LED 융합조명 자동화 조립 시스템의 피더에 관한 구조해석 및 동특성 해석

Abstract

In the current lighting market, LEDs that have a high luminous efficiency and a long life and consumes less power have emerged as next generation lighting. Owing to various designs and sizes of LEDs, the production process of existing LEDs requires manual labor. Because the production process of LEDs involves many tasks that require manual labor, the assembly of LEDs necessitates manpower. Owing to the use of manpower, the production costs of LEDs increases and production efficiency decreases. Recently, the assembly parts of LEDs have been standardized for minimizing manual labor, and an LED is developed as the LED panel. The automatic assembly system produces the LED convergency Lighting by assembling two LED panels and one diffusion cover. In order to increase the production efficiency of convergent LED lighting module, the development of a feeder that can continuously supply the LED panels required whose design has sufficient stability is important. The automatic assembly system of convergent LED lighting module consists of two feeders, which convey LED panels and diffusion covers to a main conveyor, and it which assembles the lifted panels and covers. In this study, structural analysis and fatigue life for forced loads on conveyer line of feeder in process lifting LED Panel and Diffusion Cover of each feeder were analyzed. In addition, the driving behavior of the belt consisted of the conveyor line of each feeder was simulated, and the dynamic characteristics of the belt is analyzed using the virtual engineering method.