mhurhangee/ep-ind-claims huggingface dataset:
Component with a micromechanical microphone structure, at least comprising - a first diaphragm, which can be deflected by the sound pressure and acts as a deflectable electrode, - a fixed acoustically permeable counter element, which acts as a counter electrode, and - a further capacitance for evaluating the changes in capacitance between the first deflectable electrode and the counter electrode, wherein - the fixed counter element is arranged between the deflectable first diaphragm and a second diaphragm, and - the fixed counter element also acts as an electrode of the further capacitance and - the second diaphragm forms the second electrode of the further capacitance, and - the further capacitance changes under the effect of the sound pressure, characterized in that the two diaphragms (51, 52) are mechanically coupled but electrically insulated from one another, so that both diaphragms (51, 52) are deflected in the same sense when the first diaphragm is subjected to sound pressure. - a first diaphragm, which can be deflected by the sound pressure and acts as a deflectable electrode, - a fixed acoustically permeable counter element, which acts as a counter electrode, and - a further capacitance for evaluating the changes in capacitance between the first deflectable electrode and the counter electrode, - the fixed counter element is arranged between the deflectable first diaphragm and a second diaphragm, and - the fixed counter element also acts as an electrode of the further capacitance and - the second diaphragm forms the second electrode of the further capacitance, and - the further capacitance changes under the effect of the sound pressure,
A pharmaceutical composition comprising tramiprosate, valyl-3-amino-1-propanesulfonic acid, or a pharmaceutically acceptable salt thereof, for use in a method for the treatment of Alzheimer's disease in a subject that (i) is APOE4/4 homozygous and (ii) has a baseline Mini-mental Examination (MMSE) score of ≥ 22, within sixty days prior to the first administration of the composition; wherein the method comprises administration of 150 mg BID tramiprosate, 265 mg BID of valyl-3-amino-1-propanesulfonic acid, or an equivalent amount of a pharmaceutically acceptable salt thereof. (i) is APOE4/4 homozygous and (ii) has a baseline Mini-mental Examination (MMSE) score of ≥ 22, within sixty days prior to the first administration of the composition;
A coreless roll of an absorbent sheet product made of a spirally wound continuous web of absorbent material having a first end and a second end, the web of absorbent material being wound such as to define an axial hollow passageway centrally positioned relative to the coreless roll and extending from one edge to another edge of the coreless roll and such that the first end is located on the outer side of the roll and the second end is located at the axial hollow passageway; wherein the second end of the continuous web of absorbent material comprises a coating composition comprising a polymer, wherein the polymer has: (i) a glass transition temperature lower than 20°C, preferably lower than 15°C, more preferably lower than 10°C, more preferably lower than 5°C, more preferably lower than 0°C, more preferably lower than -5°C, and more preferably lower than -10°C; and (ii) a melting point greater than 20°C, more preferably greater than 25°C, more preferably greater than 30°C, more preferably greater than 35°C, more preferably greater than 40°C, and more preferably greater than 45°C; and wherein the coating composition is free of saccharide. (i) a glass transition temperature lower than 20°C, preferably lower than 15°C, more preferably lower than 10°C, more preferably lower than 5°C, more preferably lower than 0°C, more preferably lower than -5°C, and more preferably lower than -10°C; and (ii) a melting point greater than 20°C, more preferably greater than 25°C, more preferably greater than 30°C, more preferably greater than 35°C, more preferably greater than 40°C, and more preferably greater than 45°C; and
Method for operating an electrohydraulic brake installation for a motor vehicle having • at least one first, one second, one third and one fourth hydraulically actuatable wheel brake (8, 9, 10, 11), • a first brake system comprising a master brake cylinder which is actuatable by means of a brake pedal and which is hydraulically connected by means of at least one electrically actuatable isolating valve (23a, 23b) to the four wheel brakes (8, 9, 10, 11), and comprising a first electrically controllable pressure provision device which is hydraulically connected to the four wheel brakes (8, 9, 10, 11) in particular via at least one electrically actuatable sequence valve (26a, 26b), and • a second brake system comprising a second electrically controllable pressure provision device which is hydraulically connected to the first and the third wheel brake (8, 10), and comprising in each case one isolating valve (220, 240) for the first and the third wheel brake (8, 10), wherein the isolating valve is arranged in each case in a hydraulic connection (200, 204) between the first brake system and the corresponding wheel brake (8, 10), characterized in that in predefined states of the brake installation, a brake pressure build-up is performed in the second and the fourth wheel brake (9, 11) by virtue of the second pressure provision device being activated with the isolating valves (220, 240) open. • at least one first, one second, one third and one fourth hydraulically actuatable wheel brake (8, 9, 10, 11), • a first brake system comprising a master brake cylinder which is actuatable by means of a brake pedal and which is hydraulically connected by means of at least one electrically actuatable isolating valve (23a, 23b) to the four wheel brakes (8, 9, 10, 11), and comprising a first electrically controllable pressure provision device which is hydraulically connected to the four wheel brakes (8, 9, 10, 11) in particular via at least one electrically actuatable sequence valve (26a, 26b), and • a second brake system comprising a second electrically controllable pressure provision device which is hydraulically connected to the first and the third wheel brake (8, 10), and comprising in each case one isolating valve (220, 240) for the first and the third wheel brake (8, 10), wherein the isolating valve is arranged in each case in a hydraulic connection (200, 204) between the first brake system and the corresponding wheel brake (8, 10),
A rolling device (1, 20) for a device to enable the moving of the device along a surface, wherein the rolling device comprises: - a bearing housing for accommodation of a wheel axle carrying a wheel element, and a drive motor arranged with a first motor part and a second motor part for conduction of relative rotation between the wheel element and the wheel axle; - axle support members (3, 10) rotatably accommodated in the bearing housing, wherein each axle support member supports an end portion of the wheel axle, wherein the wheel axle carrying the wheel element extends in between the axle support members, with each of the end portions of the wheel axle connected to each axle support members in an eccentric position displaced off-set from the center line of the axle support members (3, 10); - locking means that are operable between an unlocked position allowing the rotation of the axle support members (3, 10) relative to the bearing housing, and a locking position preventing the rotation of the axle support members relative the bearing housing, wherein in the unlocked position of the locking means, the motor conducts rotation of the axle support members (3, 10) and of the wheel axis relative to the bearing housing for displacement of the wheel element by an eccentric movement between an extended position where at least a portion of the wheel element projects outside the bearing housing and a retracted position where the wheel element is located inside the bearing housing. - a bearing housing for accommodation of a wheel axle carrying a wheel element, and a drive motor arranged with a first motor part and a second motor part for conduction of relative rotation between the wheel element and the wheel axle; - axle support members (3, 10) rotatably accommodated in the bearing housing, wherein each axle support member supports an end portion of the wheel axle, wherein the wheel axle carrying the wheel element extends in between the axle support members, with each of the end portions of the wheel axle connected to each axle support members in an eccentric position displaced off-set from the center line of the axle support members (3, 10); - locking means that are operable between an unlocked position allowing the rotation of the axle support members (3, 10) relative to the bearing housing, and a locking position preventing the rotation of the axle support members relative the bearing housing, wherein in the unlocked position of the locking means, the motor conducts rotation of the axle support members (3, 10) and of the wheel axis relative to the bearing housing for displacement of the wheel element by an eccentric movement between an extended position where at least a portion of the wheel element projects outside the bearing housing and a retracted position where the wheel element is located inside the bearing housing.
A copolymer composition, comprising: a copolymer which has a weight average molecular weight, measured by gel permeation chromatography in accordance with the method defined in the description, of 10,000 to 50,000 and contains a structural unit originating from a monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer (a), a structural unit originating from a monoethylenic unsaturated monocarboxylic acid (or monocarboxylate) monomer (b), a structural unit originating from a sulfonic acid (or sulfonate) group-containing monomer (c) free of an ester bond and an amide bond, and a structural unit originating from another monomer (d), wherein a content ratio (a)/(b)/(c)/(d) is (30 to 60 mol%)/(30 to 60 mol%)/(5 to 16 mol%)/(0 to 5 mol%) in a molar ratio and 100 mol% in the total; and a remaining monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer a content of which in terms of an acid is less than 12,000 ppm. a copolymer which has a weight average molecular weight, measured by gel permeation chromatography in accordance with the method defined in the description, of 10,000 to 50,000 and contains a structural unit originating from a monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer (a), a structural unit originating from a monoethylenic unsaturated monocarboxylic acid (or monocarboxylate) monomer (b), a structural unit originating from a sulfonic acid (or sulfonate) group-containing monomer (c) free of an ester bond and an amide bond, and a structural unit originating from another monomer (d), wherein a content ratio (a)/(b)/(c)/(d) is (30 to 60 mol%)/(30 to 60 mol%)/(5 to 16 mol%)/(0 to 5 mol%) in a molar ratio and 100 mol% in the total; and a remaining monoethylenic unsaturated dicarboxylic acid (or dicarboxylate) monomer a content of which in terms of an acid is less than 12,000 ppm.
Inhalation device having an inhalation mask for attaching to the head of a horse, wherein the attached inhalation mask covers the horse's head only in a nose region comprising the nostrils, the inhalation mask has a contact surface which is adapted to the shape of the nose region, and wherein the inhalation mask is formed by a mask assembly having at least apparatuses for aerosol formation, characterized in that the mask assembly with the contact surface covers the nose region from the free end of the horse's head up to the noseband of a halter or of a bit bridle and in that the mask assembly is designed to be fastenable to the noseband.
A radio signal transmitting antenna (10, 60, 70, 80, 90) comprising: a first wave source including a plurality of antenna elements (A1 to AN) configured to form a first helical beam with Orbital Angular Momentum, OAM, the plurality of antenna elements (A1 to AN) consisting of a group of evenly arranged antenna elements on a first circumference of a first ring array and a group of evenly arranged antenna elements on a second circumference of a second ring array that is concentric with and has a larger circumference than the first ring array, and an antenna element arranged at a center of the first and second concentric circumferences (3, 4) and configured to form a first non-OAM beam and output the first non-OAM beam; and a second wave source (15, 65, 85, 95) configured to receive the first helical beam and the first non-OAM beam, to form a second helical beam and a second non-OAM beam having a second electromagnetic field distribution, the second electromagnetic field distribution being an expanded first electromagnetic field distribution based on the first helical beam and the first non-OAM beam. a first wave source including a plurality of antenna elements (A1 to AN) configured to form a first helical beam with Orbital Angular Momentum, OAM, the plurality of antenna elements (A1 to AN) consisting of a group of evenly arranged antenna elements on a first circumference of a first ring array and a group of evenly arranged antenna elements on a second circumference of a second ring array that is concentric with and has a larger circumference than the first ring array, and an antenna element arranged at a center of the first and second concentric circumferences (3, 4) and configured to form a first non-OAM beam and output the first non-OAM beam; and a second wave source (15, 65, 85, 95) configured to receive the first helical beam and the first non-OAM beam, to form a second helical beam and a second non-OAM beam having a second electromagnetic field distribution, the second electromagnetic field distribution being an expanded first electromagnetic field distribution based on the first helical beam and the first non-OAM beam.
Control ball valve with a valve housing, which has an inlet and an outlet, and with a valve ball which is rotatable perpendicularly to a flow direction and has at least one valve channel and can be moved into various angular positions between an open position, in which the inlet and the outlet are connected to each other in a fluid-conveying manner, and a closed position in which the inlet and outlet are separated from each other, wherein at least one regulating disk (9, 14) is adjacent to the valve ball and arranged on an outer side of the regulating disk (9, 14) facing away from the valve ball is at least one perforated disk (16, 17, 22), wherein a flow-through area of the elongated disk (16, 17, 22) is dependent on the angular position of the valve ball, wherein between the regulating disk (9, 14) and the perforated disk (16, 17) parallel flow-through chambers are formed, wherein a number of flow-through chambers is dependent on the angular position of the valve ball, characterised in that a flow-through area of the perforated disk (16, 17, 22) is different for each chamber.
A self-organizing structure of modular design containing at least two structural components joined with connectors, where each of the structural components contains a housing, within which there is a drive, characterized in that the housing of at least of two structural components is made of two matching, at least single layer hemispheres, of which at least one layer is covered with a ferromagnetic material or is made of a ferromagnetic material; inside the housing there is a flywheel connected to a drive motor with a brake, representing the drive, which in turn is connected to an energy storage module; inside the housing there is a coordination module, which is connected to the flywheel, the drive motor with a brake and the energy storage module; the connectors are equipped with a profiled aerostatic bearing, profiled seals and an air fitting, and in each connector there is an embedded magnet; wherein a flat base of each connector is equipped with a holder constituting a side surface of the connector, a top surface of the connector being concave with a concave arc matching the curvature of the hemispheres, and having the top surface of the magnet embedded in its centre; wherein the top surface of magnet is surrounded concentrically by the aerostatic bearing and the seal; wherein a power connector and said air fitting are located on the side surface of the holder.
A hand-held electric tool, comprising a housing, a motor, an oscillator device and a main shaft, the main shaft oscillates reciprocally around an axle center thereof to drive tool accessories for various operations, the oscillator device is provided with a crank component having its axle center forming an angle of no greater than 30° with an axle center of a crank arm, the axle center of the crank component, the axle center of the crank arm and the axle center of the main shaft are intersected at the same point, and an intersection angle between the axle center of the crank component and the axle center of the main shaft is fixed to 70°-110°; the oscillator device is provided with a connecting rod component connected with the main shaft, another end of the connecting rod component is rotationally connected with the crank component around the axle center of the crank arm, and the connecting rod component rotates around an axis vertical to the axle center of the main shaft and intersected with the axle center of the crank component within the scope of an angle twice as large as an intersection angle of the axle center of the crank component and the axle center of the crank arm; the oscillator device is provided with an eccentric component fixedly connected with the crank component, the eccentric component can alleviate vibration on the housing when the crank component and the connecting rod component rotate around the axle center of the crank component, characterized in that the connecting rod component is provided with an elastic element and connected with the main shaft fixedly; around an axle vertical to the axle center of the main shaft and intersected with the axle center of the crank component, the elastic element can produce bending deformation bigger than the intersection angle between the axle center of the crank component and the axle center of the crank arm; around the axle center of the main shaft, the elastic element cannot produce bending deformation bigger than the intersection angle between the axle center of the crank component and the axle center of the crank arm.
A method for manufacturing a composite assembly with a continuous skin for a rear end of an aircraft, the method comprising: obtaining a trumpet-shaped upper part of the rear end by composite tooling, the trumpet-shaped upper part comprises: a multi-spar vertical tail plane; wherein the spars of the vertical tail plane comprise widening roots that form an upper shell of the rear end; and an upper skin; obtaining a lower part of the rear end by composite tooling, the lower part comprises: a lower shell of the rear end including semi-complete frames and stringers; and a lower skin; obtaining a second and third trumpet-shaped parts (770a, 770b) by composite tooling comprising each: a horizontal tale plane of the rear end of the aircraft having spars; and an intermediate skin; integrating the trumpet-shaped upper part, the second and third trumpet-shaped parts (770a, 770b) and the lower part with a joining procedure; and joining the upper skin, the intermediate skin and the lower skin to obtain the composite assembly with the continuous skin. obtaining a trumpet-shaped upper part of the rear end by composite tooling, the trumpet-shaped upper part comprises: a multi-spar vertical tail plane; wherein the spars of the vertical tail plane comprise widening roots that form an upper shell of the rear end; and an upper skin; a multi-spar vertical tail plane; wherein the spars of the vertical tail plane comprise widening roots that form an upper shell of the rear end; and an upper skin; obtaining a lower part of the rear end by composite tooling, the lower part comprises: a lower shell of the rear end including semi-complete frames and stringers; and a lower skin; a lower shell of the rear end including semi-complete frames and stringers; and a lower skin; obtaining a second and third trumpet-shaped parts (770a, 770b) by composite tooling comprising each: a horizontal tale plane of the rear end of the aircraft having spars; and an intermediate skin; a horizontal tale plane of the rear end of the aircraft having spars; and an intermediate skin;
A fluidic die (20, 120, 220) comprising: a substrate supporting a fluid actuator address line; a first set of fluid actuators (32, 34) connected to the fluid actuator address line, the first set of fluid actuators (32, 34) comprising: a first subset of fluid actuators (32, 34) of a first type of fluid actuators; and a second subset of fluid actuators (32, 34) of a second type of fluid actuators having different operating characteristics than the first type of fluid actuators; a second set of fluid actuators (32, 34) connected to the fluid actuator address line, the second set of fluid actuators (32, 34) comprising: a third subset of fluid actuators (32, 34) of the first type; and a fourth subset of fluid actuators (32, 34) of the second type; characterised in that one of the first subset of fluid actuators (32, 34) and one of the fourth subset of fluid actuators (32, 34) have addresses so as to be both enabled by a single address enabling event on the fluid actuator address line. a substrate supporting a fluid actuator address line; a first set of fluid actuators (32, 34) connected to the fluid actuator address line, the first set of fluid actuators (32, 34) comprising: a first subset of fluid actuators (32, 34) of a first type of fluid actuators; and a second subset of fluid actuators (32, 34) of a second type of fluid actuators having different operating characteristics than the first type of fluid actuators; a first subset of fluid actuators (32, 34) of a first type of fluid actuators; and a second subset of fluid actuators (32, 34) of a second type of fluid actuators having different operating characteristics than the first type of fluid actuators; a second set of fluid actuators (32, 34) connected to the fluid actuator address line, the second set of fluid actuators (32, 34) comprising: a third subset of fluid actuators (32, 34) of the first type; and a fourth subset of fluid actuators (32, 34) of the second type; characterised in that one of the first subset of fluid actuators (32, 34) and one of the fourth subset of fluid actuators (32, 34) have addresses so as to be both enabled by a single address enabling event on the fluid actuator address line. a third subset of fluid actuators (32, 34) of the first type; and a fourth subset of fluid actuators (32, 34) of the second type; characterised in that one of the first subset of fluid actuators (32, 34) and one of the fourth subset of fluid actuators (32, 34) have addresses so as to be both enabled by a single address enabling event on the fluid actuator address line.
An agent, which is a surface-treating agent for treating a glass base material having a Si-H bond on the surface, comprising a compound which is a fluorine-containing compound having a carbon-carbon unsaturated bond at its molecular terminal as a group of -Y-A wherein Y is a single bond, an oxygen atom or a divalent organic group, the divalent group preferably being -CR 14 2 - wherein R 14 is H or lower alkyl, and A is -CH=CH 2 or -C≡CH, preferably -CH=CH 2, wherein the compound binds to the glass base material by a Si-C bond. Y is a single bond, an oxygen atom or a divalent organic group, the divalent group preferably being -CR 14 2 - wherein R 14 is H or lower alkyl, and A is -CH=CH 2 or -C≡CH, preferably -CH=CH 2,