针对人工点滴输液方式测量和控制输液速度的不方便，研制智能输液速度测控系统。
To overcome the shortages of measurement and speed control of transfusion in the therapy, an intelligence speed control system for transfusion is developed.
测控单元均采用带CAN控制器的SOC单片机C8051F040处理器，测量和控制其电气设备。
The test control unit adopted SOC single chip C8051F040 processor which contained CAN controller to test and control its electric equipments.
本文介绍了一种用于蒸汽压力和流量测量与控制的智能测控器。
In this paper, a kind of intelligent measuring-controlling unit which is applied to the measurement and control of steam pressure and flow is introduced.
目的利用单片机技术设计多路温度测控系统，实现多路温度的测量和控制。
In order to realize the measurement and controlling of multi-channel temperature, multi-channel temperature-measuring and controlling system was designed by single-chip technology.
测试结果表明，该测控系统能够实现电机运行的起停和方向控制，并且能够准确测量电机起停的过渡过程及稳态过程。
With the system, data of moving of the motor is correctly collected, the motor is controlled effectively. The correctness of the system has been proved by the results.
介绍熔喷法非织造布生产线的微机实时测控系统，根据系统特点采用了基于专家控制规则的PID 复合控制算法，能够同时完成七路温度和流量的自动测量和控制。
The control system on the non-woven production line by MCS-51 single-chip computer were presented. According to the characteristic of the system, PID added expert control is used.
介绍熔喷法非织造布生产线的微机实时测控系统，根据系统特点采用了基于专家控制规则的PID 复合控制算法，能够同时完成七路温度和流量的自动测量和控制。
The control system on the non-woven production line by MCS-51 single-chip computer were presented. According to the characteristic of the system, PID added expert control is used.
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