mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a plurality of cold plasma jets at atmospheric pressure in order to treat a target, comprising the following steps: - producing a primary cold plasma jet at atmospheric pressure using a plasma source, by generating electrical discharges in a flow of plasmagene gas, - placing a substrate (20, 21, 30, 32, 34) near the target to be treated, said substrate (20, 21, 30, 32, 34) comprising at least two through holes, - passing the primary plasma jet through the through holes such as to generate at least two secondary cold plasma jets at atmospheric pressure, characterized by an aspect ratio of the through holes of the substrate (20, 21, 30, 32, 34) comprised between 1 and 100, preferably between 5 and 50, said aspect ratio being defined as a ratio of a length to a diameter of a through hole, as a function of the gas flow entering the plasma source, the latter being comprised between one or several standard cubic centimeters per minute (sccm) and a few standard liters per minutes (slm), under reference conditions of 20 °C and 1013 10 2 Pa. - producing a primary cold plasma jet at atmospheric pressure using a plasma source, by generating electrical discharges in a flow of plasmagene gas, - placing a substrate (20, 21, 30, 32, 34) near the target to be treated, said substrate (20, 21, 30, 32, 34) comprising at least two through holes, - passing the primary plasma jet through the through holes such as to generate at least two secondary cold plasma jets at atmospheric pressure, characterized by an aspect ratio of the through holes of the substrate (20, 21, 30, 32, 34) comprised between 1 and 100, preferably between 5 and 50, said aspect ratio being defined as a ratio of a length to a diameter of a through hole, as a function of the gas flow entering the plasma source, the latter being comprised between one or several standard cubic centimeters per minute (sccm) and a few standard liters per minutes (slm), under reference conditions of 20 °C and 1013 10 2 Pa.
Process for converting hydrocarbon inputs by thermal steamcracking to give at least one olefin-containing product stream comprising at least ethylene and propylene, by at least partly converting a hydrocarbon input in at least one cracking furnace, characterized in that the hydrocarbon input is converted under mild cracking conditions in the cracking furnace, mild cracking conditions meaning that propylene to ethylene are present in a ratio of 0.85 to 1.6 kg/kg at the cracking furnace exit, and the hydrocarbon input comprising predominantly hydrocarbons having a maximum carbon number of 5.
A system comprising: - welding equipment providing power for forming a weld; - welding headwear - one or more image sensors, processing circuitry (410, 418), and communication interface circuitry, wherein: - said one or more image sensors are operable to capture an image of a weld in progress; - said processing circuitry (410, 418) is operable to perform an analysis of pixel data of said image to determine a brightness of a welding arc of said weld in progress; characterized in that said processing circuitry (410, 418) is further operable to - generate, while said weld is in progress, a welding equipment control signal to cause a welding equipment to change at least one of a welding voltage, or a welding current based on said brightness of said welding arc; and - output, while said weld is in progress, said welding equipment control signal via said communication interface circuitry, wherein said one or more image sensors, said processing circuitry (410, 418), and said communication interface circuitry are integrated into said welding headwear. - welding equipment providing power for forming a weld; - welding headwear - one or more image sensors, processing circuitry (410, 418), and communication interface circuitry, wherein: - said one or more image sensors are operable to capture an image of a weld in progress; - said processing circuitry (410, 418) is operable to perform an analysis of pixel data of said image to determine a brightness of a welding arc of said weld in progress; characterized in that said processing circuitry (410, 418) is further operable to - said one or more image sensors are operable to capture an image of a weld in progress; - said processing circuitry (410, 418) is operable to perform an analysis of pixel data of said image to determine a brightness of a welding arc of said weld in progress; - generate, while said weld is in progress, a welding equipment control signal to cause a welding equipment to change at least one of a welding voltage, or a welding current based on said brightness of said welding arc; and - output, while said weld is in progress, said welding equipment control signal via said communication interface circuitry,
A system for determining brake wear based on fluid volume, comprising: a brake actuator including a brake ram configured to translate in response to changes in fluid pressure in the brake actuator; a fluid supply line fluidly coupled to the brake actuator; characterised by a piston fluidly coupled between a first portion of the fluid supply line and a second portion of the fluid supply line, the piston including a cylinder and a ram configured to translate within the cylinder; and a first sensor operably coupled to the piston. a brake actuator including a brake ram configured to translate in response to changes in fluid pressure in the brake actuator; a fluid supply line fluidly coupled to the brake actuator; characterised by a piston fluidly coupled between a first portion of the fluid supply line and a second portion of the fluid supply line, the piston including a cylinder and a ram configured to translate within the cylinder; and a first sensor operably coupled to the piston.
A flapper valve, comprising: a body having a first end and a second end; a flapper pivotably coupled to the body at the second end and movable between a closed position, where the flapper prevents fluid flow through the body, and an open position, where fluid flow is allowed through the body; a first torsion spring coupled to the body at the second end and providing a spring arm that engages and urges the flapper to the closed position; a support beam coupled to the body and including an axial extension that extends axially past the second end; a closure beam having a first beam end pivotably coupled to the axial extension and a second beam end engageable with the flapper; and a second torsion spring coupled to the axial extension and engageable with the closure beam to urge the closure beam into engagement with the flapper. a body having a first end and a second end; a flapper pivotably coupled to the body at the second end and movable between a closed position, where the flapper prevents fluid flow through the body, and an open position, where fluid flow is allowed through the body; a first torsion spring coupled to the body at the second end and providing a spring arm that engages and urges the flapper to the closed position; a support beam coupled to the body and including an axial extension that extends axially past the second end; a closure beam having a first beam end pivotably coupled to the axial extension and a second beam end engageable with the flapper; and a second torsion spring coupled to the axial extension and engageable with the closure beam to urge the closure beam into engagement with the flapper.
Orally disintegrating tablets with speckled appearance comprising colored granules of a polyalcohol in admixture with a pharmaceutically acceptable carrier containing the same polyalcohol.
Heat pump tumble dryer having a housing rear side, which delimits an interior of the heat pump tumble dryer at least in portions, and having a cover element, which is arranged from the outside on at least one region of the housing rear side and covers the housing rear side at least in portions, the cover element having a cover region which is closed and is arranged in front of a mounting opening of the heat pump device, and the cover element having a ventilation region which is air-permeable due to a lattice structure and is arranged in front of an air supply channel and/or in front of a process air fan of the heat pump tumble dryer, characterised in that the cover element has, in the cover region, drainage ribs which are designed to divert liquids along the direction of extension of said ribs due to the capillary effect.
An assembly comprising a first member, a second member disposed proximate the first member, a bond layer disposed between the first member and the second member for securing the second member to the first member, and at least one optical sensor, characterized in that the bond layer is a single layer and comprises a matrix and a phosphorescent material mixed with the matrix of the bond layer, the bond layer being adapted to bond the first member to the second member and to allow the at least one optical sensor to detect a temperature of the assembly, the at least one optical sensor being disposed proximate the bond layer to detect the temperature of the bond layer in a field of view of the optical sensor.
An accumulator, in particular a lead accumulator, comprising a plurality of positive and negative electrode plates ((2, 3) which are spaced from each other in an alternating manner while leaving a respective gap space, wherein the positive electrode plates are respectively equipped with a spacer, wherein each spacer is constructed by two pieces and respectively comprises a head piece formed on the head side of the respective electrode plate and a foot piece formed on the foot side of the respective electrode plate, characterized in that the head piece and the foot piece of each spacer are designed as respectively separate structural elements and that each spacer is respectively limited to the foot or head regions of adjacent electrode plates.
A fuse holder, comprising: a base including a lower wall and a set of sidewalls, the lower wall including a plurality of bolt openings provided therethrough wherein the set of sidewalls of the base comprises a plurality of pillar supports defining a plurality of openings into an interior cavity, a cover securable with the base, the cover including an upper wall and a set of outer walls, the set of outer walls including a plurality of cable openings and wherein the base and the cover define the interior cavity for housing a bolt assembly, characterized in that each of the plurality of pillar supports comprises: a pair of outer flanges; and a middle slot between the pair of outer flanges; and the set of outer walls includes a plurality of opening walls, wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls. a base including a lower wall and a set of sidewalls, the lower wall including a plurality of bolt openings provided therethrough wherein the set of sidewalls of the base comprises a plurality of pillar supports defining a plurality of openings into an interior cavity, a cover securable with the base, the cover including an upper wall and a set of outer walls, the set of outer walls including a plurality of cable openings and wherein the base and the cover define the interior cavity for housing a bolt assembly, characterized in that each of the plurality of pillar supports comprises: a pair of outer flanges; and a middle slot between the pair of outer flanges; and the set of outer walls includes a plurality of opening walls, wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls. a pair of outer flanges; and a middle slot between the pair of outer flanges; and the set of outer walls includes a plurality of opening walls, wherein the middle slot of each pillar support of the plurality of pillar supports receives a corresponding opening wall of the plurality of opening walls.
A damper device (10, 10B) comprising: an input element to which a torque from an engine is transmitted; an output element (15, 15B); an elastic body (SP1, SP2, SP) that transmits a torque between the input element and the output element (15, 15B); and a rotary inertia mass damper (20, 20B) having a mass body that rotates in accordance with a relative rotation of the input element and the output element (15, 15B), wherein the output element (15, 15B) is configured to be coupled to a rotor of an electric motor generator, the rotor of the electric motor generator is coupled to an input shaft of a transmission, the rotary inertia mass damper includes a planetary gear mechanism (PG, PG') having a sun gear (22, 25B), a ring gear (25, 27), a plurality of pinion gears, and a carrier that supports the plurality of pinion gears, and the carrier is a part of the input element, one of the sun gear and the ring gear is a part of the output element (15, 15B), and the other of the sun gear and the ring gear functions as the mass body, characterized in that a moment of inertia larger than a total value of a moment of inertia of the plurality of pinion gears and the mass body is applied to the input element, and a moment of inertia of the output element (15, 15B) is a negative value. an input element to which a torque from an engine is transmitted; an output element (15, 15B); an elastic body (SP1, SP2, SP) that transmits a torque between the input element and the output element (15, 15B); and a rotary inertia mass damper (20, 20B) having a mass body that rotates in accordance with a relative rotation of the input element and the output element (15, 15B), wherein the output element (15, 15B) is configured to be coupled to a rotor of an electric motor generator, the rotor of the electric motor generator is coupled to an input shaft of a transmission, the rotary inertia mass damper includes a planetary gear mechanism (PG, PG') having a sun gear (22, 25B), a ring gear (25, 27), a plurality of pinion gears, and a carrier that supports the plurality of pinion gears, and the carrier is a part of the input element, one of the sun gear and the ring gear is a part of the output element (15, 15B), and the other of the sun gear and the ring gear functions as the mass body, characterized in that a moment of inertia larger than a total value of a moment of inertia of the plurality of pinion gears and the mass body is applied to the input element, and a moment of inertia of the output element (15, 15B) is a negative value.
An ink composition, comprising: at least one sulfonated polyester; at least one (meth)acrylate monomer; at least one urethane acrylate oligomer; at least one photoinitiator; at least one colorant; and water. at least one sulfonated polyester; at least one (meth)acrylate monomer; at least one urethane acrylate oligomer; at least one photoinitiator; at least one colorant; and water.
A staple cartridge assembly, comprising: a cartridge body, comprising: a deck; and a plurality of staples movable between unfired positions and fired positions; a resiliently compressible tissue thickness compensator, wherein said staples are configured to at least partially capture said tissue thickness compensator when said staples are moved between said unfired positions and said fired positions; and compression means for releasably maintaining said tissue thickness compensator in a compressed state, characterised in that the compression means wrap around the tissue thickness compensator, and are configured to apply compression forces onto the compressible tissue thickness compensator and to hold the tissue thickness compensator in a compressed state. a cartridge body, comprising: a deck; and a plurality of staples movable between unfired positions and fired positions; a deck; and a plurality of staples movable between unfired positions and fired positions; a resiliently compressible tissue thickness compensator, wherein said staples are configured to at least partially capture said tissue thickness compensator when said staples are moved between said unfired positions and said fired positions; and compression means for releasably maintaining said tissue thickness compensator in a compressed state, characterised in that the compression means wrap around the tissue thickness compensator, and are configured to apply compression forces onto the compressible tissue thickness compensator and to hold the tissue thickness compensator in a compressed state.
A dried powder comprising an edible part and a non-edible part of a dried edible plant, satisfying the following conditions to: a proportion of the non-edible part to the edible part of the dried edible plant is 1% by mass or more and 200% by mass or less; a repose angle, which is measured by a method as described in the description, is 0.7 rad or more; "loose bulk density/tight bulk density" is 0.88 or less; a moisture content is 20% by mass or less; and a content of dietary fiber is 18% by mass or more, wherein the edible plant is one or more selected from corn, paprika, pumpkin, table beet, broccoli, spinach, carrot, kale, green soybean, pea, broad bean, sweet potato, tomato, rice, onion, cabbage, apple, grape, sugar cane and citrus fruits, the non-edible part of the edible plant is one or more selected from bract or pistil or cob of corn; stem end or core or seed of paprika; pith or seed or both ends of pumpkin; root tip or skin or petiole of table beet; leaf and stem of broccoli; plant foot of spinach; root tip or petiole base of carrot; petiole base of kale; pod of green soybean; pod of pea; seed skin or pod of broad bean; surface skin and both ends of sweet potato; stem end of tomato; rice hull of rice; skin, bottom part, or head part of onion; core of cabbage; core of apple; fruit peel and seed of grape; draff of sugar cane; and peel, seed, and pith of citrus fruits, and the edible part is the part excluding the non-edible part from the whole edible plant. a proportion of the non-edible part to the edible part of the dried edible plant is 1% by mass or more and 200% by mass or less; a repose angle, which is measured by a method as described in the description, is 0.7 rad or more; "loose bulk density/tight bulk density" is 0.88 or less; a moisture content is 20% by mass or less; and a content of dietary fiber is 18% by mass or more, the edible plant is one or more selected from corn, paprika, pumpkin, table beet, broccoli, spinach, carrot, kale, green soybean, pea, broad bean, sweet potato, tomato, rice, onion, cabbage, apple, grape, sugar cane and citrus fruits, the non-edible part of the edible plant is one or more selected from bract or pistil or cob of corn; stem end or core or seed of paprika; pith or seed or both ends of pumpkin; root tip or skin or petiole of table beet; leaf and stem of broccoli; plant foot of spinach; root tip or petiole base of carrot; petiole base of kale; pod of green soybean; pod of pea; seed skin or pod of broad bean; surface skin and both ends of sweet potato; stem end of tomato; rice hull of rice; skin, bottom part, or head part of onion; core of cabbage; core of apple; fruit peel and seed of grape; draff of sugar cane; and peel, seed, and pith of citrus fruits, and the edible part is the part excluding the non-edible part from the whole edible plant.
A pairing method between at least a first and second communicating device (20, 30) of a home automation installation, the first and second devices (20, 30) respectively including a first sensor (22, 32) and a second sensor (22, 32), the first and second devices (20, 30) respectively including a first processing unit (24, 34) and a second processing unit (24, 34), respectively associated with the first sensor (22, 32) and the second sensor (22, 32) and a first two-way telecommunications interface (26, 36) and a second two-way telecommunications interface (26, 36), the method being characterized in that - a characteristic movement of at least one of the first and second devices (20, 30) is detected independently by the first sensor (22, 32) and the second sensor (22, 32), which respectively generate a first signal and a second signal; - processing means (24, 34) of the home automation installation determine whether the first signal and the second signal are correlated and, in case of correlation, authorize a pairing of the first device and the second device (20, 30), the method further being characterized in that the first processing unit (24, 34) sends information relative to the first signal to the second processing unit (24, 34) via the first two-way telecommunications interface (26, 36) and the second two-way telecommunications interface (26, 36), and the second processing unit (24, 34) determines whether the first signal and the second signal are correlated based on said information, where the information relative to the first signal is made up of a first recognition code generated by the first processing unit (24, 34), which is compared by the second processing unit to a second recognition code generated by the second processing unit based on the second signal. - a characteristic movement of at least one of the first and second devices (20, 30) is detected independently by the first sensor (22, 32) and the second sensor (22, 32), which respectively generate a first signal and a second signal; - processing means (24, 34) of the home automation installation determine whether the first signal and the second signal are correlated and, in case of correlation, authorize a pairing of the first device and the second device (20, 30),
A lensless imaging device that has a plurality of pixel output units for receiving incident light incident thereto, each of two or more of said plurality of pixel output units comprising a photodiode having a light reception region shielded at least partly by a light shielding film, the light shielding film being configured to provide different shielding of the light reception region for each photodiode of the two or more pixel output units to make an incident angle directivity different for the two or more pixel output units, the incident angle directivity for each of the two or more pixel output units being indicative of a sensitivity characteristic according to an incident angle of the incident light received by the two or more pixel output units of the imaging device, the different shielding of the light reception region for each photodiode of the two or more pixel output units being arranged such that signals representing the incident light received by the two or more pixel output units can be combined by configuring and solving simultaneous equations for multiple positions on the imaging device to form an image without use of a lens or a pinhole, wherein in each of the simultaneous equations a signal level representing incident light received by a pixel output unit is represented as a composite value of products of components of point light sources on an object plane to be restored as said image multiplied by coefficients indicative of incident angle directivities according to respective incident angles of a ray from the point light source, a relationship between a number of unknown numbers as solutions to the simultaneous equations and a number of the simultaneous equations being such that it is possible to determine pixel values configuring the image.