The first aim of the study is to improve the productivity by uniformizing the thickness of coating and reducing quality-inspection time. The second aim is to cut down on the raw materials for coating by prevent the waste of spraying in the air during a painting process through a real-time coating-sizerecognition monitering to fit the target components. To achieve the two aims, a simplified version of automatic coating control system for recognition of coating for vessels and Spray. With the sytem, following effects are expected:
First, quality improvement will be achieved by uniformizing the film-thickness.
Second, it will reduce the waste of coating paint by constructing the speed of the coating, the spray gun robot transfer time, and the number of DBs according to the size of the vessel.
Third, as a 3D industry, it will be able to solve the difficulty of supply of labors and save up the labor costs.
Therefore, in the future, further research will be needed to be applied to various products with DB design that designates the variable value, which is added for each type of pieces by comparing the difference between various types of workpieces and linear ones.

Abstract
1. 서 론
2. 연구내용
    2.1 분체도장과 액체도장 개요
    2.2 컨베이어 시스템
3. 간이형 자동도장 시스템 설계
4. 결론 및 향후연구
5. References

• 정영득(전주비전대학교) | Young-Deuk Jung (Vision University of Jeonju) Corresponding Author