KR20090131232A - Hiv an electric wire and every kind aline pulling a utensil - Google Patents

Abstract

PURPOSE: A pulling tool of HIV electric wires and various wires is provided to prevent twisting and bending of electric wires, thereby performing pulling and wire insertion of various strands of wires. CONSTITUTION: A spiral is formed up to a neck part(7) from entrances(4). A wire is smoothly released by the spiral. When the wire is rewound, the wire is returned to an original position inside a roll by the spiral. A cylindrical column is formed up to an exit(6) from the neck part. A section of the cylindrical column is in straight line. A twisted wire is straightened in the section. The spiral is in conic shape. When a lot of wires are stacked, the wires do not interfere with each other.

Description

HIV an electric wire and every kind aline pulling a utensil}

The present invention relates to an HIV wire and a pulling mechanism of various wires, and more particularly, to wire that is wired so that the wire is not twisted and not entangled with other wires, and rewinds the remaining wire.

In general, when winning work in the field, as shown in Fig. 1 (1), the wire inside the roll (hereinafter referred to as "first line") is pulled (unwinding the wire from the roll for some work). At this time, the line is stretched like a spring (2) and may be twisted or bent (3). This not only smoothes the line, but also damages the coating and may cause a short circuit. In addition, various wires must be placed by color when winning the line, which makes the user feel a lot of inconvenience when working in a narrow place or in an unsuitable place due to the characteristics of the site.

The present invention aims to minimize the external risk without bending or twisting by arranging the wires well without damaging the coating when pulling the line to the pipe, so that the layer can be stacked even in narrow places. There is this.

According to the present invention, two different outlets 6 and 10 are formed so that when the layers are stacked, the lines at the top (b in FIG. 5) and the bottom (a in FIG. 5) are not interfered with each other. It is characterized by rotating along the movement of the wire and making a straight section from the neck (7) to the outlet (6) to straighten the line.

Since the present invention can protect the covering of the electric wire and prevent the twisting and the bending, the layer can be stacked even in the unrestricted space, so that the wires can be pulled and won in multiple strands. In addition, the inlet 4 can be used in different sized lines by varying the size according to the size of each line.

The present invention is described in detail with reference to the accompanying drawings as follows.

In the present invention, the main body (FIG. 2) may be inserted into the center of the wire roll in FIG.

Entering the first line (1) to the inlet (4) will come out to the exit (6). At this time, the entrance (4) to the neck portion (7) of the funnel or funnel shape (5) is connected in a spiral (12 in Fig. 3) to function as a smooth line coming out and returning to the place in the roll when rewinding. In addition, the neck 7 to the outlet 6 consists of a cylindrical column, and this section becomes a straight line, and serves to straighten the line 2 which is like a spring. The size of the inlet 4 is large and small according to the size of each line.

The upper plate 8 and the main body (FIG. 2) are connected to the bearing 9 so that the main body rotates as the wires of the roll move. In addition, the gear 11 is a device that can rewind the remaining wire after working. Turning the gear 11 in reverse will enter the wire roll through a spiral 12 tube or hose.

The lower outlet 10 is an outlet for avoiding interference between lines of the upper end (b of FIG. 5) and the lower end (a of FIG. 5) when working with stacked layers.

1) A diagram showing a generally used HIV wire roll

2) Main structure diagram of the present invention

Fig. 3) Fig. 2 (5) is seen from above (a) and bottom (b).

Fig. 4 is a sectional view of the device of Fig. 2 mounted on an HIV wire roll (Fig. 1).

FIG. 5 is an example of performing FIG. 4 in a field work.

Reference

Name of each number in the drawing

1. First

2. Wires stretched like springs when pulling

3. wires folded

4. Entrance

5. Cockle

6. Exit

7. Neck

8. Tops

9. Bearing

10. Bottom Exit

11.gear

12. Spiral

Claims (1)

On pooling HIV wire and various wires 1) A coarse spiral (5,12) of the device which can pull and rewind the line 2) Two different outlets 6 and 10 in the device to avoid interference between the lines at the top (4 of FIG. 5) and the bottom (a of FIG. 5) when stacked.

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