CAJ | 학술논문

为了提高系列化搅拌摩擦点焊设备的开发效率、降低硬件开发成本，对搅拌摩擦点焊设备单MCU便携控制终端的开发与集成进行了研究。阐述了搅拌摩擦点焊便携控制终端与点焊控制系统集成的开发方法，并对便携控制终端网络通信的实时性、精确性，以及点焊控制系统中解析器的设计进行了详细分析。该便携终端与点焊设备控制系统之间的集成开发方法，已在可移动式搅拌摩擦点焊装备平台上进行了验证，有效提高了便携终端在系列化搅拌摩擦点焊设备中的开发与设计效率。
위료제고계렬화교반마찰점한설비적개발효솔、강저경건개발성본，대교반마찰점한설비단MCU편휴공제종단적개발여집성진행료연구。천술료교반마찰점한편휴공제종단여점한공제계통집성적개발방법，병대편휴공제종단망락통신적실시성、정학성，이급점한공제계통중해석기적설계진행료상세분석。해편휴종단여점한설비공제계통지간적집성개발방법，이재가이동식교반마찰점한장비평태상진행료험증，유효제고료편휴종단재계렬화교반마찰점한설비중적개발여설계효솔。
In order to expand the friction stir spot welding equipment application need, increase the design efficiency and reduce the hardware cost, the development and integration of the friction stir spot welding machine’ s single MCU portable control terminal were researched. The development method of the integration of single MCU portable control terminal and friction stir spot welding ma?chine’ s control system was introduced, and design of the analyzer in the control system was analyzed in detail, as well as of real?time performance and precision of the network communication of the terminal. The development method of integration of the terminal and the spot welding control system has been verified on the platform of portable welding equipment, and design and development efficiency is improved.