CAJ | 학술논문

　　为解决民政行业殡仪场所空气污染问题，研制了一种专用于殡仪场所空气净化的消毒机。以滤网过滤技术、活性炭吸附技术、纳米光催化技术为设计基础，应用改进混沌优化算法与智能PID 最优控制算法设计了智能风面控制系统，优化设计了空气消毒机的结构参数，最后制作样机。结果表明，设计的纳米TiO2光催化空气净化消毒机具有良好的消毒能力且操作简便，对环境空气具有良好的消毒净化功能，可替代紫外线用于殡仪场所空气净化和消毒。
　　위해결민정행업빈의장소공기오염문제，연제료일충전용우빈의장소공기정화적소독궤。이려망과려기술、활성탄흡부기술、납미광최화기술위설계기출，응용개진혼돈우화산법여지능PID 최우공제산법설계료지능풍면공제계통，우화설계료공기소독궤적결구삼수，최후제작양궤。결과표명，설계적납미TiO2광최화공기정화소독궤구유량호적소독능력차조작간편，대배경공기구유량호적소독정화공능，가체대자외선용우빈의장소공기정화화소독。
In order to reduce the air pollution discharged by funeral parlor of civil administration section during the funeral processes ,special antiseptic equipment was developed to purify the in-door air .Based on the filter technology ,activated carbon adsorption technology and photo-cata-lytic technology ,an intellectualized air flow control system was designed applying the modified chaos algorithm and PID optimal control algorithm .Then the prototype equipment was built at the optimal parameters .As shown by the experimental results ,the designed nano-TiO2 photo-catalytic antiseptic equipment is easy to operate and has a powerful antiseptic ability .This equip-ment can satisfyingly disinfect the air ,and therefore can replace the ultraviolet antiseptic equip-ment in the funeral parlor .