KR200284706Y1 - Apparatus for unbinding and winding wire - Google Patents

Abstract

The present invention relates to a device having a wire unwinding and winding function, and to a device that unwinds the wire without tangling so that it can be performed quickly and accurately when working with the wire, and wound the wire so that subsequent work can be performed quickly and accurately at the end of the work. It is about. Such a function of the present invention is a shelf made of a predetermined diameter to seat the wire bundle, the wire guide is separated into a predetermined number to support the inside of the wire bundle tightly so that the wire is untangled and wound, and the wire According to the inner diameter of the bundle is possible by a wire guide adjusting plate that acts to expand or reduce the diameter of the wire guide, and a support such that these shelves, wire guides, adjusting plate is installed vertically about the same axis.

Description

Apparatus for unbinding and winding wire}

The present invention relates to a device capable of unwinding and winding wires, and more particularly, to a device for releasing wires without tangling for quick and accurate work when working with wires, and for winding wires so that subsequent work can be performed quickly and accurately at the end of work. will be.

It is essential to use a certain amount of electric wire according to the size of small or large factories, especially those that manufacture electric and electronic products and those who maintain and maintain facilities such as electric works.

By the way, the wires used in performing such work are generally wound and rolled into a round bundle (bundling), and in most cases, when the wire bundle is to be used, the wire bundle is used near the work place. .

Thus, for example, there may be obstacles between the working position and the bundle of wires or natural slopes may not be possible in the inclined area, as well as wire entanglement may occur, resulting in lower work efficiency and result in lower productivity. There was a problem.

In addition, there is a problem in that the work efficiency can be reduced when performing the work afterwards, because it can not be left in the workshop without winding the wire according to the circular shape of the wire bundle.

Therefore, the present invention has been made to improve various problems associated with the work using the conventional wires as described above, and can increase the work efficiency and productivity by allowing the wires to be released quickly and accurately without performing tangling. It is an object of the present invention to provide a device capable of unwinding wires.

In addition, another object of the present invention is to provide an apparatus capable of winding the wire that can increase the work efficiency and productivity in the future work by allowing the wire to be wound quickly and accurately without tangling after the end of the work.

Another object of the present invention is to provide a device capable of arranging and arranging a plurality of wire bundles on a tray at a time in a wire-intensive workplace.

Device for unwinding and winding the wire of the present invention for achieving the above object, the base to hold the center of gravity of the device to maintain a horizontal; A wire releasing and winding unit for releasing and winding the wire by left and right rotation in a state where the wire bundle is placed; And it characterized in that it is configured as a moving aid for assisting the movement of the device.

As the base is a cavity inside, an inlet for introducing water is formed in a predetermined portion, and the outlet for discharging water to ease the movement by reducing the weight when moving to a predetermined place of the device is formed.

The wire unwinding and winding part is installed on the upper part of the base, and the support is installed on the upper stack of the base, and is formed in a tray shape so that the wire bundle can be placed and inserts the support through the insertion groove formed in the center thereof. Laminated and coupled, several holes are formed around the tapered outer circumference to allow the terminal ends of the wire bundles to be sandwiched, and the lower portion prevents the flow of the wire guide itself and a rib for self reinforcement is formed. A plurality of long grooves are formed so that the grooves are inserted, and a shelf is formed at the bottom thereof, and a shelf configured to be coupled to the wire guide adjusting plate, and a rectangular hole for fastening the guide to suppress the upper end of the wire to prevent the wire from protruding to the outside of the wire. Formed in the lower portion, the rotation in the state separated from the shelf Grooves are formed in the lower part, and protrusions coupled to the wire guide adjusting plate are formed at the lower part so as to be interlocked with the rotation of the adjusting plate. When it is inserted into this groove and turned in a certain direction, the wire guide opens to keep the wire bundle taut. When turned in the opposite direction, the wire guide lifts and relieves expansion of the wire bundle, and a protrusion is formed near the handle. The wire guide adjusting plate and the shelf and the wire guide adjusting plate to be turned in a state in which the protrusion is pushed downward so that the protrusion is separated from the protrusion of the bottom of the shelf. To the center groove of the shelf and And a flange that is inserted into cylinder, and the groove is formed in the small diameter upper portion, is constituted by a support forming a large diameter is projected to the inside in the lower convex.

The upper portion of the movable handle is coupled to the upper end of the support portion of the moving handle portion coupled to a predetermined portion of the base, the upper bent portion through the insertion groove to increase or decrease the vertical length in accordance with the number of shelves stacked Inserted and coupled to the insertion groove to enable the vertical flow, the fastening screw is fastened to prevent the flow of the bent portion on the upper portion of the movable handle.

1 is an overall perspective view of a device capable of unwinding and winding the wire according to the present invention.

2 and 3 are exploded perspective views of main parts of the wire unwinding and winding device of FIG.

Figure 4 is a perspective view of the wire guide. Figure 5 is a bottom perspective view of the shelf.

** Explanation of symbols for main parts of drawings **

10 ------ Base 20 ------ Unwinding and winding wires

31 ------ Support 32 ------ Lathe

38 ------ Wire Guide 43 ------ Wire Guide Control Plate

47 ------ Frenzy

Hereinafter, with reference to the accompanying drawings capable of unwinding and winding the wire according to the present invention will be described in detail.

1 is an overall perspective view of a wire unwinding and winding apparatus according to the present invention, FIGS. 2 and 3 are exploded perspective views of main parts of the wire unwinding and winding apparatus of FIG. 1, FIG. 4 is a perspective view of a wire guide, and FIG. 5 Is a bottom perspective view of the shelf, FIG. 6 is a cross-sectional view of the support.

1 to 6, the device having the wire unwinding and winding functions of the present invention is composed of a base 10, a wire unwinding and winding unit 20, and a movement assisting unit 70, as shown in FIG. As described above, the adjusting plate 43 and the shelf 32 are inserted in such a manner that the flange 47 having the lower portion wider than the upper portion is inserted into the wire guide adjusting plate 43 and the grooves 48 and 33 formed at the center of the shelf 32. ), The upper portion of the support 31 (up to a wide diameter portion formed in the center portion of the support) is inserted into the flange 47, and the wire guide 38 is a shelf 32 and the wire guide adjusting plate 43 and By combining, a device capable of unwinding and winding one wire is constructed. This will be described in more detail.

When the base 10 is a cavity inside, while supporting the load of the wire unwinding and winding unit 20 and the movement aiding part 70 and at the same time maintaining the horizontal state of the device to unwind or wind the wire Hold the center of gravity so that the movement to the desired place is safe. Accordingly, the base 10 has a material (for example, water) having a predetermined weight stored therein, and an injection hole 11 through which water can be inserted is formed at a predetermined portion, and moves to a predetermined place of the device. A discharge port 12 for discharging water to reduce the weight and to facilitate movement is formed. The inlet 11 is formed on the approximately upper surface of the base 10, while the outlet 12 is formed on the substantially lower surface of the base 10 to facilitate the introduction and discharge of water, of course. The bottom of the base 10 is attached to a predetermined number of wheels 13 to facilitate the movement of the device.

The wire unwinding and winding part 20 is installed on the upper part of the base 10, and the support 31 is inserted through the insertion groove 33 formed in the shelf 32, for example, inverted on the upper part of the base 10. Laminated vertically. That is, the support 31 is stacked and coupled in such a way that the support 31 is inserted into the insertion groove 33 formed at the center thereof so that the wire bundle can be placed thereon. The insertion groove 33 is formed in a flat surface to maintain the airtight with the support 31 to prevent the support 31 and the shelf 32 to rotate separately.

The shelf 32 is formed in a tray shape, and a plurality of holes 34 are formed around the outer circumferential surface tapered to the upper surface to sandwich the end portion of the wire bundle placed on the shelf 32 (part first used when performing work). To let go. In this way, the end of the wire can be easily found when the work is performed to improve the speed of the work. In addition, the bottom portion of the shelf 32 is provided with a rib 35 to prevent the flow of the wire guide to be described later and reinforcement of the shelf 32 itself, a plurality of long grooves 36 are formed. In addition, the bottom portion of the protrusions 37 of a predetermined length along the circumferential surface of the shelf 32 is formed to be inclined downward in a predetermined direction (for example, the left side) so as to interact with the protrusions of the wire guide adjustment plate to be described later. The shelf 32 thus produced can perform the same function even when flipped.

In addition, if the shelf 32 as it is or on the shelf (32) upside down can be stacked several wire bundles thereon can be well organized in a narrow place can improve the working environment. In this case, the structure of the movement assistance part mentioned later is unnecessary.

The wire guide 38 is formed in a structure that can be released in the tensioned state of the wire bundle by supporting the inside of the wire bundle, the upper portion of the guide fastening rectangular hole for suppressing the upper end of the wire to prevent the wire from leaving the upper outside 39 is formed, the lower portion is formed with a groove 40 for preventing rotation in a state separated from the shelf (32). In addition, the lower portion is formed with a projection 41 is coupled to the wire guide adjustment plate to be described later to be linked to the rotation of the adjustment plate, the rib 42 for the reinforcement is formed on the inside.

The wire guide adjusting plate 43 forms a spiral long groove 44 so that the projection 41 of the wire guide 38 is inserted into the groove 44 and is inserted into the long groove 44 of the shelf 32 to flow. In the enabled state (so that the protrusion 37 at the bottom of the shelf is in contact with the protrusion 46 of the adjustment plate), for example, the wire guide 38 is turned in a predetermined direction (for example, clockwise). Projections 41 flow in the long grooves 36 of the shelf 32 and the grooves 44 of the wire guide adjusting plate 43 so that the wire guides 38 are separated from each other to keep the wire bundles taut. When turned in the opposite direction, the protrusion 41 of the wire guide 38 flows in the long groove 36 of the shelf 32 and the groove 44 of the wire guide adjusting plate 43 so that each wire guide 38 is moved. Pinch the wire bundles together to ease the expansion of the wire bundles. At this time, when the wire guide adjusting plate 43 is rotated in a predetermined direction, the protrusion 46 is formed on the handle portion 45 so as to be inclined upward in a predetermined direction (for example, the right side), the protrusion formed at the bottom of the shelf 32. When turning the wire guide 38 is opened in contact with the (37), for example, "squeaking", and turning the wire guide adjusting plate 43 in the opposite direction, the lower side of the shelf 32 is inclined Because the projection 37 of the wire guide adjustment plate 43 and the projections 46 of the rotation is hindered by rotation, the wire guide adjustment plate 43 is slightly pushed down by using the handle 45 to protrude the projections 46. Rotation is facilitated by allowing the shelf 32 to escape from the protrusion 37 at the bottom of the shelf 32.

The flange 47 is fitted to the upper portion of the support 31 in a state in which the shelf 32 and the wire guide adjusting plate 43 are coupled through the insertion groove 33.

The support 31 is for laminating each shelf 32, and the lower part is manufactured to have a larger diameter than the upper part, and the groove 49 is formed on the upper part of the small part. The upper part of the wide diameter portion is formed with an uneven portion 50 protruding inward. Therefore, when the small diameter of the support 31 is inserted into the wide portion of the other support, the uneven portion formed in the wide diameter of the other support is inserted into the groove 49 of the support 31 is laminated and coupled do.

The movement assisting part 70 is coupled to the upper end of the support 31 by the upper bent portion 72 inserted into the hollow moving handle portion 71 of which one side is coupled to a predetermined portion of the base 10. At this time, the upper bent portion 72 is capable of vertical flow in the handle portion 71 to increase or decrease the vertical length according to the number of shelves 32 are stacked, the upper portion of the moving handle portion 71 Fastening screw 73 is fastened to prevent the flow of the bent portion (72).

On the other hand, the upper end of the support 31 is inserted and coupled to the accessory 80 made in a substantially triangular form as necessary to allow the wires to be unwound and wound in a state where the wire is not separated upward.

Although the present invention has been described with specific examples, the present invention is not limited thereto, and the present invention can be modified and modified as much as possible within the scope of the technical idea of the present invention.

As described above, according to the device that can unwind and wind the wire of the present invention, it is possible to loosen the wires without tangling when performing the work, and thus the work efficiency and productivity can be improved by performing the quick and accurate work.

In addition, according to the present invention by allowing the wire to be stored after the work to enable a quick and accurate work in the future.

Claims (2)

A base (10) for holding the center of gravity of the device to maintain horizontality; A wire unwinding and winding unit 20 which enables unwinding and winding of the wire by left and right rotation in a state where the wire bundle is placed; And Applicable wire biting and winding device, characterized in that consisting of a movement aid (70) to assist the movement of the device. According to claim 1, wherein the base 10 is hollow inside, the predetermined portion is formed with an inlet 11 for injecting water, the outlet 12 for discharging the water to reduce the weight to facilitate movement Is formed, The wire unwinding and winding unit 20 and the support 31 is installed on the upper portion of the base 10, It is formed in a tray shape so that the bundle of wires can be placed, and is laminated and coupled by inserting the support 31 into the insertion groove 33 formed at the center thereof, and several holes 34 are formed around the tapered outer circumference. The end portion of the bundle can be fitted, and the lower portion of the wire guide 38 prevents its own flow and a rib 35 for self reinforcement is formed, and the flow for the expansion and contraction of the wire guide 38 is possible. A plurality of long grooves 36 are formed to be formed, and a protrusion 32 is formed at the bottom thereof so that the shelf 32 is coupled to the wire guide adjusting plate 43. A rectangular hole 39 for clamping the upper end of the electric wire is formed on the upper part to prevent the electric wires from escaping to the outer side of the upper part, and the lower groove 40 for preventing rotation in a state separated from the shelf 32. ) And at the same time, a protrusion 41 coupled with the wire guide adjusting plate 43 is formed so as to be interlocked with the rotation of the adjusting plate 43, and the wire guide 38 having ribs 42 for reinforcement formed therein. , Spiral groove 44 is formed and when the projection 41 of the wire guide 38 is rotated in a predetermined direction while being inserted into the groove 44, the wire guide 38 is opened to keep the wire bundle tight. When turned in the opposite direction, the wire guide 38 is retracted to ease the expansion of the wire bundle, and a protrusion 46 is formed near the handle 45 to the protrusion 37 formed at the bottom of the shelf 32. The wire guide adjusting plate 43 which rotates in a state in which the protrusions 46 are released from the protrusions 37 of the shelf 32 by pressing the handle 45 downward when turned in the opposite direction; A flange 47 fitted to an upper portion of the support 31 in a state in which the shelf 32 and the wire guide adjusting plate 43 are coupled through the insertion grooves 33 and 48; The groove 49 is formed in the upper portion having a small diameter, and the uneven portion 50 protrudes from the upper inner side of the lower portion of the wide diameter so that the uneven portion 50 is fitted into the groove 49 to be laminated and coupled. Consisting of 31, The movement assistance part 70 is coupled to the upper end of the support portion 31 of the upper bent portion 72 of the moving handle portion 71 whose one side is coupled to a predetermined portion of the base 10, the upper bent portion 72 ) Is inserted and coupled to the hollow handle portion 71 to increase or decrease its vertical length according to the number of shelves 32 to be stacked, the upper portion of the bent portion 72 of the movable handle portion 71 Fastening screw 73 is fastened to prevent the flow of the device, characterized in that the wire unwinding and winding.