mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a superabsorbent polymer, the method comprising: preparing a reassembled polymer by reassembling a mixture of a polymer resulting from polymerization of ethylene-based unsaturated monomers, a compound represented by the following Chemical Formula 1, and water, wherein an amount of the compound represented by Chemical Formula 1 is 0.01 parts by weight to 1 part by weight, based on 100 parts by weight of the polymer; drying the reassembled polymer; and pulverizing the dried reassembled polymer: wherein M 1 and M 2 are the same as or different from each other, and each independently a monovalent cation, wherein the polymer resulting from polymerization of ethylene-based unsaturated monomers has a particle size of 300 μm or less, and wherein an amount of water is 50 parts by weight to 200 parts by weight, based on 100 parts by weight of the polymer. preparing a reassembled polymer by reassembling a mixture of a polymer resulting from polymerization of ethylene-based unsaturated monomers, a compound represented by the following Chemical Formula 1, and water, wherein an amount of the compound represented by Chemical Formula 1 is 0.01 parts by weight to 1 part by weight, based on 100 parts by weight of the polymer; drying the reassembled polymer; and pulverizing the dried reassembled polymer: wherein M 1 and M 2 are the same as or different from each other, and each independently a monovalent cation, wherein the polymer resulting from polymerization of ethylene-based unsaturated monomers has a particle size of 300 μm or less, and wherein an amount of water is 50 parts by weight to 200 parts by weight, based on 100 parts by weight of the polymer.
A method for producing trans-1-halo-2-fluoroethylene (E-isomer) and/or cis-1-halo-2-fluoroethylene (Z-isomer), comprising supplying a composition containing E-isomer and/or Z-isomer to a reactor to perform isomerization between the E-isomer and the Z-isomer in a liquid phase, using a batch-mode reactor or a liquid-phase continuous-flow process using a tubular reactor, by performing light irradiation with light having a wavelength of 200-450 nm in the presence of a photosensitizer.
A falling and death leap defense rotating cylinder system, comprising: a supporter; a rotator that is rotatably installed in the supporter, and that inhibits a death leap of a death leap attempter by rotating when grasped by the death leap attempter; and a thorn unit that forms a cutting edge, and that is detachably installed in any one or more of the supporter and the rotator, wherein the supporter includes a combining unit configured for combining with a structure installed on the ground, by pressing an outer surface of the structure, characterized in that the supporter has a protruding wing at one side surface thereof to prevent distortion. a supporter; a rotator that is rotatably installed in the supporter, and that inhibits a death leap of a death leap attempter by rotating when grasped by the death leap attempter; and a thorn unit that forms a cutting edge, and that is detachably installed in any one or more of the supporter and the rotator, wherein the supporter includes a combining unit configured for combining with a structure installed on the ground, by pressing an outer surface of the structure, characterized in that the supporter has a protruding wing at one side surface thereof to prevent distortion.
A shower device with a function element, in particular a showerhead, wherein the function element is connected with a first holding element, wherein the first holding element is arranged on a first side of a partition wall, and there magnetically held, wherein a second holding element is arranged on the rear side of the partition wall, and wherein the magnetic force required to hold the function element on the partition wall is formed between the first holding element and the second holding element, wherein the second holding element is fastened to an adjustment mechanism, wherein the adjustment mechanism can be adjusted by means of a controller, so that the position of the function element can be altered vertically and/or horizontally by correspondingly adjusting the second holding element, characterized in that the controller is connected with a sensor, by means of which an area before the first side of the partition wall can be scanned without contact.
A method to degrade sludge from pulp and/or paper manufacturing, wherein said method comprises: a) applying to said sludge i) at least one enzyme having cellulase activity, and ii) at least one non-ionic surfactant that is a difunctional block copolymer having a hydrophilic lipophilic balance value of at least 7, or a composition comprising i) and ii), and wherein said enzyme and said non-ionic surfactant are present in a weight ratio of enzyme:non-ionic surfactant of 0.1:10 to 10:0.1; and b) de-watering said sludge. a) applying to said sludge i) at least one enzyme having cellulase activity, and ii) at least one non-ionic surfactant that is a difunctional block copolymer having a hydrophilic lipophilic balance value of at least 7, or a composition comprising i) and ii), and wherein said enzyme and said non-ionic surfactant are present in a weight ratio of enzyme:non-ionic surfactant of 0.1:10 to 10:0.1; and i) at least one enzyme having cellulase activity, and ii) at least one non-ionic surfactant that is a difunctional block copolymer having a hydrophilic lipophilic balance value of at least 7, or a composition comprising i) and ii), and wherein said enzyme and said non-ionic surfactant are present in a weight ratio of enzyme:non-ionic surfactant of 0.1:10 to 10:0.1; and b) de-watering said sludge.
An automated system for controlling pumping cycles to pump milk from a breast, the system comprising: a breast contacting structure configured and dimensioned to form a seal with the breast, the breast contacting structure including a rigid nipple receiving portion; a collection container for storing the milk pumped from the breast; and a tube in communication with the breast contacting structure and in fluid communication with the collection container; wherein the tube is substantially directed upwards so that milk extracted from the breast flows upwardly from the nipple. a breast contacting structure configured and dimensioned to form a seal with the breast, the breast contacting structure including a rigid nipple receiving portion; a collection container for storing the milk pumped from the breast; and a tube in communication with the breast contacting structure and in fluid communication with the collection container; wherein the tube is substantially directed upwards so that milk extracted from the breast flows upwardly from the nipple.
Sliding assembly for a motor vehicle passenger compartment, comprising: - a rail that is intended to be secured to a wall of the vehicle and extends along a direction of translation, - a slider that is able to move in translation along the rail and is intended to be secured to an element of the vehicle, the slider comprising: - a first base that comprises a first supporting face and a first bearing face opposite the first supporting face, - two first balls arranged one next to the other parallel to the direction of translation and supported by the first supporting face so as to be free to rotate, - a second base that comprises a second supporting face and a second bearing face opposite the second supporting face, - two second balls arranged one next to the other parallel to the direction of translation and supported by the second supporting face so as to be free to rotate, - an intermediate part made of a compressible material and positioned between the first bearing face and the second bearing face, the rail comprising a U-shaped groove that accommodates the slider in such a way that the first balls are against a first leg of the U, and in such a way that the second balls are against a second leg of the U, and each leg of the U comprising a gutter having two rolling planes (174a-b) against which the balls (156, 160) in question roll. - a rail that is intended to be secured to a wall of the vehicle and extends along a direction of translation, - a slider that is able to move in translation along the rail and is intended to be secured to an element of the vehicle, the slider comprising: - a first base that comprises a first supporting face and a first bearing face opposite the first supporting face, - two first balls arranged one next to the other parallel to the direction of translation and supported by the first supporting face so as to be free to rotate, - a second base that comprises a second supporting face and a second bearing face opposite the second supporting face, - two second balls arranged one next to the other parallel to the direction of translation and supported by the second supporting face so as to be free to rotate, - an intermediate part made of a compressible material and positioned between the first bearing face and the second bearing face, - a first base that comprises a first supporting face and a first bearing face opposite the first supporting face, - two first balls arranged one next to the other parallel to the direction of translation and supported by the first supporting face so as to be free to rotate, - a second base that comprises a second supporting face and a second bearing face opposite the second supporting face, - two second balls arranged one next to the other parallel to the direction of translation and supported by the second supporting face so as to be free to rotate, - an intermediate part made of a compressible material and positioned between the first bearing face and the second bearing face,
Flow device having a first line system for conducting a first fluid flow, wherein the first line system comprises a guide pipe and at least one guide means (20, 22) influencing a flow direction of the first fluid flow, and/or at least one flow body; wherein the first fluid flow between an inflow region and an outflow region of the first line system in a circulation-flow region at a circumferential angle UW circulates in a radially encircling manner about an inflow axis and/or an outflow axis, wherein the circumferential angle UW preferably is substantially an integer multiple of 30°, 45°, 60°, 90°, 180°, or 360°; and at least one further line system for conducting a further fluid flow, wherein each of the line systems (60, 70) preferably has at least one entry connector and one exit connector (61, 62; 71, 72) for feeding or discharging, respectively, the respective fluid flow (100, 340); wherein a main flow axis of the further fluid flow is aligned so as to be substantially parallel with the inflow axis and/or the outflow axis of the first fluid flow, characterized in that in the guide pipe, in particular between the entry connector and the exit connector, at least one partition wall, which runs obliquely through a longitudinal cross section of the guide pipe, is disposed as a guide means, wherein the guide pipe, in that region which is enclosed by the pipe jacket, in the jacket thereof in each case has at least one, preferably a plurality of radial passages (27; 32) for the passage of the first fluid flow from the guide pipe into the intermediate space, or for the passage from the intermediate space into the guide pipe, respectively, along a flow direction of the first fluid flow.
A combination optical aiming device for viewing differently magnified images of a distant object from a common viewing plane, the combination optical aiming device comprising: an erector system; a non-magnifying sight having an optic for viewing an image of an aiming point from a viewing zone located within a common viewing plane; and a magnifying sight having an objective for gathering light from the distant object and having a truncated eye lens for viewing a magnified image of the distant object at an eyepoint located in the common viewing plane, the optic and the truncated eye lens being positioned relative to one another so as to position the optic predominately outside of a projection of a perimeter of the truncated eye lens, the projection being parallel to an optical axis of the objective. an erector system; a non-magnifying sight having an optic for viewing an image of an aiming point from a viewing zone located within a common viewing plane; and a magnifying sight having an objective for gathering light from the distant object and having a truncated eye lens for viewing a magnified image of the distant object at an eyepoint located in the common viewing plane, the optic and the truncated eye lens being positioned relative to one another so as to position the optic predominately outside of a projection of a perimeter of the truncated eye lens, the projection being parallel to an optical axis of the objective.
Aircraft seat device, in particular aircraft seat, with a mounting unit, with a backrest that is pivotable with respect to the mounting unit and with an adjusting mechanism comprising a spring device that is configured to provide a reset force for the backrest, characterized in that the spring device is configured to provide a force profile having an increasing gradient with increasing spring travel. with a mounting unit, with a backrest that is pivotable with respect to the mounting unit and with an adjusting mechanism comprising a spring device that is configured to provide a reset force for the backrest, characterized in that the spring device is configured to provide a force profile having an increasing gradient with increasing spring travel.
Open roof system for a vehicle comprising a fixed roof having a roof opening, comprising a semi-transparent panel for closing and at least partly opening said roof opening, a stationary frame (4, 17) configured to be fixedly attached to the fixed roof, at least one mechanism (5, 5', 5") provided between the panel and the stationary frame (4, 17) for moving the panel, and a roof member (6, 6'; 16; 18, 18'; 19, 19'; 20, 20') protruding from the fixed roof in an upward direction when said roof member is attached at least partly to the fixed roof, said panel comprising a seal connected at least along the front edge and both lateral side edges (8, 8') of the panel, wherein the seal is in an airtight engagement with at least a part of a first edge (9, 9') of the roof member (6, 6'; 16; 18, 18'; 19, 19'; 20, 20') in a tilt-position of the panel in which the roof opening is partly open, such that aero-acoustic noises are at least reduced in said tilt-position of the panel, characterized in that the first edge (9, 9') of the roof member (6, 6'; 16; 18, 18'; 20, 20') comprises at least a first protrusion (13, 13') in a lateral inward direction of the vehicle, with which the seal of the panel is in an airtight engagement when the panel is in a tilt-position in which the roof opening is partly open, and in that the first edge (9, 9') of the roof member (6, 6'; 16; 18, 18'; 20, 20') comprises a second protrusion (14, 23) in a lateral inward direction of the vehicle, with which the seal of the panel is in an airtight engagement when the panel is in a closed position in which the roof opening is closed.
A remanufacturing method for a developer supply container detachably mountable to a main assembly of an image forming apparatus, said developer supply container including a frame, a developer accommodating portion for accommodating a developer to be used by a developing device of the image forming apparatus, a developer filling opening for filling the developer into said developer accommodating portion, a capping member for closing said developer filling opening, and a cap covering member covering said capping member, said cap covering member being fixed by welding to said frame, said remanufacturing method comprising: a cap covering member dismounting step of dismounting said cap covering member from said frame by separating said cap covering member from said frame at a welded portion (12k1) by removing said welded portion (12k1); a capping member dismounting step of dismounting said capping member to open said developer filling opening; a developer filling step of filling the developer with said developer filling opening; a capping member mounting step of closing said developer filling opening by a capping member; a cap covering member mounting step of mounting said cap covering member to said frame such that said cap covering member is solidly fixed to said frame. a cap covering member dismounting step of dismounting said cap covering member from said frame by separating said cap covering member from said frame at a welded portion (12k1) by removing said welded portion (12k1); a capping member dismounting step of dismounting said capping member to open said developer filling opening; a developer filling step of filling the developer with said developer filling opening; a capping member mounting step of closing said developer filling opening by a capping member; a cap covering member mounting step of mounting said cap covering member to said frame such that said cap covering member is solidly fixed to said frame.
Control surface element for an aircraft, in particular a spoiler, comprising a fibre composite element having a surface around which air flows, comprising a mounting means for movably mounting the fibre composite element on a structural component, and comprising a bracing structure for bracing the fibre composite element, the bracing structure comprising at least one bracing element integrally formed with the fibre composite element, the bracing structure comprising a primary bracing element which is designed to receive main loads and is connected to at least one secondary bracing element (11; 11', 11") designed to receive secondary loads, the fibre composite element comprising an indentation for integrally forming the primary bracing element, the primary bracing element having a greater width and/or a greater height than the secondary bracing element (11; 11', 11"), characterised in that the secondary bracing element (11; 11', 11") is designed as a branch-off of the primary bracing element.
A collar feeding device for removable attachment to a slotted, barrel-shaped swaging tool nose assembly, said collar feeding device comprising: A rear stationary body assembly attachable to said nose assembly, said rear stationary body assembly having an inner tab configured to be lined up with a barrel slot of said swaging tool nose assembly; a lower assembly pivotally attached to said rear stationary body assembly and movable between raised and lowered positions; a collar supply magazine; the lower assembly having a gripper configured to transfer collars one at a time from the supply magazine to a presentation position; and a front movable body mounted in front of the lower assembly by means of a pair of resiliently collapsible arms and configured to collapse under pressure exerted by an operator to pivot the lower assembly relative to the front movable body, wherein the collar supply magazine comprises an air-driven tube, and wherein the collar feeding device is configured to feed serially-arranged co-axial collars loaded in said air-driven tube from said lowered position to said raised presentation position. A rear stationary body assembly attachable to said nose assembly, said rear stationary body assembly having an inner tab configured to be lined up with a barrel slot of said swaging tool nose assembly; a lower assembly pivotally attached to said rear stationary body assembly and movable between raised and lowered positions; a collar supply magazine; the lower assembly having a gripper configured to transfer collars one at a time from the supply magazine to a presentation position; and a front movable body mounted in front of the lower assembly by means of a pair of resiliently collapsible arms and configured to collapse under pressure exerted by an operator to pivot the lower assembly relative to the front movable body, wherein the collar supply magazine comprises an air-driven tube, and wherein the collar feeding device is configured to feed serially-arranged co-axial collars loaded in said air-driven tube from said lowered position to said raised presentation position.
A combination of (a) an immunoconjugate comprising a first antibody engineered to have reduced effector function and an effector moiety, and (b) a second antibody engineered to have increased effector function, for use in treating cancer in an individual in need thereof, wherein the first antibody is directed to an antigen presented on a tumor cell or in a tumor cell environment and the second antibody is directed to an antigen presented on a tumor cell, and wherein the effector moiety is a mutant IL-2 effector moiety comprising at least one amino acid mutation that reduces or abolishes the affinity of the mutant IL-2 effector moiety to the α-subunit of the IL-2 receptor but preserves the affinity of the mutant IL-2 effector moiety to the intermediate-affinity IL-2 receptor, compared to the non-mutated IL-2 effector moiety.
A method for calibrating an altitude sensing stereo vision device of an unmanned aerial vehicle, wherein the method comprises: arranging the unmanned aerial vehicle to take off from ground and ascend; deriving at least one first altitude value (10a-15a) from the stereo vision device and obtaining at least one corresponding second altitude value (10b-15b) from another device of the unmanned aerial vehicle during the ascent of the unmanned aerial vehicle; recording the derived at least one first altitude value and the obtained at least one corresponding second altitude value as calibration data; deriving an additional first altitude value from the stereo vision device while the unmanned aerial vehicle flies a route; and adjusting the derived additional first altitude value based on the recorded calibration data without having to obtain any new information from the other device after the ascent. arranging the unmanned aerial vehicle to take off from ground and ascend; deriving at least one first altitude value (10a-15a) from the stereo vision device and obtaining at least one corresponding second altitude value (10b-15b) from another device of the unmanned aerial vehicle during the ascent of the unmanned aerial vehicle; recording the derived at least one first altitude value and the obtained at least one corresponding second altitude value as calibration data; deriving an additional first altitude value from the stereo vision device while the unmanned aerial vehicle flies a route; and adjusting the derived additional first altitude value based on the recorded calibration data without having to obtain any new information from the other device after the ascent.