mhurhangee/ep-ind-claims huggingface dataset:
A roll-to-roll treatment apparatus comprising: at least two can rolls (17, 23) provided on a transfer path through which a long base material is transferred from an unwinding roll to a winding roll in a roll-to-roll manner in a vacuum chamber; and surface treatment means (41 - 48) facing an outer circumference of each of the can rolls (17, 23) to treat a surface of the long base material cooled by being wound around the outer circumference, and a central driving roll located at a center of the roll-to-roll transfer path, wherein at least one of the at least two can rolls (17, 23) is provided with two sets of feeding and sending systems having a function of winding the long base material around an outer circumference of the can roll, and one surface of the long base material in contact with the outer circumference of the corresponding can roll at a time when the long base material travels through one of the two sets of feeding and sending systems is opposite to the other surface of the long base material in contact with the outer circumference of the corresponding can roll at a time when the long base material travels through another set of feeding and sending system. at least two can rolls (17, 23) provided on a transfer path through which a long base material is transferred from an unwinding roll to a winding roll in a roll-to-roll manner in a vacuum chamber; and surface treatment means (41 - 48) facing an outer circumference of each of the can rolls (17, 23) to treat a surface of the long base material cooled by being wound around the outer circumference, and a central driving roll located at a center of the roll-to-roll transfer path, wherein at least one of the at least two can rolls (17, 23) is provided with two sets of feeding and sending systems having a function of winding the long base material around an outer circumference of the can roll, and one surface of the long base material in contact with the outer circumference of the corresponding can roll at a time when the long base material travels through one of the two sets of feeding and sending systems is opposite to the other surface of the long base material in contact with the outer circumference of the corresponding can roll at a time when the long base material travels through another set of feeding and sending system.
A separation membrane module in which a plurality of separation membrane elements are loaded in a cylindrical pressure vessel, wherein each of the separation membrane elements is a spiral-type separation membrane element in which a periphery of a membrane unit-wound body formed by spirally winding a membrane unit including a separation membrane is covered by an outer jacket, an anti-telescoping plate is provided on at least one end of a combination of the membrane unit-wound body and the outer jacket, and a raw-water seal is provided around a periphery of at least the one anti-telescoping plate, and wherein a separation membrane element having a raw-water seal (a) which allows movement of the separation membrane element in both directions in an interior of the cylindrical pressure vessel is loaded in an upstream end portion of the plurality of separation membrane elements and is positioned nearest to an end plate on the cylindrical pressure vessel at an upstream side in a raw-water feed direction and/or wherein the separation membrane element having the raw-water seal (a) which allows movement of the separation membrane element in both directions in an interior of the cylindrical pressure vessel is loaded in a downstream end portion of the plurality of separation membrane elements and is positioned nearest to an end plate on the cylindrical pressure vessel at a downstream side in a raw-water feed direction, and a separation membrane element having a raw-water seal (b) which allows movement of the separation membrane element in only one direction in the interior of the cylindrical pressure vessel without sustaining damage and coming to lose its sealing function, is loaded in all positions other than a position in which the separation membrane element is loaded, in the plurality of separation membrane elements wherein the raw-water seal (a) is a split-ring seal made of an inelastic material, and wherein the raw-water seal (b) is a U-cup or V-cup seal made of an elastic material.
A stator of a rotary electric machine, comprising: a stator core that has a plurality of slots; and coil segments (30, 5, 6) that are disposed in the stator core to form a stator winding, wherein ends (5a, 6a) of the coil segments (5, 6) are overlapped in the axial direction, and bonded through a bonding portion, wherein for bonding said ends (5a, 6a) of the coil segments (5, 6), an axial direction of the stator core is set in a vertical direction, wherein the bonding portion is formed in a shape in which the bonding portion is melted and flows from the end of the coil segment on an opposite side to the stator core toward the end of the coil segment on a side near the stator core, and wherein the end of the coil segment on the opposite side to the stator core is shorter than the end of the coil segment on a side near the stator core, such that the ends (5a, 6a) of the coil segments (5, 6), overlapped in the axial direction, overlap in a stepped shape. a stator core that has a plurality of slots; and coil segments (30, 5, 6) that are disposed in the stator core to form a stator winding, wherein ends (5a, 6a) of the coil segments (5, 6) are overlapped in the axial direction, and bonded through a bonding portion, wherein for bonding said ends (5a, 6a) of the coil segments (5, 6), an axial direction of the stator core is set in a vertical direction, wherein the bonding portion is formed in a shape in which the bonding portion is melted and flows from the end of the coil segment on an opposite side to the stator core toward the end of the coil segment on a side near the stator core, and wherein the end of the coil segment on the opposite side to the stator core is shorter than the end of the coil segment on a side near the stator core, such that the ends (5a, 6a) of the coil segments (5, 6), overlapped in the axial direction, overlap in a stepped shape.
A gas turbine engine comprising: a front center body case structure defining a core flow path for a core airflow; a geared architecture at least partially supported by said front center body case structure; an inner shaft that drives a fan through said geared architecture; an outer shaft; a low pressure compressor along an axis, said low pressure compressor including a plurality of stages; a first bearing system which at least partially supports said inner shaft along said axis, said first bearing system mounted to said front center body case structure; a coupling shaft mounted to said inner shaft and said geared architecture, said coupling shaft at least partially supported by said first bearing system; a second bearing system which at least partially supports said outer shaft along said axis; and a low pressure compressor hub mounted to said inner shaft, wherein said low pressure compressor hub extends to said low pressure compressor between said first bearing system and said second bearing system, said low pressure compressor hub including a frustoconical web which extends between said first bearing system and said second bearing system, characterised in that said low pressure compressor hub further includes a tubular hub mounted to said inner shaft adjacent said first bearing system, said frustoconical web extending in a forwardly direction from the tubular hub axially between the first bearing system and the second bearing system. a front center body case structure defining a core flow path for a core airflow; a geared architecture at least partially supported by said front center body case structure; an inner shaft that drives a fan through said geared architecture; an outer shaft; a low pressure compressor along an axis, said low pressure compressor including a plurality of stages; a first bearing system which at least partially supports said inner shaft along said axis, said first bearing system mounted to said front center body case structure; a coupling shaft mounted to said inner shaft and said geared architecture, said coupling shaft at least partially supported by said first bearing system; a second bearing system which at least partially supports said outer shaft along said axis; and a low pressure compressor hub mounted to said inner shaft, wherein said low pressure compressor hub extends to said low pressure compressor between said first bearing system and said second bearing system, said low pressure compressor hub including a frustoconical web which extends between said first bearing system and said second bearing system, characterised in that said low pressure compressor hub further includes a tubular hub mounted to said inner shaft adjacent said first bearing system, said frustoconical web extending in a forwardly direction from the tubular hub axially between the first bearing system and the second bearing system.
A method for creating a user customized favorite channels list, by using a system comprising a plurality of televisions, at least one server connected to said televisions via a cable or wireless communication network, and at least one database connected to said at least one server, comprising the step of - starting recording of TV programs by the televisions and/or activating a timer for a future recording according to the commands from the users, characterized by the steps of - transmitting to the server the recording data of the programs whose recording is started in the televisions or of those scheduled to be recorded by means of the timer, - transmitting to the server the list of stored channels on the users' televisions, - saving of the program recording data to the database by the server, - sorting the channels on which are shown/will be shown the most recorded programs or those which will be recorded the most, according to the recording number of said programs, by the server analyzing the program recording data saved on the database, - transmitting to the server a favorite channels list request from at least one of the televisions of the users, - comparison of the channels sorted by the server, with the channels stored on the television which has sent a favorite channels list request, - creating a target user customized favorite channels list by removing the channels not stored on the television sending a favorite channels list request, from the channels sorted by the server, and - transmitting by the server the favorite channels list customized for the user from whose television a favorite channels list request was sent. - starting recording of TV programs by the televisions and/or activating a timer for a future recording according to the commands from the users, characterized by the steps of - transmitting to the server the recording data of the programs whose recording is started in the televisions or of those scheduled to be recorded by means of the timer, - transmitting to the server the list of stored channels on the users' televisions, - saving of the program recording data to the database by the server, - sorting the channels on which are shown/will be shown the most recorded programs or those which will be recorded the most, according to the recording number of said programs, by the server analyzing the program recording data saved on the database, - transmitting to the server a favorite channels list request from at least one of the televisions of the users, - comparison of the channels sorted by the server, with the channels stored on the television which has sent a favorite channels list request, - creating a target user customized favorite channels list by removing the channels not stored on the television sending a favorite channels list request, from the channels sorted by the server, and - transmitting by the server the favorite channels list customized for the user from whose television a favorite channels list request was sent.
A measuring device (50, 60, 70) comprising a transmitting unit (51, 61, 71) and a receiving unit (52, 62, 72), the measuring device being configured to perform a measurement by transmitting a microwave from the transmitting unit (51, 61, 71) to an object to be measured (1, 2), such that the microwave is reflected by the object to be measured (1, 2), and receiving the reflected microwave by the receiving unit (52, 62, 72), wherein the receiving unit (52, 62, 72) is disposed behind the transmitting unit (51, 61, 71) with respect to the object to be measured (1, 2), and wherein the receiving unit (52, 62, 72) is formed larger than the transmitting unit (51, 61, 71) so as to be large enough to be capable of receiving reflected waves from the object to be measured (1, 2), wherein the transmitting unit (51, 61, 71) and the receiving unit (52, 62, 72) are each an array antenna enclosed by a waveguide box (6, 8) of the measuring device, the waveguide box for the transmitting unit being smaller than the waveguide box for the receiving unit and being enclosed by the waveguide box for the receiving unit, or each formed as a horn antenna (61a, 62a), the horn antenna forming the transmitting unit being smaller than the horn antenna forming the receiving unit and being surrounded by the horn antenna forming the receiving unit, wherein the measuring device comprises a flat window and - an opening portion of the waveguide box for the transmitting unit and - an opening portion of the waveguide box for the receiving unit or - a horn opening portion of the horn antenna forming the transmitting unit and - a horn opening portion of the horn antenna forming the receiving unit are aligned with and mounted on the flat window. - an opening portion of the waveguide box for the transmitting unit and - an opening portion of the waveguide box for the receiving unit or - a horn opening portion of the horn antenna forming the transmitting unit and - a horn opening portion of the horn antenna forming the receiving unit are aligned with and mounted on the flat window.
A system for non-destructive testing of an energized electrical component which is supported in an overhead position in an electrical power line system, the system comprising: an elongate base having a first end and a second end and a length therebetween; an X-ray source adapted to be mounted on the base at about its first end; an X-ray digital imager adapted to be mounted on the base at about its second end, wherein the X-ray source and the X-ray digital imager, when so located, are in an operative opposed facing spatial relationship; an imager controller adapted to be mounted to the base; and a removable electrically conductive flexible shield adapted to be operatively coupled to, and to encapsulate, at least the base, the X-ray source, the X-ray digital imager and the imager controller to form a shrouded system, the shrouded system, in use, being further adapted to be releasably coupled to a live-line tool, and wherein in use, when the shrouded system is releasably coupled to the live-line tool, the shrouded system is positionable adjacent the energized electrical component so as to non-destructively test the energized electrical component while shielding at least the base, the X-ray source, the X-ray digital imager and the imager controller from electric fields around the energized electrical component and allowing at least one signal communication between the shrouded system and an external component. an elongate base having a first end and a second end and a length therebetween; an X-ray source adapted to be mounted on the base at about its first end; an X-ray digital imager adapted to be mounted on the base at about its second end, wherein the X-ray source and the X-ray digital imager, when so located, are in an operative opposed facing spatial relationship; an imager controller adapted to be mounted to the base; and a removable electrically conductive flexible shield adapted to be operatively coupled to, and to encapsulate, at least the base, the X-ray source, the X-ray digital imager and the imager controller to form a shrouded system, the shrouded system, in use, being further adapted to be releasably coupled to a live-line tool, and wherein in use, when the shrouded system is releasably coupled to the live-line tool, the shrouded system is positionable adjacent the energized electrical component so as to non-destructively test the energized electrical component while shielding at least the base, the X-ray source, the X-ray digital imager and the imager controller from electric fields around the energized electrical component and allowing at least one signal communication between the shrouded system and an external component.
Stacked lamination comprised of sheet metal lamellae for rotors and/or stators of electric motors and generators, with pockets for that serve to receive magnets, that pockets are angled to each other and having a rectangular outline, with a startup cage that is manufactured in a diecasting process, arranged on the periphery of the stacked lamination, and inwardly or outwardly envelops the stacked lamination, and with cavities that run axially between adjacent pockets and have a smaller radial distance from the startup cage than the pockets, characterized in that the cavities at both ends are each closed by at least one end-side sheet metal lamella of the stacked lamination and have a trapezoidal outline.
Jewelry article (10, 110, 210) with an ornamental element, comprising: - a ring nut with an internal seat which is provided with an internal thread and which is provided at one end of the ring nut with a first opening for introducing the ornamental element and at an opposite end with a second opening from which the ornamental element is designed to emerge without being able to pass completely through said second opening; - a closing cap which closes the first opening after the introduction of the ornamental element into the seat in order to keep the ornamental element in the seat; the closing cap comprising in turn: - a first disk with a first face and a second face opposite to the first face and a side edge surface between the two faces which is threaded in a complementary manner to the internal thread in the ring nut so as to be screwed into this ring nut; characterized in that the closing cap further comprises - a second disk with a first face which is designed to form an external closure surface of said first opening of the ring nut and an opposite second face intended to rest against the first face of the first disk; the first and second disks being coaxially fastened together. - a ring nut with an internal seat which is provided with an internal thread and which is provided at one end of the ring nut with a first opening for introducing the ornamental element and at an opposite end with a second opening from which the ornamental element is designed to emerge without being able to pass completely through said second opening; - a closing cap which closes the first opening after the introduction of the ornamental element into the seat in order to keep the ornamental element in the seat; - a first disk with a first face and a second face opposite to the first face and a side edge surface between the two faces which is threaded in a complementary manner to the internal thread in the ring nut so as to be screwed into this ring nut; characterized in that the closing cap further comprises - a second disk with a first face which is designed to form an external closure surface of said first opening of the ring nut and an opposite second face intended to rest against the first face of the first disk; the first and second disks being coaxially fastened together.
A process for the preparation of a (hydro)(chloro)fluoroalkene, the process comprising contacting a reagent stream comprising a hydrochlorofluoroalkane with a catalyst in a reactor to dehydrochlorinate at least a portion of the hydrochlorofluoroalkane to produce a product stream comprising the (hydro)(chloro)fluoroalkene and hydrogen chloride (HCl), wherein the catalyst is selected from zero-valent metal catalysts, and wherein: (i) the contacting step is carried out in the presence of a HCl co-feed; or (ii) the contacting step is carried out in the presence of a HCl co-feed and_the catalyst is chlorinated prior to contacting with the reagent stream comprising the hydrochlorofluoroalkane. (i) the contacting step is carried out in the presence of a HCl co-feed; or (ii) the contacting step is carried out in the presence of a HCl co-feed and_the catalyst is chlorinated prior to contacting with the reagent stream comprising the hydrochlorofluoroalkane.
Multifocal intraocular lens comprising an optical part, which has a first optical side and an opposite second optical side viewed in the direction of a main optical axis of the intraocular lens, and a plurality of ring-shaped optical zones (6 to 9) which are formed on at least one side (4, 5) and which at least partly encircle the main optical axis, said zones (6 to 9) each having at least one main sub-zone (6a to 9a), wherein at least some zones (6 to 9) have a phase sub-zone (6b to 9b) in addition to the main sub-zone (6a to 9a), wherein the phase sub-zones (6b to 9b) have phase sub-zone refractive powers and phase shifts between partial waves from different ring-shaped zones (6 to 9) are produced by the phase sub-zones (6b to 9b), wherein the main sub-zones (6a to 9a) are ring-shaped forms which at least partly encircle the main optical axis and the phase sub-zones (6b to 9b) are ring-shaped forms which at least partly encircle the main optical axis and a main sub-zone (6a to 9a) directly adjoins a phase sub-zone (6b to 9b) of a ring-shaped zone (6 to 9) in the radial direction with respect to the main optical axis, characterized in that the intraocular lens has a helix winding as a surface structure in addition to the ring-shaped zones (6 to 9), wherein the refractive power of the intraocular lens varies in terms of value in encircling direction around the main axis by the helix winding and the helix winding is formed on at least one side (4, 5), wherein a main sub-zone refractive power contributing to the overall refractive power of the intraocular lens by the main sub-zone (6a to 9a) varies at least once in azimuthal direction around the main axis and/or a phase sub-zone refractive power contributing to the overall refractive power of the intraocular lens by the phase sub-zone (6b to 9b) varies at least once in azimuthal direction around the main axis, and a phase deviation (Φ) between two adjacent zones (6 to 9) is in the interval of < λ, in particular in the interval of 0.3λ ≤ Φ(α) ≤ 0.6λ, wherein the phase deviation (Φ) is varied at least in one zone (6 to 9) in azimuthal direction around the main axis, wherein the phase deviation (Φ) is equal to zero over a first partial azimuthal interval and unequal to zero over a second partial azimuthal interval and a ratio between a distance refractive power and a near refractive power of the eye lens is variable depending on the ratio between the first and the second partial azimuthal interval.