mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a telmisartan tablet comprising (a) spraying an aqueous solution of telmisartan, a basic agent and a surfactant on to a first filler and a flow control agent to obtain a granulate and drying the granulate; (b) coating the granulate with a coating agent selected from the group consisting of corn starch, pregelatinized starch, lactose, D-mannitol, erythritol and microcrystalline cellulose to obtain a coated granulate; (c) drying and screening the coated granulate; (d) blending the dried and screened coated granulate with a second filler selected from the group consisting of cellulose, dibasic calcium phosphate anhydrous, erythritol, mannitol, microcrystalline cellulose corn starch, and pregelatinized starch, a flow control agent and a disintegrant selected from the group consisting of sodium starch glycolate, crospovidone, corn starch and pregelatinized starch; and (e) tableting the blend using external lubrication in the presence of a lubricant. (a) spraying an aqueous solution of telmisartan, a basic agent and a surfactant on to a first filler and a flow control agent to obtain a granulate and drying the granulate; (b) coating the granulate with a coating agent selected from the group consisting of corn starch, pregelatinized starch, lactose, D-mannitol, erythritol and microcrystalline cellulose to obtain a coated granulate; (c) drying and screening the coated granulate; (d) blending the dried and screened coated granulate with a second filler selected from the group consisting of cellulose, dibasic calcium phosphate anhydrous, erythritol, mannitol, microcrystalline cellulose corn starch, and pregelatinized starch, a flow control agent and a disintegrant selected from the group consisting of sodium starch glycolate, crospovidone, corn starch and pregelatinized starch; and (e) tableting the blend using external lubrication in the presence of a lubricant.
An expendable bearing (10, 40) comprising: an inner race (12, 42) defining an inner bearing diameter; an outer race (14, 44) defining an outer bearing diameter, wherein the inner race (12, 42) and the outer race (14, 44) define a bearing cavity; a plurality of rolling elements positioned adjacent to the inner (12, 42) and outer (14, 44) races in the bearing cavity; a dry film lubricant (24, 46, 48) on a surface of at least one of the inner race (12, 42), the outer race (14, 44), or the plurality of rolling elements; characterised in that a powder lubricant consisting essentially of carbon nanotubes is disposed in the bearing cavity. an inner race (12, 42) defining an inner bearing diameter; an outer race (14, 44) defining an outer bearing diameter, wherein the inner race (12, 42) and the outer race (14, 44) define a bearing cavity; a plurality of rolling elements positioned adjacent to the inner (12, 42) and outer (14, 44) races in the bearing cavity; a dry film lubricant (24, 46, 48) on a surface of at least one of the inner race (12, 42), the outer race (14, 44), or the plurality of rolling elements; characterised in that a powder lubricant consisting essentially of carbon nanotubes is disposed in the bearing cavity.
A dispersion for coating a polymer surface comprising polyglycerol esters and a surfactant being a neutralized or partially neutralised fatty acid or a neutralized or partially neutralized ester of fatty acids.
An intaglio printing ink comprising at least an ultraviolet curable composition, an oxidation polymerizable composition, a photopolymerization initiator, an oxidation polymerization catalyst, and a pigment, the ultraviolet curable composition comprising an acid-modified epoxy-acrylate prepared by reacting a polybasic acid anhydride with an epoxy-acrylate obtained by reacting an acrylate, having two or more acryloyl groups and one carboxyl group in one molecule, with an epoxy compound having two or more epoxy rings in one molecule: wherein in the epoxy-acrylate obtained by reacting an acrylate, having two or more acryloyl groups and one carboxyl group in one molecule, the acrylate, having two or more acryloyl groups and one carboxyl group in one molecule, is an acrylate obtained by reacting succinic anhydride or maleic anhydride with pentaerythritol triacrylate or dipentaerythritol pentaacrylate, and the polybasic acid anhydride is succinic anhydride or maleic anhydride. wherein in the epoxy-acrylate obtained by reacting an acrylate, having two or more acryloyl groups and one carboxyl group in one molecule, the acrylate, having two or more acryloyl groups and one carboxyl group in one molecule, is an acrylate obtained by reacting succinic anhydride or maleic anhydride with pentaerythritol triacrylate or dipentaerythritol pentaacrylate, and the polybasic acid anhydride is succinic anhydride or maleic anhydride.
A rubber modifier composition comprising a compound represented by formula: wherein X is an acid to form a salt with a guanidine site; and R 1 and R 2 are each independently any selected from the group consisting of a hydrogen atom, a C 1-18 alkyl group, a cycloalkyl group, an aryl group, an alkylaryl group, and an alkenyl group, each of the groups optionally having one or more substituents each containing a sulfur atom, a nitrogen atom, or an oxygen atom.
A method of producing a carbon-ceramic shaped body comprising a carbon fibre-reinforced carbon matrix and a content of silicon carbide and silicon, characterised in that a carbonisable shaped body having a carbonisable organic matrix based on cellulose and reinforced with embedded carbonisable textile structures, which are carbonisable synthetic fibres of modified natural substances of plant origin and which are present in the form of endless fibres, yarns and/or planar textile structures, has been carbonised to form an open-pore porous shaped body with an open porosity of from 15 to 60% and the open-pore porous carbonised shaped body is then subjected to a liquid silicisation to give the carbon-ceramic shaped body.
A system for therapeutic cooling of a patient, comprising: a mask having a strap and a hole, said mask being adapted to cover at least the patient's nose and to be held to the patient's head by said strap, so that when said mask rests against the patient's face a space between at least a portion of the patient's face and said mask exists; a source of coolant, said coolant consisting essentially of compressed breathable gas, wherein a flow path extends from said source through said hole of said mask; a regulator in said flow path between said coolant source and said hole of said mask; and a delivery tube having a lumen defining at least part of said flow path for said coolant, for conducting said coolant toward said mask; wherein said coolant is cooled adiabatically on or after release from said source. a mask having a strap and a hole, said mask being adapted to cover at least the patient's nose and to be held to the patient's head by said strap, so that when said mask rests against the patient's face a space between at least a portion of the patient's face and said mask exists; a source of coolant, said coolant consisting essentially of compressed breathable gas, wherein a flow path extends from said source through said hole of said mask; a regulator in said flow path between said coolant source and said hole of said mask; and a delivery tube having a lumen defining at least part of said flow path for said coolant, for conducting said coolant toward said mask; wherein said coolant is cooled adiabatically on or after release from said source.
A polar code encoding method, comprising: Performing, by a sending device, polar code encoding on a to-be-encoded sequence, wherein a mother code length of a polar code is N, the to-be-encoded sequence comprises frozen bits, check frozen bits, and information bits, the to-be-encoded sequence comprises q segments, N = 2 n, n and q are positive integers, q > 1, and q = n - 1; and a value of at least one of the parity check frozen bits is determined based on at least one of the frozen bit and the information bit; or a value of at least one of the parity check frozen bits is a preset value; and sending, by the sending device, an encoded sequence; characterized in that a quantity P fg of parity check frozen bits in a g th segment in each of the q segments is P fg = round( Pf ∗ G g /( K + P f)), wherein round is a rounding operation, P f is a quantity of parity check frozen bits, G g is a sum of a quantity of information bits and a quantity of parity check frozen bits in a g th segment, K is a quantity of information bits, P f, g, and K are all positive integers, G g and P fg are nonnegative integers, and 0< g ≤ q. Performing, by a sending device, polar code encoding on a to-be-encoded sequence, wherein a mother code length of a polar code is N, the to-be-encoded sequence comprises frozen bits, check frozen bits, and information bits, the to-be-encoded sequence comprises q segments, N = 2 n, n and q are positive integers, q > 1, and q = n - 1; and a value of at least one of the parity check frozen bits is determined based on at least one of the frozen bit and the information bit; or a value of at least one of the parity check frozen bits is a preset value; and sending, by the sending device, an encoded sequence; characterized in that a quantity P fg of parity check frozen bits in a g th segment in each of the q segments is P fg = round( Pf ∗ G g /( K + P f)), wherein round is a rounding operation, P f is a quantity of parity check frozen bits, G g is a sum of a quantity of information bits and a quantity of parity check frozen bits in a g th segment, K is a quantity of information bits, P f, g, and K are all positive integers, G g and P fg are nonnegative integers, and 0< g ≤ q.
Household refrigeration appliance with a carcass and a door, wherein the carcass or the door has a heat-insulating wall (21; 51), wherein the heat-insulating wall (21; 51) is provided with a thermally insulating core, which has first and second main surfaces (25; 27) that lie opposite one another and at least one narrow side that connects the main surfaces (25, 27), and with a first cladding element formed from a blank of flat material, wherein the cladding element extends on at least the first main surface and the narrow side, characterised in that the first cladding element, on the narrow side, at least locally, has a plurality of superimposed layers (35, 36, 37) of the flat material.
A front stage for a radio receiver, the front stage comprising: an input arrangement, said input arrangement comprising, as functional units: a first phase shifter, a first matching circuit and a first low-noise amplifier (170; 470) belonging to a first amplifier branch, a second matching circuit, a second low-noise amplifier (180; 480) and a second phase shifter belonging to a second amplifier branch, an antenna, a bandpass filter (110; 510), a low-pass filter (120; 620), and a divider (130; 430; 530; 630); characterized in that the first phase shifter is a transmission line comprising an upper conductor (441; 641) and a ground conductor, and the first matching circuit is implemented by an inductive element and on a transmission path of the front stage from the antenna to the first low-noise amplifier, at least parts belonging to a first and a second functional units are physically united to a single element to reduce attenuation caused by said transmission path and to improve matching, and wherein the first functional unit is the first phase shifter and the second functional unit is the first matching circuit, in which case the upper conductor (441; 641) and the inductive element form a united element, and the united element is a conductor which is insulated from ground. an input arrangement, said input arrangement comprising, as functional units: a first phase shifter, a first matching circuit and a first low-noise amplifier (170; 470) belonging to a first amplifier branch, a second matching circuit, a second low-noise amplifier (180; 480) and a second phase shifter belonging to a second amplifier branch, an antenna, a bandpass filter (110; 510), a low-pass filter (120; 620), and a divider (130; 430; 530; 630); a first phase shifter, a first matching circuit and a first low-noise amplifier (170; 470) belonging to a first amplifier branch, a second matching circuit, a second low-noise amplifier (180; 480) and a second phase shifter belonging to a second amplifier branch, an antenna, a bandpass filter (110; 510), a low-pass filter (120; 620), and a divider (130; 430; 530; 630);
Method for reducing the brightness of at least one object perceivable by a wearer of spectacles, the lenses of which can be darkened in regions, wherein at least one passage point of a visual line from an eye to the object through a lens of the spectacles that is arranged in front of the eye is determined and the lens that is arranged in front of the eye is darkened in a region (102', 310, 311, 420, 422, 430, 432) around the passage point, characterized in that a current pupil diameter D of the at least one eye is determined, and in that a size and/or a degree of darkening of the darkened region (102', 310, 311, 420, 422, 430, 432) are/is dependent on the pupil diameter D determined.
A synchronization control method among terminals, characterized in that the method is applied to multiple terminals connected via a mobile Internet, the multiple terminals including a master controlling terminal and multiple controlled terminals, the method comprising: the master controlling terminal establishing synchronization control connections with the multiple controlled terminals respectively; and the master controlling terminal delivering a unique authorization token held by the master controlling terminal to one controlled terminal (11; 12; 13) among the multiple controlled terminals, to enable the current controlled terminal acquiring the authorization token to have a permission to perform information interaction with the master controlling terminal for synchronization control processing, wherein the master controlling terminal holds and only has one authorization token, and uniquely shares the authorization token with the one controlled terminal among the multiple controlled terminals; and wherein the only one controlled terminal, which shares the authorization token with the master controlling erminal, has the permission to perform information interaction with the master controlling terminal for synchronization control processing. the master controlling terminal establishing synchronization control connections with the multiple controlled terminals respectively; and the master controlling terminal delivering a unique authorization token held by the master controlling terminal to one controlled terminal (11; 12; 13) among the multiple controlled terminals, to enable the current controlled terminal acquiring the authorization token to have a permission to perform information interaction with the master controlling terminal for synchronization control processing, wherein the master controlling terminal holds and only has one authorization token, and uniquely shares the authorization token with the one controlled terminal among the multiple controlled terminals; and wherein the only one controlled terminal, which shares the authorization token with the master controlling erminal, has the permission to perform information interaction with the master controlling terminal for synchronization control processing.
A butterfly valve comprising: a valve member mounted on a shaft to pivot within a fluid passage; an actuator including a piston having opposed piston heads (50, 52) associated with fluid chambers (54, 56), and a control to move the piston in a linear direction to control a position of said valve member in said fluid passage, said piston causing a roller pin to move as said piston moves linearly, said roller pin mounted in crank collars (44, 46) of a crank shaft such that movement of said roller pin causes said crank shaft to rotate said valve shaft; said roller pin being mounted within said crank collars by bearings, said bearings each having an outer race associated with one of said crank collars, an inner race associated with said roller pin, and bearing members separating said inner and outer race, there being a spring bias resisting movement of said inner races relative to said roller pin; said roller pin having channels associated with each of two axial ends and with each bearing, characterised by each of the channels being positioned between said bearings and each of the channels receiving a spring member to apply said spring bias outwardly to each said inner race, wherein said spring members are wave springs, and wherein a shim is positioned between each said wave spring and said inner race. a valve member mounted on a shaft to pivot within a fluid passage; an actuator including a piston having opposed piston heads (50, 52) associated with fluid chambers (54, 56), and a control to move the piston in a linear direction to control a position of said valve member in said fluid passage, said piston causing a roller pin to move as said piston moves linearly, said roller pin mounted in crank collars (44, 46) of a crank shaft such that movement of said roller pin causes said crank shaft to rotate said valve shaft; said roller pin being mounted within said crank collars by bearings, said bearings each having an outer race associated with one of said crank collars, an inner race associated with said roller pin, and bearing members separating said inner and outer race, there being a spring bias resisting movement of said inner races relative to said roller pin;
A method for wireless power transfer using a multiple pulse width modulation, M-PWM, driver signal, comprising: generating the multiple PWM driver signal wherein the pulse width varies in accordance with the magnitude of a periodic modulating curve; modifying the M-PWM driver signal adjacent a zero-crossing of the periodic modulating wave, by reducing an interval between the zero-crossing and at least one pulse of the M-PWM driver signal closest to the zero-crossing; and using the modified M-PWM driver signal to open and close a switch in a wireless power transfer charging circuit. generating the multiple PWM driver signal wherein the pulse width varies in accordance with the magnitude of a periodic modulating curve; modifying the M-PWM driver signal adjacent a zero-crossing of the periodic modulating wave, by reducing an interval between the zero-crossing and at least one pulse of the M-PWM driver signal closest to the zero-crossing; and using the modified M-PWM driver signal to open and close a switch in a wireless power transfer charging circuit.
An automatic heel unit for a ski binding, in particular a touring ski binding, comprising a heel holder having a holding device for holding a ski boot in a heel region of the ski boot, wherein the automatic heel unit has a holding configuration, in which the holding device is in a holding position and may interact with the heel region of the ski boot held in the ski binding in such a way that the heel region of the ski boot is held down in a lowered position, wherein the holding device comprises: a) two holding means (7.1, 7.2), each of which provided with a holding element (8.1, 8.2) for holding the ski boot in the heel region of the ski boot, wherein both holding means (7.1, 7.2) are movable with respect to each other, whereby a distance between both holding elements (8.1, 8.2) is variable, wherein both holding elements (8.1, 8.2) in the holding position of the holding device are at a holding distance from each other, b) a transmission element for interacting with both holding means (7.1, 7.2), wherein the transmission element is movable with respect to both holding means (7.1, 7.2), and c) a preloadable elastic element, the preloading of which generates a first force in the preloaded condition, which is applied by the elastic element to the transmission element, in order to preload the transmission element in a first direction, whereby both holding elements (7.1, 7.2) may be preloaded at their holding distance, characterized in that the first force forms an angle greater or equal to 10° and smaller or equal to 170° with respect to the first direction. a) two holding means (7.1, 7.2), each of which provided with a holding element (8.1, 8.2) for holding the ski boot in the heel region of the ski boot, wherein both holding means (7.1, 7.2) are movable with respect to each other, whereby a distance between both holding elements (8.1, 8.2) is variable, wherein both holding elements (8.1, 8.2) in the holding position of the holding device are at a holding distance from each other, b) a transmission element for interacting with both holding means (7.1, 7.2), wherein the transmission element is movable with respect to both holding means (7.1, 7.2), and c) a preloadable elastic element, the preloading of which generates a first force in the preloaded condition, which is applied by the elastic element to the transmission element, in order to preload the transmission element in a first direction, whereby both holding elements (7.1, 7.2) may be preloaded at their holding distance,
Attachment unit for harvesting stalk crops, comprising at least one cutting, guiding and/or conveying element (131 - 135) for cutting, guiding and/or conveying the crop, which element protrudes beyond a body of the attachment unit on an end face arranged at the front in a travel direction, wherein a safety device is arranged on the attachment unit, which safety device is intended to protect road users when the attachment unit is transported by road and can be adjusted from a field operating position into a safety position, in which it is positioned in front of the cutting, guiding and/or conveying element (131 - 135) in the travel direction, wherein the safety device comprises a transverse arm which has an extension component in a transverse direction transverse to the travel direction or extends in the transverse direction, characterized in that in the field operating position, the transverse arm is arranged behind the body in the travel direction and/or is arranged above the body in an extension direction which extends transversely to the travel direction and transversely to the transverse direction.
Trolley for a suspended gravity conveyor having a brake module which has a first shaft and a hydraulic pump, parts of which hydraulic pump, which are suitable for conveying liquids, are connected to the first shaft, the hydraulic pump comprising at least one drive wheel and one output wheel, it being possible for the drive wheel to be driven by way of the first shaft, and the output wheel being arranged on a second shaft such that it can be rotated freely, and a gearwheel intermediate space configured between teeth of the drive wheel and/or of the output wheel and the housing for receiving the liquid, the brake module having at least one fluid duct, on which a throttle element is arranged which is suitable for throttling the flow velocity of a liquid which is situated in the fluid duct and for closing the fluid duct, the throttle element being suitable for constricting the fluid duct at least at two locations.