Full-automatic production line for initiating explosive device primer cup metal surface treatment and process

Abstract

The invention provides a full-automatic production line for initiating explosive device primer cup metal surface treatment and a process. The full-automatic production line for initiating explosive device primer cup metal surface treatment is characterized by comprising a crane guide rail (1), a first crane (2), a second crane (3), material frames (4) and a metal surface treatment groove unit, wherein the first crane (2) and the second crane (3) can run on the crane guide rail (1), the material frames (4) are used for placing primer cups, and the metal surface treatment groove unit is located below the guide rail (1); and the first crane (2) and the second crane (3) are each provided with a manipulator (5) used for putting the material frames (4) into the metal surface treatment groove unit to be treated. The process based on the full-automatic production line is capable of conducting full-automatic treatment on the surface of initiating explosive device primer cup metal.

Description

technical field [0001] The invention relates to the field of metal surface treatment, in particular to a fully automatic production line and process for metal surface treatment of pyrotechnics primer shells. Background technique [0002] The weapons and pyrotechnics industry has always adopted manual operations for metal surface treatment such as pickling and passivation of copper primer shells such as bullets, instead of mechanization and full automation. In the process of chemically etching the surface of copper parts, the working speed is too fast, and the action of traditional mechanical equipment cannot meet the process requirements. [0003] Working in a corrosive environment, manual work has disadvantages such as high labor intensity, low efficiency, many personnel, and harsh working environment. Contents of the invention [0004] The object of the present invention is to provide a fully automatic production line and process for treating the metal surface of the py...

AI Technical Summary

Problems solved by technology

[0002] The weapons and pyrotechnics industry has always adopted manual operations for metal surface treatment such as pickling and passivation of copper primer shells such as bullets, instead of mechanization and full automation. In the process of chemically corroding the surface of copper parts, the working speed is too fast, and the action of traditional mechanical equipment cannot meet the process requirements

[0003] Working in a corrosive environment, manual work has disadvantages such as high labor intensity, low efficiency, many personnel, and harsh working environment.

Images