mhurhangee/ep-ind-claims huggingface dataset:
Method of producing mineral material particles comprising grinding, in the presence of water, of at least one mineral material in the presence of at least one polymer obtained: (a) by a radical polymerization reaction in the presence of sodium hypophosphite, at a temperature above 50°C, of a partial sodium salt of itaconic acid and partial decarboxylation of the polymer obtained and (b) partial or total neutralization of the decarboxylated polymer resulting from step (a), using a derivative comprising sodium. (a) by a radical polymerization reaction in the presence of sodium hypophosphite, at a temperature above 50°C, of a partial sodium salt of itaconic acid and partial decarboxylation of the polymer obtained and (b) partial or total neutralization of the decarboxylated polymer resulting from step (a), using a derivative comprising sodium.
A system for providing redundant power to a device, the system comprising: a first power supply unit, the first power supply unit including a first power module that provides power and a first communication module including first and second first power supply unit transmitters (304a, 304b) and first and second first power supply unit receivers (306a, 306b), wherein the first power module is selectively connectable to input lines (130, 132); and a second power supply unit, the second power supply unit including a second power module selectively connectable to the input lines (130, 132) and that provides power and a second communication module coupled to the first communication module and including first and second second power supply unit transmitters (316a, 316b) and first and second second power supply unit receivers (314a, 314b) coupled, respectively, to the first and second first power supply unit transmitters; wherein the first power supply unit transmits on both the first and second first transmitters (304a, 304b) and the second power supply is configured to provide power to the device in the event that signals are not received from both the first and second first power supply unit transmitters (304a, 304b) by the first and second second power supply unit receivers (316a, 316b) and; wherein each power supply unit is is configured to transmit data message packets to another power supply units at a fixed rate and each data packet includes the rating of the transmitting power supply unit, a switchover flag and an indication of whether the transmitting power supply unit is the primary. a first power supply unit, the first power supply unit including a first power module that provides power and a first communication module including first and second first power supply unit transmitters (304a, 304b) and first and second first power supply unit receivers (306a, 306b), wherein the first power module is selectively connectable to input lines (130, 132); and a second power supply unit, the second power supply unit including a second power module selectively connectable to the input lines (130, 132) and that provides power and a second communication module coupled to the first communication module and including first and second second power supply unit transmitters (316a, 316b) and first and second second power supply unit receivers (314a, 314b) coupled, respectively, to the first and second first power supply unit transmitters; wherein the first power supply unit transmits on both the first and second first transmitters (304a, 304b) and the second power supply is configured to provide power to the device in the event that signals are not received from both the first and second first power supply unit transmitters (304a, 304b) by the first and second second power supply unit receivers (316a, 316b) and; wherein each power supply unit is is configured to transmit data message packets to another power supply units at a fixed rate and each data packet includes the rating of the transmitting power supply unit, a switchover flag and an indication of whether the transmitting power supply unit is the primary.
A cartridge for use in a machine for preparing a beverage or food product from at least one ingredient and a liquid, said cartridge comprising a continuous elongate tubular chamber containing the at least one ingredient providing a fluid flow path linking an inlet for the introduction of the liquid at one end of the chamber to an outlet for discharge of the beverage or food product at an opposite end of the chamber, wherein the chamber has an internal width to length ratio in the range of 1:4 to 1:200.
Tool for a mixing device for mixing solids with a central shaft and a stay arranged at the lower end of the shaft at an angle of more than 80° and less than 100° relative to the axial direction of the shaft, which has at least one mixing blade (4, 4') or which forms at least one mixing blade (4, 4'), wherein a) at least one mixing blade (4, 4') has a curvature on the outer section relative to the central shaft and is realized as a slope rising towards the outside in a convex or concave manner, b) the tool has no fastening or configuration devices in the region that comes into contact with the solids being mixed, and c) at least one region of the stay, on its bottom side that faces the mixer bottom, is positioned at a larger distance to the mixer bottom than the region formed by the mixing blade (4, 4'). a) at least one mixing blade (4, 4') has a curvature on the outer section relative to the central shaft and is realized as a slope rising towards the outside in a convex or concave manner, b) the tool has no fastening or configuration devices in the region that comes into contact with the solids being mixed, and c) at least one region of the stay, on its bottom side that faces the mixer bottom, is positioned at a larger distance to the mixer bottom than the region formed by the mixing blade (4, 4').
A combustor for a gas turbine comprising: a combustion chamber; a pilot mixer comprising a pilot centerbody and at least one axial air swirler radially outward from and concentrically mounted with respect to said pilot centerbody, said pilot mixer upstream from said combustion chamber; a main mixer radially outward from and concentrically aligned with respect to said pilot mixer, said main mixer comprising at least one swirler, said main mixer upstream from said combustion chamber; and an annular centerbody extending between said pilot mixer and said main mixer, said centerbody comprising a radially inner surface and a radially outer surface, said radially inner surface comprising at least one of a divergent portion and a convergent portion, the annular centerbody further comprising a plurality of fuel injection ports configured to inject fuel radially outwardly into said main mixer, characterised in that said at least one swirler of said main mixer is configured to direct fuel therethrough radially inwards towards said pilot mixer to facilitate fuel-air mixing of fuel injected radially inwardly from said at least one swirler of main mixer and fuel injected radially outwardly from said injection ports. a combustion chamber; a pilot mixer comprising a pilot centerbody and at least one axial air swirler radially outward from and concentrically mounted with respect to said pilot centerbody, said pilot mixer upstream from said combustion chamber; a main mixer radially outward from and concentrically aligned with respect to said pilot mixer, said main mixer comprising at least one swirler, said main mixer upstream from said combustion chamber; and an annular centerbody extending between said pilot mixer and said main mixer, said centerbody comprising a radially inner surface and a radially outer surface, said radially inner surface comprising at least one of a divergent portion and a convergent portion, the annular centerbody further comprising a plurality of fuel injection ports configured to inject fuel radially outwardly into said main mixer, characterised in that said at least one swirler of said main mixer is configured to direct fuel therethrough radially inwards towards said pilot mixer to facilitate fuel-air mixing of fuel injected radially inwardly from said at least one swirler of main mixer and fuel injected radially outwardly from said injection ports.
A rolled stainless steel object, characterized in that the surface thereof has a raised and indented pattern including a random juxtaposition of at least two types of polygons, each of said polygons having at least three sides, a surface area of between 1 and 9 mm 2, and a difference between its smallest and largest dimensions of between 0.5 and 3 mm, each polygon being made up of substantially parallel rectilinear scratches, each being deflected by ± 15° relative to the mean orientation of the scratches, having a depth of from 5 to 30 μm separated by ridge lines, and the axes of which are from 0.1 to 0.3 mm from each other, and a Fourier transform spectral analysis of which, carried out on a square of at least 100 mm 2, shows that they have an isotropy of at least 40% between the rolling direction and the sideways direction, and two adjacent preferred angular orientations of which scratches, from among the three main preferred angular orientations thereof, are spaced apart by a minimum of 20° and a maximum of 60°.
Connecting device for connection of an electrical conductor on a bus bar or the like with a connection element, in particular, a friction spring for the fixation of the electrical conductor with at least one actuation element and with at least marking device for designation, characterized in that the marking device is arranged on the actuation element and designed as a plug-in element with a head and a shaft, and that the actuation element has a plug-in duct, whereby the shaft engages in the plug-in duct and the head rests against the actuation element.
A compound needle including a needle body that has a hook provided at a tip and a slider groove provided in an upper end face, and a slider configured to be slidably fitted into the slider groove and to open and close the hook, the compound needle characterized by: a waste discharge window that is formed in a side face of the needle body and is in communication with a portion of the slider groove located on a rear end side in a sliding direction of the slider, wherein the waste discharge window has a shape capable of accommodating a rear end of a portion of the slider that slides on a bottom portion of the slider groove, when the slider is at a most withdrawn position in the sliding direction. a waste discharge window that is formed in a side face of the needle body and is in communication with a portion of the slider groove located on a rear end side in a sliding direction of the slider, wherein the waste discharge window has a shape capable of accommodating a rear end of a portion of the slider that slides on a bottom portion of the slider groove, when the slider is at a most withdrawn position in the sliding direction.
A base station (110, 120, 210, 300), comprising: a radio configured to communicate with a plurality of subscribing user equipments, UEs, (150, 500); a processor and/or one or more circuits, coupled to the radio, configured to: acquire data from the plurality of subscribing UEs (150, 500) and a target access point (165, 175, 185, 195, 230); determine, based on the acquired data, whether offloading of one or more of the subscribing UEs (150, 500) should be performed; generate a broadcast message that includes an offload command for broadcast to the plurality of subscribing UEs (150, 500) based on the offloading determination; and a broadcast module configured to: employ a surge prevention to prevent a mass exodus of subscribing UEs (150, 500) to the target access point (165, 175, 185, 195, 230); assign each of the plurality of subscribing UEs (150, 500) to one of a plurality of predefined access classes; and identify, by the broadcast message, a subset of said plurality of predefined access classes for offloading. a radio configured to communicate with a plurality of subscribing user equipments, UEs, (150, 500); a processor and/or one or more circuits, coupled to the radio, configured to: acquire data from the plurality of subscribing UEs (150, 500) and a target access point (165, 175, 185, 195, 230); determine, based on the acquired data, whether offloading of one or more of the subscribing UEs (150, 500) should be performed; generate a broadcast message that includes an offload command for broadcast to the plurality of subscribing UEs (150, 500) based on the offloading determination; and a broadcast module configured to: employ a surge prevention to prevent a mass exodus of subscribing UEs (150, 500) to the target access point (165, 175, 185, 195, 230); assign each of the plurality of subscribing UEs (150, 500) to one of a plurality of predefined access classes; and identify, by the broadcast message, a subset of said plurality of predefined access classes for offloading. acquire data from the plurality of subscribing UEs (150, 500) and a target access point (165, 175, 185, 195, 230); determine, based on the acquired data, whether offloading of one or more of the subscribing UEs (150, 500) should be performed; generate a broadcast message that includes an offload command for broadcast to the plurality of subscribing UEs (150, 500) based on the offloading determination; and a broadcast module configured to: employ a surge prevention to prevent a mass exodus of subscribing UEs (150, 500) to the target access point (165, 175, 185, 195, 230); assign each of the plurality of subscribing UEs (150, 500) to one of a plurality of predefined access classes; and identify, by the broadcast message, a subset of said plurality of predefined access classes for offloading. employ a surge prevention to prevent a mass exodus of subscribing UEs (150, 500) to the target access point (165, 175, 185, 195, 230); assign each of the plurality of subscribing UEs (150, 500) to one of a plurality of predefined access classes; and identify, by the broadcast message, a subset of said plurality of predefined access classes for offloading.
A tire comprising: a sound absorbing material layer which is attached to an inner surface of a tire; and a sealant layer which is disposed between the inner surface of the tire and the sound absorbing material layer and includes a sealant which attaches the sound absorbing material layer to the inner surface of the tire, wherein the sound absorbing material layer includes a non-woven fabric, characterized in that the non-woven fabric is a polypropylene air-through non-woven fabric, wherein the sealant comprises a rubber component including 30 parts by weight of low viscosity polyisobutylene having a level of 25 in the viscosity based on Mooney viscosity ML1+8 and 125°C, 70 parts by weight of fluid polyisobutylene having a viscosity of 30,000 cps based on 100°C, 30 parts by weight of carbon black, 5 parts by weight of processing oil, and 2 parts by weight of a vulcanizing agent, based on 100 parts by weight of the rubber component. a sound absorbing material layer which is attached to an inner surface of a tire; and a sealant layer which is disposed between the inner surface of the tire and the sound absorbing material layer and includes a sealant which attaches the sound absorbing material layer to the inner surface of the tire, wherein the sound absorbing material layer includes a non-woven fabric, characterized in that the non-woven fabric is a polypropylene air-through non-woven fabric, wherein the sealant comprises a rubber component including 30 parts by weight of low viscosity polyisobutylene having a level of 25 in the viscosity based on Mooney viscosity ML1+8 and 125°C, 70 parts by weight of fluid polyisobutylene having a viscosity of 30,000 cps based on 100°C, 30 parts by weight of carbon black, 5 parts by weight of processing oil, and 2 parts by weight of a vulcanizing agent, based on 100 parts by weight of the rubber component.
Quantum information processing apparatus comprising: a device for defining a qubit, the device comprising: a semiconductor nanowire extending along a first direction having first and second obtuse or acute edges (18 1, 18 2) running along the first direction, wherein the first edge is between a first side face (10 1) and a top or bottom face of the nanowire and the second edge is between a second side face (10 2) and the top or bottom face of the nanowire; gate dielectric underlying or overlying the first and second edges of the nanowire, wherein the gate dielectric is disposed on the first and second side faces, and on the top face or under the bottom face; and a split gate running over or under the gate dielectric across the nanowire in a second, transverse direction, the split gate comprising first and second gates (12 1, 12 2) underlying or overlying the first and second edges respectively; a reflectometry circuit for reading out the state of the qubit, the circuit comprising: a resonator (73 1, 74 1) coupled to the first or second gate (12 2). a device for defining a qubit, the device comprising: a semiconductor nanowire extending along a first direction having first and second obtuse or acute edges (18 1, 18 2) running along the first direction, wherein the first edge is between a first side face (10 1) and a top or bottom face of the nanowire and the second edge is between a second side face (10 2) and the top or bottom face of the nanowire; gate dielectric underlying or overlying the first and second edges of the nanowire, wherein the gate dielectric is disposed on the first and second side faces, and on the top face or under the bottom face; and a split gate running over or under the gate dielectric across the nanowire in a second, transverse direction, the split gate comprising first and second gates (12 1, 12 2) underlying or overlying the first and second edges respectively; a semiconductor nanowire extending along a first direction having first and second obtuse or acute edges (18 1, 18 2) running along the first direction, wherein the first edge is between a first side face (10 1) and a top or bottom face of the nanowire and the second edge is between a second side face (10 2) and the top or bottom face of the nanowire; gate dielectric underlying or overlying the first and second edges of the nanowire, wherein the gate dielectric is disposed on the first and second side faces, and on the top face or under the bottom face; and a split gate running over or under the gate dielectric across the nanowire in a second, transverse direction, the split gate comprising first and second gates (12 1, 12 2) underlying or overlying the first and second edges respectively; a reflectometry circuit for reading out the state of the qubit, the circuit comprising: a resonator (73 1, 74 1) coupled to the first or second gate (12 2).
A light emitting device, comprising: a first conductive type semiconductor layer; an active layer including a plurality of well layers (141, 143 and 145) and a plurality of barrier layers (142, 144 and 146) in contact with the first conductive type semiconductor layer; and a second conductive type semiconductor layer in contact with the active layer, wherein the first conductive type semiconductor layer includes N-type dopant and the second conductive type semiconductor layer includes P-type dopant, wherein an upper surface of at least a first barrier layer (146, 146A, 146B) among the barrier layers includes an uneven surface (140A, 140B, 140C, 140D), and the first barrier layer (146, 146A, 146B) is disposed more closely to the second conductive type semiconductor layer than to the first conductive type semiconductor layer, wherein the upper surface of the first barrier layer (146, 146A, 146B) has a larger area than that of the other barrier layers (142 and 144) of the active layer. a first conductive type semiconductor layer; an active layer including a plurality of well layers (141, 143 and 145) and a plurality of barrier layers (142, 144 and 146) in contact with the first conductive type semiconductor layer; and a second conductive type semiconductor layer in contact with the active layer, wherein the first conductive type semiconductor layer includes N-type dopant and the second conductive type semiconductor layer includes P-type dopant, wherein an upper surface of at least a first barrier layer (146, 146A, 146B) among the barrier layers includes an uneven surface (140A, 140B, 140C, 140D), and the first barrier layer (146, 146A, 146B) is disposed more closely to the second conductive type semiconductor layer than to the first conductive type semiconductor layer, wherein the upper surface of the first barrier layer (146, 146A, 146B) has a larger area than that of the other barrier layers (142 and 144) of the active layer.
A bumper beam for a vehicle comprising: a first member including, in a cross section perpendicular to a lengthwise direction, a first top panel part that is flat, two first vertical wall parts each connected to a respective one of opposite sides of the first top panel part and two first flange parts each connected to a respective one of the two first vertical wall parts; and a second member including, in the cross section perpendicular to the lengthwise direction, a second top panel part that includes a protruding part protruding toward a side opposite to the first top panel part, two second vertical wall parts each connected to a respective one of opposite sides of the second top panel part, the two second vertical wall parts being disposed such that the two second vertical wall parts each faces a respective one of the first vertical wall parts inside the first member, and two second flange parts that are disposed such that the second flange parts each connected to a respective one of the two second vertical wall parts and joined to a respective one of the first flange parts, characterized in that gaps (d) between a respective one of the first vertical wall parts and a respective one of the second vertical wall parts are 0 mm or more to 10 mm or less, and and in that a ratio hl/H between a height h1 of the second vertical wall parts and a height H of the first vertical wall parts is 0.1 or more to 0.5 or less. a second member including, in the cross section perpendicular to the lengthwise direction, a second top panel part that includes a protruding part protruding toward a side opposite to the first top panel part, two second vertical wall parts each connected to a respective one of opposite sides of the second top panel part, the two second vertical wall parts being disposed such that the two second vertical wall parts each faces a respective one of the first vertical wall parts inside the first member, and two second flange parts that are disposed such that the second flange parts each connected to a respective one of the two second vertical wall parts and joined to a respective one of the first flange parts, characterized in that gaps (d) between a respective one of the first vertical wall parts and a respective one of the second vertical wall parts are 0 mm or more to 10 mm or less, and and in that a ratio hl/H between a height h1 of the second vertical wall parts and a height H of the first vertical wall parts is 0.1 or more to 0.5 or less.