged to extend inwards from an orifice arranged on an outer surface of the filter element and to end inside the filter element, the aperture being in fluid contact with said internal cavity of the filter element, the aperture being arranged to receive detachably a sleeve connected to said drainage line of the disc filter apparatus, the filter element comprising a pair of side edge surfaces which radiate respectively from an inner edge surface to an outer edge surface, and the aperture being arranged on one of the peripheral edge surfaces (18a, 18b, 18c), characterized in that a sealing arrangement is attached to the aperture at a distance from said orifice in such a manner that the sealing arrangement is configured to be arranged between the aperture and the sleeve, when the sleeve is received in the aperture, and that the orifice is arranged on the inner edge surface and between fastening openings arranged for attaching the filter element to the disc filter apparatus. a filter member comprising a filter surface, an aperture for placing an internal cavity of the filter element in a fluid communication with a drainage line of the disc filter apparatus, the aperture being arranged to extend inwards from an orifice arranged on an outer surface of the filter element and to end inside the filter element, the aperture being in fluid contact with said internal cavity of the filter element, the aperture being arranged to receive detachably a sleeve connected to said drainage line of the disc filter apparatus, the filter element comprising a pair of side edge surfaces which radiate respectively from an inner edge surface to an outer edge surface, and the aperture being arranged on one of the peripheral edge surfaces (18a, 18b, 18c), characterized in that a sealing arrangement is attached to the aperture at a distance from said orifice in such a manner that the sealing arrangement is configured to be arranged between the aperture and the sleeve, when the sleeve is received in the aperture, and that the orifice is arranged on the inner edge surface and between fastening openings arranged for attaching the filter element to the disc filter apparatus.
Device for coupling a vehicle (3 to 5) to a traction cable, comprising a fastening configured to couple the vehicle (3 to 5) to the traction cable, characterized in that the fastening comprises at least three rotatable elements (17 to 20) configured to occupy an coupling position in which said at least three rotatable elements (17 to 20) are in contact with the traction cable, the vehicle is coupled to the traction cable and said at least three rotatable elements (17 to 20) are arranged to divert a portion of the traction cable inside the fastening, the coupling device comprising a regulating means configured to modify a speed of rotation of said at least three rotatable elements (17 to 20) when said at least three rotatable elements (17 to 20) are in the coupling position, so that the vehicle (3 to 5) moves relative to the traction cable.
Fitness equipment comprising: - a base support which is fixed, - a carriage on which can lay on the upper portion of the body of a user, the carriage being slidingly coupled to the base support, - two stops mounted on the carriage against which the shoulders of the user can abut, - at least one spring mounted between the fixed base support and the carriage, and - a foot bar, so that when the user pushes with his legs on the foot bar, the carriage moves away from its rest position while the spring counteracts the force applied by the user and when the user releases the force applied on the foot bar, the carriage moves back to its rest position by spring effect, - a foot bar mechanism being designed to unhinge the foot bar and adjust the angular position of the foot bar, characterized in that the foot bar mechanism comprises a foot pad and a linkage mechanism, said linkage mechanism comprising a connecting rod having one extremity coupled to the foot pad and another extremity coupled to an arm having a protruding end inserted within a slot along a plurality of slots made within an adjusting part, each of the arm and the foot pad being rotatably coupled to the base support. - a base support which is fixed, - a carriage on which can lay on the upper portion of the body of a user, the carriage being slidingly coupled to the base support, - two stops mounted on the carriage against which the shoulders of the user can abut, - at least one spring mounted between the fixed base support and the carriage, and - a foot bar, so that when the user pushes with his legs on the foot bar, the carriage moves away from its rest position while the spring counteracts the force applied by the user and when the user releases the force applied on the foot bar, the carriage moves back to its rest position by spring effect, - a foot bar mechanism being designed to unhinge the foot bar and adjust the angular position of the foot bar,
An immunoconjugate comprising: a) a ghrelin polypeptide comprising Gly-Ser-A-Phe-Leu-B, wherein: A comprises: and B comprises a subsequence of 0 to 23 consecutive amino acid residues of SEQ ID NO: 2; and b) a conjugation partner capable of enhancing the immunogenicity of a polypeptide, wherein the ghrelin polypeptide is linked to the conjugation partner by a linker moiety. a) a ghrelin polypeptide comprising Gly-Ser-A-Phe-Leu-B, wherein: A comprises: and B comprises a subsequence of 0 to 23 consecutive amino acid residues of SEQ ID NO: 2; and A comprises: and B comprises a subsequence of 0 to 23 consecutive amino acid residues of SEQ ID NO: 2; and b) a conjugation partner capable of enhancing the immunogenicity of a polypeptide,