Coiling mechanism for coils

Abstract

The invention relates to a coiling mechanism for coils. The coiling mechanism comprises a coiling strip block arranged below a coil supplying mechanism. The coil supplying mechanism drives the coils to rotate, and the rotating axial lead is horizontal. A coiling tool is arranged on the coiling strip block and arranged in the length direction of the coiling strip block. The coiling strip block is arranged on a vertical driving mechanism, and the vertical driving mechanism drives the coiling strip block to make reciprocating motion in the vertical direction and get close to or away from a plug.When the coil supplying mechanism transfers the coils above the coiling mechanism, the coils abut against the coiling strip block, and in the rotating process of the coils, the coiling tool abuts against the end faces of the coils; under the situation that the coils rotate quickly, the coiling tool hits against the front ends of strips of the coils through the rotating inertia of the coils, thus welding spots are torn, and then coiling operation is achieved; and the coiling mechanism can achieve coiling operation of the coils conveniently so as to adapt to continuous production of profiles, labor participation is reduced, and thus the production efficiency of the profiles is improved.

Description

technical field [0001] The invention relates to the technical field of profile production, in particular to a roll-up mechanism. Background technique [0002] Metal profiles are widely used in the field of building materials. In the actual production of metal profiles, the coils need to be unloaded first. The strips exported from the coils are bent by a bending machine to form profiles with required cross-sections. The anti-oxidation film is pasted on the profile to reduce the corrosion and oxidation of the profile. During the actual production of the above-mentioned metal profile coil, when a single coil of steel plate is almost used up, it is necessary to use a new coil and a nearly exhausted coil. Coil splicing, specifically aligning the end of the previously used coil with the first end of the coil to be used, and welding the two coils together by welding equipment, in order to achieve continuous continuous bending production of profiles , the head ends of the above-men...

AI Technical Summary

Problems solved by technology

When the above-mentioned metal profiles are actually used, they need to be shut down, which leads to insufficient continuity during the production of metal profile snakes, and when the above-mentioned coils are spliced ​​and welded, because the coils are relatively heavy, the welding operation is more difficult and requires more Multiple operators participate at the same time, which is time-consuming and labor-intensive

[0003] The above-mentioned coil material is difficult to operate during the actual coiling operation, and requires the participation of multiple staff members, which is very unsuitable for automated production

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