mhurhangee/ep-ind-claims huggingface dataset:
A valve unit comprising: a body having a gas passage that is configured to provide communication between an inside of a gas tank and an outside of the gas tank; a joint that is configured to connect a pipe extending from a gas supply source to the gas passage through which a gas from the pipe is chargable into the gas tank; and a check valve that is disposed in the gas passage, and that inhibits gas from being discharged from the gas tank to an outside of the body, wherein the valve unit is configured to be fitted to the gas tank in which high-pressure gas is reserved, the check valve includes a valve seat, a valve element that comes into contact with or moves away from the valve seat so as to close or open the gas passage, and a positioning member that fixes a position of the valve seat in the gas passage, the body has a fitting hole in which the joint and the positioning member are fitted, the fitting hole is communicated with the gas passage, and the joint and the positioning member are fitted in the fitting hole, wherein the joint, the positioning member, the valve seat and the valve element are arranged in this order in a direction from the outside of the body toward an inside of the body, characterised in that the positioning member is configured to be able to fix the position of the valve seat even when the joint has not been fitted in the fitting hole, and the joint and the positioning member are screwed into the fitting hole. a body having a gas passage that is configured to provide communication between an inside of a gas tank and an outside of the gas tank; a joint that is configured to connect a pipe extending from a gas supply source to the gas passage through which a gas from the pipe is chargable into the gas tank; and a check valve that is disposed in the gas passage, and that inhibits gas from being discharged from the gas tank to an outside of the body, wherein the valve unit is configured to be fitted to the gas tank in which high-pressure gas is reserved, the check valve includes a valve seat, a valve element that comes into contact with or moves away from the valve seat so as to close or open the gas passage, and a positioning member that fixes a position of the valve seat in the gas passage, the body has a fitting hole in which the joint and the positioning member are fitted, the fitting hole is communicated with the gas passage, and the joint and the positioning member are fitted in the fitting hole, wherein the joint, the positioning member, the valve seat and the valve element are arranged in this order in a direction from the outside of the body toward an inside of the body, characterised in that the positioning member is configured to be able to fix the position of the valve seat even when the joint has not been fitted in the fitting hole, and the joint and the positioning member are screwed into the fitting hole.
An induction heating assembly for a vapour generating device, the heating assembly comprising: an outer body; an induction coil arranged inward of the outer body; a heating compartment defined inward of the induction coil and arranged to receive, in use, a body comprising a vaporisable substance and an induction heatable susceptor; a separation between the outer body and the induction coil defining an air vent arranged to allow air flow around the induction coil and to the heating compartment, the induction heating assembly further comprising ribs supporting and in mechanical connection with the outer body and induction coil, the ribs dividing the air vent into segments. an outer body; an induction coil arranged inward of the outer body; a heating compartment defined inward of the induction coil and arranged to receive, in use, a body comprising a vaporisable substance and an induction heatable susceptor; a separation between the outer body and the induction coil defining an air vent arranged to allow air flow around the induction coil and to the heating compartment, the induction heating assembly further comprising ribs supporting and in mechanical connection with the outer body and induction coil, the ribs dividing the air vent into segments.
A mask bead for a patient interface, wherein the mask bead comprises at least one lip, the at least one lip extending from a transition region toward a central opening and bordering the central opening, wherein at least one lip comprises at least one portion which is capable of guiding a tube between the mask bead and the facial skin of a user, characterized in that the mask bead comprises at least two lips, at least one lip being configured as sealing lip and at least one lip being configured as supporting lip, wherein the supporting lip comprises the at least one portion.
A bag for medical use made of a resin composition comprising a vinyl chloride resin and, as plasticizers, at least a 4-cyclohexene-1,2-dicarboxylic acid dinonyl ester represented by the formula shown below: (in the formula, R 1, s each independently represent a straight-chain or branched nonyl group), and a bis(2-ethylhexyl)-4-cyclohexene-1,2-dicarboxylate.
A computer-implemented method of disabling autonomous vehicle input devices, comprising: identifying, by a computing system comprising one or more computing devices, an operating mode of an autonomous vehicle; determining, by the computing system, one or more vehicle input devices to be disabled based at least in part on the operating mode of the autonomous vehicle, wherein the one or more vehicle input devices are located onboard the autonomous vehicle; disabling, by the computing system, the one or more vehicle input devices based at least in part on the identified operating mode of the autonomous vehicle such that an input by a user with respect to the one or more vehicle input devices does not affect an operation of the autonomous vehicle; characterized by providing, by the computing system for display via a user interface of a display device, data indicating that the one or more vehicle input devices are disabled. identifying, by a computing system comprising one or more computing devices, an operating mode of an autonomous vehicle; determining, by the computing system, one or more vehicle input devices to be disabled based at least in part on the operating mode of the autonomous vehicle, wherein the one or more vehicle input devices are located onboard the autonomous vehicle; disabling, by the computing system, the one or more vehicle input devices based at least in part on the identified operating mode of the autonomous vehicle such that an input by a user with respect to the one or more vehicle input devices does not affect an operation of the autonomous vehicle; characterized by providing, by the computing system for display via a user interface of a display device, data indicating that the one or more vehicle input devices are disabled.
Computer program comprising program code instructions for the implementation, when the program is executed by computer, of a method for evaluation, at a time called an "updated time", of the conformity of an orthodontic aligner to a dental arch of a patient on which said aligner bears, referred to as "support arch", said aligner having an interior surface and an exterior surface, said method comprising the following successive steps: A) producing a digital three-dimensional model of the support arch, in its configuration at the updated time, or an "updated reference model", and determining, in the updated reference model, a support surface of the aligner, the support surface being a surface of the updated reference model that partially or completely models the surface of the support arch on which the aligner bears in the service position; B) deforming the support surface, as a function of the thickness of material between the interior surface of the aligner and the exterior surface of the aligner, to obtain a deformed support surface; C) comparing an exterior surface of the aligner with said deformed support surface in such a manner as to evaluate the difference between the exterior surface of the aligner and said deformed support surface, followed by determining, as a function of said difference, at least one score of conformity of the aligner to the support arch, the aligner comprising an interior surface opposite the exterior surface. A) producing a digital three-dimensional model of the support arch, in its configuration at the updated time, or an "updated reference model", and determining, in the updated reference model, a support surface of the aligner, the support surface being a surface of the updated reference model that partially or completely models the surface of the support arch on which the aligner bears in the service position; B) deforming the support surface, as a function of the thickness of material between the interior surface of the aligner and the exterior surface of the aligner, to obtain a deformed support surface; C) comparing an exterior surface of the aligner with said deformed support surface in such a manner as to evaluate the difference between the exterior surface of the aligner and said deformed support surface, followed by determining, as a function of said difference, at least one score of conformity of the aligner to the support arch,
A dishwasher comprising: a cabinet; a tub provided in the cabinet for providing a washing space; a door for opening or closing the tub; a flow-path unit for circulating air inside the tub through a suction port and an exhaust port, which communicate with the tub; a suction duct for communicating with the suction port; an exhaust duct for communicating with the suction duct and the exhaust port; at least two heaters provided inside the exhaust duct for heating the air; and a fan for supplying the air to the heaters characterised in that: the heaters are configured to be controlled independently of each other so as to adjust a temperature of the air. a cabinet; a tub provided in the cabinet for providing a washing space; a door for opening or closing the tub; a flow-path unit for circulating air inside the tub through a suction port and an exhaust port, which communicate with the tub; a suction duct for communicating with the suction port; an exhaust duct for communicating with the suction duct and the exhaust port; at least two heaters provided inside the exhaust duct for heating the air; and a fan for supplying the air to the heaters characterised in that: the heaters are configured to be controlled independently of each other so as to adjust a temperature of the air.
Hand-held power tool comprising a hammer mechanism, an electric motor for driving the hammer mechanism, a monostable operating button which has a stable switching position and a pressed switching position, a device control which switches off the electric motor in response to the stable switching position and which activates the electric motor in response to the pressed switching position, a locking switch which has a sliding direction, an actuating knob, a catch and a sliding block, the actuating knob being movable by the user in the sliding direction from a releasing position into a locking position, the catch being pivotable in a pivoting direction perpendicular to the switching direction between a first position and a second position, the catch being disengaged from the operating button in the first position and the catch engaging in the operating button in the second position, arresting the operating button in the pressed position, the catch having, on a side facing in the pivoting direction, a slotted-guide face inclined relative to the sliding direction, characterized in that the sliding block is rigidly connected to the actuating knob and rests against the slotted-guide face in the released position. a hammer mechanism, an electric motor for driving the hammer mechanism, a monostable operating button which has a stable switching position and a pressed switching position, a device control which switches off the electric motor in response to the stable switching position and which activates the electric motor in response to the pressed switching position, a locking switch which has a sliding direction, an actuating knob, a catch and a sliding block, the actuating knob being movable by the user in the sliding direction from a releasing position into a locking position, the catch being pivotable in a pivoting direction perpendicular to the switching direction between a first position and a second position, the catch being disengaged from the operating button in the first position and the catch engaging in the operating button in the second position, arresting the operating button in the pressed position, the catch having, on a side facing in the pivoting direction, a slotted-guide face inclined relative to the sliding direction, characterized in that the sliding block is rigidly connected to the actuating knob and rests against the slotted-guide face in the released position.
A method of decarbonizing a coke oven of coking deposits, the method comprising: processing a charge of coal in the coke oven, wherein the coke oven comprises a plurality of interior surfaces including a floor, a crown, and sidewalls that extend between the floor and the crown; removing the charge from the coke oven; and removing coking deposits from the coke oven, while removing the charge from the coke oven, by scraping at least a portion of the coking deposits with a scraper or a plurality of scrapers comprised of at least one deformably resilient scraping feature that substantially follows a contour of at least one of the interior surfaces of the coke oven during scraping, wherein the at least one deformably resilient scraping feature includes a plurality of elongated bristles operatively coupled to a pushing ram such that free end portions of the bristles are directed toward the at least one interior surface of the coke oven. processing a charge of coal in the coke oven, wherein the coke oven comprises a plurality of interior surfaces including a floor, a crown, and sidewalls that extend between the floor and the crown; removing the charge from the coke oven; and removing coking deposits from the coke oven, while removing the charge from the coke oven, by scraping at least a portion of the coking deposits with a scraper or a plurality of scrapers comprised of at least one deformably resilient scraping feature that substantially follows a contour of at least one of the interior surfaces of the coke oven during scraping, wherein the at least one deformably resilient scraping feature includes a plurality of elongated bristles operatively coupled to a pushing ram such that free end portions of the bristles are directed toward the at least one interior surface of the coke oven.
A method for producing a radio frequency identification transponder, said transponder comprising a radio frequency identification chip and one or more antenna elements (10a, 10b, CA1), the method comprising: - forming a first groove in a conductive sheet such that a portion of said conductive sheet surrounds the first groove, and - attaching the chip to the conductive sheet after the first groove has been formed such that the first groove is located between a first connecting element of the chip and a second connecting element of the chip, characterized in that the method further comprises: - forming a second groove in the conductive sheet after the chip has been attached so as to form an antenna element of said transponder. - forming a first groove in a conductive sheet such that a portion of said conductive sheet surrounds the first groove, and - attaching the chip to the conductive sheet after the first groove has been formed such that the first groove is located between a first connecting element of the chip and a second connecting element of the chip, - forming a second groove in the conductive sheet after the chip has been attached so as to form an antenna element of said transponder.
An apparatus to detect damage of a component of a system, the apparatus comprising: a first grid of sensors arranged in a first orientation on a surface of the component and configured to generate a first set of signals when activated; a second grid of sensors, independent from the first grid of sensors, arranged in a second orientation on an insulating layer on the surface of the component and configured to generate a second set of signals when activated, the second orientation overlapping with the first orientation; a processor configured to detect the damage based on a change in at least one signal of the first set of signals or the second set of signals; characterized in that the change in at least one signal is a change from an expected current value to an overcurrent. a first grid of sensors arranged in a first orientation on a surface of the component and configured to generate a first set of signals when activated; a second grid of sensors, independent from the first grid of sensors, arranged in a second orientation on an insulating layer on the surface of the component and configured to generate a second set of signals when activated, the second orientation overlapping with the first orientation; a processor configured to detect the damage based on a change in at least one signal of the first set of signals or the second set of signals; characterized in that the change in at least one signal is a change from an expected current value to an overcurrent.
A method for producing a ferric maltol composition comprising reacting ferrous hydroxide with maltol and recovering the ferric maltol that forms, preferably wherein the ferric maltol is ferric trimaltol, preferably wherein the ferrous hydroxide is ligand modified ferrous hydroxide or ligand coated ferrous hydroxide, preferably wherein ferrous hydroxide is in the form of a colloid or gel, preferably wherein the maltol is in the form of a slurry or suspension of maltol.
A low-energy impact sensor assembly for mounting to the front end of a motor vehicle for detecting a low energy impact such as a pedestrian impact for deploying an impact countermeasure, comprising; a pair of housing assemblies each comprising an acceleration sensor, the housing assemblies each having a mounting feature for affixing the housings to the motor vehicle at predetermined positions, each of the acceleration sensors having at least one sensing axis oriented in a predetermined orientation with respect to the motor vehicle, said acceleration sensor acting to detect the impact due to acceleration of the acceleration sensor, each of said housing assemblies further comprising a pressure sensor within said respective housing, and a compression sensor acting to detect the impact by compression of a component of the motor vehicle, the compression sensor and the acceleration sensor acting together to detect the impact, wherein the compression sensor is provided in the form of said pressure sensors communicating with an enclosed volume of a gas, said pressure sensors being configured to detect the impact when the enclosed volume is decreased by compression during the impact; wherein the enclosed volume is defined by a deformable pressure tube configured to extend between the pair of housing assemblies, said pair of said housing assemblies is arranged with each housing assembly being connected with a respective opposing end of the pressure tube. the gas volume defined by the deformable pressure tube and the connected volumes of sensor housing assemblies has an intentional leakage path to atmosphere to allow ambient pressure equalization, while preserving response to rapid pressure changes in response to an impact.
Electronic equipment including a signal receiving unit that is operable to receive a video signal, which is sent over a transmission line by means of differential signals on a plurality of channels, from another electronic equipment, characterized in that the electronic equipment comprises: - a HDMI terminal adapted to connect an HDMI cable; and - a communication unit configured to perform bidirectional communication using a pair of differential lines included in the transmission line, wherein said transmission line is formed by said HDMI cable, said pair of differential lines being formed with a reserved line and an HPD, hot plug detect, line of said HDMI cable; and in that the communication unit is configured to transmit at least control information, which is used to control channel selection and recording on the another electronic equipment side, to the another electronic equipment. - a HDMI terminal adapted to connect an HDMI cable; and - a communication unit configured to perform bidirectional communication using a pair of differential lines included in the transmission line, wherein said transmission line is formed by said HDMI cable, said pair of differential lines being formed with a reserved line and an HPD, hot plug detect, line of said HDMI cable; and in that the communication unit is configured to transmit at least control information, which is used to control channel selection and recording on the another electronic equipment side, to the another electronic equipment.
A multi-layer barrier web to prevent moisture passing therethrough, wherein one layer is formed by a flexible plastic film provided with a textile layer (3, 5) at at least one side, characterised in that the textile layer (3, 5) comprises a thermoplastic elastomer and that in the elastic range the textile layer (3, 5) has a flexibility which corresponds to at least 50 % of the flexibility of the plastic film measured under the same loading and with the same measurement length/measurement area in two mutually perpendicular directions.
A direct current relay comprising a pair of fixed contacts and a movable contact moved vertically by an electromagnetic force to be brought into contact with or be separated from the pair of fixed contacts, comprising: an upper yoke and a lower yoke respectively provided on an upper portion and a lower portion of the movable contact; and a contact pressure spring provided on a lower portion of the lower yoke, wherein the contact pressure spring is configured to press the lower yoke to move the movable contact, a mover support configured to support the movable contact, the upper yoke, and the lower yoke; and a mover holder fixed to an upper portion of the mover support, wherein the mover holder comprises a second flat plate portion and side surface portions that bent downwardly at opposite side ends of the second flat plate portion, and characterised in that a left side surface of the mover holder and a right side surface of the mover holder are respectively provided with a skirt portion to receive the upper yoke therein. an upper yoke and a lower yoke respectively provided on an upper portion and a lower portion of the movable contact; and a contact pressure spring provided on a lower portion of the lower yoke, wherein the contact pressure spring is configured to press the lower yoke to move the movable contact, a mover support configured to support the movable contact, the upper yoke, and the lower yoke; and a mover holder fixed to an upper portion of the mover support, wherein the mover holder comprises a second flat plate portion and side surface portions that bent downwardly at opposite side ends of the second flat plate portion, and characterised in that a left side surface of the mover holder and a right side surface of the mover holder are respectively provided with a skirt portion to receive the upper yoke therein.
An isolated artificially modified solanaceous Class II defensin polypeptide with a loop region (Loop 1B) between a first β-strand and an α-helix at its N-terminal end portion and having anti-fungal activity, and wherein said Loop 1B is replaced by a Loop 1B from another defensin, said polypeptide having a C-terminal end portion with at least 70% similarity to SEQ ID NO:52 after optimal alignment.