Automated robot spraying production line for large wind power products

Abstract

An automatic robot spraying production line used for large wind power products comprises a workshop, one or more spraying stations, one or more paint baking stations, a transferring device and an on-site air purification system. The spraying stations and the paint baking stations are arranged on the left and right sides of the workshop correspondingly. The paint baking stations are provided with independent paint baking rooms. The spraying stations are provided with spraying devices. The transferring device comprises a crane and a direct current electric trolley. A ground track of the electric trolley runs through the spraying stations and the paint baking stations. A sky track of the crane is parallel to the ground track. Top doors are arranged at the tops of the paint baking rooms. Side doors are arranged on the side faces of the paint baking rooms. Automatic robot spraying devices are used as the spraying devices. Each automatic robot spraying device comprises a spraying gun, a spraying gun action pulling mechanism, a workpiece action pulling mechanism and a control system, and the control system controls the spraying gun, the spraying gun action pulling mechanism, the workpiece action pulling mechanism and the on-site air purification system to act. Through the production line, the various problems in automatic spraying production of large wind power devices are solved.

Description

technical field [0001] The technical solution belongs to the technical field of mechanical processing, and is specifically an automatic robot spraying production line for large-scale wind power products. Background technique [0002] The technical status of spraying (painting or zinc spraying, etc.) The weight reaches about 50 tons) Spraying and baking are mostly completed at the same station, and are manually sprayed by the sprayer. Spraying and painting are carried out on the same site. Since the spraying process will release particles of spray materials such as paint or zinc in the air, these particles will affect the cleanliness of the paint surface during the baking process. It is inconvenient to use the manual spraying method, and the pollution generated during the spraying process will cause great harm to the operators. Contents of the invention [0003] Analysis of technical issues: [0004] 1. The spraying process at the same site has an adverse effect on the b...

AI Technical Summary

Problems solved by technology

Spraying and baking on the same site, since the spraying process will release particles of paint or zinc and other spraying materials in the air, these particles will affect the cleanliness of the paint surface during the baking process

It is inconvenient to use manual spraying method, and the pollution generated during the spraying process will cause great harm to the workers

Images