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박종권(Jong-Kweon Park),김찬봉(Chan-Bong Kim),송준엽(Jun-Yeob Song) 한국생산제조학회 2010 한국공작기계학회 추계학술대회논문집 Vol.2010 No.-
In this paper, the research activates through a R&D program developing technologies for micro-factory systems for the next generation during 1st year of the 3rd phase, year-7. In this stage, based on the developed technologies and understanding fundamental principles for micro-factory systems during the previous phases of this project, the overall direction of the launched R&D programs is towards development of practical micro-factory systems such as artificial teeth implants and μ-actuators and micro-lens systems. In order to accomplish the designed goals of this R&D program, the research groups were re-organized into three research teams according to target researches. Key technologies for next generation micro-factory systems were selected to be developed, which are BT micro-factory for dental implants and customized abutments, IT micro-factories for micro lens module and electromechanical components for mobile devices and next generation components for micro-factory. Some selected results from the researches in this ongoing R&D program were briefly covered.
PC 기반 제어기를 위한 Flowchart 활용 프로그래밍 환경의 개발
이희원(Hi-Won Lee),김기원(Ki-Won Kim),민병권(Byung-Kwon Min),이상조(Sang-Jo Lee),김찬봉(Chan-Bong Kim) 한국정밀공학회 2004 한국정밀공학회 학술발표대회 논문집 Vol.2004 No.10월
For agile production methods, manufacturing system requires development of a motion controller which has flexibility of general-purpose motion controller and productivity of specialized-purpose one. In this study we developed the Flowchart Programming development environment for Motion language and Process Control. The controller designed on this environment can be used as a general purpose motion controller of a machining tool. Design of control programming based on a flowchart has the advantage of reducing the time consumed and intuitive interface for users. We create the solution with the Microsoft Visio for the flowchart-based platform and OPC for the process communication.