Split copying packing container

Abstract

The invention relates to a split copying packing container. The split copying packing container comprises a container body (1); the internal bottom surface of the container body (1) is divided into multiple independent areas by grids (2); and copying embedded plates (3) embedded in the grids (2) are arranged in the grids (2) as needed. The bottom of the container body adopts the grid design, and the outer periphery adopts the reinforcing rib design, so that the safety and the stability are excellent, and the durability is achieved; a container cover and the container body are flatly designed to facilitate lamination of multiple packing containers; the internal of the container body adopts the split embedded plate structure, so that different embedded plates can be flexibly replaced to bear different products; the split embedded plates adopt the copying design according to different products, are designed as special structures according to the product shapes, and tightly fix the products to effectively prevent collision; and the special structures are only suitable for inherent products to prevent mixed packing of other products.

Description

technical field [0001] The invention relates to a split-type profiling packing box, which is used for placing and transporting parts of mechanical products. Background technique [0002] In today's economic globalization, packaging has been integrated with products. As a means of realizing product value and use value, packaging plays an extremely important role in the fields of production, circulation and delivery. The basic purpose of storage and transportation packaging in the mechanical field is to protect the product, to ensure that the product can be protected in good condition before the customer puts it into use, and its use value can be realized. However, in reality, ordinary packaging boxes often cannot provide effective protection. During the process of transshipment, storage, and loading and unloading, product displacement and bumps are often caused by vibration and impact, resulting in product bruises and defects, and serious product breakage. Due to the impact...

AI Technical Summary

Problems solved by technology

However, in reality, ordinary packaging boxes often cannot provide effective protection. During the process of transshipment, storage, and loading and unloading, product displacement and bumps are often caused by vibration and impact, resulting in product bruises and defects, and serious product breakage.

Due to the impact of the environment, it may also cause moisture, mildew, and rust on the products inside the box, which will affect the performance of the product.

Product damage directly leads to an increase in product cost, resulting in waste of man-hours and materials, and even causing customer complaints, which affects the company's reputation

In addition to protection, the packaging box also has the function of distinguishing. In the actual production process, due to the consistent shape of the packaging box, unclear identification, fatigue and negligence of personnel, there are occasional confusions between different products in the packaging, causing very bad effects

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