JP3395923B2 - Wire winding device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wire rod winding device for continuously winding a wire rod continuously fed out in a longitudinal direction without stopping the wire rod while holding the tip end of the wire rod with a pressing force. Is.

[0002]

2. Description of the Related Art Various winding devices are used for operations such as rolling and heat treatment for handling wire rods that move in a longitudinal direction. There are various winding methods such as winding on the drum, loose winding, etc., but in order to enable unwinding at a high speed in the next process without trouble, the wire is wound on the drum and aligned. It is desirable that In a general cold working line, etc., when the winding is started, the line is once stopped, the tip is fixed to the drum by manually winding it, and then the winding is started at a predetermined tension and speed. .

On the other hand, in a line where the line cannot be stopped and the heat treatment is relatively slow, the tip is fixed to the drum by an appropriate method, and the amount fed during this fixing operation is temporarily looped, After rotating the drum manually to eliminate looping, the clutch is put in to start winding. However, in hot rolling, etc., the line cannot be stopped and the speed is high,
Since it cannot be looped, it is usually difficult to wind it on a drum, and it is coiled in a loose shape without a drum such as a polling reel method or a laying method.
Therefore, problems such as entanglement may occur during high-speed unwinding in the next process or the like.

On the other hand, in order to improve these conventional winding techniques, Japanese Unexamined Patent Publication No. 2-37913 proposes an "alignment winding device for wire rods". This proposal is composed of two drums, a driving side drum and a driven side drum. A slit for inserting a wire parallel to the rotation axis direction is formed up to the drum end on the outer periphery of the driven side drum. Although the side drum is rotating, the driven side drum stands still and after the wire rod is inserted into the slit, the driven side drum is pressed against the drive side drum to grasp the wire rod and the driven side drum. Rotational force is transmitted from the drive side drum to the reel to start winding.

[0005]

The apparatus proposed above seems to be effective in the case of a line having a slow speed such as a heat treatment line, but it is still in the case of a high speed winding such as a rolling line. A considerable amount of power is required to raise the driven side drum in the state to the target number of revolutions, and the impact at that time is also large. Further, if a mechanism such as slip transmission is used to reduce the impact, it will take a considerable amount of time to reach the target number of revolutions, and defects such as material deflection will occur. However, when the driven side is also rotationally driven by the proposed structure, even if a large number of slits are provided in the driven side drum, the slits move at a high speed in the width direction, that is, in the circumferential direction of the drum, which is similar to the speed of the wire rod. Therefore, it is impossible to surely insert the tip of the wire into the slit, which causes a chucking mistake of the wire and causes a great trouble. As described above, it is difficult for the above-mentioned proposed device to grasp and wind a wire that is fed at high speed without difficulty. An object of the present invention is to provide a winding device capable of reliably gripping and winding a wire rod, which is fed at a high speed such as a rolling line, onto a drum.

[0006]

SUMMARY OF THE INVENTION The present invention is a winding device for winding a rolled wire rod, which is continuously fed in the longitudinal direction, on a winding drum. consists of two drum members can be rotationally driven mounted in the direction, the two drum members plurality of irregularities on the facing portion
And the concave and convex shapes are arranged so as to mesh with each other,
At least one of the drum members can be brought close to the other by a pressing mechanism, and by the proximity, both drum members form an integral drum, and the tip portion of the wire can be clamped and gripped between them. Is a winding device for a wire rod. In the winding device of the present invention, the two drum members can be integrated via a common shaft or a shaft fixed to one side, and the integrated winding device can be attached to and detached from the winding device body to wind the wire rod. It is desirable because it can be transported and stored as it is.

[0007]

In the apparatus of the present invention, since both drum members are in a standby state in a rotating state, there is no impact at the moment of gripping. Also,
In the standby state, the opposing drum members rotate at a high speed, but the slit itself is stationary, so the tip of the wire rod surely enters the gap. When the wire rod is fed into the gap, the pressing mechanism is operated to slide and press at least one drum member toward the other drum to reduce the gap and grip the wire rod. It is desirable that the concavo-convex shape is provided at the opposing portions of both drum members, and the concavo-convex shapes are arranged so as to mesh with each other so that the wire can be gripped more reliably.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to embodiments and drawings. 1 and 2 are a front view and a plan view, respectively, of an embodiment of a wire rod winding device according to the present invention. In this embodiment, the winding drum 1 is a reel type. FIG. 3 is a detailed view of the drum 1 shown in FIGS. 1 and 2. Here, the winding drum 1 has a hollow shaft 1d, a driving-side drum member 1a, which is one drum member fixedly provided on the hollow shaft, and an outer diameter of the hollow shaft 1d, which slides in the axial direction. It is composed of a driven drum member 1b which is the other drum member which is capable of being transmitted by a key (not shown) and which is fitted and provided.

Two drum members 1a facing each other,
On the end face of 1b, as shown in the figure, a gripping means 1c having a concave and convex shape is formed by dividing the circumference of the drum portion into a plurality of tooth shapes, and the notch drives the driven side drum member 1b. When pressed against the side drum member 1a, they mesh with each other,
This is for surely gripping the wire. 1 and 2, the take-up drum 1 has a hollow shaft 1d having an inner diameter portion at both ends thereof, a drive shaft 2 and a spindle of a pressing mechanism 7 and a compression spring 7c.
It is supported by the support shaft 3 that is projected by. Rotational force is transmitted to the drive side drum member 1a by the connecting pin 4 provided on the drive shaft 2, and this rotation force is also transmitted to the driven side drum member 1b via the hollow shaft 1d. Both drive drum members are rotationally driven by the drive motor 5 at a speed substantially synchronized with the speed of the wire material sent out.

At the start, the driven drum member 1b is
Since the hollow shaft is rotated while being pulled in the direction of the support shaft 3 and is on standby, the distance between the gripping means 1c provided between the driving side drum member 1a and the driven side drum member 1b is considerably larger than the wire size. It has a clearance (slit). A wire rod guide 6 for guiding the wire rod is provided in this gap. When the tip of the wire rod guided by the wire rod guide 6 rushes into the driving-side drum member 1a and the driven-side drum member 1b that are rotating at a speed substantially in synchronization with the wire rod to be delivered, the wire rod guide 6 is provided in the middle of the wire rod guide 6. The pressing mechanism operates with a certain delay time by a signal from a tip detection sensor (not shown).

First, the rod of the pressing cylinder 7a on the support shaft side is actuated to move the support shaft base 7b to the drive shaft side (left side). The support shaft 3 compresses the compression spring 7c and retracts the hollow shaft 1d of the winding drum 1 while supporting the hollow shaft 1d, and the pressing ring 8 arranged outside thereof pushes the side plate of the driven drum member 1b leftward. As a result, the driven drum 1b becomes the hollow shaft 1
It slides on d and is pressed against the driving drum member 1a.
At this time, the wire rod protruding into the gap between the two drums is held by the gripping means 1 on the end faces of the driving side drum member 1a and the driven side drum member 1b.
It is captured by c and wound as it is. If necessary, a toggle mechanism is provided between both drum members. This toggle mechanism holds both drum members in close proximity until they are manually released.

The drum 1 in which the wire is wound can be detached from the winding device main body while the winding material is wound or alone. Since the above-described operation is performed during rotation at a speed synchronized with the feeding speed of the wire rod, the winding operation can be started smoothly without applying any impact force to both the winding drum 1 and the wire rod. After the start of winding, the entire winding machine oscillates in the left-right direction at a preset pitch, so that the wires are wound in the winding drum in an aligned state.
In this embodiment, the mechanism in which the winder swings has been described, but the mechanism in which the wire rod guide 6 swings may be used.

[0013]

As described above, according to the present invention, it is possible to automatically perform winding in line, preferably in line, on a drum without stopping a wire which is delivered at a high speed, which has been impossible in the past. With the type, it is possible to transport the film to the next process and unwind it at a high speed without any trouble without breaking the aligned state as it is, and it is possible to achieve reliable and improved efficiency in the next process.

[Brief description of drawings]

FIG. 1 is a front view showing an embodiment of an aligning and winding device according to the present invention.

FIG. 2 is a plan view of FIG.

FIG. 3 is an enlarged view of a reel-type winding drum.

[Explanation of symbols]

1: winding drum, 1a: driving side drum member, 1b: driven side drum member, 1c: gripping means, 1d: hollow shaft, 2: driving shaft, 3: supporting shaft, 4: connecting pin, 5: driving motor ,
6: wire rod guide, 7: pressing mechanism, 7a: cylinder, 7
b: support headstock, 7c: compression spring, 8: pressing ring

Claims (2)

(57) [Claims] 1. A pressure continuously sent out in the longitudinal direction.
The winding device for winding the rolled wire material on the winding drum, the winding drum consists of two drum members can be rotationally driven mounted in the same direction on a common axis, the two drum members
Has a plurality of concavo-convex shapes in the facing portion, and the concavo-convex shapes are mutually
At least one of the drum members can be brought close to the other by a pressing mechanism, and the two drum members form an integral drum by the approach, and the tip end portion of the wire is provided between the two drum members. A wire winding device characterized by being capable of gripping with a clamping force. 2. The drum member according to claim 1, wherein both drum members can be integrated via a common shaft or a shaft fixed to one side, and can be attached to and detached from the winding device main body while being integrated. Wire winding device.