Trace management tray of part, assembly unit and tool

Abstract

The invention discloses a trace management tray of a part, an assembly unit and a tool. The trace management tray of the part, the assembly unit and the tool comprises a tray body, the tray body is compounded of an upper polymer material and a lower polymer material, wherein the thickness of the upper polymer material is 0.5-40 mm, the thickness of the lower polymer material is larger than the thickness of the tool, the upper polymer material and the lower polymer material are different in color, the tray body is provided with a plurality of three-dimensional clamping groove positions used forcontaining and storing tools, and the tray body can be made of a single-color integrated high-molecular material. The trace management tray of the part, the assembly unit and the tool can be used forreasonably and orderly arranging the part, the assembly unit and the tool, the shape of the three-dimensional clamping groove is the same as the shape of the part, the assembly unit and the tool, sothat the part, the assembly unit and the tool can be stably placed, and additional concave space enables the part, the assembly unit and the tool to be easily taken out; the double-layer double colorscan effectively warn the part, the assembly unit or the tool located in the position is not placed in the three-dimensional clamping groove position, so that omission and loss of the part, the assembly unit and the tool are effectively eradicated.

Description

technical field [0001] The invention relates to the technical field of protective devices for production site management in the aerospace, aviation and machinery manufacturing industries, and in particular to a pallet for managing traces of parts, components and tools. Background technique [0002] In the production environment of traditional aerospace, aviation, and machinery manufacturing industries, due to the frequent use of manual parts, components, and tools, problems such as random placement and loss may occur. A common solution is to place simple storage cabinets and storage boxes during daily use. But this method is prone to the following problems: [0003] (1) When there are many types of parts, components, and tools, it is more difficult to classify and return. Individuals are less willing to return according to the system. Traditional storage cabinets and storage boxes cannot realize the function of actively classifying and identifying storage, which eventually ...

AI Technical Summary

Problems solved by technology

[0003] (1) When there are many types of parts, components, and tools, the difficulty of classifying and returning increases. Individuals are less willing to return according to the system. Traditional storage cabinets and storage boxes cannot realize the function of actively classifying, identifying, and storing, which eventually leads to chaotic storage;

[0004] (2) The operating environment is complex, and parts, components, and tools are prone to loss and damage, and it is impossible to make statistics on the actual use of parts, components, and tools, which will eventually lead to the shortage of some parts, components, and tools affecting the operation;

[0005] (3) It is difficult to implement the accountability mechanism after the loss and damage of parts, components and tools

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