KR930700349A - Coil manufacturing method of continuous flexible object and coil packaging method for forming aggregate - Google Patents

Abstract

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Description

Coil manufacturing method of continuous flexible object and coil packaging method for forming aggregate

Since this is an open matter, no full text was included.

1 is an exploded view of a component, such as a sleeve and a first tool, assembled and connected to a coil maker to produce a first rotary unit.

2a is a side view and a front view of the first temporary rotation unit, respectively.

3 is a side view of the coil maker in a starting position for receiving the assembled first unit.

Claims (33)

To manufacture a coil 1 of continuous flexible objects 2 including cables, lines, wires, wire cables, ropes, cords, ribbons, hoses, chains, etc., and to deliver the objects 2 to a user. In the method of manufacturing the coil (1) by packaging the coil (1) to form an aggregate (27), and winding the object (2) in a cylindrical sleeve (28) having a lateral opening, a) a sleeve Two flat protective rings (29, 30) having concentric support surfaces (42; 44) acting together with opposing inner or outer surfaces of (28) are disposed on the sleeve (28), and b) The sleeve 28 to the side to secure the sleeve 28 by means of a first tool 9 having two parallel side supports 10, 11 arranged with concentric centering elements 24. First clamping is firmly clamped between the support parts 10 and 11 and at the same time centered by the center adjusting element 24. Forming a unit 36, C) attaching the object 2 to the first unit 36, and rotating the unit 36 in the coil maker 3 to wind the object 2 into the coil (1) and d) when the object (2) is cut, completely surrounds the coil (1) located between the protective rings (29, 30) by a protective case (4), side support (10, 11) Or a plurality of continuous bindings of the sleeve 28, the protective rings 29 and 30, the protective casing 40 and the coils 1 enclosed therein from the inside of the sleeve 28 without engagement with the centering element 24; The means 41 is enclosed, and then the respective binding means 41 are tightened firmly to form the aggregate 27 by strongly joining both ends thereof, in which case the coil 1 winding of the object 2 is wound Manufacture of coils of continuous flexible objects, characterized in that they are mutually pressurized by the binding means 41 without relative movement of the liver Law. B) The sleeve 28 is fixed by the first tool 9 further having a longitudinal connecting means 12 through which the concentric central hole 37 penetrates, and the connecting The means (12) comprises a shaft (13) and at least one locking device (14) to clamp the sleeve (25) between the side supports (10, 11) by the connecting means (12), and the connecting means. Shaft 13 of 12 passes through the sleeve 28 and at the same time passes through the central opening of the side support 10, 11, and locks with the locking device 14, c) the first unit ( 36 is journaled to the coil maker 3 by bearing means 6 and 7 which are received in the central hole 37 of the connecting means 12, and the bearing means 6 and 7 are connected to the first unit 36. ) And the first unit (36) is improved during the formation of the coil (1) by driving coupling. Method according to claim 1 or 2, wherein the object 2 of the manufactured and packaged coil 1 is unwound by the user, e) in the place of use, the assembly 27 comprising the coil 1. Is firmly clamped between the side support portions 53 and 54 by fixing by means of a second tool 52 having two parallel side support portions 53 and 54 on which concentric centering adjustment elements 58 are opposed to each other. At the same time, by adjusting the center by the central control element 58 to form a second rotary unit 60, f) the horizontal axis of rotation or vertical axis of rotation of the coil unit 62; Journal for free rotation about the coil, g) coil of continuous flexible object, characterized by exposing the object 2 of the coil unwinding by cutting the binding means 41 and removing the protective casing 40. Manufacturing method. E) The assembly 27 is fixed by the second tool 952 having a connecting means 55 through which a concentric central hole penetrates, and the connecting means 55 comprises a shaft 56 and By providing at least one locking device 57, the assembly 27 is clamped by the connecting means 55 between the side support parts 53 and 54, and the shaft 56 of the connecting means 55 is Passing through the center of the assembly 27 and locking the locking device 57, f) Passes the shaft 61 through the central hole of the connecting means 55 to journal in the coil release device 62 to collect the assembly 27 ), A side support (53, 54), and a method of manufacturing a coil of a flexible flexible object, characterized in that to enable the free rotation of the second unit (60) consisting of the connecting means (55). A coil manufacturing method of a continuous flexible object, characterized in that. The coil 79 is formed by unwinding the object 2 through the traction line 69 and winding the traction line 69 in an axially open cylindrical sleeve 28a. In the method, g) the sleeve 28a is secured by means of a third tool 63 having two parallel side support portions 64, 65 on which mutually opposed central centering elements 78 are arranged. A trivalent rotating unit 70 is formed, and h) the traction line 69 is attached to the third unit 70, and the unit 70 is rotated in the coil winding device 72 to rotate the traction line. A coil manufacturing method for a continuous flexible object, characterized by winding (69) to form the coil (79). 6. The sleeve (28a) and coil (79) according to claim 5, wherein when the traction line (69) is cut off, the sleeve (28a) and the coil (79) from the inside of the sleeve (28a) without engagement with the side supports (64, 65) or its central control element (98). ) Is surrounded by a plurality of continuous binding means (80), and then tightening each of the binding means (80) to strongly join both ends to form the aggregate 81 of the continuous flexible object, characterized in that Coil manufacturing method. G) The sleeve 28a is fixed by the third tool 63, further comprising a longitudinal connecting means 66 through which the concentric central hole 85 penetrates. In addition, the connecting means 66 includes a shaft 67 and at least one locking device 68 so that the sleeve 28a is opened by the connecting means 66 to open the center openings of the side supports 64 and 65. And locking with the locking device 68, h) the third unit 70 to the coil winding device 72 by bearing means 71 received in the central hole 67 of the connecting means 66. Journal, and the bearing means (71) is driven in combination with the third unit (70) to rotate the unit (70) during the formation of the coil (79). The article according to claim 6 or 7, in combination with claim 6, wherein the traction line (69) is composed of article lines replaced by new lines (2), and the assembly line (81) of article lines performs reproduction. The method for manufacturing a coil of a continuous flexible object characterized in that it is delivered to the melting plant, and immersed in the molten metal in the delivered state. 9. The coil of continuous flexible object according to any one of claims 1 to 8, wherein the sleeves 28, 28a used are composed of compression molded wood fibers, parallel wound cardboard, or plastic. Manufacturing method. 10. A method according to any one of the preceding claims, wherein the protective rings (29,30) used are composed of compression molded wood fibers or wood boards. The method of claim 9 or 10, wherein the sleeve (28,28a) and the protective ring (29,30) used are treated with a waterproofing agent such as paraffin. To manufacture a coil 1 of continuous flexible objects 2 including cables, lines, wires, wire cables, ropes, cords, ribbons, hoses, chains, etc., and to deliver the objects 2 to a user. The process of packaging the coil 1 to form an aggregate 27, wherein a continuous flexible object is manufactured by winding the object 2 in a cylindrical sleeve 28 having a lateral opening. In the operating system of a) two sleeves (29, 30) having a concentric support surface (42; 44) acting together with an opposite inner or outer surface of the sleeve (29) are provided with the sleeve (28). ) And b) fixing the sleeve 28 by means of a first tool 9 having two parallel side supports 10, 11 on which mutually opposing concentric centering elements 24 are arranged. The sleeve 28 is firmly clamped between the sheath supports 10 and 11 and at the same time Centering by the central control element 24 to form a first rotary unit 36, c) attaching the object 2 to the first unit 36, and attaching the unit 36 to a coil maker. Winding the object (2) to form the coil (1) by rotating in (3), d) When the object (2) is cut, located between the protective rings (29, 30) by the bow casing (40) Completely surrounds the coil 1 and protects the sleeve 28, the protective rings 29, 30 from the inside of the sleeve 28 without engagement with the side support 10, 11 or its centering element 24. ) And the coil 1 enclosed therein is surrounded by a plurality of successive binding means 41, and then the respective binding means 41 is tightly tightened to strongly bond both ends thereof to form the aggregate 27. In this case, the coil 1 winding line of the object 2 is pressed by the binding means 41 without relative movement between the winding lines. Characterized in that the continuous system of operation of the subject. B) The sleeve 28 is fixed by the first tool 9 further having a longitudinal connecting means 12 through which the concentric central hole 37 penetrates, The connecting means 12 comprises a shaft 13 and at least one locking device 14 to clamp the sleeve 28 by the connecting means 12 between the side supports 10, 11, and the connecting means 12. The shaft 13 of the means 12 passes through the sleeve 28 and simultaneously locks with the locking device 14 through the central opening of the side supports 10, 11, c) the first unit. (36) a continuous flexible object operating system, characterized in that for rotating. 14. A system of operation of a continuous flexible object according to claim 12 or 13, wherein the user of the object 2 of the coil 1 manufactured and packaged as a continuation of the operation process is released by the user, e) at the place of use. By means of a second tool 52 having two parallel side support parts 53, 54 on which the concentric central control elements 58 which face the assembly 27 comprising the coil 1 are arranged. By firmly clamping between the side support (53, 54) and at the same time by the center control element 58 to adjust the center to form a second rotatable unit 60, f) coil the second unit 60 Journal for free rotation about the horizontal or vertical axis of the release device 62; 48, g) exposing the object 2 of the coil release by cutting the binding means 41 and removing the protective casing 40; Operation of a continuous flexible object, characterized in that System. E) The assembly 27 is fixed by the second tool 52 having a connecting means 55 through which a concentric central hole penetrates, and the connecting means 55 is a shaft 56. By providing at least one locking device 57, the assembly 27 is clamped between the side supports 53 and 54 by the connecting means 55, and the shaft 56 of the connecting means 55 is Passing through the center of the assembly 27 and locking the locking device 57, f) Passes the bearing shaft 61 through the central hole of the connecting means 55 to journal in the coil release device 62 (27), the side support portion (53, 54), and the continuous operation of the flexible object, characterized in that the free rotation of the second unit (60) consisting of the connecting means (55). The method according to claim 14 or 15, wherein the object 2 is unrolled through the traction line 69, and the traction line 69 is wound around a laterally open cylindrical sleeve 28a to form a coil 79. G) a third tool having two parallel side supports 64, 65 on which a central central control element 78 which faces the sleeve 28a is arranged; 63) to form the third revolving rotation unit 70, h) attaching the traction line 69 to the third unit 70, and attaching the unit 70 to the coil winding device 72. And the coil (79) is wound around the traction line (69) by rotating in the same direction. I) When the traction line 69 is cut, the sleeve 28a from the inside of the sleeve 28a and without engagement with the side supports 64, 65 or its central control element 78 is provided. A plurality of continuous binding means (80) surrounds the coil (79), and then each binding means (80) is tightly tightened to form the aggregate (81) by strongly joining both ends thereof. Manipulation System of Sex Subjects. G) The sleeve 28a is secured by the third tool 63, further comprising a longitudinal connecting means 66 through which the concentric central hole 85 penetrates. The connecting means 66 includes a shaft 67 and at least one locking device 68 to clamp the sleeve 28a between the side supports 64 and 65 by the connecting means 66. The shaft 67 of the connecting means communicates with the sleeve 28a and at the same time passes through the central opening of the side support portions 64 and 65 to lock and engage the locking device 68, and h) the third unit. (70) is devoted to the coil winding device (72) by bearing means (71) housed in the central hole (67) of the connecting means (66), wherein the bearing means (71) is connected to the third unit (70). Drive coupling to rotate the unit (70) during formation of the coil (79). 19. The article of claim 17, or in combination with the article of claim 18, wherein the traction line (69) consists of a article line replaced by a new line (2), and the assembly line (81) of the article line performs reproduction. And is delivered to the dissolution plant and immersed in the dissolved metal in the delivered state. 20. Manipulating the continuous flexible object according to any one of claims 12 to 19, wherein the sleeves 28, 28a used are composed of compression molded wood fibers, parallel wound cardboard, or plastics. system. 21. A continuous flexible object handling system according to any one of claims 12 to 20, characterized in that the protective rings (29, 30) used are composed of compressed molded wood fibers or wood boards. 22. The system of claim 20 and 21, wherein the sleeves (28,28a) and the protective rings (29,30) used are treated with a waterproofing agent such as paraffin. An axially open cylindrical sleeve in which a continuous flexible object (2; 69), including cables, lines, wires, wire cables, rods, cords, ribbons, hoses and chains, is wound or coiled and coiled (1). A tool used in the method of any one of claims 1 to 11 as holding (28), and a tool used in the system of any one of claims 12 to 22, wherein the tool has the sleeve 28 on one side. And two identical wheel-shaped side supports 10, 11; 53; 54; 64, 65 having concentric center adjusting elements 24, 58, and 78 arranged therein to accommodate and adjust the center. (10,11; 53,54; 64,65) are movable together to form a revolving unit (36; 60; 70) by clamping the sleeve (28) centered between the side supports. Tool. The tool of claim 23, wherein the tool clamps the sleeve 28 between the side supports 10, 11; 53, 54; 64, 65 and at the same time the side supports 10, 11; 53, 54, 64, 65. Longitudinal connecting means (12; 55; 66) are provided for detachable assembly, and the connecting means are arranged to communicate with the central opening 20 of each side support while passing through the sleeve. The tool is characterized in that a central hole (37; 59; 85) is arranged in the means for receiving the bearing means (6,7; 61; 71). 25. The method according to claim 23 or 24, wherein the central control element (24; 78) enables the binding means (41; 80) to wind up the sleeve (28; 28a) and the coil (1; 79) before the tool is released. And an axial groove or recess (24; 77). 25. The device according to claim 23 or 24, wherein after the tool has been assembled, before the tool is released again or before the binding means 41 at least removes the outer portion, the binding means 41 and 80 are connected to the sleeves 28 and 28a. And a plurality of radial openings (89; 76) disposed over the periphery of the side supports at least radially from the centering element (24; 58; 78) to enable winding the coils (1; 79), The center control element (24; 78) is characterized in that it has a groove or recess (24; 77) in alignment with the opening (89; 76) to enable the winding of the sleeve and coil with the binding means. 27. The side openings (11, 12; 53, 54) according to claim 26, wherein each side support portion (11, 12; 53, 54) has a tubular left circle (19), a concentric hub (20) forming the central opening (22), and the radial opening therebetween. A tool having a plurality of spokes (21;) formed at (89; 76) and on one side the center adjusting elements (24; 58). Equipped with a coil (1) which winds a continuous flexible object (2) such as a cable, line, wire, wire cable, rope, cord, ribbon, hose, chain, and the like in an axially open cylindrical sleeve 28 In the assembly of coils produced by the method of claim 1 or 2, two protective rings 29, 30 covering both ends of the coil, a protective casing 40 and a coil completely surrounded by the moving components ( 1) A collection of coils, characterized in that they are held together by means of binding means permanently bonded to enclose each other so that the winding line of the object (2) of the coil (1) is relatively immovable. 29. Coil according to claim 28, characterized in that each protective ring (29, 30) has a central opening (33) designed to receive the sleeve (28), in order to be able to surround the sleeve (28). aggregate. 30. The protection ring (29, 30) of claim 28 or 29 has a central opening (33) formed by a concentric flange (43), said flange (43) being engageable with a sleeve (28). Protruding axially so that the sleeve (28) surrounds the flange (430). 31. The coil assembly of any one of claims 28 to 30, wherein the object is composed of a cable or line for underground or ground power transmission, or a cable or line for transmission communication. 32. The sleeve 28, the protective rings 29, 30 and the protective casing 40 according to any one of claims 28 to 31, consisting of disposable package material and at least three months of moisture and moisture An assembly of coils that can withstand. 33. The genital sleeve 28 is composed of compression molded wood fibers, cardboard or plastic, and the protective rings 29, 30 are composed of compression molded wood fibers or wooden boards, and the protective casing ( 40) is a collection of coils, characterized in that consisting of cardboard or plastic. ※ Note: The disclosure is based on the initial application.