Container box board forming method, device and moulding machine

Abstract

The invention provides a container box board forming method, device and a forming machine, and is used for forming a container box board. A continuous coiled board material is extruded to form continuous strip-shaped grooves by a first forming machine, the strip-shaped grooves is extruded to form groove heads and groove tails by a second forming machine, the groove heads and the groove tails divide the continuous strip-shaped grooves into independent closed strip-shaped grooves, and finally, the continuous board material is cut into independent container box boards, namely, traditional cutting-off and one-time forming is changed into first-time forming, second-time forming and cutting-off. The traditional one time forming is divided into two times forming, so that the working load of the forming machine can be reduced, and also the coiled continuous board can be processed in one step; and in the process, interrupting, carrying and repositioning are not needed, so that the working efficiency is greatly improved, and the stability of the product is further improved.

Description

technical field [0001] The invention relates to a method, a device and a forming machine for forming container boards. Background technique [0002] Containers are widely used in the transportation, packaging or storage of goods, etc., and their applications include ships, ports, routes, highways, transfer stations, bridges, tunnels, multimodal transport matching logistics systems around the world, etc. The application of containers Such a wide range is due to its light weight, high strength, not easy to deform, and low cost. [0003] The container is composed of spliced ​​container boards, and the container board is processed from a piece of thin steel plate. When a closed strip groove is squeezed out of the easily deformable thin steel plate, the thin steel plate will have strong resistance. Shapeshifting ability. [0004] The traditional processing technology of the container includes: cutting the continuous thin steel plate, and extruding it through the forming machine...

AI Technical Summary

Problems solved by technology

[0004] The traditional processing technology of the container includes: cutting the continuous thin steel plate, and extruding it through the forming machine after cutting. Corresponding to the traditional processing technology, the thin steel plate after cutting needs to be transported to the forming machine manually or by a robot. Manual or equipment positioning is required, the processing process is cumbersome, the processing efficiency is low, and the labor cost is high. At the same time, for the one-time forming of thin steel plates, the forming machine needs to have greater power and stability, and the equipment cost is high.

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