mhurhangee/ep-ind-claims huggingface dataset:
Disposable nasal liquid dispenser device for dispensing a controlled quantity of a liquid solution into the nasal cavities and / or paranasal sinuses of a user, comprising: - a liquid solution holding cylinder having a distal and a proximal end, said cylinder containing a quantity of liquid solution to be dispensed and comprising two cannulas arranged at its distal end for dispensing the liquid solution into both nasal cavities simultaneously; - two resilient nostril plugs having a distal and proximal end, said nostril plugs being designed to seal the nostrils upon application therein, and said nostril plugs comprising a discharge orifice at their distal end, and further comprising coupling means configured to be mounted on said cannulas; - a piston comprising elastic piston seals to offer sealing on the liquid solution holding cylinder, wherein the piston is mounted in the cylinder and designed to slide in an axial direction relative to said cylinder; and - an actuator mounted with the piston and configured to move the piston along the inside of the cylinder upon manual actuation of a user. - a liquid solution holding cylinder having a distal and a proximal end, said cylinder containing a quantity of liquid solution to be dispensed and comprising two cannulas arranged at its distal end for dispensing the liquid solution into both nasal cavities simultaneously; - two resilient nostril plugs having a distal and proximal end, said nostril plugs being designed to seal the nostrils upon application therein, and said nostril plugs comprising a discharge orifice at their distal end, and further comprising coupling means configured to be mounted on said cannulas; - a piston comprising elastic piston seals to offer sealing on the liquid solution holding cylinder, wherein the piston is mounted in the cylinder and designed to slide in an axial direction relative to said cylinder; and - an actuator mounted with the piston and configured to move the piston along the inside of the cylinder upon manual actuation of a user.
A process for stabilizing olefinically unsaturated monomers, characterized in that a retarder-containing composition which comprises - a solvent selected from saturated or unsaturated, branched and/or unbranched, ring-closed and/or open-chain aliphatic or aromatic hydrocarbons, ethers or esters, each of which has 4 to 20 carbon atoms, or methanol, and - at least one retarder of the structure where: X = -O-R 3, R 1 and R 2 = methyl or tert-butyl group, R 3 = methyl group, is added to an olefinically unsaturated monomer or to a monomer mixture which comprises at least one olefinically unsaturated monomer. - a solvent selected from saturated or unsaturated, branched and/or unbranched, ring-closed and/or open-chain aliphatic or aromatic hydrocarbons, ethers or esters, each of which has 4 to 20 carbon atoms, or methanol, and - at least one retarder of the structure where: X = -O-R 3, R 1 and R 2 = methyl or tert-butyl group, R 3 = methyl group, X = -O-R 3, R 1 and R 2 = methyl or tert-butyl group, R 3 = methyl group,
An all-plastic miniaturized spray gun, comprising a body and an inner passage of the said miniaturized spray gun which are L-shaped, a cover is disposed on the outer diameter of the body, a piston bush is disposed in the inner ring groove at the inlet of the body, a suction pipe is provided in the inner hole of the piston bush, a large ring is provided on the outer diameter of the inlet hole of the body outward of the piston bush, a piston cavity is disposed in the piston cylinder on one side of a wrench of the body, a piston is disposed in the piston cavity of the body, the piston on one end of the piston is fit into the piston cavity of the body, a sealing blade on the outer diameter of piston is abutted against the inner diameter of the piston cavity of the body, the other end of the piston is fit and abutted against the wrench, one end of the wrench is fixed to the pins on the outer diameter on both sides of the outlet hole of the body, a plastic spring is disposed on the outer diameter of the piston cavity of the body, the plastic spring appears to be arch-bent, one end of the plastic spring is abutted against the outer diameter of the inlet hole of the body, the other end of the plastic spring is abutted against the stop rib or the wrench on the outer diameter of the outlet hole of the body, a head cap is disposed in the outlet hole of the body; characterized in that the inner hole of the said piston bush is provided with a lower elastic sleeve; the upper and lower ends of the piston cavity in the inlet hole of the body are respectively provided with an upper thru-hole and a lower thru-hole; an upper elastic sleeve is disposed above the inner hole of the piston bush in the inlet hole on body between the said upper thru-hole and the lower thru-hole; the upper elastic sleeve is abutted against the piston bush and fixed in the inlet hole of the body; a diversion groove is disposed on the inner walls of the inlet hole on body; the lower thru-hole of the body is normally open; when the upper thru-hole of the body drives the piston to move inwardly through a wrench, the lower elastic sleeve is stressed subject to pressure change, thus controlling the opening or closure of the inlet hole on body, and the upper elastic sleeve is deformed subject to pressure change, thus opening or closing the upper thru-hole of the body.
Apparatus comprising: means comprising a heat pipe which comprises a fluid which changes phase from a liquid in a first portion thereof, due to heating, into a gas which travels to a second portion thereof, the heat pipe being configured for receiving heat from a heat source at the first portion thereof and for transferring heat from the first portion to the second portion thereof, characterized in that the second portion is carried by a flexible substrate positioned over the heat source, the flexible substrate having a free-end configured to mechanically oscillate for generating an airflow to carry the transferred heat away from the second portion whereby the gas condenses back into a liquid.
Electronic device for charging and generating electric power for a traction system of a motor vehicle coupled to a battery, comprising a first rectifier stage designed to be connected directly to a single-phase or a three-phase power supply network or to a load to be powered, a second inverter stage designed to be connected to the battery, and means for regulating the average current flowing between the first stage and the second stage, whereby it comprises control means capable of controlling either a transfer of electric power between the power supply network and the battery in a recharge mode, or the supply of a passive load in a generation mode, characterised by the controls means comprising means of adjusting, in the recharge mode, the average current originating from the first rectifier stage to a current value established based on the maximum current supplied by the power supply network and as a function of a coefficient equal to a ratio between a maximum voltage rectified by the first rectifier stage and the voltage of the battery.
Device for heating a motor vehicle with a partially or totally electrical drive system, said device comprising means for heating a heat transfer fluid, from at least one source of electrical current, and a thermal battery, said device being configured to allow, in certain phases, for heating of said heat transfer fluid by said means for heating the heat transfer fluid and a storage of heat from said heat transfer fluid in said battery and, in other phases, a restoration of heat from said battery to said heat transfer fluid, said device comprising three circulation branches for said heat transfer fluid in which: - the first branch, called heat sources branch, comprises, in series, the means for heating said heat transfer fluid, the thermal battery and a pump for circulating the heat transfer fluid in the heat transfer fluid circulation branches, - the second branch, called heating branch, comprises said heating radiator suitable for being passed through by said heat transfer fluid and by a fluid to be heated, said radiator making it possible to produce a heat exchange between said fluid to be heated and said heat transfer fluid - the third branch is called load branch, closing the first branch on itself by short-circuiting said radiator, the heating device being characterized in that said heating means are positioned in the first branch downstream of said battery, in the direction of flow of the heat transfer fluid. - the first branch, called heat sources branch, comprises, in series, the means for heating said heat transfer fluid, the thermal battery and a pump for circulating the heat transfer fluid in the heat transfer fluid circulation branches, - the second branch, called heating branch, comprises said heating radiator suitable for being passed through by said heat transfer fluid and by a fluid to be heated, said radiator making it possible to produce a heat exchange between said fluid to be heated and said heat transfer fluid - the third branch is called load branch, closing the first branch on itself by short-circuiting said radiator,
A backdrive braking element for preventing backdrive of a shaft, the backdrive braking element comprising: a poly-lobed locking mechanism including an unlock shaft couplable to the shaft, wherein the poly-lobed locking mechanism is contained in a fixed housing having an interior cavity surrounded by interior walls, wherein the unlock shaft is coupled to a poly lock drive and brake assembly, and wherein the poly lock drive and brake assembly includes a plurality of poly lock drive and brake segments and is contained within the interior cavity of the fixed housing, characterized in that: the unlock shaft has a polygonal shape inside profile. a poly-lobed locking mechanism including an unlock shaft couplable to the shaft, wherein the poly-lobed locking mechanism is contained in a fixed housing having an interior cavity surrounded by interior walls, wherein the unlock shaft is coupled to a poly lock drive and brake assembly, and wherein the poly lock drive and brake assembly includes a plurality of poly lock drive and brake segments and is contained within the interior cavity of the fixed housing, characterized in that: the unlock shaft has a polygonal shape inside profile.
Linear prediction based audio decoder comprising: a probability distribution estimator configured to determine, for each of a plurality of spectral components, a probability distribution estimation from linear prediction coefficient information contained in a data stream into which an audio signal is encoded; an entropy decoding and dequantization stage configured to entropy decode and dequantize a spectrum composed of the plurality of spectral components from the data stream using the probability distribution estimation as determined for each of the plurality of spectral components; and a filter configured to shape the spectrum according to a transfer function depending on a linear prediction synthesis filter defined by the linear prediction coefficient information, characterised in that the probability distribution estimator is configured to determine a spectral fine structure from long-term prediction parameters contained in the data stream and to determine, for each of the plurality of spectral components, a probability distribution parameter such that the probability distribution parameters spectrally follow a function which multiplicatively depends on the spectral fine structure, wherein, for each of the plurality of spectral components, the probability distribution estimation is a parameterizable function parameterized with the probability distribution parameter of the respective spectral component. a probability distribution estimator configured to determine, for each of a plurality of spectral components, a probability distribution estimation from linear prediction coefficient information contained in a data stream into which an audio signal is encoded; an entropy decoding and dequantization stage configured to entropy decode and dequantize a spectrum composed of the plurality of spectral components from the data stream using the probability distribution estimation as determined for each of the plurality of spectral components; and a filter configured to shape the spectrum according to a transfer function depending on a linear prediction synthesis filter defined by the linear prediction coefficient information, characterised in that the probability distribution estimator is configured to determine a spectral fine structure from long-term prediction parameters contained in the data stream and to determine, for each of the plurality of spectral components, a probability distribution parameter such that the probability distribution parameters spectrally follow a function which multiplicatively depends on the spectral fine structure, wherein, for each of the plurality of spectral components, the probability distribution estimation is a parameterizable function parameterized with the probability distribution parameter of the respective spectral component.
A chip arrangement (500; 700), comprising: a first chip comprising a first contact (202c-1, 202c-5), a second contact (202d-1, 202d-5), and a redistribution structure (202R-1, 202R-5) electrically coupling the first contact to the second contact; a second chip comprising a contact (204d-1, 204d-5); and a plurality of interconnects (202IR-1, 202IR-5) electrically coupled to the second contact of the first chip, wherein at least one interconnect of the plurality of interconnects electrically couples the second contact of the first chip to the contact of the second chip; the chip arrangement further comprising a plurality of fuses (502-1, 502-5; 702-1, 702-2) electrically coupled, to create electrical connections, between the plurality of interconnects and the first contact of the first chip or the contact of the second chip or a memory circuit included in the second chip, wherein the plurality of fuses are configured to, based on a test to determine a most suitable connection, disconnect less suitable ones of the electrical connections. a first chip comprising a first contact (202c-1, 202c-5), a second contact (202d-1, 202d-5), and a redistribution structure (202R-1, 202R-5) electrically coupling the first contact to the second contact; a second chip comprising a contact (204d-1, 204d-5); and a plurality of interconnects (202IR-1, 202IR-5) electrically coupled to the second contact of the first chip, wherein at least one interconnect of the plurality of interconnects electrically couples the second contact of the first chip to the contact of the second chip; the chip arrangement further comprising a plurality of fuses (502-1, 502-5; 702-1, 702-2) electrically coupled, to create electrical connections, between the plurality of interconnects and the first contact of the first chip or the contact of the second chip or a memory circuit included in the second chip, wherein the plurality of fuses are configured to, based on a test to determine a most suitable connection, disconnect less suitable ones of the electrical connections.
A washing machine (10;70) including an outer casing (11;71), a tub (16;72) mounted in the outer casing (11; 71), a rotating tub (20;74) rotatably mounted in the tub, a vibration damping device provided in the outer casing (11;71) for damping vibration of the tub (16;72) using a cylinder enclosing an operating fluid, the operating fluid comprising a functional fluid which comprises a magnetic viscous fluid which changes a viscosity thereof when an electric energy is applied thereto, and a control unit configured to change the viscosity of the magnetic viscous fluid according to rotation of the rotating tub (20;74) in a dehydration step, thereby varying a damping force of the vibration damping device, wherein the control unit is configured to change the viscosity of the magnetic viscous fluid so that the damping force of the vibration damping device is varied during a period from a steady rotational speed of the rotating tub (20;74) to rotation stop of the rotating tub (20;74).
A cargo securing apparatus comprising: at least one sensor arranged to measure tension in at least one tensile element; and a processor in data communication with the at least one sensor configured to receive tension measurements from the at least one sensor, wherein the processor is configured to compare the tension measurements from the at least one sensor to a user configured value associated with the at least one tensile element and to determine tension correction parameters required to maintain tension in the at least one tensile element within a range of the user configured value associated with the at least one tensile element, wherein the processor is configured to determine an alarm condition based on the tension correction parameters, the alarm condition being determined when the tension measured in the at least one tensile element by the at least one sensor does not correspond to the user configured value associated with the at least one tensile element or when the tension measured in the at least one tensile element by the at least one sensor falls outside the range of the user configured value associated with the at least one tensile element, and characterised in that the at least one sensor measures at least first and second tensions in the at least one tensile element at different times, the processor is configured to distinguish between acute deviations in tension and sustained deviations in tension based on the first and second tension measurements, and wherein the processor redetermines the alarm condition based on the distinction between the acute and sustained deviations in tension.
Method for producing a gas turbine component, which in the intended mounted state comes in frictional contact with at least one friction partner during the gas turbine operation, the method comprising the steps: - providing a base body which is produced from a superalloy, in particular from a nickel-based alloy; - applying a first metal coating onto a surface of the base body, which surface faces toward the at least one friction partner in the intended mounted state, an additive manufacturing method using a first metal powder being employed for the application; and - applying a second metal coating onto the first metal coating, an additive manufacturing method using a second metal powder and a pore-forming agent in powder form being employed for the application, and the porosity of the second metal coating being adjusted by the addition of the pore-forming agent in such a way that it is greater than the porosity of the first metal coating, and the volume flow rates of the supplied metal powder and the supplied pore-forming agent in powder form being adjusted or regulated separately. - providing a base body which is produced from a superalloy, in particular from a nickel-based alloy; - applying a first metal coating onto a surface of the base body, which surface faces toward the at least one friction partner in the intended mounted state, an additive manufacturing method using a first metal powder being employed for the application; and - applying a second metal coating onto the first metal coating, an additive manufacturing method using a second metal powder and a pore-forming agent in powder form being employed for the application, and the porosity of the second metal coating being adjusted by the addition of the pore-forming agent in such a way that it is greater than the porosity of the first metal coating, and the volume flow rates of the supplied metal powder and the supplied pore-forming agent in powder form being adjusted or regulated separately.
A coating composition comprising: a) at least one first polyester resin; b) at least one second polyester resin; and c) a third resin, wherein the third resin has a Tg or a softening point lower than the first polyester resin but higher than the second polyester resin or a Tg or softening point lower than the first and second polyester resins. a) at least one first polyester resin; b) at least one second polyester resin; and c) a third resin, wherein the third resin has a Tg or a softening point lower than the first polyester resin but higher than the second polyester resin or a Tg or softening point lower than the first and second polyester resins.
A method of generating a merged memory request stream from a plurality of memory request streams comprising: merging coherent memory requests into a first serial memory request stream; and selecting, by a memory controller circuit (213, 302), a memory request for placement in the merged memory request stream from at least the first serial memory request stream and a merged non-coherent memory request stream, the merged non-coherent memory request stream being at least partially based on an indicator of a previous memory request selected for placement in the merged memory request stream. merging coherent memory requests into a first serial memory request stream; and selecting, by a memory controller circuit (213, 302), a memory request for placement in the merged memory request stream from at least the first serial memory request stream and a merged non-coherent memory request stream, the merged non-coherent memory request stream being at least partially based on an indicator of a previous memory request selected for placement in the merged memory request stream.
A method of reducing the shift in electromotive force bias in a magnesium ion selective electrode, comprising the step of: contacting said magnesium ion selective electrode with a composition comprising a polyoxyethylene stearyl ether nonionic surfactant having between about 90 and about 110 oxyethylene units; wherein said polyoxyethylene stearyl ether nonionic surfactant has a hydrophilic-lipophilic balance greater than about 18. contacting said magnesium ion selective electrode with a composition comprising a polyoxyethylene stearyl ether nonionic surfactant having between about 90 and about 110 oxyethylene units; wherein said polyoxyethylene stearyl ether nonionic surfactant has a hydrophilic-lipophilic balance greater than about 18.
An airfoil geometry for an axial compressor, comprising - a blade for forming a blade row of an axial compressor having • a suction surface; and • a pressure surface; - the suction surface including a concave region having a negative curvature, that is formed in a leading edge part of the suction surface, and - a concave region having a negative curvature in a frontal part on the pressure surface, - characterized in that the blade comprises a flat region having zero curvature, that is continued to the rearward of the concave region. - a blade for forming a blade row of an axial compressor having • a suction surface; and • a pressure surface; • a suction surface; and • a pressure surface; - the suction surface including a concave region having a negative curvature, that is formed in a leading edge part of the suction surface, and - a concave region having a negative curvature in a frontal part on the pressure surface, - characterized in that the blade comprises a flat region having zero curvature, that is continued to the rearward of the concave region.