mhurhangee/ep-ind-claims huggingface dataset:
A cable comprising: a. one or more conductors which may be an optical conductor or an electrical conductor; b. a polymeric covering layer which preferably comprises polyethylene, low-density polyethylene, high-density polyethylene, high molecular weight polyethylene, ultra-high molecular weight polyethylene, linear-low-density polyethylene, very-low density polyethylene, maleated polypropylene, polypropylene, polybutylene, polyhexalene, polyoctene, ethylene-vinyl-acetate copolymer, thermoplastic elastomers, neoprenes, chlorinated polyethylenes, ethylene-propylene-diene ter-polymer, nitrile butadiene rubber/polyvinyl chloride, or copolymers or blends thereof; and c. a non-extruded coating layer made of a material based on a liquid composition, the liquid composition comprising a polymer resin which preferably comprises an epoxy or urethane and 5% or less, by weight, of a fatty acid amide which preferably comprises oleamide, erucamide, stearamide, behenamide, oleyl palmitamide, stearyl erucamide, ethylene-bis-stearamide, or ethylene-bis-oleamide, wherein the liquid composition further optionally comprises a solvent; wherein the polymer resin is cured or dried. a. one or more conductors which may be an optical conductor or an electrical conductor; b. a polymeric covering layer which preferably comprises polyethylene, low-density polyethylene, high-density polyethylene, high molecular weight polyethylene, ultra-high molecular weight polyethylene, linear-low-density polyethylene, very-low density polyethylene, maleated polypropylene, polypropylene, polybutylene, polyhexalene, polyoctene, ethylene-vinyl-acetate copolymer, thermoplastic elastomers, neoprenes, chlorinated polyethylenes, ethylene-propylene-diene ter-polymer, nitrile butadiene rubber/polyvinyl chloride, or copolymers or blends thereof; and c. a non-extruded coating layer made of a material based on a liquid composition, the liquid composition comprising a polymer resin which preferably comprises an epoxy or urethane and 5% or less, by weight, of a fatty acid amide which preferably comprises oleamide, erucamide, stearamide, behenamide, oleyl palmitamide, stearyl erucamide, ethylene-bis-stearamide, or ethylene-bis-oleamide, wherein the liquid composition further optionally comprises a solvent;
Peristaltic pump driven by a chemical reaction between a fuel and an oxidant comprising at least a fluid pump chamber having at least partly flexible exterior walls and a first driver chamber separated from the fluid pump chamber by a first at least partly elastic wall, wherein the first driver chamber comprises one or more ports (121, 122) for fuel or oxidant containing fluids to enter and for exhaust fluids to leave the chamber, wherein the first driver chamber expands after a first chemical reaction between fuel and oxidant in said first driver chamber.
Mould drum configured for use in a system for moulding food products from a pumpable foodstuff mass, the mould drum comprising: - a mould tube made of porous material, the mould tube defining an outer circumferential surface wherein groups of multiple recessed mould cavities are provided, the mould tube having a first and second mould tube head end (2c; 2d); - a driven flange structure arranged against the first mould tube head end, which is adapted to be driven by a mould drum drive member to rotate the mould tube about a drum rotation axis; characterized in that the driven flange structure is provided with a tooth profile, and the mould tube is provided with a meshing tooth profile, both tooth profiles (3t, 2t) meshing with each other and thereby being able to transfer torque from the driven flange structure to the mould tube wherein the meshing tooth profile provided in the mould tube is formed by a series of recesses made in the porous material of the mould tube, provided in an inner tube surface opposite the outer circumferential surface, and being concealed by the outer circumferential surface. - a mould tube made of porous material, the mould tube defining an outer circumferential surface wherein groups of multiple recessed mould cavities are provided, the mould tube having a first and second mould tube head end (2c; 2d); - a driven flange structure arranged against the first mould tube head end, which is adapted to be driven by a mould drum drive member to rotate the mould tube about a drum rotation axis;
Connecting module (1; 2) for supplying electric current into a drive module having a housing which has a first connector contact which is arranged at a first opening and a second connector contact which is arranged at a second opening, - the first and the second connector contact (52, 58) in each case comprising a contact element (50, 55), - the second contact element of the second connector contact being arranged fixedly in the housing, - the second contact element of the second connector contact being designed to provide a connection to a corresponding first contact element of a neighbouring module, characterized in that - the first contact element of the first connector contact is arranged displaceably in the housing, - the second connector contact comprising a spring clamp (60; 110) which is designed to press the corresponding first contact element of the neighbouring module onto the second contact element of the second connector contact, - the second connector contact comprising an actuating apparatus (40; 90) which is arranged on the spring clamp (60; 110), the actuating apparatus (40; 90) comprising a shaft, a connecting rod which is fastened eccentrically to the shaft, and a pressure support which is connected to the connecting rod, - an actuating force being provided by means of the shaft, - the connecting rod being designed to transmit the actuating force for actuating the spring clamp (60; 110) from the shaft to the pressure support, - and the pressure support being designed to actuate the spring clamp (60; 110). - the first and the second connector contact (52, 58) in each case comprising a contact element (50, 55), - the second contact element of the second connector contact being arranged fixedly in the housing, - the second contact element of the second connector contact being designed to provide a connection to a corresponding first contact element of a neighbouring module, - the first contact element of the first connector contact is arranged displaceably in the housing, - the second connector contact comprising a spring clamp (60; 110) which is designed to press the corresponding first contact element of the neighbouring module onto the second contact element of the second connector contact, - the second connector contact comprising an actuating apparatus (40; 90) which is arranged on the spring clamp (60; 110), the actuating apparatus (40; 90) comprising a shaft, a connecting rod which is fastened eccentrically to the shaft, and a pressure support which is connected to the connecting rod, - an actuating force being provided by means of the shaft, - the connecting rod being designed to transmit the actuating force for actuating the spring clamp (60; 110) from the shaft to the pressure support, - and the pressure support being designed to actuate the spring clamp (60; 110).
A reductant heating system, comprising: a coolant line comprising a first portion positioned in heat exchanging communication with reductant in a reductant tank, a flow regulation device coupled to the coolant line and configured to regulate the flow rate of coolant entering the first portion of the coolant line, and a controller in signal transmitting communication with the flow regulation device to vary the flow rate of coolant through the first portion of the coolant line, characterized in that the coolant line further comprises: a second portion positioned in heat exchanging communication with reductant in a reductant line, the reductant line configured to receive reductant from the reductant tank, said second portion receiving the coolant from the first portion, and the controller is configured to achieve a desired temperature of coolant in the second portion of the coolant line by varying the flow rate of coolant entering the first portion of the coolant line based on the temperature of the coolant entering the first portion of the coolant line and based on the temperature of reductant in the reductant tank. a coolant line comprising a first portion positioned in heat exchanging communication with reductant in a reductant tank, a flow regulation device coupled to the coolant line and configured to regulate the flow rate of coolant entering the first portion of the coolant line, and a controller in signal transmitting communication with the flow regulation device to vary the flow rate of coolant through the first portion of the coolant line, characterized in that the coolant line further comprises: a second portion positioned in heat exchanging communication with reductant in a reductant line, the reductant line configured to receive reductant from the reductant tank, said second portion receiving the coolant from the first portion, and the controller is configured to achieve a desired temperature of coolant in the second portion of the coolant line by varying the flow rate of coolant entering the first portion of the coolant line based on the temperature of the coolant entering the first portion of the coolant line and based on the temperature of reductant in the reductant tank. a second portion positioned in heat exchanging communication with reductant in a reductant line, the reductant line configured to receive reductant from the reductant tank, said second portion receiving the coolant from the first portion, and the controller is configured to achieve a desired temperature of coolant in the second portion of the coolant line by varying the flow rate of coolant entering the first portion of the coolant line based on the temperature of the coolant entering the first portion of the coolant line and based on the temperature of reductant in the reductant tank.
A method of fabricating a semiconductor device comprising: selecting a starting semiconductor substrate made from GaAs having a first doping level of 1 x 10 18 cm -3 or higher and having a first defect density, being an etch pit density, of less than 500 cm -2; forming a semiconductor layer by epitaxial growth on said starting semiconductor substrate to have a second defect density that is equal to or less than the first defect density of the substrate, wherein the semiconductor layer is made from GaAs or AlGaAsP; forming active components on said semiconductor layer; and removing said starting semiconductor substrate. selecting a starting semiconductor substrate made from GaAs having a first doping level of 1 x 10 18 cm -3 or higher and having a first defect density, being an etch pit density, of less than 500 cm -2; forming a semiconductor layer by epitaxial growth on said starting semiconductor substrate to have a second defect density that is equal to or less than the first defect density of the substrate, wherein the semiconductor layer is made from GaAs or AlGaAsP; forming active components on said semiconductor layer; and removing said starting semiconductor substrate.
One-stage system for concentration and purification of concentrated hydrogen peroxide, in particular for production of concentrated solution of HTP (High Test Peroxide) grade hydrogen peroxide of concentration of at least 98% for propulsion applications, comprising heating means, a water bath, a rotating flask with a drive in a sloping position at an angle from 105° to 140° with respect to the fractionating column, a condenser, a distillate receiver, characterised in that it additionally comprises a stationary flask placed between the fractionating column and the rotating flask for placing the feedstock, and above the fractionating column and before the condenser it comprises a condenser controlled by the flow rate of the cooling liquid, and further behind the condenser and before the stopcock shutting off the main receiver it comprises an auxiliary condenser that from one side is connected to vacuum, and from the other side it is connected to an auxiliary receiver, whereas the fractionating column is an adiabatic fractionating column, and the final product is received from the rotating flask and the stationary flask.
Concrete ceiling element comprising: - a flat basic structure with an upper side and comprising at least one FRC plate; and - at least one FRC ridge, wherein the at least one FRC ridge is arranged on the upper side and connected in sections to the basic structure, wherein the at least one FRC ridge has at least two supports which provide the connection to the basic structure in sections, and wherein: - at least one support at the end and facing the upper side has at least one extension, which extension is arranged in a recess of an FRC plate of the basic structure and is fixed in this recess which is dimensioned larger than the extension; and/or - at least one FRC plate of the basic structure has at least one extension on the upper side, which extension is arranged in a recess at the end and facing the upper side of a support and is fixed in this extension which is dimensioned larger than the recess. - a flat basic structure with an upper side and comprising at least one FRC plate; and - at least one FRC ridge, - at least one support at the end and facing the upper side has at least one extension, which extension is arranged in a recess of an FRC plate of the basic structure and is fixed in this recess which is dimensioned larger than the extension; and/or - at least one FRC plate of the basic structure has at least one extension on the upper side, which extension is arranged in a recess at the end and facing the upper side of a support and is fixed in this extension which is dimensioned larger than the recess.
A renewable energy power generating apparatus, comprising: a tower; a nacelle disposed above the tower and supported on the tower; a rotor hub rotatably supported on the nacelle; an oil-using unit supported on the nacelle or the rotor hub and positioned above the tower; an in-tower oil tank disposed at an upper part of the tower, the in-tower oil tank including an in-tower supply tank for storing oil which is to be supplied to the oil-using unit; a first feed line for connecting an outside facility to the in-tower supply tank; a second feed line for connecting the in-tower supply tank and the oil-using unit; a first feed pump disposed at a lower part of the tower or on a base on which the tower is built, for feeding oil from the outside facility to the in-tower supply tank via the first feed line; and a second feed pump for feeding the oil in the in-tower supply tank to the oil-using unit via the second feed line, wherein the first feed pump is larger than the second feed pump and thus capable of feeding a larger volume of oil per unit of time than the second feed pump. a tower; a nacelle disposed above the tower and supported on the tower; a rotor hub rotatably supported on the nacelle; an oil-using unit supported on the nacelle or the rotor hub and positioned above the tower; an in-tower oil tank disposed at an upper part of the tower, the in-tower oil tank including an in-tower supply tank for storing oil which is to be supplied to the oil-using unit; a first feed line for connecting an outside facility to the in-tower supply tank; a second feed line for connecting the in-tower supply tank and the oil-using unit; a first feed pump disposed at a lower part of the tower or on a base on which the tower is built, for feeding oil from the outside facility to the in-tower supply tank via the first feed line; and a second feed pump for feeding the oil in the in-tower supply tank to the oil-using unit via the second feed line, wherein the first feed pump is larger than the second feed pump and thus capable of feeding a larger volume of oil per unit of time than the second feed pump.
A method for producing a cylindrical magnetic circuit for generating a magnetic field in a space inside two or more magnets placed annularly, the method comprising the steps of: placing the two or more magnets annularly; inserting at least one nonmagnetic member between two of the magnets circumferentially adjacent to each other; and placing a cylindrical yoke so as to cover a radial outside of the two or more magnets placed annularly, characterized in that the step of placing the two or more magnets comprises: a stage of inserting each of the two or more magnets into a cylindrical side space between a pair of round or annular members separated from each other via the space through which opposing surfaces of the members have two or more recesses or projections in a circumferential direction, the each of the two or more magnets comprising an auxiliary member having at least one projection or recess which is fittable in at least one of the recesses or the projections of the round or annular members, and a stage of removing one of the round or annular members and the auxiliary member, while the other of the round or annular members holds the two or more magnets; and the step of placing a cylindrical yoke comprises covering a radial outside of the two or more magnets placed annularly from a side where the one of the round or annular members has been removed, and then removing the other of the round or annular members. placing the two or more magnets annularly; inserting at least one nonmagnetic member between two of the magnets circumferentially adjacent to each other; and placing a cylindrical yoke so as to cover a radial outside of the two or more magnets placed annularly, a stage of inserting each of the two or more magnets into a cylindrical side space between a pair of round or annular members separated from each other via the space through which opposing surfaces of the members have two or more recesses or projections in a circumferential direction, the each of the two or more magnets comprising an auxiliary member having at least one projection or recess which is fittable in at least one of the recesses or the projections of the round or annular members, and a stage of removing one of the round or annular members and the auxiliary member, while the other of the round or annular members holds the two or more magnets; and the step of placing a cylindrical yoke comprises covering a radial outside of the two or more magnets placed annularly from a side where the one of the round or annular members has been removed, and then removing the other of the round or annular members.
An aromatic compound having branching alkyl chains as shown in Formula: wherein Ar 1 represents the aromatic core; the wavy lines represent functional groups required for the polymerization of this aromatic compound selected from halogen, boric acid, borate, alkyl tin, ethynyl, ethenyl, hydrogen and silane; m is an integer of from 3 to 4; R 3 and R 4 are the same or different, independently selected from alkyl, halogen substituted alkyl, alkoxy, halogen substituted alkoxy, alkenyl and alkynyl; and R 5 is hydrogen, hydroxyl, alkyl, halogen substituted alkyl, alkoxy, halogen substituted alkoxy, alkenyl or alkynyl, wherein the aromatic compound is selected from one of the aromatic compounds having the structure as shown in the following Formula III-1: in the aforementioned Formula III-1, R 6, R 7, R 8 and R 9 represent substituents on the aromatic ring, independently selected from hydrogen atom, halogen atom, nitro, amino, cyano, alkyl, alkenyl, alkynyl, alkoxy, halogen substituted alkyl and halogen substituted alkoxy.
A method for providing engraftable keratinocyte stem cells by differentiation of pluripotent stem cells comprising: (a) forming aggregates of the pluripotent stem cells in a suspension culture in the presence of a defined basal medium; (b) culturing the aggregates in a suspension culture in the presence of an initiation culture medium comprising retinoic acid and BMP4 to effect the formation of initiated aggregates; (c) culturing the initiated aggregates in a keratinocyte progenitor culture medium comprising cholera toxin and a TGFβR1 kinase inhibitor to effect the formation of a cell population comprising keratinocyte progenitors; and (d) culturing the keratinocyte progenitors in a keratinocyte stem cell maturation medium to effect the formation of a cell population comprising engraftable keratinocyte stem cells. (a) forming aggregates of the pluripotent stem cells in a suspension culture in the presence of a defined basal medium; (b) culturing the aggregates in a suspension culture in the presence of an initiation culture medium comprising retinoic acid and BMP4 to effect the formation of initiated aggregates; (c) culturing the initiated aggregates in a keratinocyte progenitor culture medium comprising cholera toxin and a TGFβR1 kinase inhibitor to effect the formation of a cell population comprising keratinocyte progenitors; and (d) culturing the keratinocyte progenitors in a keratinocyte stem cell maturation medium to effect the formation of a cell population comprising engraftable keratinocyte stem cells.
An apparatus for measuring a state of an electrical switch, wherein the apparatus is configured to tap, inside a housing of the electrical switch, a voltage at main contacts (2a, 2b) of the electrical switch, which partly project out of a top side of the housing, for making conclusions about the state of the switch 1, in particular open or closed, the apparatus comprising - a first HV line comprising a first contact, - a second HV line comprising a second contact, - at least one high-impedance resistor, wherein the respective high-impedance resistor has an impedance value of at least 1 MOhm and is configured to interrupt a flow of current on one of the HV lines (11a, 11b), wherein the first contact and the second contact are configured to be connected directly to the main contacts (2a, 2b) of the electrical switch, and - a carrier, wherein the first and the second contact (12a, 12b) and the at least one high-impedance resistor are arranged on the carrier and the carrier comprises circular recesses provided to receive the main contacts (2a, 2b), so that the main contacts (2a, 2b) are mounted in the recesses and project out of the recesses. - a first HV line comprising a first contact, - a second HV line comprising a second contact, - at least one high-impedance resistor, wherein the respective high-impedance resistor has an impedance value of at least 1 MOhm and is configured to interrupt a flow of current on one of the HV lines (11a, 11b), wherein the first contact and the second contact are configured to be connected directly to the main contacts (2a, 2b) of the electrical switch, and - a carrier, wherein the first and the second contact (12a, 12b) and the at least one high-impedance resistor are arranged on the carrier and the carrier comprises circular recesses provided to receive the main contacts (2a, 2b), so that the main contacts (2a, 2b) are mounted in the recesses and project out of the recesses.
A planographic printing plate precursor comprising: a support; and an image recording layer formed on the support, wherein the image recording layer contains a polymer A which includes a constitutional unit A1 having an ethylenically unsaturated group, wherein a weight-average molecular weight of the polymer A is in a range of 2,500 to 35,000, a content of the constitutional unit A1 in the polymer A is 15 mol% or more; and the sulfur content of the polymer A is in a range of 0.5% by mass to 10% by mass with respect to a total mass of the polymer A, wherein the sulfur content derives from a constitutional unit derived from a monofunctional thiol compound or a bifunctional thiol compound, or a constitutional unit derived from a polyfunctional thiol compound having 3 to 10 functional groups. a support; and an image recording layer formed on the support, wherein the image recording layer contains a polymer A which includes a constitutional unit A1 having an ethylenically unsaturated group, wherein a weight-average molecular weight of the polymer A is in a range of 2,500 to 35,000, a content of the constitutional unit A1 in the polymer A is 15 mol% or more; and the sulfur content of the polymer A is in a range of 0.5% by mass to 10% by mass with respect to a total mass of the polymer A,