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大型景观伞控制系统研究与设计

Research and Design of Control System for Large Landscape UmbrellaYang Lin, Zhao Xiangyun, Tang Yu, Zhang Lei, Xie Huifeng

  • 摘要: 大型商业场所和景区配置的户外景观伞多依靠人工收放,操作费时且开合一致性差,天气突变时设备易因收拢不及而受损。对此本文设计了一套以PLC为控制核心、伺服电机为驱动的自动控制系统,引入伺服驱动闭环调节,使开关伞重复定位误差明显缩小。同时配置本地触摸屏和手机APP与Web网页远程控制。现场测试表明,该系统稳定可靠、通信畅通,验证了可行性与经济性,对户外设施从纯机械式向智能化方向演进具有借鉴意义。

     

    Abstract: Large outdoor landscape umbrellas in commercial venues and scenic spots are mostly operated by hand. The process is slow, and the consistency of opening and closing is poor. When the weather shifts suddenly, failing to fold it in time may cause equipment damage. This paper proposes an automatic control system built on a PLC and a servo motor. The servo-driven closed-loop regulation significantly reduces the repetitive positioning error during opening and closing. A local touch screen is paired with remote operation through a mobile app and web interface. Field tests confirm stable and reliable operation with smooth communication, supporting the system"s feasibility and cost-effectiveness. The work offers a reference for moving outdoor installations from purely mechanical operation toward intelligent control.

     

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