KR100752315B1 - Apparatus for supplying automatically the outer circumference ring for packaging coil - Google Patents

Abstract

The present invention relates to a coil wrapping outer ring automatic supply device for automatically supplying the outer ring in order to perform the coil wrapping operation by automatically inserting the polyethylene outer ring in the pre-step of the outer packaging of the coil.

To this end, the present invention receives the outer ring ring (7) wound around the outer ring supply portion 10 for supplying the outer ring ring 1 while rotating, and the outer ring (1) supplied from the supply guide 18, 18a), the outer ring guide portion 30 leading along the outer ring guide portion 30 and the outer ring ring 1 guided therefrom are sequentially bent at an angle of 90 degrees, and the outer ring ring 1 bent therefrom. Coil rotating unit 50 for rotating the coil 51 so as to wind the coil and the outer ring guide portion 30 and the outer ring ring bent portion 40 is installed on the lower end of the device base 25 is installed, the device base 25 It provides a coil wrap outer ring automatic supply device consisting of a device moving unit 60 for moving up and down and left and right.

As such, by supplying the outer ring of the coil to be wrapped by the automation system to the side of the coil, it is possible to shorten the packaging time and to prevent large safety accidents that may occur during the operation, thereby improving the work efficiency of the operator.

Outer Ring, Coil, Outer Ring Supply, Outer Ring Bending, Outer Ring Guide

Description

Outer ring automatic feeding device for coil packaging {APPARATUS FOR SUPPLYING AUTOMATICALLY THE OUTER CIRCUMFERENCE RING FOR PACKAGING COIL}

1 is a perspective view showing the overall configuration of the automatic coil outer packaging ring supply device according to the present invention;

Figure 2 is a perspective view showing the outer ring supply portion constituting the automatic outer ring ring packaging device for supplying the present invention;

Figure 3a is a perspective view showing the outer ring guide portion constituting the automatic outer ring ring packaging device for supplying the present invention;

Figure 3b is a perspective view and a partial cutaway showing a supply guide of the outer ring guide portion constituting the automatic outer ring ring packaging device for packaging according to the present invention;

Figure 4 is a perspective view and a device configuration diagram showing the outer ring bent portion and the cut portion constituting the automatic outer ring ring packaging device for supplying the present invention;

Figure 5 is a perspective view and a plan view showing a coil rotating unit constituting the automatic coil ring outer peripheral ring supply device according to the present invention;

6 is a device configuration diagram showing a configuration of an apparatus moving part constituting an automatic circumference ring automatic supply device for coil packing according to the present invention.

♣ Explanation of symbols for main part of drawing ♣                 

DESCRIPTION OF SYMBOLS 1 Outer ring 10 Outer ring supply part 18 and 18a Supply guide 30 Outer ring guide part

41, 42, 43: bending roll 40: outer ring bending portion 50: coil rotating portion 25: device base

60: device moving part 80: outer ring cutting part

The present invention relates to a coil outer ring automatic supply device, and more specifically, to a polyethylene film packaging operation made in a post process by automatically inserting the outer ring of polyethylene in the pre-stage step of the outer packaging of the coil placed on the packaging line skid. The present invention relates to a coil wrapping outer ring automatic supply device for automatically supplying the outer ring to perform smoothly.

In general, the heat source is applied to the strip surface passing through the heating furnace of the hot dip galvanizing process, and the galvanizing operation is performed on the strip surface while passing through the subsequent galvanizing bath or port. In order to perform an appropriate plating operation required by the user, the plating amount is appropriately controlled. The strip is cooled by the cooling device installed on the upper part, and the strip after cooling is finally hot-dipped zinc plated through other processes to meet the order condition of the demand. This is sheared by a shearing machine in accordance with the demand of the demand and sent to the coil car by the coil transfer means to finally the coil packaging work.                         

The coil car transported to the packing line is seated on the packaging equipment skid, and the inner circumferential ring (ring inserted to protect the inner edge of the coil) and the outer circumferential ring on the inside of both corners of the coil for quality protection. Attaching a ring wound to protect the outer edge of the coil, and attaching side protection plates to both sides of the coil, and automatically wrapping the coil using a polyethylene film.

Unlike the packaging method by paper packaging and protective plate used in the conventional packaging process, the use of polyethylene packaging is excellent in waterproof and moisture proof, and is a plating film which is the life of the hot-dip galvanized product by strips used as inner and outer ring side protection plates. This series of packaging operations, especially the supplying of the outer ring, and the crushing packaging are done by hand, so the packaging is delayed due to the nature of the continuous process, and the delay of the packaging process is the production line of the whole process. In addition, it causes a problem that causes trouble, and also attaches the outer ring on the moving conveyor, which increases the worker's work load and reduces work efficiency due to the risk of worker's safety accident and manual delay. do.

In order to solve the above problems, the present invention, the outer ring automatic supply unit for automatically supplying the outer ring, the outer ring guide portion for guiding the supplied outer ring to the coil and the outer ring bending portion for bending the guided outer ring And it is an object of the present invention to provide a coil wrapping outer ring automatic supply device composed of a coil rotating unit for rotating the coil so that the bent and guided outer ring is wound on the coil.

In order to achieve the above object, the present invention is to receive the outer ring ring wound around the outer ring while supplying the outer ring ring and the outer ring ring supplied from the outer ring ring, the outer ring while guiding the outer ring A circumferential ring bend that tensions with a supply drive roll to guide the circumferential ring to the coil and a circumferential ring bent while bending the circumferential ring guided from the outer circumferential ring guide by sequentially bending at a 90 degree angle using a plurality of bending rolls. And a coil rotating part for rotating the coil so as to receive the guided outer ring which is bent from the outer ring bending part and wound around the coil, and the lower end of the device base provided with the outer ring guide part and the outer ring bent part. It provides a coil wrapping outer ring automatic supply device consisting of a device moving unit for moving up and down and left and right.

In addition, the present invention includes a rotating shaft for receiving and rotating the outer ring ring, the outer ring supply portion is wound, and a pair of separation prevention wall is inserted into it to prevent the outer ring roll from being separated and at the same time variable width It will be provided to the outer ring ring automatic supply device for packaging, characterized in that configured to

The outer ring guide portion is provided with a guide roll for supporting the outer ring drawn from the outer ring supply portion, a pair of moving boxes which are fixed to the variable width along the guide shaft while being fixed to the outer surface thereof and having a drive cylinder fixed to the A fixed box fixed to the guide shaft and the base of the device, a supply guide fixed to the moving box and having a variable width and a variable width at the same time, and an outer ring driving roll installed on the inclined portion thereof to tension the outer ring And it provides a coil packaging outer ring automatic supply device characterized in that consisting of a guide supporter fixed to the upper end of the moving box.

On the other hand, the present invention is the first bending roll, the second bending roll and the third bending roll for bending the outer ring bent portion guided by the outer ring guide portion from the outer ring guide portion 90 degrees sequentially, and driving for driving the same It is made of a motor and at the same time coupled to one end of the guide supporter of the outer ring guide portion provides a coil wrapping outer ring automatic supply device, characterized in that the width is changed at the same time when the outer ring guide portion is variable width,

The device moving part is fixed to the lower surface of the device base and fixed to the plurality of hydraulic cylinders and the hydraulic cylinder to move up and down, the fixed base formed with a guide groove on the lower surface and the drive motor fixed to the upper surface thereof and axially coupled thereto It is characterized by consisting of a traveling shaft fixed to the power transmission gear coupled to the rotary gear and the drive chain, a traveling gear fixed to both sides thereof and a pair of spur gears fixed to the inner wall of the running rail while being coupled to the gear. It provides an outer ring ring automatic feeder for packaging.

In addition, the present invention is an automatic coil wrapping outer ring ring characterized in that it comprises a outer ring cut portion fixed to the outlet of the outer ring bent to cut the outer ring bent at an angle of 90 degrees from the outer ring bent portion Provide a feeder.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the overall configuration of the outer ring automatic feeder for wrapping coils according to the present invention.

Coil packaging outer ring automatic supply device according to the present invention, as shown in Figure 1, the outer ring ring supply unit 10 for supplying the outer ring ring 1 while receiving and rotating the wound outer ring roll (7), The outer ring 1 supplied from the outer ring supply unit 10 is pulled along the supply guides 18 and 18a with the outer ring supply drive rolls 19 and 19a to guide the outer ring 1 to the coil 51. While circumferentially guiding the outer ring guide portion 30 and the outer ring ring 1 guided from the outer ring guide portion 30 by a plurality of bending rolls 41, 42, 43 at a 90 degree angle It consists of an outer ring bent portion 40 to tension.

In addition, the coil rotation part 50 and the outer ring guide part 30 which receive the outer ring 1 bent and guided from the outer ring bent part 40 and rotate the coil 51 to be wound on the coil 51. And a device moving part 60 installed at a lower end of the device base 25 provided with the outer ring bending portion 40 to move the device base 25 up, down, left and right.

Figure 2 is a perspective view showing the outer ring supply portion constituting the automatic coil ring outer ring supply apparatus according to the present invention.

As shown in FIG. 2, the outer ring supply unit 10 constituting the automatic coil ring outer ring supply device according to the present invention includes a rotating shaft 3 that receives and rotates a rolled outer ring 7. It is configured to include a pair of anti-separation walls 2 and 2a which are inserted to prevent the outer ring roll 7 from being detached and vary in width.

That is, the outer circumferential ring supply unit 10 has a variable width in order to accommodate the outer circumferential ring roll 7 having one side formed in a sawtooth shape to supply the outer circumferential ring so that the outer circumferential ring 1 fits the width of the coil. In accommodating and supplying the outer ring roll 7, the outer ring 1 is provided with release preventing walls 2 and 2a so that the outer ring 1 is supplied with a constant width.                     

Figure 3a is a perspective view showing the outer ring guide portion constituting the automatic outer ring packaging device for coil packaging according to the present invention, Figure 3b shows a supply guide of the outer ring guide portion constituting the automatic outer ring ring packaging device according to the present invention Perspective and partial cutaway view.

As shown in Figures 3a to 3b, the outer ring guide portion 30 constituting the automatic ring packaging outer ring supply device according to the present invention is a guide roll for supporting the outer ring drawn from the outer ring supply portion 10 (11, 11a), a pair of moving boxes (13, 13a) that is fixed to the width along the guide shaft (15, 15a), and fixed to the outer surface thereof is provided with drive cylinders (16, 16a) While the fixed box (14, 14a) is fixed to the guide shaft (15, 15a) and the device base 25 and the moving box (13, 13a) is fixed width of the moving box (13, 13a) And a supply guide 18 and 18a having a variable width at the same time, an outer circumferential ring driving roll 19 installed on the inclined portion thereof and tensioning the outer circumferential ring, and a guide supporter fixed to the upper end of the moving boxes 13 and 13a. 17,17a).

In addition, the outer peripheral ring is fixed to the moving boxes 13 and 13a to the supply guides 18 and 18a in which the widths of the moving boxes 13 and 13a are varied and the widths thereof are varied. A plurality of idle rolls 21 are provided to smoothly transport the outer circumferential ring 1 guided by the driving roll 19.

Figure 4 is a perspective view and a device configuration diagram showing the outer ring bent portion and the cut portion constituting the automatic outer ring ring packaging device for supplying the present invention.

As shown in FIG. 4, the outer ring bending portion 40 constituting the automatic coil ring outer ring supply device according to the present invention sequentially rotates the outer ring 1 guided from the outer ring guide portion 30. The first bending rolls 41 and 41a, the second bending rolls 42 and 42a, and the third bending rolls 43 and 43a to be bent at an angle, and the driving motors 44, 45 and 46 to drive them. At the same time, the outer circumferential ring guide portion 30 is fastened to one side end of the guide supporters 17 and 17a of the outer circumferential ring guide portion 30, and the width of the outer circumferential ring guide portion 30 is changed at the same time.

In addition, the outer circumferential ring bent portion 30 is configured to cut the outer circumferential ring cut portion 80 to be bent at an angle of 90 degrees discharged outer circumferential ring (1), which is the upper cutter 46 fixed to the upper portion of the outlet And an outer circumferential ring cut portion 80 formed of a lower cutter 49 which is driven upward in the driving cylinder 48.

That is, the lower cutter 49 is downward when the coil 51 is rotated by the coil rotating part 50 which is described later and is discharged at an angle of 90 degrees, and the outer ring 1 is wound around the outer edge of the coil 51. By cutting the outer ring (1) by the operation of the drive cylinder 48 is fixed.

Figure 5 is a perspective view and a plan view showing a coil rotating part constituting the automatic coil ring outer peripheral ring supply apparatus according to the present invention.

As shown in FIG. 5, the coil rotating unit constituting the automatic coil wrapping outer ring supply device according to the present invention receives the coil 51 to be wrapped, and is secured by the skid 58 to the rollers 52 and 53. When the coil 51 is seated, the drive motor 56 is operated to drive the driving roll 52 coupled to the chain 57 to rotate the coil 51 to coil the outer circumferential ring 1. It is to wind up to the outer peripheral edge part of 51.                     

6 is a device configuration diagram showing a configuration of an apparatus moving part constituting an automatic circumference ring automatic supply device for coil packing according to the present invention.

As shown in FIG. 6, the device moving part 60 constituting the automatic device for supplying the outer ring for wrapping the coil according to the present invention is fixed to the lower surface of the device base 25 of the outer ring guide part 30 to move up and down. A plurality of hydraulic cylinders (62, 63, 64, 65), the hydraulic cylinders (62, 63, 64, 65) to be fixed while the fixed base 61 and the guide base is formed on the lower surface and the drive fixed to the upper surface The drive shaft 69 to which the motor 66, the rotation gear 67 axially coupled thereto, and the power transmission gear 69a coupled to the drive chain 73 are fixed, and the travel gear 71 fixed to both sides thereof. And 71a) and a pair of spur gears 70 and 70a fixed to the inner wall of the traveling rails 68 and 68a while being geared thereto.

That is, the plurality of hydraulic cylinders 62, 63, 64, and 65, which are fixed to the lower surface of the device base 25 of the outer circumferential ring guide part 30 and move up and down, correspond to the height of the coil 51 to be packed. The outer circumferential guide portion 30 and the outer circumferential ring bent portion 40, the outer circumferential ring cut portion 80 is to be moved upward or downward.

In addition, guide grooves 72 and 72a are formed on the lower surface of the fixed base 61 to which the hydraulic cylinders 62, 63, 64 and 65 are fixed, and are seated on the traveling rails 68 and 68a. The rotary gear 67 of the drive motor 66 fixed to the upper surface of the base 61 is coupled to the power transmission gear 69a fixed to the center of the drive shaft 69 by the drive chain 73. A pair of travel gears 71 and 71a are fixed to both side portions of the travel shaft 69, and the travel gears 71 and 71a are fixed to the inner wall portions of the travel rails 68 and 68a. Gear gears are combined with the spur gears 70 and 70a.

That is, when the drive motor 66 rotates, the rotary gear 67 of the drive motor 66 rotates, and the power transmission gear 69a coupled to the chain 73 rotates, thereby driving fixed to this. As the shaft 69 rotates, traveling gears 71 and 71a fixed to both sides of the shaft 69 rotate spur gears 70 and 70a fixed to the inner side surfaces of the traveling rails 68 and 68a. By advancing forward and backward, the distance between the automatic packaging device for coil wrapping according to the present invention and the coil 51 to be packed is adjusted.

The outer ring of the coil to be wrapped by the automation system in order to improve the risk of safety accidents and inefficiencies in the operation while performing the packaging by conventional manual by the automatic supply device for coil packaging outer ring ring according to the present invention. Supply to the side can reduce the packaging time and large safety accidents that can occur during the operation, it is effective to improve the work efficiency of the operator.

Claims (6)

An outer circumferential ring supply unit 10 which receives the wound outer circumferential ring roll 7 and supplies the outer circumferential ring 1 while rotating; The outer ring 1 supplied from the outer ring supply unit 10 is pulled along the supply guides 18 and 18a with the outer ring supply drive rolls 19 and 19a to guide the outer ring 1 to the coil 51. An outer circumferential ring guide portion 30 leading to the rod; An outer circumferential ring bent portion 40 for tensioning the outer circumferential ring 1 guided from the outer circumferential ring guide portion 30 by sequentially bending at a 90 degree angle using a plurality of bending rolls 41, 42, and 43; A coil rotator 50 which receives the outer circumferential ring 1 bent and guided from the outer circumferential ring bent portion 40 and rotates the coil 51 to be wound around the coil 51; The outer ring guide portion 30 and the outer ring bent portion 40 is installed on the lower end of the device base 25 is installed is composed of a device moving part 60 for moving the device base 25 up and down and left and right Automatic supply ring outer ring for packaging coils. The method of claim 1, The outer circumferential ring supply unit 10 is rotated to receive the rotatable outer circumferential ring roll (7), and inserted therein to prevent the outer ring ring (7) from being separated and at the same time variable width Coil wrapping outer ring automatic supply device characterized in that it comprises a pair of escape prevention walls (2, 2a). The method of claim 1, The outer ring guide portion 30 is a guide roll (11, 11a) for supporting the outer ring drawn from the outer ring supply portion 10, and as long as the width is variable along the guide shaft (15, 15a) while being fixed thereto Fixed boxes 14 and 14a fixed to the guide shafts 15 and 15a and the device base 25 while having a pair of moving boxes 13 and 13a and drive cylinders 16 and 16a fixed to the outer surface thereof. And the feed guides 18 and 18a fixed to the moving boxes 13 and 13a and varying in width and varying in width, and installed at an inclined portion thereof. Coil wrapping outer ring automatic supply device characterized in that it consists of a guide ring supporter (17, 17a) fixed to the upper end of the outer ring driving roll (19) and the moving box (13, 13a) to tension. The method of claim 1, The outer ring bending portion 40 includes a first bending roll, a second bending roll, and a third bending roll for sequentially bending the outer ring 1 guided by the outer ring guide portion 30 at an angle of 90 degrees; It consists of drive motors (44, 45, 46) for driving this and at the same time is engaged with one end of the guide supporters (17, 17a) of the outer ring guide portion 30, the outer ring guide portion 30 is variable width The outer ring automatic feeder for wrapping the coil, characterized in that the width is changed at the same time. The method of claim 1, The device moving part 60 is fixed to the lower surface of the device base 25, a plurality of hydraulic cylinders (62, 63, 64, 65) for moving up and down, the hydraulic cylinders (62, 63, 64, 65) While fixed, the base 61 is formed with a guide groove on the lower surface and the drive motor 66 is fixed to the upper surface thereof, the power transmission gear coupled to the rotary gear 67 and the drive chain (73) axially coupled thereto ( A traveling shaft 69 fixed with 69a, traveling gears 71 and 71a fixed to both sides thereof, and a pair of spur gears fixed to the inner wall of the traveling rails 68 and 68a while being geared with Coil wrapping outer ring automatic supply device characterized in that consisting of (70,70a). The method according to claim 1 or 4, The outer ring bent portion 30 is bent at an angle of 90 degrees, the upper cutter 46 fixed to the upper portion of the discharge port for cutting the discharged outer ring (1), and the lower cutter driven up to the drive cylinder 48 The outer ring ring automatic supply device for packaging, characterized in that comprises a peripheral ring cut portion 80 made of.

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