Anti-tilt stacking method for unequal-thickness steel plates

Abstract

The invention relates to the technical field of transportation, machining and packaging, in particular to an anti-tilt stacking method for unequal-thickness steel plates. Conventional steel plates andconvex part steel plates are stacked at intervals, the conventional steel plates are the conventional unequal-thickness steel plates, and the convex part steel plates are the conventional unequal-thickness steel plates provided with convex parts; the convex part steel plates comprise thick sections and thin sections, one parts of the thin sections are sunken to form the convex parts, the distancebetween the convex parts and the faces, opposite to the convex parts, of the steel plates is H, the thickness of the ends of the thick sections is T, the thickness of the ends of the thin sections isM, and H is greater than the difference between T and M; the convex parts and the thin sections of the conventional steel plates are correspondingly arranged, thus the conventional steel plates and the convex part steel plates are overall stacked and are not prone to tilting or slipping, tilting or slipping of unequal-thickness materials during stacking can be effectively prevented, meanwhile, the allowable stacking height is increased, and the packing efficiency and the transferring efficiency of the unequal-thickness materials are improved; and the feeding time in the stamping process is also shortened, tilting and slipping of the materials during plate lifting of a stack removing machine are prevented, the production efficiency is improved, and the safety hidden danger is avoided.

Description

technical field [0001] The invention relates to the technical fields of transportation, processing and packaging, in particular to an anti-tilt stacking method for steel plates of unequal thickness. Background technique [0002] The unequal material means that the thickness of the material is not the same everywhere, such as the unequal thickness plate with a trapezoidal cross section. The material will have a tendency to slide down. If the friction force of the upper and lower materials is less than the force of gravity in the inclined direction, the upper material will slide down, especially when there are many materials with different thicknesses piled up and the overall height is high, the height of the two ends of the material If the difference is large, it is easy to slip when the friction limit is reached. Even if it can be piled up statically without slipping, it is easy to cause slipping during the moving process. In particular, some unequal-thickness steel plates ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide an anti-tilt stacking method for unequal-thickness steel plates in order to solve the problems of dumping risk and low operating efficiency in stacking and packaging of unequal-thickness materials at present. So that the stacking height is not much different, and it is not easy to tilt

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