Automatic steel strip machining method

Abstract

The invention discloses an automatic steel strip machining method. The method comprises the steps that (1), a forming machine machines the nth coil of steel strip, a material tail detection switch detects the material tail of the nth coil of steel strip, the forming machine stops, wherein n is larger than or equal to 1; (2), the steel strip is stopped at the material tail cutting point position ofthe nth coil of steel strip, and a shearing mechanism is started to cut off the material tail of the nth coil of steel strip; (3), the (n+1)th coil of steel strip is conveyed to the material head cutting point position, and the shearing mechanism is started to cut off the material head of the (n+1)th coil of steel strip; (4), the cutting surface of the nth coil of steel strip and the cutting surface of the (n+1)th coil of steel strip are spliced and aligned; (5), a welding machine is started to weld a joint formed by the cutting surface of the nth coil of steel strip and the cutting surface of the (n+1)th coil of steel strip so as to weld the nth coil of steel strip and the (n+1)th coil of steel strip into a whole; and (6), the forming machine is started again, and the nth coil of steel strip moves forwards in the production line direction to drive the (n+1)th coil of steel strip to enter the forming machine to be machined.

Description

technical field [0001] The invention relates to the technical field of steel strip processing, in particular to a method and device for realizing a rule engine based on reverse Polish formula. Background technique [0002] At present, in the process of steel strip processing, it is necessary to manually transport the coil material to the uncoiler for uncoiling, manually transport the uncoiled steel strip to the forming machine for processing and production, and manually repeatedly adjust the angle at which the steel strip enters the forming machine. Adopting this method to process steel strips has the following problems: 1. There are potential safety hazards in the steel strip processing process, which may cause personal injury to operators; 2. Many operators are required to participate in the production process, which increases production costs; 3. Operators have high work intensity and high work precision; 4. Manually participating in the steel strip processing, it is diff...

AI Technical Summary

Problems solved by technology

Adopting this method to process steel strips has the following problems: 1. There are potential safety hazards in the steel strip processing process, which may cause personal injury to operators; 2. Many operators are required to participate in the production process, which increases production costs; 3. Operators have high work intensity and high work precision; 4. Manually participating in the steel strip processing, it is difficult to ensure the angle at which the steel strip enters the forming machine to meet the production requirements of the composite steel strip. The yield of the prepared product is low, resulting in waste of materials and increased production costs.