KR0119431Y1 - Electric cable winding device - Google Patents

Abstract

The present invention relates to an electric wire winding device that can automatically release and use various kinds of electric wires by installing several automatic winding rolls on the lower part of the working lathe while handling the electric wires on the working lathe. To provide a wire winding device that can be wound up and unwound automatically, can be installed without infringing the work area of the workbench in the work associated with the workbench, and can turn several winding rolls using one electric motor. In order to horizontally roll the horizontal member on the leg connecting member attached to the lower left and right legs of the base, the horizontal working table is provided on the upper side, and the horizontal hole formed at the upper end of the vertical support pairs on both the left and right sides of the horizontal member. Rotate horizontally and horizontally, and fix and install a number of take-up rolls with winding and left and right flanges on this horizontal axis. While various types of electric wires can be wound around the windings of the respective winding rolls, the electric motor is fixedly installed on the horizontal member or the fixed body fixed therewith, so that one side of the motor shaft and the horizontal shaft of the electric motor is fixed. The wire winding device is provided by combining the stages through the reduction mechanism so that the horizontal shaft and the winding roll are rotated through the reduction mechanism in accordance with the forward and reverse rotation of the electric motor.

Description

Electric wire winding device

1 is a perspective view showing a conventional wire winding device.

2 is a perspective view showing a wire winding device according to the present invention.

3 is a side sectional view showing a wire winding device according to the present invention.

* Explanation of symbols for main parts of the drawings

20: horizontal work bench 21: expectation

22: leg 23, 24: leg connecting member

25: horizontal member 25a: horizontal plane

26, 27: vertical support 28, 29: horizontal hole

30: horizontal axis 31: winding

32, 33: left and right flange 34: winding roll

35: electric wire 36: electric motor

37: Motor shaft 38: One end

40: reduction mechanism 41: bracket

42: inner side 43: driven bevel gear

44: electric bevel gear 45, 46: reduction spur gear

47: East Day 48: Eastern Day

49: electric sprocket wheel 50: driven sprocket wheel

51: chain

The present invention relates to a wire winding device, and in particular, to a wire winding device which is able to automatically release and use various types of wires required while working with wires on a work shelf by installing a plurality of automatic winding rolls at a lower part of the work shelf. It is about.

In general, wires are shipped in bundles, so they are used for cutting and cutting them to the required length.

However, if you do this work by hand, it was very difficult to untie the wire bundles, and the remaining wires were entangled with each other after the work, which hindered the next work.

Therefore, in order to solve the above problems, the wires shipped in a bundle form are fixed on a round roll, and the wires are automatically rotated using an electric motor to solve the above inconveniences. Doing.

One example of such a conventional electric wire winding device is shown in FIG. 1, which horizontally horizontally rolls the electric motor 11 on the vertical surface 10a of the motor bracket 10 bent in an L shape. The roller shaft 12 is installed at the tip of the motor shaft 11a so that the roller shaft 12 is aligned in the axial direction, and the roll 13 is coupled to the roller shaft 12. Then, the clamping tool such as the horizontal vice 14 is mounted. The electric wire wound on the roll 13 by fixing the horizontal leg portion 10b of the motor bracket 10 to stop, reverse or stop the electric motor 11 by the motor forward / reverse switch 15. 16) It is to loosen or wind this bar, which is considerably more convenient than loosening the wire by hand, but when working on the work shelf, it can be fixed only with the help of clamping tools such as the horizontal vice (14). So it was very inconvenient to use, and its shape Since it was a protruding shape, there was a fear that an operator would be injured while working.

In addition, since only one roll (13) can be installed for each electric motor (11), when several kinds of electric wires are required in one working shelf, the above devices must be installed in order to work. There was a problem that occupy a lot, there was a problem that a large cost is consumed in the configuration of the equipment, the cost burden is large, and each electric motor (11) because only one electric motor (11) per one switch (15) corresponding to each other In order to control), it was possible to control only by operating the switch 15 corresponding to each one, and thus suffered a great inconvenience in using the switch.

The present invention is devised to solve the above problems, can be automatically wound up and unwind various types of wires, can be installed without infringing the working area of the working panel in the work associated with the working panel, The purpose is to provide an electric wire winding device that can rotate several winding rolls using one electric motor.

In order to achieve the object of the present invention, a horizontal member is horizontally rolled on the leg connecting member attached to the lower left and right legs of the base having a horizontal work table on the upper part, and the vertical support pairs are parallel to each other on the left and right sides of the horizontal member. The horizontal axis is horizontally rolled up horizontally in each of the horizontal holes formed at the top of each other, and a plurality of winding rolls having winding and left and right flanges are fixedly installed on the horizontal axis so that various types of electric wires are wound around the winding of the respective winding rolls. Meanwhile, the electric motor is fixedly installed on the horizontal member or the fixed body fixed thereto, and the motor shaft of the electric motor and one end of the horizontal shaft are coupled to each other via a reduction mechanism to fix the motor. The horizontal shaft and the take-up roll are rotated through the reduction mechanism according to the reverse rotation so that the wires of various types are wound or unwound. A chuck is provided.

Hereinafter, with reference to the accompanying drawings, an embodiment of a wire winding apparatus according to the present invention will be described in detail.

2 and 3 is a view showing an embodiment of the wire winding apparatus according to the present invention, as shown in the lower left and right legs 22 of the base 21 is provided with a horizontal work table 20 on the top The horizontal member 25 is horizontally laid on the leg connecting members 23 and 24 attached to the upper end, and the upper ends of the vertical supports 26 and 27 paired on the left and right sides of the horizontal surface 25a of the horizontal member 25. The horizontal shaft 30 is horizontally rolled up horizontally in the horizontal holes 28 and 29 formed in each of them, and a winding roll having a winding 31 and left and right flanges 32 and 33 on the horizontal shaft 30 ( A plurality of 34 are fixedly installed so that various types of electric wires 35 can be wound around the windings 31 of the respective winding rolls 34, and the horizontal member 25 or the high By fixedly installing the electric motor 36 on the stagnation, the motor shaft 37 of the electric motor 36 and one end 38 of the horizontal shaft 30 are coupled via the reduction mechanism 40 to the electric motor. In accordance with the forward and reverse rotation of the rotor 36, the horizontal shaft 30 and the take-up roll 34 are rotated through the reduction mechanism 40 so that the various types of wires 35 are wound or unwound.

The base 21 has a rectangular shape as shown in the example of the figure, and has four legs 22 extending directly below the four corners of the rectangular horizontal workbench 20 located above.

On the other hand, the deceleration mechanism 40 places a U-shaped bracket 41 on the horizontal surface 25a of the horizontal member 25 and is engaged with each other at right angles on the inner surface 42 of the bracket 41. Rotating bevel gear 43 and the electric bevel gear 44 to be rotated, but the motor shaft 37 of the electric motor 36 is coupled to the bevel gear 43, the remaining electric bevel gear ( 44 is shaft-coupled to the driving shaft 47 of the two reduction spur gears 45 and 46 arranged on the outside of the bracket 41, and the driven section of the reduction spur gears 45 and 46. An electric sprocket wheel 49 is directly connected to the 48, and one side end 38 of the horizontal shaft 30 is provided with a driven sprocket wheel 50 to connect the electric sprocket wheel 49 and the driven sprocket wheel 50. It connected and comprised by the chain 51 and comprised.

And without using a separate speed reduction mechanism 40 as described above it may be configured by using a geared motor commercially equipped with a reduction gear is integrally provided in the electric motor (36).

In the figure, reference numeral SW1 denotes a forward / reverse switch for forward / reverse rotation of the electric motor 36, and 60 denotes an idle sprocket wheel for preventing sagging of the chain 15.

The action and effect according to the embodiment of the present invention as described above will be described.

When the electric wire 35 is to be wound on the winding roll 34 in which the electric wire 35 is not wound, the electric wire 35 is first wound by winding the end of the electric wire 35 several times by hand by the winding 31. After the part is fixed in the forward / reverse switch (SW1) to the reverse side, the electric motor 36 is reversed and driven bevel gear (43) → electric bevel gear (44) → deceleration spurs through the motor shaft (37) Gear 45 (46)-> driven sprocket wheel 49-> driven sprocket wheel 50, and the horizontal shaft 30 directly connected to the driven sprocket wheel 50 is rotated, and is fixed on the horizontal axis 30 at the same time The winding roll 34 is reversed.

At this time, the electric wire 35 already connected to the winding 31 of the winding roll 34 is wound by the rotation of the winding 31.

During the above process, the wire 35 is prevented from sliding laterally in the winding 31 by the left and right flanges 32 and 33 provided on the winding roll 34.

On the other hand, if the wire 35 is needed during the work on the horizontal workbench 20 on the base 21, the forward / reverse switch SW1 is interrupted by holding the end of the wire 35 wound around the winding roll 34. When placed on the side, the electric motor 36 is out of power, the rotational force of the electric motor 36 is driven through the motor shaft 37, the prime bevel gear 43 → electric bevel gear 44 → deceleration spur gear 45 (46) → Driven sprocket wheel (49) → Driven sprocket wheel (50) followed by a winding roll (34) fixed to the horizontal shaft (30) as power is transmitted to the horizontal shaft (30) directly connected to the driven sprocket wheel (50). ) Is out of power.

At this time, the electric wire 35 already wound on the take-up roll 34 is released.

When the forward / reverse switch SW is placed in the neutral position when the required length is released, the electric motor 36 stops.

The present invention as described above is because the workbench and the wire winding device is integrated, so the clamping tool and the fixing work for fixing the wire winding device are not required as in the past, so the use is very convenient, and the wire winding device is the bottom of the workbench. Because it is located at, it prevents the worker from getting injured due to the protruding part, and of course, it utilizes the effective space so that the work area of the workbench can be widely used, and multiple winding rolls can be used by using only one electric motor. As it is turning, there is no additional cost for using multiple electric motors when working with different types of electric wires as before, and there is no inconvenience of operation because one switch is used.

Claims (2)

The horizontal member 25 is horizontally rolled on the leg connecting members 23 and 24 attached to the lower left and right legs 22 of the base 21 on which the horizontal work bench 20 is provided. The horizontal axis 30 is horizontally rolled horizontally in the horizontal holes 28 and 29 respectively formed at the upper ends of the vertical supports 26 and 27 which are paired at the left and right sides of the horizontal plane 25a of the horizontal plane 25a. A plurality of winding rolls 34 having windings 31 and left and right flanges 32 and 33 are fixedly installed on the coils, so that various types of electric wires 35 are wound on the winding rolls 34. And the electric motor 36 is fixedly installed on the horizontal member 25 or the fixed body fixed thereto. The one end 38 of the 30 is coupled to the horizontal shaft 30 and the take-up roll 34 through the reduction mechanism 40 in accordance with the forward and reverse rotation of the electric motor 36 by coupling the speed 38 through the reduction mechanism 40. ) Rotated several Wire winding device, characterized in that configured to be wound or unwound type of wire (35). 2. The deceleration mechanism (40) according to claim 1, wherein the deceleration mechanism (40) places a U-shaped bracket (41) on the horizontal surface (25a) of the horizontal member (25), and on the inner surface (42) of the bracket (41). Rotating bevel gear 43 and the electric bevel gear 44 to be engaged while being orthogonal to each other, but the motor shaft 37 of the electric motor 36 is coupled to the dong bevel gear 43, the rest The electric bevel gear 44 is axially coupled to the driving shafts 47 of two reduction spur gears 45 and 46 arranged on the outside of the bracket 41, and the reduction spur gears 45 and 46. The driven spherical wheel 48 is directly connected to the electric sprocket wheel 49, and one side end 38 of the horizontal shaft 30 is provided with a driven sprocket wheel 50 so as to provide the electric sprocket wheel 49 and the driven sprocket wheel. Wire winding device characterized in that the configuration by connecting the 50 by the chain (51).