mhurhangee/patent-ind-claim-en huggingface dataset:
A method for tailoring a compression garment, the compression garment comprising - a first sheet and a second sheet , each having a first lateral end and a second lateral end , - at least one strap for holding together the first lateral end of the first sheet and the first lateral end of the second sheet , wherein said at least one strap is tightenable to establish a compression level to a human limb or body part by the compression garment, the method including: - a first step of adjusting the at least one strap to be in a first position; - a second step of draping the compression garment around the limb or the body part; - a third step of holding the second lateral end of the first sheet and the second lateral end of the second sheet together to pull the first sheet , the second sheet and the at least one strap into contact with said limb or body part; - a fourth step of marking a cutting line on one or both sheets ; - a fifth step of cutting the first and the second sheet along the cutting line ; - a sixth step of splicing together both cut ends with at least one splicing element . - a first sheet and a second sheet , each having a first lateral end and a second lateral end , - at least one strap for holding together the first lateral end of the first sheet and the first lateral end of the second sheet , wherein said at least one strap is tightenable to establish a compression level to a human limb or body part by the compression garment, - a first step of adjusting the at least one strap to be in a first position; - a second step of draping the compression garment around the limb or the body part; - a third step of holding the second lateral end of the first sheet and the second lateral end of the second sheet together to pull the first sheet , the second sheet and the at least one strap into contact with said limb or body part; - a fourth step of marking a cutting line on one or both sheets ; - a fifth step of cutting the first and the second sheet along the cutting line ; - a sixth step of splicing together both cut ends with at least one splicing element .
A device for spectroscopic measurement comprising a sample holder and a chamber (A); wherein the sample holder comprises a side wall , a bottom wall and a temperature control system to control the temperature in the sample holder ; part of the bottom wall of the sample holder is flat and comprises a membrane that is permeable to spectroscopic radiation; the chamber (A) comprises a side wall (S) and a bottom wall (B) and is removably coupled to the sample holder ; the chamber (A) comprises a first opening to deliver an incident spectroscopic beam to the membrane of the sample holder ; the chamber (A) comprises a feeding duct (G) for introducing a fluid in the chamber (A) and an output for evacuating the fluid from the chamber (A); the sample holder comprises a probe to measure the temperature in the sample holder , the chamber (A) comprises a probe to measure the temperature in the chamber (A) and the device comprises a system to adjust the temperature in the chamber (A) according to the temperature in the sample holder . wherein the sample holder comprises a side wall , a bottom wall and a temperature control system to control the temperature in the sample holder ; part of the bottom wall of the sample holder is flat and comprises a membrane that is permeable to spectroscopic radiation; the chamber (A) comprises a side wall (S) and a bottom wall (B) and is removably coupled to the sample holder ; the chamber (A) comprises a first opening to deliver an incident spectroscopic beam to the membrane of the sample holder ; the chamber (A) comprises a feeding duct (G) for introducing a fluid in the chamber (A) and an output for evacuating the fluid from the chamber (A); the sample holder comprises a probe to measure the temperature in the sample holder , the chamber (A) comprises a probe to measure the temperature in the chamber (A) and the device comprises a system to adjust the temperature in the chamber (A) according to the temperature in the sample holder .
A battery module comprising: a plurality of battery cells being arrayed; a cell-monitoring unit being electrically connected to the plurality of battery cells and configured to monitor each battery cell of the plurality of battery cells ; a circuit board on the battery cell side being electrically connected to the plurality of battery cells as a wiring member; characterized in that a circuit board on the cell-monitoring unit side being electrically connected to the cell-monitoring unit and the circuit board on the battery cell side as a wiring member, and the circuit board on the battery cell side and the circuit board on the cell-monitoring unit side are connected to each other and a plurality of voltage detection lines on the circuit board on the battery cell side and a plurality of voltage detection lines on the circuit board on the cell-monitoring unit side are electrically connected, and the electric circuit (31A-31G) of the voltage detection lines on the circuit board on the battery cell side are aligned in order of electric potentials corresponding to each battery cell and the electric circuit (41A-41G) of the voltage detection lines on the circuit board on the cell-monitoring unit side are aligned in order of electric potentials, the circuit board on the battery cell side is a flexible printed wiring board including a plurality of electric circuits (31A-31G) on one surface , and the circuit board on the cell-monitoring unit side is a flexible printed wiring board including a plurality of electric circuits (41A-41G) on both surfaces . a plurality of battery cells being arrayed; a cell-monitoring unit being electrically connected to the plurality of battery cells and configured to monitor each battery cell of the plurality of battery cells ; a circuit board on the battery cell side being electrically connected to the plurality of battery cells as a wiring member; characterized in that a circuit board on the cell-monitoring unit side being electrically connected to the cell-monitoring unit and the circuit board on the battery cell side as a wiring member, and the circuit board on the battery cell side and the circuit board on the cell-monitoring unit side are connected to each other and a plurality of voltage detection lines on the circuit board on the battery cell side and a plurality of voltage detection lines on the circuit board on the cell-monitoring unit side are electrically connected, and the electric circuit (31A-31G) of the voltage detection lines on the circuit board on the battery cell side are aligned in order of electric potentials corresponding to each battery cell and the electric circuit (41A-41G) of the voltage detection lines on the circuit board on the cell-monitoring unit side are aligned in order of electric potentials, the circuit board on the battery cell side is a flexible printed wiring board including a plurality of electric circuits (31A-31G) on one surface , and the circuit board on the cell-monitoring unit side is a flexible printed wiring board including a plurality of electric circuits (41A-41G) on both surfaces .
An aerosol-generating device comprising: a housing defining a chamber having an open end for insertion of an aerosol-generating article into the chamber and a closed end opposite the open end ; a flat spiral inductor coil disposed at the closed end of the chamber; a susceptor element positioned within the chamber at the closed end ; and a power supply and a controller connected to the flat spiral inductor coil and configured to provide an alternating electric current to the flat spiral inductor coil such that, in use, the flat spiral inductor coil generates an alternating magnetic field to inductively heat the susceptor element and thereby heat at least a portion of an aerosol-generating article received within the chamber . a housing defining a chamber having an open end for insertion of an aerosol-generating article into the chamber and a closed end opposite the open end ; a flat spiral inductor coil disposed at the closed end of the chamber; a susceptor element positioned within the chamber at the closed end ; and a power supply and a controller connected to the flat spiral inductor coil and configured to provide an alternating electric current to the flat spiral inductor coil such that, in use, the flat spiral inductor coil generates an alternating magnetic field to inductively heat the susceptor element and thereby heat at least a portion of an aerosol-generating article received within the chamber .
A method comprising: providing power to an aircraft data probe anti-ice system; monitoring an actual power demand of the aircraft data probe anti-ice system; calculating an expected power demand of the aircraft data probe anti-ice system based on air data parameters and atmospheric conditions; comparing the actual power demand of the aircraft data probe anti-ice system to the expected power demand; and performing a corrective action if the actual power demand and the expected power demand are different by more than a selected amount, characterised in that the corrective action includes removing an aircraft data probe data from a voting arrangement, wherein the voting arrangement includes data from at least one other aircraft data probe. providing power to an aircraft data probe anti-ice system; monitoring an actual power demand of the aircraft data probe anti-ice system; calculating an expected power demand of the aircraft data probe anti-ice system based on air data parameters and atmospheric conditions; comparing the actual power demand of the aircraft data probe anti-ice system to the expected power demand; and performing a corrective action if the actual power demand and the expected power demand are different by more than a selected amount, characterised in that the corrective action includes removing an aircraft data probe data from a voting arrangement, wherein the voting arrangement includes data from at least one other aircraft data probe.
A filter material suitable for the preparation of hot and cold beverages, the filter material comprising: (a) natural cellulosic fibers; and (b) at least one non-fibrous binder selected from the group consisting of polylactic acid, polyglycolic acid and copolymers thereof. (a) natural cellulosic fibers; and (b) at least one non-fibrous binder selected from the group consisting of polylactic acid, polyglycolic acid and copolymers thereof.
A lens for a light emitting diode formed from a transparent dielectric material having a refractive index of n, the lens comprising: a base ; a first curved circumferential surface extending from the base; a curved center-edge surface extending from the first curved circumferential surface , a curved centermost surface extending from the curved center-edge surface , wherein a distance from a center of the base to a point of the curved center-edge surface is shorter than a radius of curvature for the point of the curved center-edge surface , and wherein the curved center-edge surface has a convex shape when viewed from the center of the base and is symmetrical with respect to a lens main axis which vertically extends from the center of the base, and the curved centermost surface has a concave shape when viewed from the center of the base ; and further comprising a hollow portion formed from the base of the lens, wherein the hollow portion forms an inner surface of the lens and is comprised of a second curved circumferential surface and a curved central surface extending from the second curved circumferential surface , and wherein a distance from the center of the base to a point of the curved central surface is longer than a radius of curvature for the point of the curved central surface . a base ; a first curved circumferential surface extending from the base; a curved center-edge surface extending from the first curved circumferential surface , a curved centermost surface extending from the curved center-edge surface , wherein a distance from a center of the base to a point of the curved center-edge surface is shorter than a radius of curvature for the point of the curved center-edge surface , and wherein the curved center-edge surface has a convex shape when viewed from the center of the base and is symmetrical with respect to a lens main axis which vertically extends from the center of the base, and the curved centermost surface has a concave shape when viewed from the center of the base ; and wherein the curved center-edge surface has a convex shape when viewed from the center of the base and is symmetrical with respect to a lens main axis which vertically extends from the center of the base, and the curved centermost surface has a concave shape when viewed from the center of the base ; and further comprising a hollow portion formed from the base of the lens, wherein the hollow portion forms an inner surface of the lens and is comprised of a second curved circumferential surface and a curved central surface extending from the second curved circumferential surface , and wherein a distance from the center of the base to a point of the curved central surface is longer than a radius of curvature for the point of the curved central surface .
A process for preparing (meth)acrylic esters continuously removing water in situ from an oxidative esterification reaction, the process comprising: (a) conducting a first oxidative esterification reaction in a first reactor or reaction zone, wherein the total number of reactors or reaction zones is n and n is at least 2; (b) removing a crude product stream comprising a (meth)acrylic ester from the first reactor or reaction zone; (c) introducing the crude product stream to a distillation column to generate a column overheads stream and a column bottoms stream; (d) passing at least a portion of the columns bottoms stream to the product recovery zone; and (e) passing at least a portion of the column overheads stream to a subsequent reactor or reaction zone; and (f) repeating steps (a)-(e) for each subsequent reactor or reaction zone such that the number of distillation columns is less than n , and wherein the at least a portion of the column overheads stream contains less than 1 weight percent (wt%) water based on the total weight of the at least a portion of the column overheads stream.
A method for evaluating a weathering degree of coal comprising: using surface tension as an index for evaluating the weathering degree, characterized in that the surface tension of a semicoke is used, the semicoke being prepared by performing a heat treatment at a temperature equal to or higher than 350°C and equal to or lower than 800°C on a weathered coal and then cooling the coal in an atmosphere sealed from air or in an atmosphere of an inert gas. using surface tension as an index for evaluating the weathering degree, characterized in that the surface tension of a semicoke is used, the semicoke being prepared by performing a heat treatment at a temperature equal to or higher than 350°C and equal to or lower than 800°C on a weathered coal and then cooling the coal in an atmosphere sealed from air or in an atmosphere of an inert gas.
An ankle-foot orthopaedic orthosis comprising a carbon fibre composite frame , a height-changing breathable calf support adapted to be attached to a leg, buckles for attaching the breathable calf support to the leg, where the height-changing breathable calf support comprises a height adjustment mechanism allowing the height of the support to be adjusted in relation to the foot in the superior-inferior direction, and height adjustment holes and fixing screws which connect the height-changing breathable calf support through frame holes and said height adjustment holes to said carbon fibre composite frame , where the frame has an energy-accumulating flat spring section in the coronal plane in the front part of the orthosis, characterized in that the frame and the height-changing breathable calf support are made of different materials to provide different wear characteristics, where the height-changing breathable calf support is made of polyamide, and in that the height-changing breathable calf support further comprises an angle adjuster for allowing the angle to be adjusted in the dorsal-ventral direction, adjuster guides and a neutral angle guide , said carbon fibre composite frame further comprising a crescent-shaped bow , acting as a spring mechanism for energy storage, located on the lateral side of the foot in use, having an inner surface facing the foot of the user in use and an outer surface, said outer surface being concave and said inner surface being convex, where bending of the frame takes place along said crescent-shaped bow maintaining the uniformity of the shape and at the same time the uniformity of the stiffness of the frame throughout its entire structure, wherein the crescent-shaped bow is flattened at the sole connection and rotates towards the front of the sole , and wherein the crescent-shaped bow has a a ventral upward slope and a smooth transition to the energy-accumulating flat spring section in the coronal plane in the front part of the orthosis.
A gas device , comprising: a frame , defining a chamber ; a burner , being arranged at a bottom side of the chamber ; a fan , being arranged outside the frame , an outlet of the fan facing the burner ; and a baffle , being arranged at an inner side of the frame , and spaced apart from at least a portion of an inner wall of the frame to form an air duct , wherein air sent out by the fan comprises a portion that flows into the air duct , and another portion that flows into the burner , the baffle being provided with a plurality of air outlets along a flow direction of the air duct , and an air inlet surface of the air duct being lower than a burning surface of the burner ; characterized in that a plurality of steering portions are formed on the baffle , and protruding from inside to outside of the baffle , wherein the air outlet is provided on the steering portion .
Propulsion unit for an electric pedal-assisted cycle (EPAC) comprising - an electric machine having a stator and a rotor , rotatable about a motor axis (M-M), said rotor being operatively connected to a crank pin , defining a crank axis (X-X) mechanically connected to pedals , - said crank axis (X-X) being coaxial with the motor axis (MM), - wherein the rotor is coaxial and external to the stator so as to radially enclose the stator , - wherein the propulsion unit comprises at least one electronic unit for operating and controlling the functioning of the electric machine , - wherein the propulsion unit comprises at least a pair of housings defining a containment space which houses the electric machine and at least partially the crank pin , - wherein the propulsion unit comprises transmission means of the movement from the rotor to the crank pin , said transmission means being arranged in an asymmetrical position overall and decentralised from the crank axis (X-X) so as to be outside the projection of the rotor on a projection plane perpendicular to the crank axis (X-X), characterized in that the electronic unit is positioned so as to fall inside the projection of the rotor on a projection plane perpendicular to the crank axis (X-X), wherein the electronic unit is shaped as a 'C' around the crank axis (X-X) and is arranged so as to surround partially said transmission means . - an electric machine having a stator and a rotor , rotatable about a motor axis (M-M), said rotor being operatively connected to a crank pin , defining a crank axis (X-X) mechanically connected to pedals , - said crank axis (X-X) being coaxial with the motor axis (MM), - wherein the rotor is coaxial and external to the stator so as to radially enclose the stator , - wherein the propulsion unit comprises at least one electronic unit for operating and controlling the functioning of the electric machine , - wherein the propulsion unit comprises at least a pair of housings defining a containment space which houses the electric machine and at least partially the crank pin , - wherein the propulsion unit comprises transmission means of the movement from the rotor to the crank pin , said transmission means being arranged in an asymmetrical position overall and decentralised from the crank axis (X-X) so as to be outside the projection of the rotor on a projection plane perpendicular to the crank axis (X-X),
A process for hydrocarbon refinery wastewater treatment for producing low bio-sludge, the process comprising utilizing a microbial consortia comprising species of Pseudomonas and species of Bacillus in a ratio of 10:1 to 1:10, wherein the species of Pseudomonas and species of Bacillus have constitutive expression of at least one gene for degrading hydrocarbon, and at least one microbe of the consortia has the ability to produce biosurfactant; wherein the microbial consortia consists of Pseudomonas stutzeri (MTCC 25027), Bacillus subtilis (MTCC 25026), Lysinibacillus sp. (MTCC 5666), Pseudomonas putida IOCR1 (MTCC 5387) and Lysinibacillus sp. (MTCC 25029); wherein the microbe of the consortia has the ability to grow at a temperature ranging from 5°C to 50°C and a pH ranging from 4.0 to 9.0; and wherein the microbial consortia is used in concentration of at least 10 2 cfu/ml. wherein the species of Pseudomonas and species of Bacillus have constitutive expression of at least one gene for degrading hydrocarbon, and at least one microbe of the consortia has the ability to produce biosurfactant; wherein the microbial consortia consists of Pseudomonas stutzeri (MTCC 25027), Bacillus subtilis (MTCC 25026), Lysinibacillus sp. (MTCC 5666), Pseudomonas putida IOCR1 (MTCC 5387) and Lysinibacillus sp. (MTCC 25029); wherein the microbe of the consortia has the ability to grow at a temperature ranging from 5°C to 50°C and a pH ranging from 4.0 to 9.0; and wherein the microbial consortia is used in concentration of at least 10 2 cfu/ml.
A method performed by a user equipment, UE , that can communicate using any of a plurality of narrowbands in a cell bandwidth and has a UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, the method comprising: sending (S100), to a base station in radio resource control, RRC, signalling, a UE capability information element indicating said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol; and controlling (S104) transmissions to the base station , in accordance with a physical uplink control channel, PUCCH, format and said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, wherein: when the UE capability information element indicates that the UE is capable of retuning within a single symbol, the UE performs retuning of its transceiver during a last symbol, in a first subframe, in accordance with a shortened PUCCH format transmitted during the first subframe. sending (S100), to a base station in radio resource control, RRC, signalling, a UE capability information element indicating said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol; and controlling (S104) transmissions to the base station , in accordance with a physical uplink control channel, PUCCH, format and said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, wherein: when the UE capability information element indicates that the UE is capable of retuning within a single symbol, the UE performs retuning of its transceiver during a last symbol, in a first subframe, in accordance with a shortened PUCCH format transmitted during the first subframe.