综述了国内外微流体控制系统中微泵技术的研究现状，介绍了几种常用微型泵的工作结构原理，并讨论现有技术中存在的一些问题，以及提出了尝试解决的办法。
The current status of its research, its structural designs and working principle are presented in this paper. Some problems existed are discussed and their solutions are put forward too.
在此基础上，提出了微流体数字化技术用压电驱动控制系统的特殊设计要求。
And it proposed the special design requirements of piezoelectric driving control system, which were applied for Digitalization of Microfluidic technology by above conclusions.
驱动控制系统是微流体数字化技术各项应用中的重要设备系统。
The driving control system is the important equipment system in the applications of Digitalization of Microfluidic technology.
本文在一些成功的微流体器件的设计加工基础上，提出了一种计算机控制的微流量测量与控制系统，对各个微机械器件做了介绍，并分析了系统的可行性。
A computer controlled micro flow measuring and controlling system is present on the base of preparing some completed micro flow devices such as micropump and microvalve in this paper.
本文在一些成功的微流体器件的设计加工基础上，提出了一种计算机控制的微流量测量与控制系统，对各个微机械器件做了介绍，并分析了系统的可行性。
A computer controlled micro flow measuring and controlling system is present on the base of preparing some completed micro flow devices such as micropump and microvalve in this paper.
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