Steel structure plate strip feeding device

Abstract

The invention relates to a steel structure plate strip feeding device. The feeding device comprises a transfer frame arranged in the outlet position of a feeding plate, the transfer frame horizontallymoves and is in linkage with a roll material to horizontally transfer the roll material to the position of a bearing unit, the bearing unit is used for bearing the single roll material and enabling the material roll tube center the single roll material to be horizontally arranged, an uncoiling mechanism is arranged in the outlet position of the bearing unit and is used for carrying out uncoilingoperation on the roll material, when the roll material is guided out, the roll material rolls to the position, in the lower end position, of the transfer frame along the feeding plate in the state that the roller center is horizontal, then the transfer frame horizontally moves and is in linkage with the roll material to horizontally transfer the roll material to the position of the bearing unit, after the roll material is guided out to the position of the bearing unit, one end of the roll material is welded and sealed into a whole, effective uncoiling operation needs to be conducted on the roll material, after the uncoiling mechanism separates the welding end of the roll material, one end of the strip material is separated from the roll material, strip guiding-out operation of the roll material is achieved, and the roll material is transferred into the next procedure to be subjected to production operation.

Description

technical field [0001] The invention relates to the field of steel structure production, in particular to a strip material feeding device for steel structure plates. Background technique [0002] Most of the decorative ceiling beams are thin-walled decorative ceiling beams. In practical applications, the decorative ceiling beams are mostly shaped like channel steel structures. The surface of the decorative ceiling beams is pressed with reinforcing ribs and other shapes by indentation equipment. combine Figure 1a with Figure 1b As shown, the decorative ceiling beam of this structure includes a groove-shaped cavity A, stamping grooves a1 are provided on both sides of the cavity A, and crimping marks 1b on both sides are provided on the outside of the bottom of the cavity A. The decorative ceiling beam of this structure When the ceiling beam is implemented and applied, for the production of the decorative ceiling beam, the decorative ceiling beam needs to be produced at inte...

AI Technical Summary

Problems solved by technology

to combine Figure 1a and Figure 1b As shown, the decorative ceiling beam of this structure includes a groove-shaped cavity A, stamping grooves a1 are provided on both sides of the cavity A, and crimping marks 1b on both sides are provided on the outside of the bottom of the cavity A. The decorative ceiling beam of this structure When the ceiling beam is implemented and applied, for the production of the decorative ceiling beam, the decorative ceiling beam needs to be produced at intervals from the unloading of the raw material to the crimping equipment for crimping, as well as the molding operation of the surface after crimping. Makes the production efficiency of decorative ceiling beams low

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