KR200345444Y1 - Hoop coil separator - Google Patents

Abstract

The present invention saves the time of transferring a plurality of hoop coils of different widths to one place, and is convenient for work, and by moving the hoop coils while the hooks are stopped when the hoop coils are fitted to the hooks, An object of the present invention is to provide a hoop coil separation device that can easily transfer a hoop coil individually and prevent damage to the hoop coil.

Such a hoop coil separating device includes a hook and a loading portion having at least two coil hangers; A support portion coupled vertically with the loading portion and having a lower portion rotatably mounted on a pedestal to rotatably support the loading portion; A driving part coupled to the support part to rotate the support part; And a coil stockpile made of a bearing portion which is in contact with a portion of the support portion and whose lower portion is fixed to the case to support the load portion of the stockpile portion.

Description

Hoop coil separator {HOOP COIL SEPARATOR}

The present invention relates to a hoop coil separation device for storing and shipping the hoop coil, and more particularly, to a hoop coil separation device for selectively storing and shipping according to the width size before the packaging process of the hoop coil.

In general, the hoop coil products produced in the rolling process are transported by a conveyor. After branching, the crane is stored in the hoop coil loading rack by width, and the stored hoop coils are sorted by the width required by the consumer and shipped after packing.

In the conventional hoop coil separating apparatus, as shown in FIG. 1, the V-shaped stacking stand 104 is formed on the stand base 106 so that the hoop coil 102 is seated on the V-shaped stacking stand 104. A stopper 108 is vertically formed at one end of the stand base 106 to prevent the separation of the hoop coil 102. Here, the V-shaped stacking stand 104 and the stopper 108 are added with a soft material such as rubber to the side contacting the hoop coil so that the stacked hoop coil 102 is not damaged.

The hoop coils 102 stored in the V-shaped pile stand 104 are moved by a crane and connected to the end of the wire rope 110 vertically or horizontally by hooks 112 connected to the desired number of hoop coils 102. After lifting the hook 112 vertically to move to the unloading site.

However, in the conventional hoop coil separating device made as described above, since only the hoop coils having the same width are loaded on one loading rack, when the product is shipped, a plurality of hoop coils having different widths are moved to one place. Since the hoop coils need to be transported several times to separate the stacked piles 112 by width, the working time becomes longer and the work is inconvenient.

In addition, when the hoop coils are transported individually, the hooks are moved horizontally and inserted into the fixed hoop coils. Therefore, if the supporting neck is detached from the hooks, the inner surface of the hoop coils may be crushed, which may cause damage. .

Therefore, the present invention has been devised to solve the above problems, and an object of the present invention is to provide a hoop coil separation device capable of placing a plurality of hoop coils of different widths on one loading stand.

Another purpose is to provide a hoop coil separating device that can transfer the hoop coils individually and stop the hoop coils by moving the hoop coils while the hooks are stopped when the hoop coils are fitted to the hooks. To provide.

1 is a perspective view of a hoop coil separator according to the prior art.

2 is a perspective view of the hoop coil separating apparatus according to the present invention.

Figure 3 is a perspective view showing a bearing portion of the hoop coil disposition device according to the present invention.

Figure 4 is an operating state diagram of the hoop coil separating apparatus according to the present invention.

Figure 5 is a perspective view showing the operating state of the separation portion of the hoop coil separator according to the present invention.

In order to achieve the above object, the present invention includes a hook, and a loading portion having at least two coil hangers; A support portion coupled vertically with the loading portion and having a lower portion rotatably mounted on a pedestal to rotatably support the loading portion; A driving part coupled to the support part to rotate the support part; And it provides a hoop coil separating apparatus comprising a coil holder, which is in contact with a portion of the support and the lower portion is fixed to the case and made of a bearing portion for supporting the load of the housing.

Two or more ridges are formed on the ridge of the hoop coil separating device, which is formed by hanging a plurality of hoop coils having different widths by width, and allowing the locator to be rotated by the support and the drive. It is possible to selectively unload other hoop coils.

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

Figure 2 is a perspective view showing a loading stand of the hoop coil separating apparatus according to the present invention.

The hoop coil separating device according to the present invention is composed of a loading stand and a hook.

The placing table is formed by placing the hoop coil 2 on which the hoop coil 2 is placed, the supporting portion 6 supporting the placing portion 4, the driving portion 8 rotating the supporting portion 6, and the hoop coil. It consists of a bearing portion 9 which allows the support to rotate smoothly while bearing the load.

Two or more coil hangers 10 for hanging the hoop coils 2 may be installed on the upper portion of the support portion 6. And the loading part 12 which pushes the hoop coil 2 is mounted so that a slidable part can slide in the longitudinal direction of the coil hanger 10, and the power cylinder 14 which linearly moves the contact plate 12 is the contact plate 12 It is installed at the rear of the coil hanger 10 and the connector 32 to which the power cylinder is fixed is connected to the upper side of the support (6).

The coil hanger 10 of the placing portion 4 may be installed in two or more directions in both directions, but this embodiment illustrates that four coil hangers 10 are installed in a cross shape. Since the coil hanger 10 is made of the same structure, only one of them will be described.

The coil hanger 10 is formed integrally with each other and is fastened to the upper side of the support part 6, and the insertion groove 16 in the lengthwise direction is upwardly inserted so that the hook 24 is inserted into the end portion at which the hoop coil 2 is caught. Is formed. The coil hanger 10 is rounded to facilitate insertion of the hoop coil 2 at the end portion at which the hoop coil 2 is inserted, and the edge of the insertion groove 16 is also lined.

The cylinder rod 18 of the power cylinder 14 is fixed to the rear side of the plate 12, the cylinder 20 is fixed to the connecting body 32, each of the four power cylinders on one plate 12 The two power cylinders 28 and 28 located at both sides serve to linearly move the mill 12, and the two cylinders 30 and 30 located at the center serve to support the mill 12. do.

The connector 32, which is the center of the coil hanger 10, has a polygonal groove formed at its lower surface so as to be fastened to the upper portion of the support 6, and a screw groove is formed at the center of the polygonal groove. Here, the polygonal groove is preferably formed as a square groove 38 because it serves to effectively transmit the rotational force of the support 6 to the loading portion (4).

The support part 6 is provided with a projection corresponding to the polygonal groove of the connecting body 32, that is, the square projection 36 fitted to the square groove 38 so as to rotate while supporting the placing portion 4. . Therefore, in order to fix the loading part 4 to the support part 6, when the loading part is placed on the support part, the square projection 36 is fitted into the square groove 38 and the fixing bolt 40 is screwed into the upper part of the connecting body 32. ) Can be fixed by insertion.

And the lower portion of the support portion 6 is mounted to the sprocket 44 is connected to the drive unit 8 and the chain belt 52, the lower end of the support portion 34 is rotatably inserted fixed to the base 46.

On the other hand, since the loading part 4 must rotate in a state where a plurality of hoop coils 2 having a large load are loaded, the load of the loading part 4 is applied to the middle portion of the supporting part 6 which rotates the loading part 4. A bearing portion 9 for supporting is installed.

The upper part of the bearing part 9 is formed in the form of a conical groove corresponding to the middle portion of the support part 6 formed in a conical shape, and a through hole is formed in the center of the conical groove so that the lower part of the support part 6 is formed with a through hole. It penetrates and is mounted in the conical groove of the bearing part 9.

In the conical groove of the bearing portion, as shown in Fig. 3, a plurality of cone-shaped bearings 42 are rotatably mounted. The bearing housing 45 is fixed to the upper surface of the case 48.

The drive unit 8 is composed of a drive motor 56, a reducer 54 coupled with the drive motor, and a sprocket 53 connected to the reducer shaft, and mounted inside the case 48. Here, the sprocket 53 of the driving unit 8 is connected to the sprocket 44 and the chain belt 52 fixed to the support 6 to transmit the rotational force of the drive motor 56 to the support 6.

And the upper part of the case 48, the position sensors 61, 62, 63, 64 are equally installed at each corner, and one sensing bar 15 is detected at the bottom of each coil hanger 10 of the loading part. It is provided in the position corresponding to each sensor.

Here, the driving motor 56, the respective position sensors 61, 62, 63, and 64, the power cylinder 28, and the motor 74 of the hook to be described later are connected to a control panel (not shown). The hoop coil disconnect can be operated by operating the control panel.

Hereinafter, the hook of the hoop coil separator will be described.

The hook applied to the present invention is a C hook 24 as shown in FIG. The separating part 11 of the C hook is inserted into the coil hanger 10 of the loading part to separate and transfer the hoop coil 2.

The separating part 11 of the hook 24 will be described with reference to FIG. 5 as follows.

Separation portion 11 has a horizontal rectangular groove 86 is formed in the horizontal direction in the rod 70, which hangs the hoop coil 2 from the hook 24, the vertical at the end of the horizontal square groove 86 In the direction perpendicular to the rectangular groove 84 is formed.

Then, the operation member 80 inclined toward the hoop coil is slidably inserted into the horizontal square groove 86, and the support member 82 is inserted into the vertical square groove 84 so as to be movable in the vertical direction. An actuating rod 88 is coupled to the opposite side of the hoop coil of the actuating member 80, and a bevel gear 78 is mounted at the end of the actuating rod 88, and the bevel gear 78 is a reduction gear 76. Is connected to the motor 74 by

The operating member 80 is formed with an inclined surface 90 having an inclined angle at an upper side in contact with the support member 82, and the support member 82 also has a lower side in contact with the actuating rod 80. An inclined surface 92 at the same angle as the inclined surface 90 formed at 80 is formed.

Therefore, when the operating member 80 moves horizontally by the motor 74, the supporting member 82 moves vertically while the inclined surface 92 of the supporting member moves along the inclined surface 90 of the operating member.

In addition, a portion where the operating member 80 and the operating rod 88 are connected is a screw groove in the operating member 80 so that the operating member 80 can be linearly reciprocated by the rotational movement of the operating rod 88, the operating rod. Threads are formed on the outer periphery of 88, respectively. The drive motor 74 and the reduction gear 76 are attached to the outside of the vertical surface 72 of the hook 24, it is connected to the operating rod 88 and the bevel gear 78.

The operation state of the hoop coil separator according to the present invention made as described above will be described below.

Select the hoop coil to be transferred by width, input it into the control box, and operate the switch of the control box. Then, the driving motor 56 rotates and the reduced rotational force is transmitted to the sprocket 44 to the reduction gear 54 to rotate the support 6.

When the loading part rotates together with the supporting part, the sensing bar 15 mounted on each coil hanger 10 is detected by a sensing sensor at a position matching the set coil width among the four sensing sensors 61, 62, 63, and 64. The motor 56 is stopped to place the coil hanger of the loading portion in the transport position. In this state, insert the separation part of the hook 24 into the insertion groove 16 of the coil hanger and then operate the power cylinder 28 to push the hoop coil 2 on which the push rod 12 is placed to hook the hoop coil 24. To be inserted into the separator.

When transporting the hoop coil 2 stored in the coil hanger 10, lift the hook 24 a little and then move the hoop coil 2 away from the coil hanger 10 and move it horizontally to move the coil hanger ( Remove the hoop coil (2) completely in 10) and transfer it to the unloading place.

When the hoop coils are individually transported, one hook coil is placed at the position of the support member 82 by pushing the hoop coil 2 only by a predetermined distance with the rod 12.

In this state, when the motor 74 of the hook is rotated, the actuating rod 88 rotates to move the actuating member 80 to the right side in the drawing. Then, the supporting member 82 is moved upward along the inclined surface 90 of the operating member to protrude to a position higher than the horizontal surface of the hook 24, so that one hoop coil is placed on the supporting member 82.

When the hook 24 is horizontally moved in this state, only one hoop coil is transported on the hook 24.

The hoop coil separating device according to the present invention made as described above can quickly transfer a specific hoop coil to be transported in a state in which various kinds of hoop coils having different widths are placed on the coil hanger for each width, thereby saving transportation time. It can be done and the work is convenient.

In addition, when the hoop coil is fitted to the hook, it is possible to easily transfer the individual hoop coils without damage by using the separating portion.

Claims (4)

(Correction) a hook and a loading part having at least two coil hangers; A support portion coupled vertically with the loading portion and having a lower portion rotatably mounted on a pedestal to rotatably support the loading portion; A driving part coupled to the support part to rotate the support part; And a bearing portion in contact with a portion of the support portion, the lower portion of which is fixed to a case to support the load of the loading portion, The housing portion is formed with a polygonal groove in the connecting body and the hook insertion hole and the plate is formed in the longitudinal direction on the upper side of the coil hanger and the cylinder is mounted on the rear of the plate, The support portion is formed with a polygonal projection at the top is fastened to the polygonal groove of the connector, the middle portion is formed in a conical shape, the lower end is equipped with a sprocket, The drive unit is composed of a drive motor connected to the sprocket of the support, The bearing portion has a conical groove is formed on the top and the conical groove is a plurality of conical rollers are mounted in contact with the intermediate portion of the cone shape of the support hoop coil separation device. (delete) The method of claim 1, wherein the hook is a C hook, a horizontal groove is formed in the rod of the separating portion, a vertical groove is formed in the upper surface of the rod, the operation member is inclined one side is inserted into the horizontal groove, the inside of the vertical groove The support member is formed in which the inclined surface in contact with the inclined surface of the operating member is fitted, the non-inclined surface of the side of the operating member is connected to the driving rod is engaged with the drive motor fixed to one end of the outer surface of the hook to operate the drive motor A hoop coil separation device, characterized in that for moving the operating member linearly and vertically moving the support member. (Correction) The method according to claim 1 or 3, wherein a plurality of sensing sensors are mounted on the upper part of the case and a sensing bar is formed at the lower part of each coil hanger of the loading part, so that the sensing sensor, the sensing bar, the driving motor and the power cylinder Is connected to the control panel to operate the control panel to selectively unload the hoop coil of the loading rack.