根据各种花卉栽培方式以及花卉的需水规律，应用可编程控制器自身的特点，对花卉进行合理的、有效的自动灌溉系统设计。
The automatic irrigation system is designed chiefly according to various cultivating methods, the water need regulation of flowers as well as the characteristics of programmable logical controller.
本论文详细地论述了由单片机为处理器的自动微灌溉控制器的硬件、软件设计、系统编程和抗干扰设计等方面的问题。
The hardware layout and software development for single chip microprocessor automatic micro-irrigation controller and system programming are presented in detail in this paper.
由微处理器根据采集来的数据，进行分析，然后控制电磁阀或继电器，从而提高灌溉的自动化程度。
By the microprocessor in accordance with the data collection, analysis, and then control the solenoid valve or relay, so as to enhance the automation of irrigation.
由微处理器根据采集来的数据，进行分析，然后控制电磁阀或继电器，从而提高灌溉的自动化程度。
By the microprocessor in accordance with the data collection, analysis, and then control the solenoid valve or relay, so as to enhance the automation of irrigation.
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