mhurhangee/ep-ind-claims huggingface dataset:
An attachment device for a fitting, the attachment device being configured to be openable relative to a frame body with a vertical open axis center as a center, together with a sash including an action member acting with an operation of a handle when the action member is moved from a lock position to an open position, the attachment device comprising: a device main body that is attachable to a lower rail of the sash; an input member that is movably provided relative to the device main body and is linkable to the action member; a watertightness ensuring member that is provided in the device main body to be movable along a vertical direction of the sash, the watertightness ensuring member being configured to hold a watertightness member; and a linking mechanism configured to link the input member to the watertightness ensuring member to move the watertightness ensuring member relative to the device main body through movement of the input member, wherein the linking mechanism is configured to: move the watertightness ensuring member downward when the action member is arranged at the lock position; and move the watertightness ensuring member upward when the action member is arranged at the open position, characterized in that the device main body includes a lock member interlocking with the input member, and the lock member is positioned at an advanced position advanced from the device main body when the action member is arranged at the lock position, and is positioned at a retreated position retreated relative to the device main body when the action member is arranged at the open position. a device main body that is attachable to a lower rail of the sash; an input member that is movably provided relative to the device main body and is linkable to the action member; a watertightness ensuring member that is provided in the device main body to be movable along a vertical direction of the sash, the watertightness ensuring member being configured to hold a watertightness member; and a linking mechanism configured to link the input member to the watertightness ensuring member to move the watertightness ensuring member relative to the device main body through movement of the input member, wherein the linking mechanism is configured to: move the watertightness ensuring member downward when the action member is arranged at the lock position; and move the watertightness ensuring member upward when the action member is arranged at the open position, move the watertightness ensuring member downward when the action member is arranged at the lock position; and move the watertightness ensuring member upward when the action member is arranged at the open position, characterized in that the device main body includes a lock member interlocking with the input member, and
An apparatus for restraining a riser tensioner assembly suspended by a structure on an offshore platform or vessel, comprising a movable carrier configured for controllable movement on a structure of the platform or vessel, characterized by a restraining member which is movably connected to the carrier via a joint (40, 42) and where the restraining member comprises an abutment region for abutment with at least one element of the riser tensioner assembly, and assembly-locking means for selectively and releasably locking at least one element of the riser tensioner assembly to the restraining member.
Computer method for aiding deployment of clusters in a cluster comprising a plurality of nodes, at least one node of the plurality of nodes comprising means for generating start-up execution data for said at least one node, this method comprising the following steps, - obtaining start-up execution data for said at least one node; - obtaining a definition of at least one sequence of events, said sequence of events comprising at least one event and characterising a given state of at least a part of said cluster; - obtaining at least one definition of said at least one event of said at least one sequence of events, said at least one definition of said at least one event characterising said at least one event of said at least one sequence of events for said at lease one node; - analysing (415, 430) said start-up execution data obtained for said at least one node according to said at least one definition of said at least one event of said at least one sequence of events; and - transmitting at least one item of information relating to said at least one sequence of events if said start-up execution data obtained for said at least one node comprise data corresponding to said at least one definition of said at least one event of said at least one sequence of events; the method being characterised in that several distinct definitions of the same event are obtained in order to search for a same event in start-up execution data for at least two nodes of different types. - obtaining start-up execution data for said at least one node; - obtaining a definition of at least one sequence of events, said sequence of events comprising at least one event and characterising a given state of at least a part of said cluster; - obtaining at least one definition of said at least one event of said at least one sequence of events, said at least one definition of said at least one event characterising said at least one event of said at least one sequence of events for said at lease one node; - analysing (415, 430) said start-up execution data obtained for said at least one node according to said at least one definition of said at least one event of said at least one sequence of events; and - transmitting at least one item of information relating to said at least one sequence of events if said start-up execution data obtained for said at least one node comprise data corresponding to said at least one definition of said at least one event of said at least one sequence of events;
Process for manufacturing a structural component with at least two device components (11, 12) interconnected by means of a thermoplastic plastic material, for aviation or aerospace in particular, comprising the following steps: preparation and arrangement of a first device component and of a second device component for forming an arrangement; and characterised by creep forming of the arrangement at a temperature chosen such that the thermoplastic plastic material melts at least partially during creep forming for linking the first device component and the second device component. preparation and arrangement of a first device component and of a second device component for forming an arrangement; and characterised by creep forming of the arrangement at a temperature chosen such that the thermoplastic plastic material melts at least partially during creep forming for linking the first device component and the second device component.
A device for process monitoring in a deposition welding method, comprising: an optical detector optically incorporated into a beam path of a laser beam, wherein said laser beam is emitted from a laser-beam source in a directed manner in order to melt material to be deposited, is guided via an optical system onto a workpiece and is thereby focused onto a surface of said workpiece to be processed, and said optical system is configured to transmit a detector signal dependent on the temperature of said workpiece and the nozzle geometry in the direction opposing said laser beam to said optical detector, said signal being detected by said optical detector and converted into an electrical detector signal, a conversion unit converting said electrical detector signal to an image that reproduces a temperature-dependent intensity distribution of said detector signal detected by said optical detector, and an evaluation unit configured up to further process said image, wherein, for this purpose, said evaluation unit further comprises: a means for determining a monitoring region of said image, a means for repeatedly detecting a surface region of said monitoring region in which the intensity exceeds a specified minimum value, characterized by a means for detecting a time period during which the detected surface region is greater than a specified minimum value, and a means for stopping said deposition welding process if said time period of said detected surface region is greater than a specified time value. an optical detector optically incorporated into a beam path of a laser beam, wherein said laser beam is emitted from a laser-beam source in a directed manner in order to melt material to be deposited, is guided via an optical system onto a workpiece and is thereby focused onto a surface of said workpiece to be processed, and said optical system is configured to transmit a detector signal dependent on the temperature of said workpiece and the nozzle geometry in the direction opposing said laser beam to said optical detector, said signal being detected by said optical detector and converted into an electrical detector signal, a conversion unit converting said electrical detector signal to an image that reproduces a temperature-dependent intensity distribution of said detector signal detected by said optical detector, and an evaluation unit configured up to further process said image, wherein, for this purpose, said evaluation unit further comprises: a means for determining a monitoring region of said image, a means for repeatedly detecting a surface region of said monitoring region in which the intensity exceeds a specified minimum value, a means for determining a monitoring region of said image, a means for repeatedly detecting a surface region of said monitoring region in which the intensity exceeds a specified minimum value, characterized by a means for detecting a time period during which the detected surface region is greater than a specified minimum value, and a means for stopping said deposition welding process if said time period of said detected surface region is greater than a specified time value.
Method for producing a composite car body component (100, 300) which has at least partially several layers (110, 120, 130; 310, 320) of different materials, comprising: - construction of the layers (110, 120, 130; 310, 320), wherein at least one layer ( 130, 320) is formed of UV-hardening duroplastic plastic having light-transmitting fibres embedded therein; - pressing of the layers (110, 120, 130; 310, 320) within the cavity (230, 430) of a tool (200, 400), wherein in the edge region of the cavity (230, 430) several UV lamps ( 250, 450) are disposed in the cavity wall and the UV light generated by the UV lamps ( 250, 450) is coupled directly or indirectly into the open fibre ends of the light-transmitting fibres, such that simultaneously with the pressing the layer (130, 320) formed from UV-hardening duroplastic plastic is hardened with UV light by means of the light-conducting fibres. - construction of the layers (110, 120, 130; 310, 320), wherein at least one layer ( 130, 320) is formed of UV-hardening duroplastic plastic having light-transmitting fibres embedded therein; - pressing of the layers (110, 120, 130; 310, 320) within the cavity (230, 430) of a tool (200, 400), wherein in the edge region of the cavity (230, 430) several UV lamps ( 250, 450) are disposed in the cavity wall and the UV light generated by the UV lamps ( 250, 450) is coupled directly or indirectly into the open fibre ends of the light-transmitting fibres, such that simultaneously with the pressing the layer (130, 320) formed from UV-hardening duroplastic plastic is hardened with UV light by means of the light-conducting fibres.
A roll-up shade apparatus for a vehicle comprising: a shade that opens and closes an internal opened part of a roof; a retractor that rolls up the shade from a base-end thereof; wire drums disposed in coaxial with the retractor, a wire being wound around each of the wire drums that winds up or feeds the wire together with an opening/closing of the shade; elastic members engaged with the retractor and the wire drums, the elastic members rotatingly urging the retractor in the shade wind-up direction and the elastic members rotatingly urging the wire drums in the wire wind-up direction, so that a rotational force of the retractor is transmitted to the wire drums and respective rotational forces of the wire drums are transmitted to the retractor in a mutually way through the elastic members, characterised in that the retractor comprising a pipe retractor where the shade is attached and cap retractors each of which is in a cylindrical shape and has a bottom, the cap retractors fit inside the pipe retractor, each of the elastic members installed inside each of the cap retractors in such a manner that one end of the elastic member is engaged with one of the wire drums and the other end of the elastic member is engaged with the bottom of the cap retractor, and each of the cap retractors locked to each opening end portion of the pipe retractor so as to rotate together with the pipe retractor. a shade that opens and closes an internal opened part of a roof; a retractor that rolls up the shade from a base-end thereof; wire drums disposed in coaxial with the retractor, a wire being wound around each of the wire drums that winds up or feeds the wire together with an opening/closing of the shade; elastic members engaged with the retractor and the wire drums, the elastic members rotatingly urging the retractor in the shade wind-up direction and the elastic members rotatingly urging the wire drums in the wire wind-up direction, so that a rotational force of the retractor is transmitted to the wire drums and respective rotational forces of the wire drums are transmitted to the retractor in a mutually way through the elastic members, characterised in that the retractor comprising a pipe retractor where the shade is attached and cap retractors each of which is in a cylindrical shape and has a bottom, the cap retractors fit inside the pipe retractor, each of the elastic members installed inside each of the cap retractors in such a manner that one end of the elastic member is engaged with one of the wire drums and the other end of the elastic member is engaged with the bottom of the cap retractor, and each of the cap retractors locked to each opening end portion of the pipe retractor so as to rotate together with the pipe retractor.
An implantable medical device, comprising: a transformer having: a magnetic core; a plurality of primary windings (106a-b) wound around the core; and a plurality of secondary windings (116a-f) wound around the core and magnetically coupled to the primary windings; a power source having at least a first cell and a second cell, characterised by the first and second cells being coupled to the plurality of primary windings in a parallel configuration in which each cell is coupled to a respective one of the plurality of primary windings; a plurality of capacitors (122a-f) coupled in a series configuration, wherein each of the plurality of capacitors is coupled to a single winding of the plurality of secondary windings; and a low power circuit coupled to the power source for controlling the delivery of charge from the power source to the plurality of capacitors through the transformer. a transformer having: a magnetic core; a plurality of primary windings (106a-b) wound around the core; and a plurality of secondary windings (116a-f) wound around the core and magnetically coupled to the primary windings; a magnetic core; a plurality of primary windings (106a-b) wound around the core; and a plurality of secondary windings (116a-f) wound around the core and magnetically coupled to the primary windings; a power source having at least a first cell and a second cell, characterised by the first and second cells being coupled to the plurality of primary windings in a parallel configuration in which each cell is coupled to a respective one of the plurality of primary windings; a plurality of capacitors (122a-f) coupled in a series configuration, wherein each of the plurality of capacitors is coupled to a single winding of the plurality of secondary windings; and a low power circuit coupled to the power source for controlling the delivery of charge from the power source to the plurality of capacitors through the transformer.
A wiper for an applicator of a liquid or pasty product, comprising an attaching part configured to attach the wiper to the opening of a container able to contain said product, and a tubular wiping sleeve connected to the attaching part, in which the wiping sleeve is more flexible than the attaching part, and the end of the wiping sleeve opposite the attaching part forms an annular lip, the lip defining an orifice chamfered with respect to a direction of withdrawal of the applicator through the wiper.
A xylylene diisocyanate composition comprising: a xylylene diisocyanate and a chloromethylbenzyl isocyanate, wherein the content ratio of the chloromethylbenzyl isocyanate is 10 mass ppm or more and 500 mass ppm or less. a xylylene diisocyanate and a chloromethylbenzyl isocyanate, wherein the content ratio of the chloromethylbenzyl isocyanate is 10 mass ppm or more and 500 mass ppm or less.
A method of electrically connecting a first conductor composed of a first material, respectively aluminium, to a second conductor comprising or composed of a second material different from the first material, respectively copper, with a connector, comprising the steps: - preparing a connector precursor including a conductor core composed of the first material, that is sheathed by a casing layer composed of a material different from the first material, respectively being the second material, wherein the connector precursor has a first end and a second end, - removing the casing layer in the region of the first end to prepare a contact surface, - connecting the first conductor to the first end in the region of the contact surface, and - connecting the second conductor to the second end. - preparing a connector precursor including a conductor core composed of the first material, that is sheathed by a casing layer composed of a material different from the first material, respectively being the second material, wherein the connector precursor has a first end and a second end, - removing the casing layer in the region of the first end to prepare a contact surface, - connecting the first conductor to the first end in the region of the contact surface, and - connecting the second conductor to the second end.
1. An electromagnet device comprising: an electromagnet block comprising a spool around which a coil is wound and an iron core inserted in a central hole of the spool; a yoke connected to an end portion of the iron core via a permanent magnet; a movable iron piece having a pivoting shaft center, the movable iron piece being pivotally disposed at an end face edge portion of the yoke with the pivoting shaft center supported by and disposed in pivotal contact with the end face edge portion of the yoke, the movable iron piece being adapted to pivot on a basis of magnetization and demagnetization of the electromagnet block, characterised by a protrusion (44, 63) comprising a linear edge portion which extends in parallel to the pivoting shaft center and the protrusion (44, 63) protrudes from at least either the movable iron piece or the iron core, wherein the protrusion (44, 63) is provided in the movable iron piece or the iron core, the protrusion (44, 63) protrudes in a facing direction in which the movable iron piece and the iron core face each other, wherein the movable iron piece is adapted to be in line contact with the iron core via an outer edge portion of the protrusion (44, 63) on magnetization of the electromagnet block, the outer edge portion is located in an outside position as compared with a central axis of the iron core when the electromagnet block is magnetized. an electromagnet block comprising a spool around which a coil is wound and an iron core inserted in a central hole of the spool; a yoke connected to an end portion of the iron core via a permanent magnet; a movable iron piece having a pivoting shaft center, the movable iron piece being pivotally disposed at an end face edge portion of the yoke with the pivoting shaft center supported by and disposed in pivotal contact with the end face edge portion of the yoke, the movable iron piece being adapted to pivot on a basis of magnetization and demagnetization of the electromagnet block, characterised by a protrusion (44, 63) comprising a linear edge portion which extends in parallel to the pivoting shaft center and the protrusion (44, 63) protrudes from at least either the movable iron piece or the iron core, wherein the protrusion (44, 63) is provided in the movable iron piece or the iron core, the protrusion (44, 63) protrudes in a facing direction in which the movable iron piece and the iron core face each other, wherein the movable iron piece is adapted to be in line contact with the iron core via an outer edge portion of the protrusion (44, 63) on magnetization of the electromagnet block, the outer edge portion is located in an outside position as compared with a central axis of the iron core when the electromagnet block is magnetized.
A sailing ship comprising: a sailing unit which comprises a hard sail assembly comprising a plurality of hard sail sections of wing-shaped hollow cross section vertically stacked so that each except the lowermost fits on the one immediately below, a mast assembly comprising a plurality of mast sections of hollow cross section vertically stacked so that each except the lowermost fits in the one immediately below, connecting members for connecting the upper ends of the hard sail sections to the upper ends of the mast sections located at the same level, first means for moving each mast section except the lowermost toward and away from the one immediately below, and second means for rotating the mast assembly around its longitudinal axis, wherein overlapping lengths between vertically adjacent mast sections are variably controlled to variably control overlapping lengths between vertically adjacent hard sail sections, thereby vertically expanding and contracting the hard sail assembly. a sailing unit which comprises a hard sail assembly comprising a plurality of hard sail sections of wing-shaped hollow cross section vertically stacked so that each except the lowermost fits on the one immediately below, a mast assembly comprising a plurality of mast sections of hollow cross section vertically stacked so that each except the lowermost fits in the one immediately below, connecting members for connecting the upper ends of the hard sail sections to the upper ends of the mast sections located at the same level, first means for moving each mast section except the lowermost toward and away from the one immediately below, and second means for rotating the mast assembly around its longitudinal axis, wherein overlapping lengths between vertically adjacent mast sections are variably controlled to variably control overlapping lengths between vertically adjacent hard sail sections, thereby vertically expanding and contracting the hard sail assembly.