面向对象设计的农作物温控系统应用研究  

Application Research of the Crops Temperature Control System Based on Object-oriented Design

作　　者：徐世英[1] Xu Shiying(Tangshan Polytechnic College,Tangshan 063299,China)

机构地区：[1]唐山工业职业技术学院,河北唐山063299

出　　处：《农机化研究》2023年第1期224-228,共5页Journal of Agricultural Mechanization Research

基　　金：河北省科技计划项目(17210326)。

摘　　要：为进一步扩大我国农作物温控系统的高效利用,实现农作物产量与质量的提升,针对用于大棚农作物种植与监控的温控系统展开研究。在当前农作物参数因子监控原理的基础上,基于面向对象设计方法,搭建用于温度控制调节的设计模型,通过硬件布局与软件设计形成结构完整的农作物温控系统。进行该理念下的应用试验,结果表明:面向对象设计下的农作物温控系统设计合理,经数据对比与长期运行后,温控系统的设计布局紧凑性与系统运行稳定率均可维持在90%以上,监控准确率相对提高了8.49%,有利于农作物温控系统实现效率优化。In order to further expand the efficient use of crop temperature control system in China,and improve the yield and quality of crops,the temperature control system for greenhouse crop planting and monitoring was studied.On the basis of the current crop parameter factor monitoring principle,the design model for temperature control and regulation was established by object-oriented design method.Then the crop temperature control system with complete structure was formed through hardware layout and software design.At the same time,the application test under the concept was carried out and the results showed that the design of crop temperature control system based on object-oriented design was reasonable,and after the data comparison and long-term operation,the compactness of the design layout and the stability rate of the system could be maintained above 90%,and the monitoring accuracy of the system was relatively increased by 8.49%.The application test results were good,which would be conducive to the optimization of the efficiency of the crop temperature control system,and would also provide a good inspiration direction for the improvement of other integrated monitoring systems.

关 键 词：面向对象 温控系统 监控准确率 效率优化 大棚 

分 类 号：S625.51[农业科学—园艺学]