Spraying digital workshop

Abstract

The invention relates to a spraying digital workshop, including a spraying production line, a logistics system, a workshop monitoring and management system and a workshop information security intelligent protection system, which are all connected with a workshop manufacture execution system. The spraying production line is an operation environment provided for pretreatment, paint spraying, solidification and examination of products. The logistics system is used for achieving vehicle management according to tasks and path diagrams. The workshop manufacture execution system is used for making a spraying production plan, managing spraying operation and networking inter-system communication. The workshop monitoring and management system is used for timely managing, monitoring and alarming the spraying production. The workshop information security intelligent protection system is used for carrying out information protection for the spraying production line, the logistics system, the workshop monitoring and management system and the workshop manufacture execution system. The invention can comprehensively improve the automation level of the spraying process.

Description

technical field [0001] The invention relates to the technical field of digital workshops, in particular to a spraying digital workshop. Background technique [0002] Coating is a very important process in the manufacturing industry. It can effectively prevent the workpiece from being eroded by the external environment, thereby improving the life of the workpiece; and it can also beautify the appearance of the workpiece. [0003] However, in the field of aerospace, the spraying of the outer surface of aircraft and missiles has long relied on manual work. There are three major disadvantages in manual spraying: (1) The quality of the coating is unstable, the uniformity is poor, and the paint is wasted. (2) The labor intensity of the construction personnel is relatively large, the efficiency is low, and the number of people is large, but it still cannot meet the requirements of large-area construction operations; (3) The accuracy is low, and the spraying quality is completely co...

AI Technical Summary

Problems solved by technology

[0003] However, in the field of aerospace, the spraying of the outer surface of aircraft and missiles has long relied on manual work. There are three major disadvantages in manual spraying: (1) The quality of the coating is unstable, the uniformity is poor, and the paint is wasted. ; (2) The labor intensity of the construction personnel is high, the efficiency is low, and the number of people is large, but it still cannot meet the requirements of large-scale construction operations; (3) The accuracy is low, and the spraying quality is completely controlled by manual experience.

With the development of industrial technology, the manufacturing materials of military products such as aircraft and missiles are becoming more and more complex, and the process requirements for outer surface coatings are constantly improving. Traditional construction methods make the coating process a bottleneck in production capacity, and the process quality cannot meet the technical requirements.

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