mhurhangee/ep-ind-claims huggingface dataset:
Rotating device for a vehicle seat, wherein the rotating device comprises a substructure for a base part for attachment to a vehicle floor and a superstructure onto which a seat can be attached, wherein the substructure is connected to the superstructure by means of a rotating unit, wherein the rotating unit comprises a first bearing means, wherein the first bearing means is designed as a plain bearing and is arranged between the superstructure and the substructure, wherein the superstructure and the substructure have a through opening in the area around an axis of rotation R of the rotating device, and wherein the first bearing means protrudes in a radial direction in the direction of the axis of rotation R of the rotating device over an inner edge (9, 10) of the superstructure and the substructure, wherein the rotating unit has two additional bearing means (18, 19), wherein the additional bearing means (18, 19) are designed such that the superstructure and/or the substructure can be moved relative to the additional bearing means (18, 19), characterised in that the additional bearing means (18, 19) are designed as plain bearings, wherein the additional bearing means (18, 19) are arranged opposite a plain bearing surface (13, 14) of the first bearing means on an outer side of the superstructure or on an outer side of the substructure.
A chemical liquid injector for injecting a chemical liquid filled in a syringe having a cylinder and a piston, comprising: a piston driving mechanism (112, 113) driven by a motor for moving the piston of the syringe into and out of the cylinder; a motor current measuring circuit configured to measure a motor current, the motor current being a current flowing through the motor; a display device; and an injector control circuit (152, 158) configured to control operation of the motor such that the chemical liquid in the syringe is injected in accordance with an injection protocol for the chemical liquid, to calculate an injection pressure of the chemical liquid by using the result of the motor current measurement by the motor current measuring circuit, wherein the injector control circuit (152, 158) is configured to display the calculated injection pressure on the display device while a chemical liquid injection operation is performed by driving the motor, to temporarily stop the operation of the motor when the calculated injection pressure reaches a preset limit pressure during the injection of the chemical liquid, characterized in that the injector control circuit (152, 158) is configured to display the preset limit pressure as the injection pressure on the display device instead of the calculated injection pressure during the stop of the operation of the motor due to the injection pressure reaching the preset limit pressure. a piston driving mechanism (112, 113) driven by a motor for moving the piston of the syringe into and out of the cylinder; a motor current measuring circuit configured to measure a motor current, the motor current being a current flowing through the motor; a display device; and an injector control circuit (152, 158) configured to control operation of the motor such that the chemical liquid in the syringe is injected in accordance with an injection protocol for the chemical liquid, to calculate an injection pressure of the chemical liquid by using the result of the motor current measurement by the motor current measuring circuit, wherein the injector control circuit (152, 158) is configured to display the calculated injection pressure on the display device while a chemical liquid injection operation is performed by driving the motor, to temporarily stop the operation of the motor when the calculated injection pressure reaches a preset limit pressure during the injection of the chemical liquid, characterized in that the injector control circuit (152, 158) is configured to display the preset limit pressure as the injection pressure on the display device instead of the calculated injection pressure during the stop of the operation of the motor due to the injection pressure reaching the preset limit pressure.
A drain fitting for a toilet flush tank, having a drain valve, which is constructed from a drain connection mounted on the flush tank and a stroke-adjustable pipe, which in its closed position closes a flow passage through the drain connection, and having a pneumatic actuator with which, when pressure is applied, the pipe can be moved into its open position, in which a volume of flushing water can flow from the drain connection of the toilet flush tank, wherein for moving the pipe into its open position with a stroke adjustment, the pneumatic actuator can be subjected to a negative pressure, and wherein the drain fitting has an in particular water-conducting vacuum unit, which is connected to the pneumatic actuator and, when activated by a user, generates a negative pressure acting on the pneumatic actuator, characterized in that the pipe is an overflow pipe.
A flame retardant composition comprising: a thermoplastic resin; a cellulose; and a flame retardant agent; wherein when the weight of the flame retardant composition is set to 100 percent by weight, the content of the thermoplastic resin is 50 to 90 percent by weight, the content of the cellulose is 1 to 30 percent by weight, and the content of the flame retardant agent is 5 to 20 percent by weight; characterized by further comprising a rubber having a siloxane bond, wherein, when the weight of the flame retardant composition is set to 100 percent by weight, the content of the rubber having a siloxane bond is 3 to 20 percent by weight. a thermoplastic resin; a cellulose; and a flame retardant agent; wherein when the weight of the flame retardant composition is set to 100 percent by weight, the content of the thermoplastic resin is 50 to 90 percent by weight, the content of the cellulose is 1 to 30 percent by weight, and the content of the flame retardant agent is 5 to 20 percent by weight; characterized by further comprising a rubber having a siloxane bond, wherein, when the weight of the flame retardant composition is set to 100 percent by weight, the content of the rubber having a siloxane bond is 3 to 20 percent by weight.
A combination comprising a GLP1R agonist in combination with metformin for treating type 2 diabetes, for lowering blood-glucose in a subject, for increasing the therapeutic effectiveness of metformin, for increasing the therapeutic effectiveness of a glucagon-like peptide 1 receptor agonist ("GLP1R agonist"), for increasing the oral bioavailability of a GLP1R agonist, for use in treating a condition selected from the group consisting of metabolic syndrome, glucose intolerance, hyperglycemia, dyslipidemia, hypertriglyceridemia, syndrome X, insulin resistance, impaired glucose tolerance, obesity, diabetic dyslipidemia, hyperlipidemia, arteriosclerosis, atherosclerosis, other cardiovascular diseases, hypertension, metabolic disorders where agonism of GLP1R is beneficial, or complications resulting from or associated with diabetes, for treating type 1 diabetes, for treating obesity, for slowing gastric emptying, for lowering an HbA1c levels, for increasing glucose-dependent insulin secretion, for suppressing glucagon secretion, for treating an eating disorder, or for modulating a human GLP1R receptor, wherein the GLP1R agonist is administered orally and is -3-(4'-cyano-biphenyl-4-yl)-2-{[(3R,7S)-3-[4-(3,4-dichloro-benzyloxy)-phenyl]-1-methyl-2-oxo-6-( -1-phenyl-propyl)-2,3,5,6,7,8-hexahydro-1 H -4-oxa-1,6-diaza-anthracene-7-carbonyl]-amino}-propionic acid or a pharmaceutically acceptable salt thereof, or -2-{[(3S,8S)-3-[4-(3,4-dichloro-benzyloxy)-phenyl]-7-( -1-phenyl-propyl)-2,3,6,7,8,9-hexahydro-[1,4]dioxino[2,3-g]isoquinoline-8-carbonyl]-amino}-3-[4-(2,3-dimethyl-pyridin-4-yl)-phenyl]-propionic acid or a pharmaceutically acceptable salt thereof.
A control valve arrangement for controlling an actuator of a construction equipment, the control valve arrangement comprising; a valve body having a pump passage to which hydraulic fluid is supplied from a hydraulic pump, a supply passage that is configured to communicate with the pump passage, and actuator ports (5, 6) that is connected to the actuator; a spool that is installed within the valve body and shifted to enable the hydraulic fluid of the hydraulic pump to be supplied to the actuator through one of the actuator ports, and to return the hydraulic fluid discharged from the actuator to a tank passage through the other of the actuator ports; a holding valve that is provided with a holding poppet which is formed on one of the actuator ports and an auxiliary spool which is connected to a back pressure chamber of the holding poppet and shifted by a pilot pressure so as to release a holding load of the actuator; and a control valve that is installed within the valve body; characterized in that the control valve arrangement further comprises: a pilot pressure control valve that is shiftably installed within the holding valve and configured to apply or block the pilot pressure to the control valve through flow paths, wherein the pilot pressure control valve is to be shifted by a pressure of hydraulic fluid drained from the back pressure chamber of the holding poppet when the auxiliary spool is shifted.
Soil-working machine comprising a chassis with work tools and a reference member arranged at the rear of the work tools, taking into consideration the direction of advance, the chassis carrying at least one transverse beam on which the reference member is connected by means of two arms which are remote from one another, the work tools are distributed beneath the transverse beam and are driven in rotation via a gearbox, a lateral casing and a secondary transmission shaft extending substantially horizontally and transversely with respect to the direction of advance during work, an adjustment device of the working depth of the work tools is provided between each arm and the transverse beam, characterized in that at least one adjustment device of the working depth extends, in side view, substantially in front of a vertical plane passing through the centre of the secondary transmission shaft, taking into consideration the direction of advance, in that the adjustment device of the working depth is hydraulically adjustable and has a single-acting hydraulic jack, in that the hydraulic jack is guided at one of its ends in a groove, and in that the groove has the form of an arc of a circle, the centre of which is the axis of the front articulation.
Joint device between a gearbox input shaft and a rotor shaft of a wind turbine wherein a union between both elements is made with a banded flange that comprises a combination of two concentric rings (6, 7) and the union combines: - an Interference Joint between the external surface of the rotor shaft and an internal surface of the flange, - and a bolted joint between a vertical surface of the flange and a front surface of the gearbox faced towards the rotor rotation shaft. - characterized in that the surfaces of both concentric rings (6, 7) are treated by a surface treatment previously to the banding process so that the flange withstands the banding temperature. - an Interference Joint between the external surface of the rotor shaft and an internal surface of the flange, - and a bolted joint between a vertical surface of the flange and a front surface of the gearbox faced towards the rotor rotation shaft. - characterized in that the surfaces of both concentric rings (6, 7) are treated by a surface treatment previously to the banding process so that the flange withstands the banding temperature.
A cigarette distillation and atomization device, comprising: a support, an air inlet, and an air outlet, wherein the air inlet and the air outlet are provided on the support; a first heating system and a second heating system are provided in the support; the first heating system and the second heating system are hermetically connected; an inner cavity of the second heating system is used to place a cigarette; air entering the air inlet is heated by the first heating system to form a hot air flow, and the hot air flow enters the second heating system; and the hot air flow and the second heating system simultaneously heat the cigarette placed in the second heating system to form smoke, and the smoke goes out from the air outlet; characterized in that the first heating system is provided below the second heating system; the air inlet is provided at a position, of the support, between the first heating system and the second heating system, and is hermetically connected to the first heating system; the air outlet is provided on a top cover; and the top cover is hermetically connected to the second heating system.
A composition for use in treating Pompe disease, wherein the composition comprises a rAAV2/8 vector, wherein the rAAV2/8 vector comprises a heterologous nucleic acid molecule encoding acid α-glucosidase, wherein the heterologous nucleic acid is operably linked to a desmin promoter, a myocyte specific enhancer factor 2 enhancer element, and a MyoD enhancer element, wherein the composition is administered to a subject in need thereof via intramuscular, intrathoracic, intraspinal, intrathecal, intracisternal, or intravenous injection.
A decoding method comprising: - decoding one standard dynamic range luminance component L' and two standard dynamic range chrominance components U' and V' from a bitstream produced by an encoder; - color converting the standard dynamic range luminance component L' into L and the two decoded standard dynamic range chrominance components U' and V' into Ur and Vr respectively as follows: L=L'+max(0,aU'+bV'), Ur=β ∗ U', Vr= β ∗ V' where a and b are constants and where β is a parameter that depends on L; - applying independently (i.) (640, 6400) a dynamic expansion function on the color converted standard dynamic range luminance component L to obtain a high dynamic range luminance component Y, wherein said dynamic expansion function is the inverse of a dynamic reduction function applied onto the high dynamic range luminance component on said encoder's side, and (ii.) (640, 6410) a color transfer operation on the color converted standard dynamic range chroma components Ur and Vr to obtain a first intermediate high dynamic range chrominance component and a second intermediate high dynamic range chrominance component in an intermediate color space; - applying a color conversion matrix on the high dynamic range luminance component Y, the first intermediate high dynamic range chrominance component and the second intermediate high dynamic range chrominance component to obtain a high dynamic range picture in a RGB color space. - decoding one standard dynamic range luminance component L' and two standard dynamic range chrominance components U' and V' from a bitstream produced by an encoder; - color converting the standard dynamic range luminance component L' into L and the two decoded standard dynamic range chrominance components U' and V' into Ur and Vr respectively as follows: L=L'+max(0,aU'+bV'), Ur=β ∗ U', Vr= β ∗ V' where a and b are constants and where β is a parameter that depends on L; - applying independently (i.) (640, 6400) a dynamic expansion function on the color converted standard dynamic range luminance component L to obtain a high dynamic range luminance component Y, wherein said dynamic expansion function is the inverse of a dynamic reduction function applied onto the high dynamic range luminance component on said encoder's side, and (ii.) (640, 6410) a color transfer operation on the color converted standard dynamic range chroma components Ur and Vr to obtain a first intermediate high dynamic range chrominance component and a second intermediate high dynamic range chrominance component in an intermediate color space; - applying a color conversion matrix on the high dynamic range luminance component Y, the first intermediate high dynamic range chrominance component and the second intermediate high dynamic range chrominance component to obtain a high dynamic range picture in a RGB color space.
An exhaust purification device of an internal combustion engine arranging an NO x selective reduction catalyst in an engine exhaust passage, arranging a urea aqueous solution feed valve in the engine exhaust passage upstream of the NO X selective reduction catalyst, and using ammonia produced from the urea aqueous solution fed from the urea aqueous solution feed valve to selectively reduce NO X contained in an exhaust gas, characterized in that the exhaust purification device comprises NO X purification rate detecting means for detecting a NO X purification rate by the NO X selective reduction catalyst, urea aqueous solution feed amount detecting means for detecting an amount of feed of the urea aqueous solution, and urea aqueous solution concentration detecting means for detecting a concentration of the urea aqueous solution, wherein the exhaust purification device is enabled such that abnormalities of the NO X selective reduction catalyst, urea aqueous solution feed system, and urea aqueous solution are judged based on detection results by the NO X purification rate detecting means, urea aqueous solution feed amount detecting means and urea aqueous solution concentration detecting means, wherein, first, it is judged if the NO X purification rate is abnormal and, when it is judged that the NO X purification rate is abnormal, it is judged if the urea aqueous solution feed system and the urea aqueous solution are abnormal, and wherein when it is judged that the NOX purification rate is abnormal and when it is judged that the urea aqueous solution feed system and the urea aqueous solution are not abnormal, it is judged that the NO X selective reduction catalyst is abnormal.
Cosmetic applicator, in particular for the eyelashes or the contour of the eyes, comprising: - a gripping member, - an applicator element, - a stem connecting the gripping member and the applicator element, the axis of the stem extending in all three dimensions of space, at its first end, the stem is secured to a gripping member having a rectilinear longitudinal axis, at its second end, the stem is secured to the applicator element having a rectilinear longitudinal axis, the axis of the stem describes two bends, a first bend is produced about a first axis of curvature to a first radius of curvature, a second bend is produced about a second axis of curvature to a second radius of curvature, the radii of curvature are measured at the respective apices (S 1,S 2) of the two bends, the axes of the two curvatures (C 1,C 2) are not parallel to one another, characterized in that the first radius of curvature is greater than the second radius of curvature, the first axis of curvature being closest to the gripping member. - a gripping member, - an applicator element, - a stem connecting the gripping member and the applicator element, the axis of the stem extending in all three dimensions of space,
A flexible dressing for wound care management comprising: a three-dimensional compressible body of loose glass-based fibers comprising from 40 to 80 wt.% B 2 O 3; wherein at least 25 wt. % of the fibers have a diameter between 200 nm and 4000 nm, and a length:diameter aspect ratio of at least 10. a three-dimensional compressible body of loose glass-based fibers comprising from 40 to 80 wt.% B 2 O 3; wherein at least 25 wt. % of the fibers have a diameter between 200 nm and 4000 nm, and a length:diameter aspect ratio of at least 10.
An optical part which transmits or partially reflects light where a light receiving face or a light outgoing face has an anti-reflecting membrane which comprises inorganic oxide particles and a binder, has a thickness of 60-190 nm, and has pores of 5-200 nm in size, and the inorganic oxide particles are silicon dioxide particles, characterized in that the binder comprises a silicon compound, derived by hydrolysis of a silica sol solution comprising an alkoxysilane polymer, a dispersant is added into the anti-reflecting membrane, and said dispersant is an organic compound having a polyalkylene glycol chain, and the anti-reflecting membrane has a layer comprising a fluorine compound, wherein the fluorine compound has the following structure and the layer is bonded to the surface of the anti-reflecting membrane through chemical bonding: [F{CF(CF 3)-CF 2 O} n -CF(CF 3)]-X-Si 3 {F(CF 2 CF 2 CF 2 O) n}-X-Si 3 {H(CF 2) n}-Y-Si 3 {F(CF 2) n}-Y-Si 3 in which X is a bonding portion of perfluoro polyether chain and alkoxysilane residue, Y is a bonding portion of perfluoroalkyl chain and alkoxysilane residue, and R is an alkyl group, wherein the perfluoro polyether chain or perfluoroalkyl chain is in such a state that the anti-reflecting membrane is not completely covered.
A charging apparatus for a combustion engine or a fuel cell, comprising a compressor which has a compressor housing in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft, and which has a compressor housing rear wall which is adjacent to a compressor wheel rear side; comprising an electric motor which has a stator winding which surrounds a magnet, which is arranged on the rotor shaft, on the outside, comprising a stator housing which surrounds the stator winding on the outside; comprising a first bearing supported in a recess of the compressor housing rear wall and a second bearing supported in a bearing section of the stator housing, wherein the magnet is arranged on the rotor shaft between the first bearing and the second bearing; and comprising a power electronics circuit arranged between the compressor housing rear wall and the electric motor; wherein the stator winding is arranged on a slot-free, cylindrical inner surface of a laminated core, the electric motor is in the form of a brushless motor, and the compressor housing rear wall has a cooling jacket. in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft, and which has a compressor housing rear wall which is adjacent to a compressor wheel rear side; which has a stator winding which surrounds a magnet, which is arranged on the rotor shaft, on the outside,
Use of a composition comprising Thymosin β4 in the manufacture of a medicament for treating or reducing deterioration of, injury or damage to tissue due to multiple sclerosis.
A method for producing a device comprising a radio frequency RF transponder microcircuit, said method comprising the following step of: - producing a module (20, 20a, 40) comprising at least a first (21, 22) and a second (21s, 22s) pair of contact pads, with the microcircuit connecting the first pair (21, 22) of contact pads, and comprising a second component (C, 23, 23b) forming a capacitor and connecting the second pair (21s, 22s) of contact pads, characterized in that the module (20, 20a, 40) is formed while having the first and second pairs of contact pads electrically insulated from one another. - producing a module (20, 20a, 40) comprising at least a first (21, 22) and a second (21s, 22s) pair of contact pads, with the microcircuit connecting the first pair (21, 22) of contact pads, and comprising a second component (C, 23, 23b) forming a capacitor and connecting the second pair (21s, 22s) of contact pads, characterized in that the module (20, 20a, 40) is formed while having the first and second pairs of contact pads electrically insulated from one another.