This thesis starts from improve the ceramics 'production automation, it selects the actual project as a basis, ceramic kiln temperature measure and control system as a research object.
本文从提高日用陶瓷生产自动化程度的工作角度出发，以实际工程项目作为基础，将陶瓷窑炉温度测控系统作为研究对象。
The main steam pressure control system, bed temperature measure system, bed temperature adjust system and action condition of main fuel trip (MFT) are analyzed.
对主蒸汽压力控制系统、床温测量系统、床温校正系统和主燃料跳闸的动作条件进行了详细的分析。
This temperature control system used improved PID control arithmetic in software, fully considered measure of anti-jamming in hardware, the chart circuit and software flow chart are offered.
该温度控制系统。软件上采用了改进的增量型PID控制算法，硬件上充分考虑了抗干扰措施，并给出了硬件结构图与软件流程。
The features and designing measure of cold source, air distribution, diffuser, control methods and so on which are need for low temperature air system are analyzed.
文中分析了低温送风系统所需的冷源、气流组织、末端风口、控制策略等方面的特点和设计措施。
A computer intelligent control system for glasshouse is designed, and auto measure, intelligent adjustment and alarm function of temperature and humidity etc for glasshouse are carried out.
设计了温室的计算机智能控制系统，可实现温室的温度、湿度等指标的自动检测、智能调节和报警功能。
This paper presented single chip microcomputer aid temperature measure and control test system which is developed for the course test.
为配合课程实验本文开发了由单片机构成的温度测量与控制实验系统。
The chip MAX6675 is applied in the temperature measure circuit in the system. It simplifies the design of hardware and software and improves precision of control system.
本系统的温度检测电路中采用芯片MAX6675，简化了系统的软硬件设计，提高了温度检测的精度。
Aiming at the features of the breakdown, development and design were made on the cable tie-in temperature inspect-measure intelligent control system.
针对其故障特点，开发设计了电缆接头的温度监测智能控制系统。
Aiming at the features of the breakdown, development and design were made on the cable tie-in temperature inspect-measure intelligent control system.
针对其故障特点，开发设计了电缆接头的温度监测智能控制系统。
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