The main results and conclusions of this study are as follows : 1 . the cn2006 bioartificial liver supporting device realized computer - based closed - loop control 主要研究结果及结论如下: 1 . cn2006型生物人工肝支持装置的主要操作,均在计算机平台上实现闭环控制。
3 . the cn2006 bioartificial liver supporting device was developed by using the preci - sion nc machine tools , with optimalized manufacturing process , electrical wiring , and 3 .采用精密数控机床进行机械加工,然后优化工艺、电气布线、调试,研制出cn2006型生物人工肝支持装置,并获国家专利。
Hence , in the present study , we aimed at the disadvantages of currently available bioartificial liver supporting devices , the international trend in the development of such devices , and the clinical demands , and developed the bioartificial liver supporting device suitable for chinese patients 本研究针对现有生物人工肝支持装置存在的不足,从国际发展趋势和临床治疗实际需求出发,研制适宜于中国国情的生物人工肝支持装置。
The user can adjust the system according to the touchscreen display . 2 . mechatronics - based control was realized by combining programmable logic controler ( plc ) and human - machine interface technology , which can control the cn2006 bioartificial liver supporting device and has advantages such as being reliable , stable , safe , and easy to develop and expand 2 .应用可编程控制器( plc )与人机界面的技术组合,实现机电一体化控制,能满足cn2006型生物人工肝支持装置控制系统要求,具有成熟可靠、稳定性好、安全性高、开发容易、扩展性好等诸多优点。