mhurhangee/ep-ind-claims huggingface dataset:
System for supporting a catenary above a railway line, said catenary comprising at least one suspension cable for at least one contact wire for supplying power to a pantograph of a railway vehicle travelling on the railway line, said support system comprising a bracket and a device for supporting the suspension cable of the catenary, said bracket comprising at least one support arm which is intended to be attached, by one of the ends (9a1) thereof, to a substantially vertical post arranged along the railway line and, by another of the ends thereof, to the catenary, and an attachment upright of the support device, said support device comprising: - a one-piece connecting arm comprising an attachment end which is attached to the attachment upright of the bracket and a free end in the form of a support chute of the suspension cable, and - at least one member (26; 27) for attaching the connecting arm to the attachment upright of the bracket. - a one-piece connecting arm comprising an attachment end which is attached to the attachment upright of the bracket and a free end in the form of a support chute of the suspension cable, and - at least one member (26; 27) for attaching the connecting arm to the attachment upright of the bracket.
Method of producing a stabilized lignin fiber comprising the following steps: a) Providing fractionated and/or unfractionated softwood alkaline lignin; b) Optionally purification of the softwood alkaline lignin; c) Optionally addition of fractionated and/or unfractionated hardwood alkaline lignin to the softwood alkaline lignin; d) Spinning of the material whereby a lignin fiber is obtained; e) Stabilization of the lignin fiber under inert conditions. a) Providing fractionated and/or unfractionated softwood alkaline lignin; b) Optionally purification of the softwood alkaline lignin; c) Optionally addition of fractionated and/or unfractionated hardwood alkaline lignin to the softwood alkaline lignin; d) Spinning of the material whereby a lignin fiber is obtained; e) Stabilization of the lignin fiber under inert conditions.
A distance detecting device comprising: distance calculation means configured to calculate a distance to a target of imaging based on a first signal corresponding to a luminous flux having passed through a first pupil region of an exit pupil in an imaging optical system, and a second signal corresponding to a luminous flux having passed through a second pupil region different from the first pupil region; and signal processing means configured to perform a filtering process on at least one of the first signal and the second signal by using a band pass filter characterized in that said band pass filter has a lower number of cells in a first direction than a number of cells in a second direction perpendicular to the first direction, and in that said signal processing means is further configured to perform a filtering process on at least one of the first signal and the second signal by using a phase correction filter having a higher number of cells in the first direction than the number of cells in the second direction. distance calculation means configured to calculate a distance to a target of imaging based on a first signal corresponding to a luminous flux having passed through a first pupil region of an exit pupil in an imaging optical system, and a second signal corresponding to a luminous flux having passed through a second pupil region different from the first pupil region; and signal processing means configured to perform a filtering process on at least one of the first signal and the second signal by using a band pass filter characterized in that said band pass filter has a lower number of cells in a first direction than a number of cells in a second direction perpendicular to the first direction, and in that said signal processing means is further configured to perform a filtering process on at least one of the first signal and the second signal by using a phase correction filter having a higher number of cells in the first direction than the number of cells in the second direction.
Aeroplane flight deck comprising an external skin attached to a structure, an internal bulkhead delimiting the flight deck, and an escape opening passing through said external skin and said internal bulkhead, said escape opening being closed off by: - an emergency door mounted in a manner hinged on the structure between a closed position, in which the emergency door is disposed in line with the external skin and closes off said emergency opening, and an open position, in which the emergency door pivots towards the inside of the flight deck, said emergency door comprising locking/unlocking means, - an emergency hatch that is movable between a closed position, in which the emergency hatch ensures the continuity of the internal bulkhead of the flight deck, and an open position, said emergency hatch comprising a locking/unlocking mechanism (88, 88'), characterized in that the emergency hatch comprises a sheeting permanently connected to the structure by a first side, and in that the locking/unlocking mechanism comprises: - a first part secured to a second side, away from the first side, and a second part secured to the structure, the first and second parts engaging in the locked state so as to couple the second side of the sheeting to the structure, and - a rod (92, 122) secured to the second side and a lever handle (108, 124) that is actuable from the flight deck and is connected to said rod (92, 122). - an emergency door mounted in a manner hinged on the structure between a closed position, in which the emergency door is disposed in line with the external skin and closes off said emergency opening, and an open position, in which the emergency door pivots towards the inside of the flight deck, said emergency door comprising locking/unlocking means, - an emergency hatch that is movable between a closed position, in which the emergency hatch ensures the continuity of the internal bulkhead of the flight deck, and an open position, said emergency hatch comprising a locking/unlocking mechanism (88, 88'), - a first part secured to a second side, away from the first side, and a second part secured to the structure, the first and second parts engaging in the locked state so as to couple the second side of the sheeting to the structure, and - a rod (92, 122) secured to the second side and a lever handle (108, 124) that is actuable from the flight deck and is connected to said rod (92, 122).
A hydraulically actuated fluid delivery system for sustained delivery of a liquid component, comprising: a hydraulic cylinder housing a pump chamber and a fluid storage chamber having an orifice, the chambers being separated and functionally connected by a moveable, fluid-tight piston that prevents fluid from entering the fluid storage chamber; a first actuator; a first hydraulic fluid reservoir, for storing a high viscosity fluid, said first reservoir being connected between the first actuator and the pump chamber via a restrictor capable of controlling the rate of flow of the high viscosity fluid, wherein the first actuator is configured to urge hydraulic fluid in the first fluid reservoir into the pump chamber through said restrictor, thereby expanding the volume of said pump chamber, displacing said piston and causing a quantity of said liquid component stored in said fluid storage chamber to be delivered at a sustained rate; and a second hydraulic reservoir for storing a high viscosity fluid separately and independently controlled by a second actuator and being connected between the first actuator and the pump chamber via a restrictor capable of controlling the rate of flow of the high viscosity fluid, wherein the first hydraulic reservoir and the second hydraulic reservoir are both connected via a common connective passage and through said restrictor to said pump chamber, and wherein the movement of said piston is guided such that said piston does not flip or generate leakage when moving. a hydraulic cylinder housing a pump chamber and a fluid storage chamber having an orifice, the chambers being separated and functionally connected by a moveable, fluid-tight piston that prevents fluid from entering the fluid storage chamber; a first actuator; a first hydraulic fluid reservoir, for storing a high viscosity fluid, said first reservoir being connected between the first actuator and the pump chamber via a restrictor capable of controlling the rate of flow of the high viscosity fluid, wherein the first actuator is configured to urge hydraulic fluid in the first fluid reservoir into the pump chamber through said restrictor, thereby expanding the volume of said pump chamber, displacing said piston and causing a quantity of said liquid component stored in said fluid storage chamber to be delivered at a sustained rate; and a second hydraulic reservoir for storing a high viscosity fluid separately and independently controlled by a second actuator and being connected between the first actuator and the pump chamber via a restrictor capable of controlling the rate of flow of the high viscosity fluid, wherein the first hydraulic reservoir and the second hydraulic reservoir are both connected via a common connective passage and through said restrictor to said pump chamber, and wherein the movement of said piston is guided such that said piston does not flip or generate leakage when moving.
A compound for use in a method for treating anemia secondary to chronic kidney disease in a subject or anemia in a subject with chronic kidney disease, wherein the compound is {[5-(3-chlorophenyl)-3-hydroxypyridine-2-carbonyl]amino}acetic acid, having the structure: or a pharmaceutically acceptable salt thereof, and wherein the method comprises administering the compound orally at a once daily dose of 100 mg to 800 mg.
A clothes dryer, comprising: a body that forms appearance of the clothes dryer; a drum rotatably mounted in the body; and a drawer configured to be inserted into or withdrawn out of the body; characterized by a first cartridge and a second cartridge detachably mounted to the drawer, the first cartridge for storing therein a fragrant liquid and the second cartridge for storing water, wherein the fragrant liquid and the water from the first and second cartridges (110, 120) are mixed with each other at a confluent point; and a nozzle for spraying the mixture of fragrant liquid and water into the drum. a body that forms appearance of the clothes dryer; a drum rotatably mounted in the body; and a drawer configured to be inserted into or withdrawn out of the body; characterized by a first cartridge and a second cartridge detachably mounted to the drawer, the first cartridge for storing therein a fragrant liquid and the second cartridge for storing water, wherein the fragrant liquid and the water from the first and second cartridges (110, 120) are mixed with each other at a confluent point; and a nozzle for spraying the mixture of fragrant liquid and water into the drum.
A method for constructing a time-division duplex self-organizing mobile communication system, the system comprising: A. searching for pilot signals from an adjacent area base station by a first base station without direct connection to a base station controller through performing local searching as a user terminal, setting the local area covered by the first base station as the next lower-level area of the adjacent area through responding to the pilot signals by the first base station through performing random accessing as a user terminal so as to form a subordinate relationship to the adjacent area, wherein, the adjacent area base station is a second base station which is either a first-level area base station with direct connection to the base station controller or a second or below-second-level area base station without direct but relayed connection to the base station controller; B. conducting relay communications by base stations at each above level, wherein the relay communication starting from a second or below-second-level area base station (22n, 233) by a commercial user terminal covered by the second or below-second-level area base station, eventually establishing communications between the commercial user terminal and the base station controller in a public mobile communication system via a first-level area base station directly connected with the base station controller, and constructing a self-organizing mobile communication system by the base stations at each level. A. searching for pilot signals from an adjacent area base station by a first base station without direct connection to a base station controller through performing local searching as a user terminal, setting the local area covered by the first base station as the next lower-level area of the adjacent area through responding to the pilot signals by the first base station through performing random accessing as a user terminal so as to form a subordinate relationship to the adjacent area, wherein, the adjacent area base station is a second base station which is either a first-level area base station with direct connection to the base station controller or a second or below-second-level area base station without direct but relayed connection to the base station controller; B. conducting relay communications by base stations at each above level, wherein the relay communication starting from a second or below-second-level area base station (22n, 233) by a commercial user terminal covered by the second or below-second-level area base station, eventually establishing communications between the commercial user terminal and the base station controller in a public mobile communication system via a first-level area base station directly connected with the base station controller, and constructing a self-organizing mobile communication system by the base stations at each level.
A method for manufacturing/producing a dental restoration (303; 403; 503; 603; 703) for a patient, where the method comprises: - obtaining a 3D scan of at least a restoration site of the patient's mouth, where the manufactured dental restoration is adapted for fitting to the restoration site; - obtaining a computer-aided design of the dental restoration; - milling the restoration from a material, where the restoration is milled both on an inside surface configured for fitting to the shape of the restoration site of the patient's mouth and on an outside surface, where the milling is according to the obtained CAD design; - transferring the milled restoration to a retention means (307; 407; 507; 607; 707) providing a fixed known position of the restoration relative to a post-processing machinery, where the restoration is retained on the inside surface, such that the outside surface of the restoration is approachable/free/accessible; and - performing post-processing of the outside surface of the restoration. - obtaining a 3D scan of at least a restoration site of the patient's mouth, where the manufactured dental restoration is adapted for fitting to the restoration site; - obtaining a computer-aided design of the dental restoration; - milling the restoration from a material, where the restoration is milled both on an inside surface configured for fitting to the shape of the restoration site of the patient's mouth and on an outside surface, where the milling is according to the obtained CAD design; - transferring the milled restoration to a retention means (307; 407; 507; 607; 707) providing a fixed known position of the restoration relative to a post-processing machinery, where the restoration is retained on the inside surface, such that the outside surface of the restoration is approachable/free/accessible; and - performing post-processing of the outside surface of the restoration.
A device for heating a fluid, comprising - at least one electrically conductive pipeline and/or at least one electrically conductive pipeline segment for receiving the fluid, and - at least one DC current and/or DC voltage source, where respectively one DC current or DC voltage source is assigned to each pipeline and/or each pipeline segment, said DC current or DC voltage source being connected to the respective pipeline and/or the respective pipeline segment, where the respective DC current and/or DC voltage source is embodied to produce an electric current in the respective pipeline and/or in the respective pipeline segment, said electric current warming up the respective pipeline and/or the respective pipeline segment by Joule heating, which arises when the electric current passes through conductive pipe material, for the purposes of heating the fluid, where the device comprises a plurality of pipelines and/or pipeline segments, where the pipelines and/or pipeline segments are through-connected and consequently form a pipe system for receiving the fluid, where the pipelines and/or pipeline segments and appropriate supply and removal pipelines are connected to one another in fluid conducting fashion, wherein the pipelines and/or pipeline segments and the supply and removal pipelines are galvanically isolated from one another. - at least one electrically conductive pipeline and/or at least one electrically conductive pipeline segment for receiving the fluid, and - at least one DC current and/or DC voltage source, where respectively one DC current or DC voltage source is assigned to each pipeline and/or each pipeline segment, said DC current or DC voltage source being connected to the respective pipeline and/or the respective pipeline segment, where the respective DC current and/or DC voltage source is embodied to produce an electric current in the respective pipeline and/or in the respective pipeline segment, said electric current warming up the respective pipeline and/or the respective pipeline segment by Joule heating, which arises when the electric current passes through conductive pipe material, for the purposes of heating the fluid, where the device comprises a plurality of pipelines and/or pipeline segments, where the pipelines and/or pipeline segments are through-connected and consequently form a pipe system for receiving the fluid, where the pipelines and/or pipeline segments and appropriate supply and removal pipelines are connected to one another in fluid conducting fashion, wherein the pipelines and/or pipeline segments and the supply and removal pipelines are galvanically isolated from one another.
A method for uplink power control in a communication system comprising a low power cell with a low power node serving a user equipment, UE, and a macro cell with a base station serving one or more other UEs, wherein the low power cell is a neighbour of the macro cell, the method, performed by the low power node, including: determining (A1; B1) a power offset between the macro cell and the low power cell based on a downlink power difference between the macro cell and the low power cell; estimating an estimated noise and interference power by estimating an interference power corresponding to one or more of the one or more other UEs in the macro cell; determining (A2-A4; B2-B5) a received power spectral density target for the UE to be the smaller of two calculated power spectral density targets: a) a power spectral density target based on a first signal strength target for transmission by the UE and the estimated noise and interference power; and b) a power spectral density target based on a second signal strength target for transmission by the UE and the calculated power offset; and adjusting (A5; B6) the uplink power control for the UE based on the received power spectral density target. determining (A1; B1) a power offset between the macro cell and the low power cell based on a downlink power difference between the macro cell and the low power cell; estimating an estimated noise and interference power by estimating an interference power corresponding to one or more of the one or more other UEs in the macro cell; determining (A2-A4; B2-B5) a received power spectral density target for the UE to be the smaller of two calculated power spectral density targets: a) a power spectral density target based on a first signal strength target for transmission by the UE and the estimated noise and interference power; and b) a power spectral density target based on a second signal strength target for transmission by the UE and the calculated power offset; and a) a power spectral density target based on a first signal strength target for transmission by the UE and the estimated noise and interference power; and b) a power spectral density target based on a second signal strength target for transmission by the UE and the calculated power offset; and adjusting (A5; B6) the uplink power control for the UE based on the received power spectral density target.
A nozzle (10, 100) configured to be mounted to a nozzle holder having a nozzle mounting hole having a right cylindrical shape, an outlet port connected to a bottom surface of the nozzle mounting hole, and a mounting internal thread disposed at the outlet port, the nozzle (10, 100) comprising: a mounting external thread disposed at a first end, the mounting external thread being a parallel thread that fits with the mounting internal thread; a cylindrical portion configured to fit with the bottom surface and a side surface of the nozzle mounting hole; a first introducing passage disposed coaxially with the cylindrical portion; a cylindrical choke portion disposed coaxially with the cylindrical portion, the cylindrical choke portion having a smaller diameter than the first introducing passage; and a conical portion connecting the first introducing passage to the cylindrical choke portion, wherein the nozzle mounting hole has a first restraining plane, and the cylindrical portion has a first abutting plane that is configured to, in use, come in contact with the first restraining plane, and wherein the cylindrical portion is configured to, in use, be in contact with the side surface of the nozzle mounting hole. a mounting external thread disposed at a first end, the mounting external thread being a parallel thread that fits with the mounting internal thread; a cylindrical portion configured to fit with the bottom surface and a side surface of the nozzle mounting hole; a first introducing passage disposed coaxially with the cylindrical portion; a cylindrical choke portion disposed coaxially with the cylindrical portion, the cylindrical choke portion having a smaller diameter than the first introducing passage; and a conical portion connecting the first introducing passage to the cylindrical choke portion, the nozzle mounting hole has a first restraining plane, and the cylindrical portion has a first abutting plane that is configured to, in use, come in contact with the first restraining plane, and wherein the cylindrical portion is configured to, in use, be in contact with the side surface of the nozzle mounting hole.