mhurhangee/ep-ind-claims huggingface dataset:
An inverter for an electric motor, - wherein the inverter comprises a capacitor plate comprising several capacitors, several transistor plates each comprising several transistors, a cooling plate, and a control board, - wherein the inverter comprises a hollow cylindrical carrier comprising a central axis, - wherein the control board, the capacitor plate, the respective transistor plates, and the cooling plate are located axially one on top of the other, - wherein the control board, the capacitor plate, and the respective transistor plates are electrically interconnected, - wherein the cooling plate closes axially the carrier, which receives and supports the capacitor plate, the transistor plates, and the control board, and encases them in the circumferential direction to the outside, characterized in - that the inverter forms a cohesive and fully assembled and assembly-ready for assembling on the electric motor assembly unit with the carrier, the capacitor plate, the transistor plates, the cooling plate and the control board, - that a ring-shaped carrier ring, which is aligned transversely to the central axis, is integrally molded in the carrier, and - that the carrier ring divides an interior of the carrier into two axially adjacent areas, wherein the transistor plates are received and secured in the first area, and the capacitor plate and the control board are received and secured in the second axial area, and - that the transistor plates are circumferentially distributed on the ring-shaped carrier ring around the central axis and are fastened to the carrier ring in a non-positive manner. - wherein the inverter comprises a capacitor plate comprising several capacitors, several transistor plates each comprising several transistors, a cooling plate, and a control board, - wherein the inverter comprises a hollow cylindrical carrier comprising a central axis, - wherein the control board, the capacitor plate, the respective transistor plates, and the cooling plate are located axially one on top of the other, - wherein the control board, the capacitor plate, and the respective transistor plates are electrically interconnected, - wherein the cooling plate closes axially the carrier, which receives and supports the capacitor plate, the transistor plates, and the control board, and encases them in the circumferential direction to the outside, - that the inverter forms a cohesive and fully assembled and assembly-ready for assembling on the electric motor assembly unit with the carrier, the capacitor plate, the transistor plates, the cooling plate and the control board, - that a ring-shaped carrier ring, which is aligned transversely to the central axis, is integrally molded in the carrier, and - that the carrier ring divides an interior of the carrier into two axially adjacent areas, wherein the transistor plates are received and secured in the first area, and the capacitor plate and the control board are received and secured in the second axial area, and - that the transistor plates are circumferentially distributed on the ring-shaped carrier ring around the central axis and are fastened to the carrier ring in a non-positive manner.
A method to recover free fatty acids from fats and oils comprising: treating fats and oils having a high free fatty acid content with a mixture comprising a monohydric alcohol to form a low-free fatty acid oily phase and an alcohol phase, wherein said monohydric alcohol is a solvent; said monohydric alcohol having a concentration of at least 15% alcohol by weight; treating said alcohol phase with an acid to form an aqueous alcohol phase and a lipid alcohol phase, wherein said lipid alcohol phase comprises free fatty acids; and recovering fatty acids from said lipid alcohol phase. treating fats and oils having a high free fatty acid content with a mixture comprising a monohydric alcohol to form a low-free fatty acid oily phase and an alcohol phase, wherein said monohydric alcohol is a solvent; said monohydric alcohol having a concentration of at least 15% alcohol by weight; treating said alcohol phase with an acid to form an aqueous alcohol phase and a lipid alcohol phase, wherein said lipid alcohol phase comprises free fatty acids; and recovering fatty acids from said lipid alcohol phase.
A mixing device having at least one first feed opening for at least one first liquid plastics component, preferably charged with a gas, and having at least one second feed opening for at least one second liquid plastics component, and a discharge opening for discharging a mixture of the first and the second liquid plastics components that can be produced in the mixing device, the mixing device having a rotating stirrer for mixing the first and the second liquid plastics components, a gap remaining between the stirrer and the discharge opening, an adjusting device being provided which changes either the gap or the size of the discharge opening by means of a relative movement between the discharge opening and the stirrer, and a control means being provided which is in signal-conducting connection with a sensor for determining a pressure prevailing in a mixing chamber of the mixing device, the control means adjusting the gap or the size of the discharge opening by means of the adjusting device such that the pressure prevailing in the mixing chamber of the mixing device has a predetermined value, characterized in that the adjusting device has a stepper motor which engages via a shaft in a toothed wheel which laterally engages in a screw sleeve arranged concentrically to the shaft of the stirrer, a rotation of the toothed wheel by the stepper motor causing an axial adjustment of the screw sleeve, as a result of which the height of the stirrer is adjusted, which adjusts the gap between the stirrer and discharge opening.
A switchgear comprising: an arc optical sensor configured to detect an arc fault, a relay configured to determine an occurrence or non-occurrence of a fault current by receiving an arc signal detected by the arc optical sensor, and an arc eliminator configured to earth a bus bar of the switchgear upon occurrence of an arc fault on the bus bar in response to an operating signal with respect to the fault current, wherein the arc eliminator is coupled to a cradle conveyer to be horizontally movable back and forth within the switchgear so as to be located at a test position or a service position, characterized in: that the switchgear has a riser panel structure comprising an upstream bus bar and a downstream bus bar, and that the arc eliminator is connected between the upstream bus bar and the downstream bus bar. an arc optical sensor configured to detect an arc fault, a relay configured to determine an occurrence or non-occurrence of a fault current by receiving an arc signal detected by the arc optical sensor, and an arc eliminator configured to earth a bus bar of the switchgear upon occurrence of an arc fault on the bus bar in response to an operating signal with respect to the fault current, wherein the arc eliminator is coupled to a cradle conveyer to be horizontally movable back and forth within the switchgear so as to be located at a test position or a service position, characterized in: that the switchgear has a riser panel structure comprising an upstream bus bar and a downstream bus bar, and that the arc eliminator is connected between the upstream bus bar and the downstream bus bar. that the switchgear has a riser panel structure comprising an upstream bus bar and a downstream bus bar, and that the arc eliminator is connected between the upstream bus bar and the downstream bus bar.
A porous plate-shaped filler, wherein the porous plate-shaped filler is a plate with an aspect ratio of 3 or more, said aspect ratio being defined by the maximum length/the minimum length of the porous plate-shaped filler as illustrated in Fig. 1 for one embodiment of the porous plate-shaped filler, the porous plate-shaped filler has a minimum length of 0.1 to 50 μm, preferably 0.1 to 10 μm, and the porous plate-shaped filler has a porosity of 20 to 99%, said porosity being obtained by the following formula: Porosity % = 1 − Apparent Particle Density ÷ True Density × 100 wherein the apparent particle density is measured with a liquid immersion method using mercury, and the true density is measured with a pycnometer method after the porous plate-shaped filler is sufficiently pulverized. the porous plate-shaped filler is a plate with an aspect ratio of 3 or more, said aspect ratio being defined by the maximum length/the minimum length of the porous plate-shaped filler as illustrated in Fig. 1 for one embodiment of the porous plate-shaped filler, the porous plate-shaped filler has a minimum length of 0.1 to 50 μm, preferably 0.1 to 10 μm, and the porous plate-shaped filler has a porosity of 20 to 99%, said porosity being obtained by the following formula: Porosity % = 1 − Apparent Particle Density ÷ True Density × 100 wherein the apparent particle density is measured with a liquid immersion method using mercury, and the true density is measured with a pycnometer method after the porous plate-shaped filler is sufficiently pulverized.
A hot-melt composition comprising, with respect to 100 parts by mass of a hydrogenated styrene thermoplastic elastomer having styrene-based polymer blocks at both ends and a hydrogenated diene polymer block at a middle portion and having a mass-average molecular weight of 250,000 to 600,000, 150 to 450 parts by mass of an aromatic tackifying resin having a softening point of 135 to 160°C and a mass-average molecular weight of 500 to 2,500, 100 to 500 parts by mass of a tackifying resin for a hydrogenated diene polymer block which has a softening point of 100 to 160°C, 500 to 1,500 parts by mass of a non-aromatic hydrocarbon oil having a kinematic viscosity at 40°C of 90 mm 2 /s or higher, wherein 30% by mass or more of the non-aromatic hydrocarbon oil is a non-aromatic hydrocarbon oil having a kinematic viscosity at 40°C of 300 to 500 mm 2 /s (D-1), wherein: - the mass average molecular weight is a value in terms of polystyrene standard based on a measured value by gel permeation chromatography using tetrahydrofuran as a solvent; - the softening point of the tackifying resin and the hot-melt composition is measured according to JAI-7-1999. - the mass average molecular weight is a value in terms of polystyrene standard based on a measured value by gel permeation chromatography using tetrahydrofuran as a solvent; - the softening point of the tackifying resin and the hot-melt composition is measured according to JAI-7-1999.
A method of synthesizing a molecular sieve having the structure of SSZ-83, the method comprising: (a) preparing a reaction mixture comprising: zeolite Y as a combined source of silicon oxide and aluminum oxide; a source of a Group 1 or 2 metal; a structure directing agent comprising 1-methyl-1-(6-(trimethylammonio)hexyl)piperidinium dications; a source of hydroxide ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the molecular sieve. (a) preparing a reaction mixture comprising: zeolite Y as a combined source of silicon oxide and aluminum oxide; a source of a Group 1 or 2 metal; a structure directing agent comprising 1-methyl-1-(6-(trimethylammonio)hexyl)piperidinium dications; a source of hydroxide ions; and water; and zeolite Y as a combined source of silicon oxide and aluminum oxide; a source of a Group 1 or 2 metal; a structure directing agent comprising 1-methyl-1-(6-(trimethylammonio)hexyl)piperidinium dications; a source of hydroxide ions; and water; and (b) subjecting the reaction mixture to crystallization conditions sufficient to form crystals of the molecular sieve.
A water tank with a permeation filtering and reflecting type cold-hot water mixing prevention device, comprising a water tank shell and a water tank liner mounted in the water tank shell, a water tank water inlet pipe and a water tank water outlet pipe respectively communicated with the water tank liner being mounted on the water tank shell, wherein: the water tank further comprises a connecting pipe and a permeation filtering and reflecting type cold-hot water mixing prevention device, the connecting pipe is mounted inside the water tank water inlet pipe, and the permeation filtering and reflecting type cold-hot water mixing prevention device is connected to one end of the connecting pipe and is located at an inner bottom of the water tank liner; characterized in that the permeation filtering and reflecting type cold-hot water mixing prevention device comprises a mixing prevention device pipe shank, a mounting seat, a reflector, filter screen covers and a permeation filtering object, one end of the mixing prevention device pipe shank is connected to the connecting pipe, the other end of the mixing prevention device pipe shank is hermetically connected to the reflector, the reflector is downwards arranged, the mounting seat is mounted on an outer wall of the mixing prevention device pipe shank, an opening of the mounting seat is upwards arranged, the filter screen covers and the permeation filtering object are respectively mounted at the opening of the mounting seat, the filter screen covers are located at a top and a bottom of the permeation filtering object, a filtering chamber is formed between the filter screen cover at the bottom of the permeation filtering object and the mounting seat, and a plurality of flow splitting holes which enable the inside of the mixing prevention device pipe shank to be communicated with the filtering chamber are formed in a pipe wall of the mixing prevention device pipe shank.
Fastening device for fastening product bottles on a wall, in particular a wet room, comprising a product bottle, at least one first magnetic element adapted to be mounted on the wall and a second magnetic element arranged in the product bottle, wherein the first magnetic element or the second magnetic element is configured as a permanent magnet, wherein, due to the magnetic force acting between the first magnetic element and the second magnetic element, the care product or the product bottle can be fastened on the wall, characterized in that the second magnetic element is arranged in the product bottle by placing the second magnetic element in the product bottle and that the second magnetic element is not fixedly connected to the product bottle.
A method for providing a roaming service of an international call, implemented in a mobile terminal (10, 500, 600), the method comprising the steps of: in an international roaming mode, checking, by a type of number checking unit of the mobile terminal (10, 500, 600), a type of telephone number, TON, of a telephone number of a receiving call or a short message service, SMS; in the case that the TON of the telephone number is an international call, comparing, by a country code comparing unit of the mobile terminal (10, 500, 600), a country code of the telephone number with a home country code stored in a storing unit of the mobile terminal (10, 500, 600); in the case that the country code of the telephone number is the same as the home country code stored in the storing unit, changing, by telephone number changing unit of the mobile terminal (10, 500, 600), the telephone number and changing the TON of the telephone number; and searching, by a caller number display unit of the mobile terminal (10, 500, 600), a telephone directory stored in the storing unit and outputting, by the caller number display unit, the name of a calling party subscriber corresponding to the telephone number on a display of the mobile terminal (10, 500, 600), whereby the step of changing comprises changing the telephone number into a call number of home network by deleting the home country code of the telephone number and adding "0" before the changed telephone number; and changing the TON of the telephone number into "Unknown".
A slot-wedge for an electric machine, the slot-wedge comprising sheet portions (102, 103) being one on the other and constituting a layered structure, wherein the slot-wedge comprises one or more electric conductor strips between the sheet portions without being inside material of any of the sheet portions so as to constitute a capacitive shield when the slot-wedge is located between adjacent teeth of the electric machine, and wherein the sheet portions (102, 103) are portions of a sheet that is bent on longitudinal side regions of the slot-wedge along geometric lines parallel with a longitudinal direction of the slot-wedge so that the portions of the sheet are arranged to be one on the other, characterized in that the layered structure is a flattened roll of the sheet.
A nested capsule comprising a first capsule held within a second capsule, and each of the first and second capsules has a shell that is a supramolecular cross-linked network.
A method of manufacturing a collection of matter held together by a binder comprising: - contacting a collection of matter with a thermally-curable aqueous binder comprising: i) uncured resole resin and ii) Maillard reactants comprising a carbohydrate reactant; and an amine reactant - curing the binder in contact with the collection of matter. - contacting a collection of matter with a thermally-curable aqueous binder comprising: i) uncured resole resin and ii) Maillard reactants comprising a carbohydrate reactant; and an amine reactant i) uncured resole resin and ii) Maillard reactants comprising a carbohydrate reactant; and an amine reactant a carbohydrate reactant; and an amine reactant - curing the binder in contact with the collection of matter.
A method for processing whole blood at a point-of-collection to collect plasma or serum, that contain circulating nucleic acid the method comprising: a. filtering the whole blood through a filtration membrane to separate the plasma or serum at the point of sample collection; b. collecting the separated plasma or serum on to a dry solid matrix which is in contact with the filtration membrane, wherein the dry solid matrix comprises cellulose and is devoid of any detergent, c. drying the collected plasma or serum on the solid matrix, and d. storing the dry solid matrix containing the collected plasma or serum; and e. extraction of circulating nucleic acid from the collected plasma or serum. a. filtering the whole blood through a filtration membrane to separate the plasma or serum at the point of sample collection; b. collecting the separated plasma or serum on to a dry solid matrix which is in contact with the filtration membrane, wherein the dry solid matrix comprises cellulose and is devoid of any detergent, c. drying the collected plasma or serum on the solid matrix, and d. storing the dry solid matrix containing the collected plasma or serum; and e. extraction of circulating nucleic acid from the collected plasma or serum.
Apparatus for adjusting and controlling the combustion in a fuel gas burner comprising the following mutually integrated components: - a comburent gas/fuel gas mixing pipe provided with a Venturi mixer in correspondence of which a fuel gas supply duct opens; - a pneumatic gas valve feeding gas in an amount corresponding to the depression generated downstream of the valve by the Venturi mixer and, therefore, corresponding to the amount of air passing through it; - ventilation means, at least partially housed in said mixing pipe; - combustion means arranged downstream of said ventilation means; - a safety system based upon the detection of the flame present in said combustion means; - an electronic control unit electronically connected to the pneumatic gas valve, to the ventilation means, to the safety system; and - an interchangeable calibrated diaphragm arranged along said fuel gas supply duct to said combustion means; wherein the size of said calibrated diaphragm prevents said combustion means from working with an excess gas also in case of failure of other components; said apparatus being characterized in that it further comprises: - a temperature probe arranged on the inner surface of combustion means; - a throttle valve for adjusting the fuel gas flow rate in the duct; said throttle valve being mechanically controlled by actuating means; - an electronic card, electronically connected to said probe, to said ventilation means and to said actuating means for adjusting the opening of said throttle valve, wherein said electronic card is electronically connected, but functionally separated, to said electronic control unit. - a comburent gas/fuel gas mixing pipe provided with a Venturi mixer in correspondence of which a fuel gas supply duct opens; - a pneumatic gas valve feeding gas in an amount corresponding to the depression generated downstream of the valve by the Venturi mixer and, therefore, corresponding to the amount of air passing through it; - ventilation means, at least partially housed in said mixing pipe; - combustion means arranged downstream of said ventilation means; - a safety system based upon the detection of the flame present in said combustion means; - an electronic control unit electronically connected to the pneumatic gas valve, to the ventilation means, to the safety system; and - an interchangeable calibrated diaphragm arranged along said fuel gas supply duct to said combustion means; wherein the size of said calibrated diaphragm prevents said combustion means from working with an excess gas also in case of failure of other components; - a temperature probe arranged on the inner surface of combustion means; - a throttle valve for adjusting the fuel gas flow rate in the duct; said throttle valve being mechanically controlled by actuating means; - an electronic card, electronically connected to said probe, to said ventilation means and to said actuating means for adjusting the opening of said throttle valve, wherein