Method for eliminating full-automatic two-layer steel coil stacking suspension

Abstract

The invention relates to a method for eliminating full-automatic two-layer steel coil stacking suspension. The method comprises the following steps that 1, a calculation model for preventing two-layersteel coil stacking suspension is established; 2) determining a non-interference calculation method of two adjacent layers of rolls through a calculation model; and 3) summarizing a reasonable beta interval value or correction rate according to field production practice or experience. The technical scheme is applied to highly-intelligent integrated equipment of a full-automatic large warehouse, double-layer stacking of a finished product warehouse is achieved, the potential safety hazard of stacking suspension caused by mutual position interference of two layers of adjacent steel coils due tovarious reasons is completely eliminated, and the use efficiency of the warehouse and the equipment is improved.

Description

technical field [0001] The invention relates to a stacking method, in particular to a method for eliminating fully automatic two-layer steel coil stacking and suspension, and belongs to the technical field of storage and automatic hoisting. Background technique [0002] During the production process, there were many times when the steel coils were stacked in full-automatic operation, the positions of two adjacent two-layer steel coils interfered with each other, and the coils were squeezed and rubbed against each other. Hidden danger, just in time when being in the top of saddle as two layers of suspended steel coils, just may cause the quality and safety accident of two layers of steel coils collapse. In order to solve the problem of steel coil stacking, those skilled in the art are also trying different methods, for example, changing the stacking device, etc. Although the method in the prior art can stack the problem to a certain extent, there is no way to solve the two-la...

AI Technical Summary

Problems solved by technology

[0002] During the production process, there were many times when the steel coils were stacked in full-automatic operation, the positions of two adjacent two-layer steel coils interfered with each other, and the coils were squeezed and rubbed against each other. Hidden dangers, such as when the two layers of suspended steel coils are just at the top of the saddle, it may cause the quality and safety accidents of the collapse of the two layers of steel coils

In order to solve the problem of steel coil stacking, those skilled in the art are also trying different methods, for example, changing the stacking device, etc. Although the method in the prior art can stack the problem to a certain extent, there is no way to solve the two-layer stacking problem. The technical problem of stacking and hanging in the air, therefore, a new solution is urgently needed to solve the above technical problems

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