KR20000010619U - Coil Material Seating Induction Device - Google Patents

Abstract

The present invention relates to a device that can safely seat the coil material, and more particularly to a coil material seating induction device that can improve the quality by preventing product breakdown, buckling phenomenon occurring when the product of the coil type to be transported will be.

The present invention is provided with a plurality of rubber rolls 12 are in contact with the outer peripheral portion of the coil (3) is installed, the left and right pair of shandong copper plate (10a) (10b) which is elastically supported upward by the first spring (16) ) And a plurality of spring holes 22 in which the first springs 16 fitted into the spring induction bars 14 of the shank copper plates 10a and 10b are recessed, and the second springs 34 are formed. A pair of left and right moving plates 20a and 20b which are elastically supported in an inclined direction by the slide, and a guider 24 having a T-shaped cross section protruding from the lower inclined surface of the left and right moving plates 20a and 20b are slid. Guide guide 30 formed on the left and right slopes of the guide groove 32 having a 'T' shaped cross section coupled to be movable, and a fixing hole 42 into which the fixture 36 of the guide guide 30 is inserted. It is formed in a plurality on the surface, fitted into the guide hole 25 of the guider 24, the fixed bar 45 having the second spring 34 is mounted It provides a coil material seated induction device comprising a spring guide 46, guide plate 40 of the "U-shaped cross-section provided on the left and right both sides a.

Description

Coil Material Seating Induction Device

The present invention relates to a device that can safely seat the coil material, and more particularly to a coil material seating induction device that can improve the quality by preventing product breakdown, buckling phenomenon occurring when the product of the coil type to be transported will be.

In general, steel sheets manufactured in steel mills are wound by a coil in a roll form, and in order to deposit the wound coils in a yard, as shown in FIG. 1, a plurality of skids 2 having a pointed upper surface on the bottom surface are installed. The outer winding portion of the coil 3 was placed between the skids 2 so that the coil 3 to be stacked did not roll.

Figure 2 is a state diagram showing the operation of seating the coil according to the prior art on the skid, as shown, the hook lifter 4 of the crane, which is not shown in the transfer facility to the inner diameter of the coil (3) In the process of laying down (3) between the skids 2, the outer circumference is broken due to the impact of the coils 3 colliding with the skids 2, or the buckling phenomenon is crushed by the weight of the heavy coils 3 Occurred.

Accordingly, in the related art, the waste belt 5 is cushioned on the skid 2 to absorb the impact of the coil deposited thereon to prevent damage to the outer winding portion, but the waste belt 5 is applied to the coil 3. When pressed for a long time, the cushioning performance of the closed belt 5 is lowered, thereby making it difficult to fundamentally prevent breakage and buckling of the outer winding portion, and the operator operates the crane to move the coil 3 onto the skid 2. Since the loading work must be carried out carefully so as to suppress the impact of the loading work as much as possible, not only does the work time increase, but also the work productivity is reduced, and if the coil damage caused by the impact is severe, the finished coil (3) must be released and reworked. If the buckling phenomenon is severe there was a problem that must be scraped.

Therefore, the present invention is to solve such a conventional problem, and its purpose is to fit the center of the coil material to the skid as a rubber roll when seating the coil material on the skid, and to improve the cushioning performance as a spring induction bar and an inclined surface. It is intended to provide a coil material seating induction device that can prevent the outer circumference of the coil material or prevent buckling.

1 is a perspective view showing a skid as a seating device according to the prior art,

Figure 2 is a state diagram showing the coil seating operation using the skid and waste tires according to the prior art,

Figure 3 is a perspective view of the coil material seating guide device according to the present invention,

Figure 4 is an exploded perspective view of a coil material seating guide device according to the present invention,

5 is a working state of the coil material seating induction apparatus according to the present invention,

Explanation of symbols on the main parts of the drawings

10a, 10b ........ Shanghai Copper Plate 12 ....... Rubber Roll

14 ....... spring induction bar 16 ....... 1st spring

20a, 20b ........ left and right pan 22 ....... spring hole

24 ....... Guider 25 ....... Guide Hall

30 ....... Induction Stand 32 .......

34 ....... 2nd spring 36 ....... Fixture

40 ....... Guide plate 42 ...

46 ....... spring holder 45 ........ fixing bar

The present invention as a technical configuration for achieving the above object,

In the device for seating the reel-shaped coil,

A plurality of rubber rolls are installed in contact with the outer circumferential portion of the coil and driven, and a pair of left and right shandong copper plates elastically supported upward by the first spring and a first spring fitted to the spring guide bars of the shandong copper plates are accommodated. A plurality of spring holes are formed in recesses, and the left and right pair of left and right moving plates that are elastically supported in the inclined direction by the second spring, and the guider of 'T' cross section protruding from the lower inclined surface of the left and right moving plates are slideable. Guide grooves formed on the left and right inclined surfaces of the T-shaped cross section coupled to each other, and a plurality of fixing holes into which the guides of the guide bars are inserted are formed on the upper surface, and are inserted into the guide holes of the guider, and the second springs are formed. It characterized in that it comprises a guide plate of the 'c' shaped cross-section mounted on the left and right sides of the spring fixing bar is equipped with a fixed bar having a It is by the coil material mounted guidance system in maryeonham.

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

3 is an overall perspective view of the coil material seating induction apparatus according to the present invention, Figure 4 is an exploded perspective view of the coil material seating induction apparatus according to the present invention, Figure 5 is a working state diagram of the coil material seating induction apparatus according to the present invention. .

As shown in FIGS. 3 to 5, the coil material seating induction apparatus 1 according to the present invention may be damaged due to the damage of the outer winding part due to the impact of the coil 3, which is conveyed by the lifter of the crane, not shown. As it can be safely loaded without buckling phenomenon, such a device (1) is composed of a shandong plate 10, a left and right movable plate 20, the guide 30 and the guide plate 40.

As shown in FIGS. 3 and 4, the shandong copper plates 10a and 10b are in contact with the outer peripheral portion of the coil 3 to be seated, and the rotating holes formed at both ends of the plurality of rubber rolls 12, which are idle-driven, on the inclined surface. It is attached to (12a), the lower edge is formed with a plurality of spring induction bar 14, which is fitted with a first spring 16, which elastically supports the shank copper plate 10 upward. Since the shandong copper plate 10 is installed in a pair of right and left symmetrical structure, the plurality of rubber rolls 12 inclined in parallel to the inclined surface is arranged in a 'Ｖ' shape so that the coil 3 to be seated does not roll sideways. The rubber roll 12 is preferably made of a coating roll coated with an outer circumferential surface so as to reduce wear caused by the outer coil 3 of the coil.

In addition, the left and right movable plates (20a, 20b) provided in a pair of left and right so as to be assembled one-to-one with the shanghai copper plates (10a) (10a) is the first spring (16) that is fitted to the spring induction bar 14 on each upper surface A plurality of spring holes 22 are formed to accommodate the plurality of spring holes 22, and a plurality of guiders 24 having a T 'cross section protrude in an oblique direction on each lower inclined surface, and are disposed at an end of the guider 24. While being elastically supported in an inclined direction by the two springs 34, the guiders 24 respectively form guide holes 25 into which the fixing bars 45 of the spring holder 46 to be described later are inserted.

In addition, the left and right inclined surfaces of the guide 30 are formed by recessing the guide grooves 32 of the 'T'-shaped cross section which is coupled so that the guiders 24 of the left and right moving plates 20a and 20b are slidable. By forming a plurality of fasteners 36 on the lower surface, the 'c' shaped cross-sectional structure is to be formed, and the fasteners 36 are inserted into the upper surface of the guide plate 40 on which the plurality of fixing holes 42 are formed. It is possible to safely support the guide bar 30, the shank copper plate (10a) (10b) that is elastically supported upward and the left and right movable plates (20a, 20b) are elastically supported in the inclined direction.

On the left and right sides of the guide plate 40, a plurality of through holes 45a and a screw hole 49a are alternately formed so that the spring holder 46 having a fixing bar 45 fitted into the through holes 45a is formed. It is fixedly installed as a screw member 49 fastened to the screw hole 49a, and is inserted into the guide bar 25 of the guider 24 in the fixing bar 45, and the left and right movable plates 20a and 20b. ) Is provided with a second spring (34) for elastically supporting inclined direction.

Referring to the operation and effects of the coil material seating guide device having the configuration as described above are as follows.

Coil material seating guide device (1) according to the present invention when the coil 3 is seated to another place or location by using a crane or a separate transfer device not shown by the centering or cushioning function of the coil outer portion damage Or buckling phenomenon, first, the shandong copper plates 10a and 10b installed on the upper surface of the left and right moving plates 20a and 20b before the coil 3 is seated upward by the first spring 16. It is elastically supported, since the left and right movable plates 20a and 20b are elastically supported upwardly inclined by the second spring 34, as shown in FIG. 3, the shandong copper plates 10a facing each other. 10b and the ends of the left and right moving plates 20a and 20b are in contact with each other or somewhat separated from each other.

In this initial state, as shown in Figure 5, when the heavy coil 3 is placed on the upper side of the shandong copper plate (10a) (10b), the coil 3 to be seated is inclined in a '으로' shape Since the center of the coil 3 and the center of the device 1 coincide with each other while being slightly rotated in contact with the rubber roll 12, the coil may be seated without damage due to the center failure, and at the same time, The lower shock is absorbed as the first spring 16 accommodated in the spring hole 22 of the left and right moving plates 20a and 20b to prevent breakage of the outer coil portion due to the impact.

Subsequently, the left and right movable plates 20a and 20b assembled to the guide grooves 32 of the guide 30 by the weight of the coil 3 mounted on the shank copper plates 10a and 10b are the guide bars. While sliding the second spring 34 downward along the left and right inclined surfaces of the 30 and in contact with the left and right sides of the guide plate 40 is stopped, on the shandong copper plates (10a) (10b) The raised coil 3 can be safely seated and placed without damage. At this time, the fixing bar 45 of the spring holder 46 having the second spring 34 is fitted into the guide hole 25 of the guider 24 to guide the inclined movement of the left and right moving plates 20a and 20b. do.

On the other hand, when the load due to the weight applied to the upper surface of the shandong copper plate (10a) (10b) is released by pulling the coil (3) loaded on the device (1) to the outside as a lifter of the crane, the contrary to the above The shandong copper plates 10a and 10b are elastically supported upward in the initial state by the elastic restoring force of the first spring 16, and are lifted. The left and right movable plates 20a and 20b are also the second spring 34. It is raised along the inclined surface of the guide 30 by the elastic restoring force of and is returned to its original state so that the next coil seating operation can be performed.

According to the present invention as described above, the left and right assembled on the inclined surface of the first spring 16 and the guide 30 to elastically support the shandong copper plate (10a) (10b) having a plurality of rubber rolls 12 upwards The second spring 34 that supports the moving plates 20a and 20b elastically supports the coil 3 of the roll type to be transferred to a transport facility such as a crane to be seated so that the center of the coil 3 and the seating center of the coil 3 In addition, it can absorb the shock generated when the heavy coil is settled, preventing the outer ring damage and the buckling phenomenon of the wrapped coil 3 without artificial power to improve the quality of the finished product and delay the transfer work time. The effect of improving the productivity of the work can be obtained by the smooth transfer operation.

Claims (1)

In the device for seating the reel coil 3, A pair of left and right shandong copper plates 10a and 10b which are provided with a plurality of rubber rolls 12 in contact with the outer peripheral portion of the coil 3, and are elastically supported upward by the first spring 16, A plurality of spring holes 22 in which the first spring 16 is fitted into the spring induction bar 14 of the shandong copper plates 10a and 10b are recessed and inclined by the second spring 34. A pair of left and right moving plates 20a and 20b elastically supported in a direction, and a guider 24 having a T-shaped cross section protruding from a lower inclined surface of the left and right moving plates 20a and 20b to slide. A plurality of guide bars (30) formed on the left and right inclined surfaces of the guide grooves 32 having a 'T' cross section coupled thereto, and a plurality of fixing holes (42) into which the fasteners 36 of the guide bars 30 are inserted. And a spring fixed to which the fixing bar 45 having the second spring 34 is fitted and fitted into the guide hole 25 of the guider 24. Coil material seating induction apparatus, characterized in that it comprises a guide plate 40 of the '' 'cross-section installed on both sides of the base 46.