自動化磨邊倒角機拋光輪監控系統之研究

• Main Author: 陳銘裕
• Other Authors: 鍾翼能
• Format: Others
• Language: zh-TW
• Published: 2012
• Online Access: http://ndltd.ncl.edu.tw/handle/07093896881597073560

碩士 === 國立彰化師範大學 === 電機工程學系 === 100 === OLED panel display has many good advantages which are wide viewing angle, high contrast, small size, low power consumption, high reaction rate, low cost and self-luminous nature. It eliminates the need for color filters and backlight module of TFT-LCD, but the drawback is the low yield. This automation equipment uses a multi-type diamond grinding wheel to grind the panel edges and panel shaping chamfer, that can be remove the stress to avoid rupture and improve the quality of surface polishing using diamond polishing wheel. Grinding wheel and buff wheel are the consumables in the equipment, and buff wheel consumption is the largest. Response to user needs in order to save the polishing wheel replacement rate, improve product yield and simple operation. In this study, Programmable Logic Controller programming language with Mitsubishi Q-Motion motion controllers and Human Machine Interface setting to control the buff wheel agencies wrap the ditch and buff wheel replacement inform. Increase the buff wheel of repeat usage and to reduce the time spent by the operator to replace the buff wheel, so effective to improve the equipment utilization rate and improve product yield.