mhurhangee/ep-ind-claims huggingface dataset:
A shock absorbing vehicle window arrangement for a vehicle cab, the window arrangement comprises a transparent polymer windshield (101; 201), a metal frame (102, 103; 202, 203) having a width W extending in a direction parallel to a plane of the transparent polymer windshield (101; 201) and a depth D extending in a direction perpendicular to a plane of the transparent polymer windshield (101; 201), the metal frame (102, 103; 202, 203) comprising: an outer portion (102; 202), at least partially extending on an outside of the transparent polymer windshield (101; 201), and an inner portion (103; 203), at least partially extending on an inside of the transparent polymer windshield (101; 201), wherein the outer portion overlaps the transparent polymer windshield (101; 201) with at least 0,5% of a length of the transparent polymer windshield (101; 201), characterised in that the metal frame (102, 103; 202, 203) further comprises a horizontally extending portion (104', 104") comprising a flexible portion (105', 105") having a depth (D') which is less than half of the width (W') of the flexible portion (105', 105"), and wherein the transparent polymer windshield (101; 201) comprises through holes adapted to receive fixating screws for fixating the transparent polymer windshield (101; 201) to the metal frame (102, 103; 202, 203), and wherein the through holes have a cross sectional area being at least 1,5 times the cross sectional area of the screws, enabling movement between the metal frame (102, 103; 202, 203) and the transparent polymer windshield (101; 201), and wherein the absorbing vehicle window arrangement is more flexible along a horizontal direction than along a vertical direction. an outer portion (102; 202), at least partially extending on an outside of the transparent polymer windshield (101; 201), and an inner portion (103; 203), at least partially extending on an inside of the transparent polymer windshield (101; 201), wherein the outer portion overlaps the transparent polymer windshield (101; 201) with at least 0,5% of a length of the transparent polymer windshield (101; 201), characterised in that the metal frame (102, 103; 202, 203) further comprises a horizontally extending portion (104', 104") comprising a flexible portion (105', 105") having a depth (D') which is less than half of the width (W') of the flexible portion (105', 105"), and wherein the transparent polymer windshield (101; 201) comprises through holes adapted to receive fixating screws for fixating the transparent polymer windshield (101; 201) to the metal frame (102, 103; 202, 203), and wherein the through holes have a cross sectional area being at least 1,5 times the cross sectional area of the screws, enabling movement between the metal frame (102, 103; 202, 203) and the transparent polymer windshield (101; 201), and wherein the absorbing vehicle window arrangement is more flexible along a horizontal direction than along a vertical direction.
A method for controlling a boom of a crane, the method executable by a computing device having a processor and memory, comprising: saving, in the memory, data representing a maximum horizontal working distance (34, 36) concerning the crane's lifting capacity for a load on a hook of the boom, characterised in that the data is saved in the form of one or more three-dimensional surfaces; saving, in the memory, a three-dimensional representation of the boom; calculating a minimum vector between the three-dimensional representation of the boom and the one or more three-dimensional surfaces representing the maximum horizontal working distance (34, 36); and controlling, by the computing device, movement of the boom to prevent the vector from reaching a zero magnitude. saving, in the memory, data representing a maximum horizontal working distance (34, 36) concerning the crane's lifting capacity for a load on a hook of the boom, characterised in that the data is saved in the form of one or more three-dimensional surfaces; saving, in the memory, a three-dimensional representation of the boom; calculating a minimum vector between the three-dimensional representation of the boom and the one or more three-dimensional surfaces representing the maximum horizontal working distance (34, 36); and controlling, by the computing device, movement of the boom to prevent the vector from reaching a zero magnitude.
A process for reducing ammonia loss and odor from organic material to the atmosphere, comprising feeding air to an electric arc, electrostatic field, Nano pulsed electric field, dielectric barrier discharged, laser, radio- or micro-wave driven plasma generator, to produce a concentration of 0.1-12% by volume of NOx in the air by direct nitrogen fixation; feeding the air containing NOx to an absorber, and absorbing the NOx into an absorption liquid in the absorber to form an acidic nitrogen solution comprising nitrates and nitrites; and feeding the acidic nitrogen solution to the organic material whereby the pH is adjusted to 4-6 and the nitrates and nitrites bind volatile ammonia and ammonia components in or from the organic material, as ammonium nitrate and nitrite salts.
A control stick pivot, comprising: a primary pivot bearing; and a redundant pivot bearing on one side of the primary pivot bearing, wherein the redundant pivot bearing becomes operative as a bearing in the event that the primary pivot bearing malfunctions; characterised by a detection component for detecting malfunction of the primary pivot bearing. a primary pivot bearing; and a redundant pivot bearing on one side of the primary pivot bearing, wherein the redundant pivot bearing becomes operative as a bearing in the event that the primary pivot bearing malfunctions; characterised by a detection component for detecting malfunction of the primary pivot bearing.
A pharmaceutical composition comprising an antibody which binds at least one human inhibitory Killer Ig-like Receptor for use in treating cancer and/or viral disease in a patient in need thereof, wherein the antibody comprises a heavy chain variable region having the amino acid sequence set forth in SEQ ID NO:3 and a light chain variable region having the amino acid sequence set forth in SEQ ID NO:2, wherein the composition is for administering the antibody at a dose from 1 to 3 mg/kg and at a dosage regimen of from once per month to once per 2 months, and wherein the antibody at said dose and dosage regimen achieves at least 95% KIR occupancy on NK cells in plasma for at least three months.
An electron-multiplier device characterized in that it comprises: - a rhodium block, passed through by a channel that extends, along a mean line, from an inlet of the channel to an outlet of the channel, - an input electrical conductor, in contact with the rhodium block on at least part of the perimeter of the inlet, - an output electrical conductor, in contact with the rhodium block on at least part of the perimeter of the outlet, and - a source of magnetic field configured to generate, in the channel, a magnetic field, variable over time, directed parallel to the mean line of the channel, oriented from the inlet to the outlet of the channel. - a rhodium block, passed through by a channel that extends, along a mean line, from an inlet of the channel to an outlet of the channel, - an input electrical conductor, in contact with the rhodium block on at least part of the perimeter of the inlet, - an output electrical conductor, in contact with the rhodium block on at least part of the perimeter of the outlet, and - a source of magnetic field configured to generate, in the channel, a magnetic field, variable over time, directed parallel to the mean line of the channel, oriented from the inlet to the outlet of the channel.
A method for the extraction of compounds from crushed grapes by means of ultrasound in vinification processes, characterized in that the crushed grapes continuously flow through a conduit to which is coupled to the outside thereof at least one sonoplate configured for the transmission of ultrasound through the walls of said conduit to the crushed grapes flowing, without contact between the crushed grapes and the sonoplate, and wherein the temperature of the crushed grapes during the ultrasound treatment process does not rise above 50°C.
Connector assembly for electrically connecting an inverter busbar to an electrical connector of an electric motor of a drive unit, comprising: a carrier having a hole (11, 11'), an intermediate busbar (16, 16', 16") comprising a first terminal (17, 17', 17") with a hole (18, 18', 18"), a first fastening element (21, 21', 21") extending through the hole (18, 18', 18") of the first terminal (17, 17', 17"), and a third fastening element (23, 23'), wherein the intermediate busbar (16, 16', 16") is mounted to the carrier and the intermediate busbar (16, 16', 16") is connectable to the inverter busbar (24, 24', 24") by the first fastening element (21, 21', 21"), wherein the carrier is connectable to the housing of the drive unit by the third fastening element (23, 23') extending through the hole (11, 11') of the carrier, characterized in that the carrier comprises a positioning pin defining a longitudinal axis, said positioning pin being adapted to be accommodated in a receptacle of a housing of the drive unit such that the carrier is axially slidable in the direction of the longitudinal axis; that the first fastening element (21, 21', 21") is arranged within the hole (18, 18', 18") of the first terminal (17, 17', 17") with a radial clearance relative to the longitudinal axis of the positioning pin and that the third fastening element (23, 23') is arranged within the hole (11, 11') of the carrier with a clearance in a direction parallel to the longitudinal axis of the positioning pin. a carrier having a hole (11, 11'), an intermediate busbar (16, 16', 16") comprising a first terminal (17, 17', 17") with a hole (18, 18', 18"), a first fastening element (21, 21', 21") extending through the hole (18, 18', 18") of the first terminal (17, 17', 17"), and a third fastening element (23, 23'), wherein the intermediate busbar (16, 16', 16") is mounted to the carrier and the intermediate busbar (16, 16', 16") is connectable to the inverter busbar (24, 24', 24") by the first fastening element (21, 21', 21"), wherein the carrier is connectable to the housing of the drive unit by the third fastening element (23, 23') extending through the hole (11, 11') of the carrier, characterized in that the carrier comprises a positioning pin defining a longitudinal axis, said positioning pin being adapted to be accommodated in a receptacle of a housing of the drive unit such that the carrier is axially slidable in the direction of the longitudinal axis; that the first fastening element (21, 21', 21") is arranged within the hole (18, 18', 18") of the first terminal (17, 17', 17") with a radial clearance relative to the longitudinal axis of the positioning pin and that the third fastening element (23, 23') is arranged within the hole (11, 11') of the carrier with a clearance in a direction parallel to the longitudinal axis of the positioning pin.
A gear unit comprising: - a first shaft and a second shaft for connecting to an external mechanical system, - at least one gear stage between the first and second shafts, - a lubricant oil room for storing lubricant oil, - an oil channel for transporting the lubricant oil from the lubricant oil room to the at least one gear stage, and - an immersion heater for heating the lubricant oil flowing in the lubricant oil room towards an inlet of the oil channel, the immersion heater being located in the lubricant oil room, characterized in that the gear unit further comprises a mechanical flow guide (108, 208, 308) located in the lubricant oil room and configured to modify flow of the lubricant oil flowing towards the inlet of the oil channel so as to increase flow velocity of the lubricant oil on a surface of the immersion heater. - a first shaft and a second shaft for connecting to an external mechanical system, - at least one gear stage between the first and second shafts, - a lubricant oil room for storing lubricant oil, - an oil channel for transporting the lubricant oil from the lubricant oil room to the at least one gear stage, and - an immersion heater for heating the lubricant oil flowing in the lubricant oil room towards an inlet of the oil channel, the immersion heater being located in the lubricant oil room,
Alkyd resin comprising the condensation product of at least the following components a polybasic acid, a polyhydric alcohol, and a linear C 12 -C 60 hydrocarbo monocarboxylic acid, and optionally at least one component other than any of components to, characterized in that at least a part of the polybasic acid is a (optionally hydrogenated) Diels Alder adduct of citraconic acid with C 4 -C 14 conjugated diene, a (optionally hydrogenated) Diels Alder adduct of citraconic anhydride with C 4 -C 14 conjugated diene, a half ester of such a Diels Alder adduct and/or a diester of such a Diels Alder adduct. a polybasic acid, a polyhydric alcohol, and a linear C 12 -C 60 hydrocarbo monocarboxylic acid, and
An electrosurgical system comprising: (a) a means for applying RF energy to skin tissue below the surface of the skin, the means comprising a probe including a surface configured to contact the surface of the skin and at least one row of a plurality of electrodes provided along the surface; and (b) a generator comprising: (i) first and second RF power sources for supplying power to the electrodes; and (ii) a means for controlling the phase between the first and second RF power sources; characterised in that the at least one row of electrodes includes two pairs of electrodes, a first pair located between a second pair; and wherein the means for controlling the phase is configured to control a phase angle between the RF power sources to establish a first current flow between the first pair of electrodes and a second current flow between the second pair of electrodes, and to heat the skin tissue below the surface of the skin to a greater extent than the skin surface. (a) a means for applying RF energy to skin tissue below the surface of the skin, the means comprising a probe including a surface configured to contact the surface of the skin and at least one row of a plurality of electrodes provided along the surface; and (b) a generator comprising: (i) first and second RF power sources for supplying power to the electrodes; and (ii) a means for controlling the phase between the first and second RF power sources; characterised in that the at least one row of electrodes includes two pairs of electrodes, a first pair located between a second pair; and wherein the means for controlling the phase is configured to control a phase angle between the RF power sources to establish a first current flow between the first pair of electrodes and a second current flow between the second pair of electrodes, and to heat the skin tissue below the surface of the skin to a greater extent than the skin surface. (i) first and second RF power sources for supplying power to the electrodes; and (ii) a means for controlling the phase between the first and second RF power sources; characterised in that the at least one row of electrodes includes two pairs of electrodes, a first pair located between a second pair; and wherein the means for controlling the phase is configured to control a phase angle between the RF power sources to establish a first current flow between the first pair of electrodes and a second current flow between the second pair of electrodes, and to heat the skin tissue below the surface of the skin to a greater extent than the skin surface.
A drive device for a moveable furniture part comprising a lockable ejection device for ejecting the moveable furniture part out of a closed position into an open position, wherein the ejection device is unlockable by over-pressing the moveable furniture part into an over-pressed position (ÜS) which in the closing direction is behind the closed position, and a blocking element - which has a first position in which the moveable furniture part can be stopped when reaching the closed position, wherein the blocking element prevents a further movement of the moveable furniture part in the closing direction, and - which has a second position in which the path into the over-pressed position (ÜS) for the moveable furniture part is enabled, wherein the position (BL, FR) of the blocking element when reaching the closed position is dependent on the closing speed of the moveable furniture part, wherein the blocking element is moveable from the first position into the second position transversely relative to the closing direction, characterised in that the blocking element is moveable from the first position into the second position by a force storage means, preferably a torsion spring, being separate from an ejection force storage means. - which has a first position in which the moveable furniture part can be stopped when reaching the closed position, wherein the blocking element prevents a further movement of the moveable furniture part in the closing direction, and - which has a second position in which the path into the over-pressed position (ÜS) for the moveable furniture part is enabled,
An immunoregulatory pharmaceutical composition for use in a method of treating a T effector cell-mediated immune/inflammatory disease or condition, comprising redirected regulatory T lymphocytes (Treg cells), wherein said redirected Treg cells are endowed with specificity toward a selected antigen, which selected antigen is one that is present or expressed at a site or target tissue of an autoimmune or inflammatory response mediated by effector T cells, which cells comprise a chimeric nucleic acid that encodes a chimeric receptor polypeptide that comprises, expressed in a single, continuous chain, an extracellular recognition region, a transmembrane region and an intracellular signaling region, and is expressed in the redirected Treg cells so as to display the extracellular region on the cell surface, wherein (a) the extracellular recognition region of the chimeric receptor is specific for the selected antigen and consists of an antibody-derived scFv domain; and (b) the intracellular signaling region comprises a combination of T-cell signaling polypeptide moieties, which combination of moieties comprises one or more cytoplasmic domains of a costimulatory molecule, and a cytoplasmic T-cell stimulatory domain, and which combination of moieties, upon binding of the extracellular recognition region to the selected antigen, triggers activation of the Treg cells to cause suppression of T-cell mediated immunity; and a pharmaceutically and immunologically acceptable carrier, excipient or diluent. (a) the extracellular recognition region of the chimeric receptor is specific for the selected antigen and consists of an antibody-derived scFv domain; and (b) the intracellular signaling region comprises a combination of T-cell signaling polypeptide moieties, which combination of moieties comprises one or more cytoplasmic domains of a costimulatory molecule, and a cytoplasmic T-cell stimulatory domain, and which combination of moieties, upon binding of the extracellular recognition region to the selected antigen, triggers activation of the Treg cells to cause suppression of T-cell mediated immunity;
A handle locking device for a modularized terminal electric appliance, comprising a housing base fixedly mounted on one outer side surface (103a/103b) of the housing of the modularized terminal electric appliance through a connection mechanism, also comprising a locking mechanism and a padlock, wherein: the locking mechanism comprises a sliding member on which a door hole and a padlock hole that are mutually penetrative are arranged, the door hole is internally provided with a horizontal pivoting door and a vertical pivoting door which can both be unfolded or folded, when unfolded, the horizontal pivoting door mates with a handle of the modularized terminal electric appliance to block the reverse motion of the handle, the vertical pivoting door and the horizontal pivoting door can mate to block the reverse motion of the unfolded horizontal pivoting door, the horizontal pivoting door is pivotally connected to the sliding member through a horizontal pivoting, the axis K1 of the horizontal pivoting is vertical to the height direction Y of the modularized terminal electric appliance, the vertical pivoting door is pivotally connected to the sliding member through a vertical pivoting, the axis K2 of the vertical pivoting is parallel with the height direction Y of the modularized terminal electric appliance, the padlock is provided with a lock ring which can penetrate through the door hole from the padlock hole and the lock ring can mate with the vertical pivoting door to block the reverse motion of the unfolded vertical pivoting door. the locking mechanism is connected and mounted with the housing base through a moving pair mechanism, so that the locking mechanism can only perform up/down sliding along the direction of an assembly reference line B parallel to the height direction Y of the modularized terminal electric appliance, and the locking mechanism is defined by a limiting mechanism to slide merely between a corresponding locking working position subsequent to up sliding and a corresponding unlocking hiding position subsequent to down sliding, so that the lock mechanism, by way of the shift of the sliding member, allows the horizontal pivoting door and the vertical pivoting door to be unfolded or both returned into the door hole and realizes adjustable height position of the locking device under the two states of handle locking and unlocking.