Packaging container convenient to rapidly manufacture, transport and store and manufacturing method

Abstract

The invention discloses a packaging container convenient to rapidly manufacture, transport and store. The packaging container comprises a fixing base plate and at least three side plates. The side plates are mutually encircled to enable all the horizontal projections of the inner walls of the side plates to be mutually connected so as to form a closed face, and the side, facing the fixing base plate, of each side plate is at least provided with a downward extending convex block. The fixing base plate is at least provided with square through grooves with the number being the same as that of the convex blocks. Since the packaging container is formed by mutually embedding and splicing all single assemblies, and all the assemblies can be rapidly manufactured through laser cutting equipment, rapid production is facilitated, and meanwhile, storage cost and transportation and distribution cost are greatly reduced.

Description

technical field [0001] The invention relates to a packaging container, especially a packaging container and a manufacturing method that are convenient for rapid manufacture, transportation and storage. Background technique [0002] Traditional packaging containers, such as bamboo and wood packaging containers, often need to be cut and bonded to form a packaging container with accommodating space, and then sold to dealers through logistics distribution; in the manufacturing process, the original production process It is relatively cumbersome, requiring a large number of employees to assemble and paste, and the production efficiency is low. Under the premise of certain production efficiency, it cannot meet the customization needs of short-term and large-volume production orders; at the same time, because each finished product packaging container has A certain volume, when it is used as inventory, it needs to occupy a large area of ​​the factory warehouse or dealer warehouse,...

AI Technical Summary

Problems solved by technology

[0002] Traditional packaging containers, such as bamboo and wood packaging containers, often need to be cut and bonded to form a packaging container with accommodating space, and then sold to dealers through logistics distribution; in the manufacturing process, the original production process It is relatively cumbersome, requiring a large number of employees to assemble and paste, and the production efficiency is low. Under the premise of certain production efficiency, it cannot meet the customization needs of short-term and large-scale production orders; at the same time, because each packaging container of the finished product has A certain volume, when it is used as inventory, it needs to occupy a large area of ​​the factory warehouse or dealer warehouse, and the storage cost is high; finally, in the logistics and transportation link, because the volume of the product itself is solidified, the packaging container contained in the transportation tool The quantity is limited, and the cost of logistics and transportation is high

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