A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to application of the Internet-of-Things technology in the irrigation field, in particular to a control system and control method of a farm irrigation gate. Control can be convenient and rapid, a communication method is simple, energy consumption of the single irrigation gate is low, and therefore the size of a storage battery is small, the storage battery can be directly mounted on the gate structure, and system erecting is more convenient. The farm irrigation gate comprises a cloud platform used for being in communication with a main gate, the main gate used for being in communication with the cloud platform and sub-gates and the multiple sub-gates used for being in communication with the main gate. The main gate comprises a first storage battery used for supplyingpower to the main gate, a control module, a wireless communication module used for being in communication with the cloud platform and a first Lora wireless communication module used for being in communication with the sub-gates. The control module is electrically connected with the wireless communication module and the first Lora wireless communication module and is electrically connected with thefirst storage battery.
本发明涉及一种灌溉领域中的物联网技术运用，具体为一种农田灌溉闸门控制系统及控制方法可实现控制便捷且通信方法简单，单个灌溉闸门的耗能低，从而实现蓄电池体积较小，可直接安装在闸门结构上，更加便于系统架设；包括用于与主闸门通信的云平台、用于与云平台和子闸门通信的主闸门和用于与主闸门通信的若干子闸门，所述主闸门包括用于为主闸门供电的蓄电池一、控制模块、用于与云平台通信的无线通信模块和用于与子闸门通信的Lora无线通信模块一；所述控制模块分别与无线通信模块和Lora无线通信模块一电连接，所述控制模块与蓄电池一电连接。
The invention relates to application of the Internet-of-Things technology in the irrigation field, in particular to a control system and control method of a farm irrigation gate. Control can be convenient and rapid, a communication method is simple, energy consumption of the single irrigation gate is low, and therefore the size of a storage battery is small, the storage battery can be directly mounted on the gate structure, and system erecting is more convenient. The farm irrigation gate comprises a cloud platform used for being in communication with a main gate, the main gate used for being in communication with the cloud platform and sub-gates and the multiple sub-gates used for being in communication with the main gate. The main gate comprises a first storage battery used for supplyingpower to the main gate, a control module, a wireless communication module used for being in communication with the cloud platform and a first Lora wireless communication module used for being in communication with the sub-gates. The control module is electrically connected with the wireless communication module and the first Lora wireless communication module and is electrically connected with thefirst storage battery.
本发明涉及一种灌溉领域中的物联网技术运用，具体为一种农田灌溉闸门控制系统及控制方法可实现控制便捷且通信方法简单，单个灌溉闸门的耗能低，从而实现蓄电池体积较小，可直接安装在闸门结构上，更加便于系统架设；包括用于与主闸门通信的云平台、用于与云平台和子闸门通信的主闸门和用于与主闸门通信的若干子闸门，所述主闸门包括用于为主闸门供电的蓄电池一、控制模块、用于与云平台通信的无线通信模块和用于与子闸门通信的Lora无线通信模块一；所述控制模块分别与无线通信模块和Lora无线通信模块一电连接，所述控制模块与蓄电池一电连接。
Control system and control method of farm irrigation gate
一种农田灌溉闸门控制系统及控制方法
WANG JING (author)
2020-06-23
Patent
Electronic Resource
Chinese
Irrigation area measurement and control integrated gate system and operation control method
| European Patent Office | 2023
Multipurpose irrigation and gate control integrated pump station
| European Patent Office | 2022
| British Library Conference Proceedings | 1999
Intelligent adjustment irrigation area measurement and control integrated gate
| European Patent Office | 2023