mhurhangee/ep-ind-claims huggingface dataset:
A resin composition comprising: a saponified ethylene-vinyl ester copolymer; and a cinnamate; wherein the cinnamate is present in a proportion of 0.01 to 10 ppm based on an amount of the saponified ethylene-vinyl ester copolymer. a saponified ethylene-vinyl ester copolymer; and a cinnamate;
A process for refining a nitrogen-containing metal alloy using arc remelting of a consumable electrode in a furnace, comprising: - providing a consumable electrode of the metal alloy; - providing a second electrode; - providing a controlled atmosphere within the furnace; - striking an arc between the consumable electrode and the second electrode to melt the consumable electrode and thereby form a molten metal alloy pool; - maintaining the arc between the consumable electrode and the molten metal alloy pool; - delivering the molten metal alloy into a mould and casting an ingot of refined metal alloy; - providing the controlled atmosphere comprises flowing Ar gas through the furnace at an Ar gas pressure of 1-500 Pa; - establishing a stable flow of Ar gas through the furnace prior to striking the arc wherein flowing Ar gas through the furnace comprises continuously flowing Ar gas at a constant or at an essentially constant Ar gas pressure; wherein a mean arc voltage used to maintain the arc is within the range of 20-25 V. - providing a consumable electrode of the metal alloy; - providing a second electrode; - providing a controlled atmosphere within the furnace; - striking an arc between the consumable electrode and the second electrode to melt the consumable electrode and thereby form a molten metal alloy pool; - maintaining the arc between the consumable electrode and the molten metal alloy pool; - delivering the molten metal alloy into a mould and casting an ingot of refined metal alloy; - providing the controlled atmosphere comprises flowing Ar gas through the furnace at an Ar gas pressure of 1-500 Pa; - establishing a stable flow of Ar gas through the furnace prior to striking the arc wherein flowing Ar gas through the furnace comprises continuously flowing Ar gas at a constant or at an essentially constant Ar gas pressure;
Gearwheel having driveshaft, wherein the gearwheel is situated in a rotationally-fixed manner on the driveshaft, wherein the gearwheel consists of injection-molded plastic and the driveshaft consists of a plastic material different from the gearwheel, wherein the shaft is encapsulated by the gearwheel, the shaft consists of plastic and the plastic of the gearwheel has a higher elasticity than the plastic of the shaft, and the shaft, in the connection area, at which the shaft is encapsulated by the gearwheel, has a connection area enlarging the shaft diameter, wherein the connection area of the shaft has the shape of a coaxial ring disk, wherein the disk has openings on at least one lateral surface, wherein teeth protrude on the outer circumference of the disk, and the connection area is embodied in the form of a spur gearwheel, which includes said openings, so that the material of the gearwheel, during the injection molding, fills both the intermediate spaces of the teeth and the openings of the enlarged shaft diameter designed as a spur gearwheel in order to produce a friction-locked non-detachable connection. the shaft is encapsulated by the gearwheel, the shaft consists of plastic and the plastic of the gearwheel has a higher elasticity than the plastic of the shaft, and the shaft, in the connection area, at which the shaft is encapsulated by the gearwheel, has a connection area enlarging the shaft diameter, wherein the connection area of the shaft has the shape of a coaxial ring disk, wherein the disk has openings on at least one lateral surface, wherein teeth protrude on the outer circumference of the disk, and the connection area is embodied in the form of a spur gearwheel, which includes said openings, so that the material of the gearwheel, during the injection molding, fills both the intermediate spaces of the teeth and the openings of the enlarged shaft diameter designed as a spur gearwheel in order to produce a friction-locked non-detachable connection.
A contact lens (150 A, B) including: blink detection circuitry (231 A, B) configured to generate a blink signal in response to a blinking of an eye; one or more electrodes (261 A, B) disposed to come in contact with a tear solution of the eye; a logic engine (225 A, B) coupled to receive the blink signal from the blink detection circuitry; and data transmission circuitry (235 A, B) coupled between the one or more electrodes and the logic engine, wherein the logic engine causes the data transmission circuitry to drive electrical data signals onto the one or more electrodes (261 A, B) for transmission to a second contact lens along a biopath which includes biological matter disposed between the human eyes in response to the blink signal reaching a pre-determined threshold. blink detection circuitry (231 A, B) configured to generate a blink signal in response to a blinking of an eye; one or more electrodes (261 A, B) disposed to come in contact with a tear solution of the eye; a logic engine (225 A, B) coupled to receive the blink signal from the blink detection circuitry; and data transmission circuitry (235 A, B) coupled between the one or more electrodes and the logic engine, wherein the logic engine causes the data transmission circuitry to drive electrical data signals onto the one or more electrodes (261 A, B) for transmission to a second contact lens along a biopath which includes biological matter disposed between the human eyes in response to the blink signal reaching a pre-determined threshold.
A contactless charger for charging, in a contactless manner, an electronic device using a secondary battery as a power source, the charger comprising a transceiving section (250, 260) configured to receive from the electronic device a full charge command indicating completion of recharging, wherein the charger is configured to shift, upon receipt of the full charge command, to a charge stop state in which charging of the electronic device is not performed, wherein the transceiving section is further configured to intermittently transmit, in the charge stop state, a load check signal for checking whether or not the electronic device is placed on the contactless charger in a rechargeable manner, wherein the transceiving section is further configured to intermittently transmit, in the charge stop state, a charge restart check command for checking whether or not the electronic device requires recharging, wherein the transceiving section is capable of transmitting the load check signal separately from the charge restart check command, and wherein time intervals at which the charge restart check command is transmitted are larger than time intervals at which the load check signal is transmitted.
Device for filling a mould with foamable material, having a filling tube which is arranged on the mould and which, at one of its ends, has a filling channel which opens into the mould chamber of the mould, wherein the foamable material is able to be introduced into the mould chamber via the filling tube and the filling channel, having a closure rod which projects axially through the filling tube and is able to be driven in an axially movable manner and whose end which faces the mould has a closure piston, which is able to be introduced into the filling channel for the purpose of closing off the filling channel, and whose end which faces away from the mould projects from the filling tube and has a drive piston, which is axially movable in a cylinder and subdivides the cylinder interior into a closure working chamber and an opening working chamber, wherein, for the movement drive of the drive piston, the closure working chamber and the opening working chamber are able to be pressurized with compressed air in an alternating manner, having a radially encircling annular groove in the encircling lateral surface of the closure piston, in which annular groove there is arranged an elastic sealing ring by which an annular gap between the closure piston and the filling channel is able to be sealed off, characterized in that the radial thickness of the sealing ring is less than the depth of the annular groove and a compressed-air source is connected to the base of the annular groove in the closure piston via a pressure channel, wherein the compressed-air source is the closure working chamber.
A travel control device comprising: a rear obstacle detection unit (13e to 13h) which detects an obstacle entering an area rearward of a vehicle, and a distance to the obstacle; a side obstacle detection unit (19a to 19d) which detects an obstacle entering a predetermined lateral side detection region including an area laterally rearward of the vehicle, and a distance to the obstacle; a rearward movement preparation detection unit which detects the vehicle preparing to move rearward; a warning unit (27, 30, 33, 36) which provides warning about the obstacle detected by the rear obstacle detection unit (13e to 13h) or the side obstacle detection unit (19a to 19d); and a control unit which controls the warning unit (27, 30, 33, 36) so that the warning is provided, if the distance to the obstacle detected by the rear obstacle detection unit (13e to 13h) is equal to or less than a first warning threshold, or if a parameter based on the distance to the obstacle detected by the side obstacle detection unit (19a to 19d) is equal to or less than a second warning threshold, characterized in, if the rearward movement preparation detection unit detects the vehicle preparing to move rearward and at a time when the parameter based on the distance to the obstacle detected by the side obstacle detection unit (19a to 19d) is greater than the second warning threshold, the control unit increases the first warning threshold at that time until a hold time elapses after the side obstacle detection unit becomes unable to detect the obstacle. a rear obstacle detection unit (13e to 13h) which detects an obstacle entering an area rearward of a vehicle, and a distance to the obstacle; a side obstacle detection unit (19a to 19d) which detects an obstacle entering a predetermined lateral side detection region including an area laterally rearward of the vehicle, and a distance to the obstacle; a rearward movement preparation detection unit which detects the vehicle preparing to move rearward; a warning unit (27, 30, 33, 36) which provides warning about the obstacle detected by the rear obstacle detection unit (13e to 13h) or the side obstacle detection unit (19a to 19d); and a control unit which controls the warning unit (27, 30, 33, 36) so that the warning is provided, if the distance to the obstacle detected by the rear obstacle detection unit (13e to 13h) is equal to or less than a first warning threshold, or if a parameter based on the distance to the obstacle detected by the side obstacle detection unit (19a to 19d) is equal to or less than a second warning threshold, characterized in, if the rearward movement preparation detection unit detects the vehicle preparing to move rearward and at a time when the parameter based on the distance to the obstacle detected by the side obstacle detection unit (19a to 19d) is greater than the second warning threshold, the control unit increases the first warning threshold at that time until a hold time elapses after the side obstacle detection unit becomes unable to detect the obstacle.
Exhaust-gas aftertreatment system for purification of an exhaust gas of an internal combustion engine, wherein a particle filter, a device with catalytic oxidation function and at least one mixing chamber are combined to form a structural unit, characterized in that the particle filter, the device with catalytic oxidation function or a particle filter with catalytic oxidation function and the at least one mixing chamber are detachably combined with one another to form the structural unit, wherein the structural unit is arranged in a cylindrical container or forms a cylindrical container of said type.
An electrosurgical instrument, comprising: a shaft; a first jaw member and a second jaw member disposed at a distal end of the shaft and configured to grasp tissue therebetween; an energy source configured to emit a first energy directed to target tissue; an ultrasonic transducer configured to receive a second energy from the target tissue and convert the second energy into an electrical signal; a mirror configured to reflect the first energy from the energy source toward the target tissue; and a motor configured to move the mirror relative to a longitudinal axis defined through the shaft, wherein the mirror is in the first jaw member, or in the shaft. a shaft; a first jaw member and a second jaw member disposed at a distal end of the shaft and configured to grasp tissue therebetween; an energy source configured to emit a first energy directed to target tissue; an ultrasonic transducer configured to receive a second energy from the target tissue and convert the second energy into an electrical signal; a mirror configured to reflect the first energy from the energy source toward the target tissue; and a motor configured to move the mirror relative to a longitudinal axis defined through the shaft, wherein the mirror is in the first jaw member, or in the shaft.
A device for recognising the attachment of ice to a structure of a construction, the device comprising: at least one acceleration sensor which is arranged and configured to sense an acceleration at the structure; an evaluation apparatus for determining at least one natural frequency of the structure from the sensed acceleration, wherein the evaluation apparatus is configured to indirectly detect an attachment of ice to the structure on the basis of the determined at least one natural frequency of the structure; at least one ice detection sensor (20, 20a, 20b) which is arranged and configured to directly detect the attachment of ice in a position on the structure, characterised in that the evaluation apparatus combines the indirect detecting of the attachment of ice and the direct detecting of the attachment of ice. at least one acceleration sensor which is arranged and configured to sense an acceleration at the structure; an evaluation apparatus for determining at least one natural frequency of the structure from the sensed acceleration, wherein the evaluation apparatus is configured to indirectly detect an attachment of ice to the structure on the basis of the determined at least one natural frequency of the structure; at least one ice detection sensor (20, 20a, 20b) which is arranged and configured to directly detect the attachment of ice in a position on the structure, characterised in that the evaluation apparatus combines the indirect detecting of the attachment of ice and the direct detecting of the attachment of ice.
A method for the production of an electrode for use in the electrolysis of a halogen-containing solution whereby said electrode provides reduced operating potential during said electrolysis, the method comprising the steps of: a) providing a valve metal substrate having an intermediate electrocatalytic coating layer thereon; b) coating said valve metal substrate with a topcoating layer of a mixture of transition metal oxides consisting of one or more of palladium, rhodium or cobalt oxides, said mixture providing from 0.1 mole % up to 10 mole % of the total transition metal oxide content of the coating. a) providing a valve metal substrate having an intermediate electrocatalytic coating layer thereon; b) coating said valve metal substrate with a topcoating layer of a mixture of transition metal oxides consisting of one or more of palladium, rhodium or cobalt oxides, said mixture providing from 0.1 mole % up to 10 mole % of the total transition metal oxide content of the coating.
A trainable transceiver for controlling a remote device, comprising: a transceiver circuit configured to receive a first activation signal from an original transmitter and configured to transmit a second activation signal; a user input device; and a control circuit coupled to the transceiver circuit and the user input device, wherein the control circuit is configured to format and transmit the second activation signal, based on the first activation signal, in response to a user input received at the user input device; wherein the control circuit is configured to reduce a duty cycle of the second activation signal relative to the first activation signal and increase a radio frequency power of the second activation signal relative to the first activation signal, while maintaining, for the second activation signal, an average radio frequency power over a predetermined amount of time below a predetermined limit; and wherein the control circuit is configured to process the first activation signal to identify a characteristic of a remote electronic system associated with the first activation signal, perform a lookup based on the characteristic to retrieve at least one of a dead time and a radio frequency power, and format the second activation signal based on the retrieved at least one of the dead time and radio frequency power. a transceiver circuit configured to receive a first activation signal from an original transmitter and configured to transmit a second activation signal; a user input device; and a control circuit coupled to the transceiver circuit and the user input device, wherein the control circuit is configured to format and transmit the second activation signal, based on the first activation signal, in response to a user input received at the user input device; wherein the control circuit is configured to reduce a duty cycle of the second activation signal relative to the first activation signal and increase a radio frequency power of the second activation signal relative to the first activation signal, while maintaining, for the second activation signal, an average radio frequency power over a predetermined amount of time below a predetermined limit; and wherein the control circuit is configured to process the first activation signal to identify a characteristic of a remote electronic system associated with the first activation signal, perform a lookup based on the characteristic to retrieve at least one of a dead time and a radio frequency power, and format the second activation signal based on the retrieved at least one of the dead time and radio frequency power.
A rapid flotation device, notably a dissolved air flotation device, for treating water laden with suspended matter, comprising a mixing zone separated from a flotation zone by a wall (n) above which the liquid for treatment, coming from the mixing zone, passes, the flotation zone comprising toward the bottom a perforated floor situated above a sole, a float water discharge being provided under the floor leading to an outlet system, characterized in that: - at least two separate canals, oriented in the direction in which the water flows, are provided under the floor and under any works (w) that may extend the floor, leading to upstream of the outlet system, - the downstream end (2.1) of the canals is open and situated above floor level, - and a discharge means is provided, for each canal, at the end of the downstream bottom part of this canal. - at least two separate canals, oriented in the direction in which the water flows, are provided under the floor and under any works (w) that may extend the floor, leading to upstream of the outlet system, - the downstream end (2.1) of the canals is open and situated above floor level, - and a discharge means is provided, for each canal, at the end of the downstream bottom part of this canal.
Cosmetic product for modifying the natural colour of keratinous fibres, in particular human hair, comprising (i) at least one package comprising at least one multilayer film comprising at least one first polymer layer, at least one second polymer layer and at least one barrier layer, and (ii) at least one cosmetic composition packaged in the packaging and containing: a) at least one oxidising compound, b) at least one C 8 -C 30 alcohol, c) at least one anionic surfactant selected from compounds of the formula R(OCH 2 CH 2) n - OSO 3 -X +, wherein R represents saturated or unsaturated C 8 -C 30 alkyl radicals, n represents integers from 10 to 50 and X + represents a physiologically acceptable cation, d) at least one non-ionic surfactant and e) at least one thickening agent selected from the group of copolymers of (meth)acrylic acid and ethyl acrylates, characterised in that the first polymer layer is formed from polyethylene terephthalate or polyethylene naphthalate, in particular polyethylene terephthalate; the second polymer layer is formed from a polyolefin, in particular polyethylene; and the barrier layer is formed from a polyester provided with an SiO x layer, in particular from a polyethylene terephthalate provided with an SiO x layer. (i) at least one package comprising at least one multilayer film comprising at least one first polymer layer, at least one second polymer layer and at least one barrier layer, and (ii) at least one cosmetic composition packaged in the packaging and containing: a) at least one oxidising compound, b) at least one C 8 -C 30 alcohol, c) at least one anionic surfactant selected from compounds of the formula R(OCH 2 CH 2) n - OSO 3 -X +, wherein R represents saturated or unsaturated C 8 -C 30 alkyl radicals, n represents integers from 10 to 50 and X + represents a physiologically acceptable cation, d) at least one non-ionic surfactant and e) at least one thickening agent selected from the group of copolymers of (meth)acrylic acid and ethyl acrylates, characterised in that the first polymer layer is formed from polyethylene terephthalate or polyethylene naphthalate, in particular polyethylene terephthalate; the second polymer layer is formed from a polyolefin, in particular polyethylene; and the barrier layer is formed from a polyester provided with an SiO x layer, in particular from a polyethylene terephthalate provided with an SiO x layer. a) at least one oxidising compound, b) at least one C 8 -C 30 alcohol, c) at least one anionic surfactant selected from compounds of the formula R(OCH 2 CH 2) n - OSO 3 -X +, wherein R represents saturated or unsaturated C 8 -C 30 alkyl radicals, n represents integers from 10 to 50 and X + represents a physiologically acceptable cation, d) at least one non-ionic surfactant and e) at least one thickening agent selected from the group of copolymers of (meth)acrylic acid and ethyl acrylates,