Spraying dummy flange tool for wind power tower barrel manufacturing and spraying method using same

Abstract

The invention belongs to the technical field of wind power tower barrel manufacturing, particularly relates to a spraying dummy flange tool for wind power tower barrel manufacturing and a use method thereof. The spraying dummy flange tool for wind power tower barrel manufacturing aims to solve the problems that in the prior art, paint cannot be in contact with a tower wall, paint repair needs to be carried out after spraying is completed, a tower barrel cannot rotate during spraying, one-time spraying forming cannot be achieved, and thickness uniformity of the whole paint film is influenced. According to the following scheme, the spraying dummy flange tool for wind power tower barrel manufacturing comprises a rotating wheel component, wherein supporting leg components are arranged at the top of the rotating wheel component, three flange butt joint components are arranged at the tops of the supporting leg components, a reinforcing plate is arranged in the center of the tops of the supporting leg components, two forklift holes are formed in the supporting leg components, and a rotating wheel connecting piece is arranged between the rotating wheel component and the supporting leg components. According to the spraying dummy flange tool for wind power tower barrel manufacturing, the outer wall of the tower barrel does not need to make direct contact with a roller frame, so that supplementary spraying is not needed after paint spraying is completed; and the overall tower barrel can be sprayed at a time, and therefore the paint spraying quality and the working efficiency are improved.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented method described in the patents relates to prevention from damaging painted surfaces during maintenance or repairs for turbine blinds used in energy generation systems. It involves suspending the outside surface of the blade's outer layer within a chamber where it faces upwardly towards the atmosphere without touching any parts inside them. Additionally, there may be multiple types of coatings needed depending upon factors like weather conditions and how well they look over their exterior walls. These methods improve the overall performance and durability of these components compared to traditional ways of applying paints.

Problems solved by technology

This technical problem addressed by this patented technology relates to improving the process of producing wind turbines without touching their parts or requiring multiple steps before getting them painted properly.

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