Container capable of being folded to smallest size

Abstract

The invention relates to a container capable of being folded to smallest size. Common containers have fixed mechanisms and cannot reduce the size; after being unloaded, when do not contain cargoes and are taken back, the containers are light in weight but still occupy the same space, thereby wasting transportation cost and wasting resource; a new method for producing a brand-new structure container is needed, the size of the containers can be reduced when empty containers are transported, more folded containers can be put in the same transportation space, so that the transportation cost is lowered, and the resource waste is reduced. The folding container has beneficial effects that conventional containers are folded to the smallest size through an ingenious and reasonable folding manner, more folded containers can be put in the same transportation space, the transportation cost is lowered, and the resource waste is reduced.

Description

technical field [0001] It belongs to the field of container manufacturing industry. Background technique [0002] Common containers are fixed in structure and cannot be reduced in size. After unloading, when the empty container is returned without reloading the cargo, although the weight is very light, it still takes up the same space, resulting in a waste of transportation costs, that is, a waste of resources. Waste; to find a new method to produce a new structure of the container, when the empty container is transported, the volume of the container can be reduced, and more folded containers can be placed in the same transport space, reducing transport costs and waste of resources . Contents of the invention [0003] The technical problem to be solved is to fold the traditional container to the minimum volume through clever and reasonable folding methods. [0004] Technical solutions: [0005] The container that can be folded to the smallest volume is characterized by:...

AI Technical Summary

Problems solved by technology

[0002] Common containers are fixed in structure and cannot be reduced in size. After unloading, when the empty container is returned without reloading, although the weight is very light, it still takes up the same space, resulting in a waste of transportation costs, that is, a waste of resources. Waste; it is necessary to find a new method to produce a container with a new structure. When the empty container is transported, the volume of the container can be reduced, and more folded containers can be placed in the same transportation space, reducing transportation costs and reducing resource waste.

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