JPH0768313A - Drawn wire winding device - Google Patents

Abstract

PURPOSE:To provide a drawn wire winding device capable of smoothly and surely exchanging a drawn wire carrier while continuously executing wire drawing and firmly fixing the drawn wire which is transferred to the drawn wire carrier. CONSTITUTION:The drawn wire is transferred to the drawn wire carrier 31 along guide pipes 21 and flexible guides 23 and, on the other hand, when the drawn wire is wound to a prescribed height, the transfer of the drawn wire is interrupted by a wire storing means 40, after a string is carried from the outside to the inner peripheral side of the drawn wire carrier 3 with a string inserting mechanism, the transfer of the drawn wire is restarted, the drawn wire carrier 3 is filled up and the drawn wire which is hung down along the guide pipes 21 is restrained with a positioning cylinder 60 in a prescribed position. And, the transfer of the drawn wire is interrupted by the wire storing means 40, the drawn wire carrier 31 is exchanged by upwards pushing the flexible guide 23 with the movement of the drawn wire carrier 31 and also the upper part of the drawn wire in the drawn wire carrier 31 which is carried out is banded with the string.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention mainly relates to a wire drawing winding device for winding a wire material made of metal such as copper wire-drawn by a wire drawing machine into a coil shape and carrying it out.

[0002]

2. Description of the Related Art Generally, a wire drawing winding device for winding a copper wire drawn by a wire drawing machine into a coil is arranged on the downstream side of a wire drawing machine for drawing a copper wire. Has been done. Then, as the wire drawing winding device, conventionally, the wire drawing that has been carried in in the horizontal direction is fed into the rotation center hole of the rotating body, and then in the direction (outward) orthogonal to the rotation center of the rotating body. By guiding and rotating the rotating body, the wire drawing guided radially outward of the rotating body,
After being wound up by the winding cylinder arranged to face the rotating body, the wire drawing carrier is guided downward along a guide member connected to the winding cylinder, and the wire drawing carrier standing by below the guide member. It is known that the wire is dropped outside and the wire is wound around the wire drawing carrier and collected.

[0003]

By the way, in general,
The amount of wire drawing carried out from the wire drawing machine by one wire drawing process is larger than the amount of wire drawing wound and collected by the one wire drawing carrier. When the device was used, it was necessary to stop the wire drawing machine and replace the wire drawing carrier every time the wire drawing carrier was full.

However, when the wire drawing carrier is interrupted and replaced with a new wire drawing carrier each time the wire drawing carrier becomes full, the operating rate of the wire drawing machine is reduced by the time required for replacing the wire drawing carrier. There is a problem of doing. Therefore, as a result of diligent studies, the present inventors have found that there is no need to interrupt the wire drawing work by replacing the wire drawing carrier, and the wire drawing carrier can be smoothly and reliably replaced while continuously performing the wire drawing process. We have developed a new wire drawing and winding device.

The present invention has been made in view of the above circumstances. An object of the present invention is not to interrupt the wire drawing work by replacing the wire drawing carrier and to reduce the operation rate of the wire drawing work. Moreover, the wire drawing carrier can be smoothly and reliably replaced while continuously performing the wire drawing process, and the wire drawing can be wound up and collected quickly and easily. At the same time, another object of the present invention is to provide a wire drawing winding device capable of securely fixing the wire drawing transferred to the wire drawing carrier and preventing the collapse of the wire drawing of the wire drawing carrier.

[0006]

In order to achieve the above-mentioned object, the present invention provides a winding tube for winding a conveyed wire, and a winding tube provided on the winding tube and having the wire drawn downward. A guide member for guiding, a positioning means provided to face the guide member and for positioning the wire drawing guided by the guide member at a predetermined position, and provided at the lower end of the guide member, and the wire drawing. And a movable wire drawing carrier that is provided below the guide member and receives the wire drawing from the guide member, and a wire drawing carrier from the lower end of the guide member. A flexible guide vertically extending from the upper end to the wire drawing carrier, provided outside the wire drawing carrier and on the inner peripheral side of the wire drawing passed from the wire drawing carrier to the wire drawing carrier. Hand over the bundling members It is obtained by a bundle member charging mechanism.

[0007]

In the wire drawing winding device of the present invention, the wire drawn by the winding tube is guided to the guide member, and is guided downward by the guide member, and drawn along the flexible guide. While handing over the wire drawing carrier to the carrier, when the wire drawing is wound up to a predetermined height of the wire drawing carrier, the wire drawing means from the guide member to the wire drawing carrier draws the wire by the wire storing means provided at the lower end of the guide member. Suspend the delivery of
In the meantime, by the binding member charging mechanism, after passing the binding member from the outside of the wire drawing carrier to the inner circumferential side of the wire drawing wound on the wire drawing carrier, the guide member to the wire drawing carrier When the wire drawing carrier is exchanged again, and then the wire drawing carrier is replaced, the positioning means fixes the position of the wire drawing depending on the guide member to a predetermined position,
Further, the wire drawing means provided at the lower end of the guide member interrupts the delivery of the wire drawing from the guide member to the wire drawing carrier, and during that time, the wire drawing carrier is flexible as the wire drawing carrier moves. The guide is pushed upward to replace the wire drawing carrier, and at the same time, the upper part of the wire drawing of the wire drawing carrier that has been fully discharged is bound and fixed by the tying member.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to FIGS.

In these drawings, reference numeral 1 denotes a winding device main body, and the winding device main body 1 is provided with a drawing wire carrying-in mechanism 10 for carrying in the drawing wire W therein. Then, in the winding device main body 1, a rotating body 1 having a rotation center hole 12 via a pair of front and rear bearings 11.
3 is rotatably provided, and a rotation drive mechanism 16 is connected to a gear 14 mounted on the rotating body 13 via a transmission mechanism 15.

The wire drawing W carried into the winding device main body 1 by the wire drawing carrying-in mechanism 10 passes through the rotation center hole 12 of the rotating body 13 and the center portion and outer edge portion of the rotating body 13. It is adapted to be guided to the wire drawing guide mechanism 17 having a large number of guide wheels 17a provided at the ends. A winding cylinder 19 is provided on the rotating body 13 via a bearing 18 so as to be relatively rotatable.
It is supported by the winding device body 1 via a support mechanism 20 via the rotating body 13.

That is, the support mechanism 20 includes a ring gear 20a fixed to the winding device body 1 and a gear 20b meshed with the ring gear 20a.
A rotary shaft 2 having the gear 20b mounted at one end and rotatably mounted on the rotary body 13 via a bearing 20c.
0d and the gear 20 attached to the other end of the rotating shaft 20d
e, and a gear 20f meshed with the gear 20e and mounted on the winding cylinder 19.

When the rotating body 13 rotates, the gear 20b meshed with the ring gear 20a.
Rotates around the ring-shaped gear 20a, and the rotary shaft 20d moves to the bearing 20c together with the gears 20b and 20e.
By rotating with respect to the rotator 13 via the gear 20f, the winding cylinder 19
Winding device body 1 to which the ring gear 20a is fixed
A predetermined posture is maintained with respect to.

Six guide tubes 21 are fixed to the front end surface of the winding cylinder 19 in a state of being arranged at equal intervals, and these guide tubes 21 have a plurality of hexagonal shapes. In a state of being fixed to each of the six corners of the reinforcing plate 22, the reinforcing plate 22 is curved downward from the sideways state. A wire drawing carrier 31, which is placed on the carrying conveyor 30 and carried in and carried out, is arranged at a lower position with a predetermined distance from the lower end of each of the guide tubes 21.

The wire drawing carrier 31 includes four frame bodies 32.
Are erected and fixed on the mounting plate 33 at equal intervals, and the upper portions of the respective frame bodies 32 are bent toward the center of the mounting plate 33 and joined to each other to form a cross in plan view. It is formed into a shape. In addition, at the lower end of each of the guide tubes 21,
A flexible guide 23 is provided so as to extend downward from the upper end of the wire drawing carrier 31 by a predetermined distance. The flexible guide 23 is made of a flexible resin around a spring body having excellent flexibility. The tube is covered and the lower end portion is formed so as to be curved upward.

Posts 2 are erected at positions facing the winding device body 1 with the transport conveyor 30 interposed therebetween, and between the winding device body 1 and the upper ends of the columns 2. The storage line means 40 is bridged via the brackets 3 and 4, respectively. And this storage line means 40
Is a hollow storage line frame 41 supported by the brackets 3 and 4 and having a lower portion of the guide tube 21 inserted therein.
And six opening / closing claws 42 rotatably provided on the storage line frame 41 and capable of protruding inward of the storage line frame 41, and a sprocket 43 attached to the base ends of these opening / closing claws 42.
A chain 44 hung between these sprockets 43, a tensioner 45 that engages with the chain 44 to apply tension, and a pair of guides that engage with the chain 44 to support and guide the chain 44. Sprocket 46, a connecting member 47 rotatably connected to the base end of one of the six opening / closing claws 42, and the connecting member 47.
And an open / close cylinder 48 that is rotatably connected to the open / close cylinder and opens / closes the open / close claws 42.

The opening / closing claws 42 are arranged slightly below the reinforcing plate 22 supporting the lower ends of the six guide tubes 21, and when the opening / closing claws 42 are closed. , Their tips are configured to enter the inside of the guide tubes 21. The tensioner 45 is connected to the sprocket 4 engaged with the chain 44.
5a and a spring 45c connected to the sprocket 45a via a link mechanism 45b. The link mechanism 45b is urged by the spring 45c.
The sprocket 45a through the chain 44
It is configured to be pressed against.

Through the mounting member 50, the pillar 2 is attached.
Two support shafts 51 are connected to each other at a predetermined interval, and each of these support shafts 51 has an upper stage, a middle stage, a lower stage, a total of three drawing outer frames 52, which are rotatable. It is provided in. Each of the above three wire drawing outer frames 52 can be opened and closed with each other, and the support attached to these wire drawing outer frames 52 is adjustable so as to project to the inside thereof. A total of eight outer diameter restricting members 54 are provided upright, four by four, via the plate 53. The upper end portions of these outer diameter regulating members 54 are formed to be inclined outward, and when the three wire drawing outer frames 52 are closed, the outer diameter regulating members 54 are Each guide tube 21
It surrounds the lower end of the wire, the flexible guide 23, and the wire drawing carrier 31, so that the wire drawing W is prevented from protruding outward.

A positioning cylinder 60 is installed with the piston rod 61 thereof facing downward in a state of protruding from the upper surface of the winding device body 1.
Then, the piston rod 6 of the positioning cylinder 60
When 1 extends downward, it is inserted between the upper two guide tubes 21 at a position slightly closer to the winding tube 19 from the reinforcing plate 22 that reinforces the upper portion of the guide tube 21,
The downward movement of the wire drawing W wound around the winding cylinder 19 is stopped, and the tip side of the wire drawing W goes around the outside of each guide tube 21 to allow the wire drawing frame 41 to move. It is adapted to hang down to the winding device body 1 side.

Further, among the three wire-drawing outer frames 52 on the carry-in side of the wire-drawing carrier 31, upper and middle wire-drawing outer frames 52 are provided with a string loading mechanism 70. The string charging mechanism 70 is vertically installed so as to project outward from the upper wire drawing outer frame 52, and a string feeding tube body 72 that feeds a binding string 71 downward. A pair of openable and closable clamp members 73 that grip the string 71 that hangs from the string feeding cylinder 72 and transfer it horizontally, and a clamp mechanism 74 that supports and opens and closes the clamp members 73. Fix the clamp mechanism 74 to the tip,
And a revolving arm 75 capable of revolving in a horizontal direction at a predetermined angle,
The rotation mechanism 76 which is connected to the base end portion of the swing arm 75 and rotates the swing arm 75, and a position slightly below the string feeding cylinder 72, and the string feeding cylinder 7 is provided.
2, a cutting blade drive mechanism 77, a cutting blade 79 attached to a rotary shaft 78 of the cutting blade drive mechanism 77 and horizontally swiveling to cut the string 71, and the both clamp members 73. A pair of string mounting rods 81, 82 horizontally and parallel to each other below the moving path of the tip end of the wire rod, through the supporting rod 80 on the middle wire drawing outer frame 52. It is configured. The tip ends of the clamp members 73 are adapted to be driven between the frame bodies 32 of the wire drawing carrier 31 from below the string feeding cylinder body 72 by driving the rotating mechanism 76. ing.

In the wire drawing winding device constructed as described above, when the wire drawing W drawn from the wire drawing machine is wound up and collected in the wire drawing carrier 31, first, the wire drawing W is brought close to the column 2. Then, the wire drawing outer frame 52 and the outer diameter restricting member 54 are opened with respect to each other around the pair of support shafts 51 which are erected and retracted from the conveyor 30 and then along the conveyor 30. The wire drawing carrier 31 is carried in to a position below each of the guide tubes 21, and then each of the support shafts 51 is
Centering around each wire drawing outer frame 52 and outer diameter regulating member 54
Are closed and returned to the conveyor 30 so that the wire drawing outer frame 52 and the outer diameter restricting member 54 surround the wire drawing carrier 31.

In this case, when the wire drawing carrier 31 is carried in, the upper part of the wire drawing carrier 31 is placed in the guide tubes 2 above.
By pushing the lower end of the flexible guide 23 hanging from the lower end of the wire 1, the wire drawing carrier 31
Is smoothly carried to a predetermined position and stopped, and the flexible guides 23 that are once pushed upward move to the upper part of the wire drawing carrier 31 by positioning and stopping the wire drawing carrier 31 at the predetermined position. The contact interference state of
Between each frame 32 of the wire drawing carrier 31, it hangs downward by a predetermined distance from the upper end of the wire drawing carrier 31.

On the other hand, on the winding device body 1 side of the wire drawing winding device, the tip of the wire drawing W pulled out from the wire drawing machine is placed at the center of rotation of the wire drawing carry-in mechanism 10 and the rotating body 13 as in the conventional case. It is set on the winding cylinder 19 via the hole 12 and each guide wheel 17a of the wire drawing guide mechanism 17.

Next, the rotary drive mechanism 16 of the wire drawing winding device is driven in synchronism with the operation of the wire drawing machine, and the rotating body 13 is rotated through the transmission mechanism 15 and the gear 14 to thereby draw the wire drawing machine. The wire drawing W drawn out from the wire drawing mechanism W is fed from the wire drawing carrying-in mechanism 10 into the rotation center hole 12 of the rotating body 13,
Furthermore, via each guide wheel 17a of the wire drawing guide mechanism 17,
The winding cylinder 1 is guided to the outside of the rotating body 13 in the radial direction.
Wrap around the outer circumference of 9.

As a result, the wire W wound on the winding tube 19 moves from the winding tube 19 around the six guide tubes 21, and then on each of the downwardly curved guide tubes 21. Along the flexible guide 2
By being guided by the wire drawing carrier 3, the wire drawing carrier 31 is smoothly delivered to the wire drawing carrier 31, and is lowered along the circumference of each frame 32 of the wire drawing carrier 31 and placed on the placing plate 33.

In this case, since the wire drawing W wound around the wire drawing carrier 31 is restricted by the outer diameter restricting members 54 of the wire drawing outer frame 52, the placing plate 3 described above.
Don't jump out of 3.

Subsequently, when the wire drawing W is placed up to a predetermined height of the wire drawing carrier 31, the piston rod of the open / close cylinder 48 horizontally arranged in the wire storage frame 41 is operated to interpose the connecting member 47. Then, the one opening / closing claw 42 is rotated in the closing direction. As a result, the sprocket 43 mounted on the base end of the opening / closing claw 42 is rotated by a predetermined angle,
Since the remaining five sprockets 43 rotate in the same direction via the chain 44, the open / close claws 42 having these sprocket 43 mounted at the base end are the same as the one open / close claw 42 described above.
It rotates in synchronization with the movement of. As a result, the tips of the above-mentioned six opening / closing claws 42 enter between the respective guide tubes 21, so that the opening / closing claws 42 cause the respective guide tubes 2 to move.
The wire drawing W falling around 1 is prevented from falling, and the wire drawing W is stored in the wire storage frame 41.

In this state, by operating the clamp mechanism 74 to close the pair of clamp members 73,
The clamp member 73 grips a portion of the strap 71, which is suspended from the strap feeding cylinder body 72 of the strap feeding mechanism 70, by a predetermined length, near the strap feeding cylinder body 72. Next, the rotary shaft 78 of the cutting blade drive mechanism 77 is rotated and the cutting blade 79 is rotated about this rotary shaft 78, whereby the string feeding cylinder 72 and the clamp member 7 are rotated.
The string 71 between 3 and 3 is cut by the cutting blade 79.

As a result, the clamp member 73 is in a state of gripping the upper end of the cut string 71. Here, when the turning arm 75 is turned by the rotating mechanism 76, both the clamp members 73 attached to the tip of the turning arm 75 move horizontally, and the wire drawing carrier 3
The wire W, which is wound around each frame 32 of No. 1, crosses over the wire W and reaches the inside of the wire W. As a result, in the cut string 71, the end (one end) on the side gripped by the clamp member 73 is positioned inside each of the frame bodies 32, and the other end is placed on the pair of straps. While being supported by the rods 81 and 82, it is in a state of hanging outward from the string-placing rod 82.

Next, by releasing the operation of the clamp mechanism 74 and opening the space between the clamp members 73, one end of the strap 71 which has been gripped by the clamp members 73 is dropped and the wire drawing is performed. It hangs down inside the wire drawing W wound around each frame 32 of the carrier 31. On the other hand, by driving the rotating mechanism 76 to rotate the rotating arm 75, the both clamp members 73 are returned to the position below the string feeding cylinder 72.

In this state, the opening / closing cylinder 48
The wire rod W stored in the wire storage frame 41 by operating the piston rod of
Through the guide tube 21 and the flexible guide 23, the wire drawing carrier 31 is reliably delivered. As a result, the string 71 for fixing the upper portion of the wire drawing W wound around the wire drawing carrier 31 is inserted at a predetermined height of the wire drawing carrier 31.

Then, when the wire drawing carrier 31 becomes full, in order to replace it with a new wire drawing carrier 31, first, the piston rod 61 of the positioning cylinder 60 is extended, and the lower end of this piston rod is connected to the guide tube. 21
Winding tube 1 slightly from reinforcing plate 22 that reinforces the upper part of
It is inserted between the two upper guide tubes 21 at a position closer to 9. As a result, the downward movement of the wire drawing W wound around the winding cylinder 19 is stopped, and the tip side of the wire drawing W wraps around the outside of each guide tube 21,
Inside the storage wire frame 41, it hangs down through the winding device body 1 side and continues to the upper part of the full wire drawing carrier 31.

In this state, the opening / closing cylinder 48 is
By closing each opening / closing claw 42, the wire drawing W is divided by the opening / closing claw 42, the guide tube 21, and the reinforcing plate 22 that reinforces the lower end portions of these guide tubes 21. It is confined in the space on the winding device body 1 side. Subsequently, by retracting the piston rod 61 of the positioning cylinder 60, the piston rod 6
The wire drawing W that has been locked at 1 is guided into the storage frame 41 and is prevented from falling downward from the storage frame 41. Then, the wire drawing outer frame 52 and the outer diameter are centered around the support shaft 51. The restriction members 54 are opened to each other and retracted from the conveyor 30.

Then, the full (first) wire drawing carrier 30 is carried out along the transport conveyor 30, and a new empty (second) wire drawing is carried out to a position below each of the guide tubes 21. The carrier 31 is carried in, and further, the wire drawing outer frames 52 and the outer diameter restricting members 54 are closed to each other about the support shafts 51 and returned to the transport conveyor 30 to thereby draw the wire drawing outer frames. 52 and outer diameter regulating member 5
4 surrounds the new wire drawing carrier 31.

In this case, as described above, the guide tube 21
The flexible guide 23 is disposed between the wire drawing carrier 31 and the wire drawing carrier 31. When the wire drawing carrier 31 is carried out and carried in, the flexible guide 23 is pushed by the wire drawing carrier 31 and the flexible guide 23. Is easily bent upward, the wire drawing carrier 31
When the wire drawing carrier 31 is completely carried out and carried in, the flexible guide 23 returns to the original state and hangs down from the upper end of the wire drawing carrier 31 to a predetermined position.

When the wire drawing carrier 31 is carried out and carried in, the wire drawing W on the winding device body 1 side is stored in the storage frame 41 by the opening and closing claws 42 and drops onto the transport conveyor 30. And the position of the wire drawing W hanging from the storage frame 41 to the full wire drawing carrier 31 in combination with the action of the positioning cylinder 60,
Since the wire drawing carrier 31 is constrained on the winding device body 1 side, it does not hinder the movement of the wire drawing carrier 31 that is carried out and carried in on the conveyor 30, and the wire drawing W is the frame of each new wire drawing carrier 31. Since the wire W is not placed on the upper part of the body 32, there is no obstacle when the wire W is delivered to the new wire drawing carrier 31.

As a result, the wire drawing W can be smoothly delivered to the new (second) wire drawing carrier 31 by the same procedure as described above. Next, the delivery of the wire drawing W to the third and fourth wire drawing carriers 31 can be sequentially performed by repeating the same procedure. Then, the wire drawing W to these four wire drawing carriers 31 is performed.
When the delivery is completed, all the wire drawing W drawn from the wire drawing machine is wound up and collected in one wire drawing process. This makes it possible to smoothly and reliably carry out the winding and collecting operation of the wire drawing W on the wire drawing carrier 31 while continuously performing one wire drawing process without interruption.

Regarding the four wire-drawing carriers 31 that have been filled and carried out, the wire-drawing W connecting them to each other is appropriately cut and separated, and the upper part of the wire-drawing W of each wire-drawing carrier 31 is separated. To prevent the load collapse of the wire drawing W during the transportation of the wire drawing carrier 31 by binding and fixing the upper part of the wire drawing W to the wire drawing carrier 31 by using the string 71 inserted in the You can

[0038]

As described above, according to the present invention, the winding cylinder for winding the conveyed wire drawing, and the guide member provided on the winding cylinder for guiding the wire drawing downward, Positioning means that is provided facing the guide member and that positions the wire drawing guided by the guide member at a predetermined position, and is provided at the lower end of the guide member and temporarily stores the wire drawing. The wire-storing means, a movable wire drawing carrier provided below the guide member and receiving the wire drawing from the guide member, and the wire drawing carrier hanging from the lower end of the guide member to below the upper end of the wire drawing carrier. A flexible guide is provided, and a binding member is provided on the outside of the wire drawing carrier and to the inner peripheral side of the wire drawing transferred from the outside of the wire drawing carrier to the wire drawing carrier. With a bundling member charging mechanism Since the wire drawing carrier is equipped with the wire drawing carrier, the wire drawing wound by the winding cylinder is guided to the guide member and guided downward by the guide member to be delivered to the wire drawing carrier along the flexible guide. At the time when the wire drawing is wound up to a predetermined height, the wire drawing means provided at the lower end of the guide member interrupts the delivery of the wire drawing from the guide member to the wire drawing carrier, After the wire binding member is passed from the outside of the wire drawing carrier to the inner peripheral side of the wire drawing wound by the wire drawing carrier, the bundling member is drawn from the guide member to the wire drawing carrier. When the wire drawing carrier is exchanged again and then, the position of the wire drawing hanging down along the guide member is fixed to a predetermined position by the positioning means when the wire drawing carrier is replaced, and further provided at the lower end of the guide member. The delivery of the wire from the guide member to the wire drawing carrier is interrupted by the stored wire storing means, and the flexible guide is pushed upward as the wire drawing carrier moves during that time. And the upper part of the wire drawing of the wire drawing carrier that is full and carried out is bound and fixed by the tying member that has been passed over, so that the wire drawing work is interrupted by the work of replacing the wire drawing carrier. There is no need to reduce the operating rate of wire drawing, and the wire drawing carrier can be smoothly and reliably replaced while continuously performing wire drawing, and It is possible to quickly and easily collect and collect the wire, and to firmly fix the wire drawn to the wire drawing carrier, thereby preventing the collapse of the wire drawing in the wire drawing carrier.

[Brief description of drawings]

FIG. 1 is a front view showing an embodiment of the present invention.

FIG. 2 is a plan view of FIG.

FIG. 3 is a side view of FIG.

FIG. 4 is a cross-sectional view showing a winding mechanism portion that winds a wire around a winding cylinder.

5 is an enlarged front view of the right half of FIG. 1. FIG.

FIG. 6 is a plan view showing storage line means.

FIG. 7 is a front view of FIG.

FIG. 8 is a plan view showing a strap charging mechanism portion.

9 is a side view of FIG.

[Explanation of symbols]

 W Wire drawing 19 Winding cylinder 21 Guide tube (guide member) 22 Reinforcing plate (guide member) 23 Flexible guide 31 Wire drawing carrier 40 Storage wire means 60 Positioning cylinder (positioning means) 70 String loading mechanism (bundling member) (Charging mechanism) 71 String (Bundling member)

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Office reference number FI technical display location B65B 27/06 B65H 54/02 C 55/04 7633-3F

Claims (1)

[Claims] 1. A wire drawing winding device that winds up and collects a drawn wire that has been conveyed, and a winding tube that winds up the drawn wire that has been conveyed, and the above-mentioned wire drawing cylinder. A guide member for guiding the lower part of the guide member, a positioning means provided to face the guide member and for positioning the wire drawn by the guide member at a predetermined position, and provided on the lower end portion of the guide member, A wire-storing means for temporarily storing the wire-drawing, a movable wire-drawing carrier that is provided below the guide member and receives the wire-drawing from the guide member, and a wire-drawing carrier from the lower end of the guide member. A flexible guide vertically extending from the upper end of the wire carrier to the inside of the wire drawing provided outside the wire drawing carrier and passed from the outside of the wire drawing carrier to the wire drawing carrier. Bundling part on the peripheral side A wire drawing and winding device, comprising: a bundling member charging mechanism for passing a material.