A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Canal system water allocation system based on LORA communication technology
The invention discloses a canal system water allocation system based on LORA communication technology, which comprises an LORA control center and gate devices distributed on an irrigation district canal, the LORA control center is provided with a first LORA communication module, and each gate device comprises an opening and closing device and a power generation device; a second LORA communication module is arranged in a control box of the power generation device, the LORA control center achieves remote control over the gate through wireless communication between the first LORA communication module and the second LORA communication module, and the opening and closing device comprises the gate, an opening and closing machine, a first pressure sensor, a second pressure sensor, a third pressure sensor, a pressure control electromagnetic valve and a switch. The three pressure sensors installed on the gate body are used for controlling the pressure electromagnetic valve, so that the gate is controlled to ascend and descend, the structure is simple, operation is easy, stability and safety performance are good, and the problems that time and labor are wasted and safety is not high during irrigation and drainage in an irrigation area are solved.
本发明公开了一种基于LORA通信技术的渠系用水调配系统，包括LORA控制中心和分布在灌区渠道上的闸门装置，LORA控制中心设置有第一LORA通信模块，所述闸门装置包括启闭装置以及发电装置；所述发电装置的控制箱中设置有第二LORA通信模块，LORA控制中心通过第一LORA通信模块与第二LORA通信模块之间的无线通讯实现对闸门的远程控制，启闭装置包括闸门、启闭机、第一压力感应器、第二压力感应器、第三压力感应器、压力控制电磁阀和开关；通过闸门本体上安装的三个压力感应器来控制压力电磁阀，从而实现控制闸门升降，结构简单易操作，具有稳定性，安全性能好，解决了灌区灌排时费时费力、安全性不高的问题。
Canal system water allocation system based on LORA communication technology
The invention discloses a canal system water allocation system based on LORA communication technology, which comprises an LORA control center and gate devices distributed on an irrigation district canal, the LORA control center is provided with a first LORA communication module, and each gate device comprises an opening and closing device and a power generation device; a second LORA communication module is arranged in a control box of the power generation device, the LORA control center achieves remote control over the gate through wireless communication between the first LORA communication module and the second LORA communication module, and the opening and closing device comprises the gate, an opening and closing machine, a first pressure sensor, a second pressure sensor, a third pressure sensor, a pressure control electromagnetic valve and a switch. The three pressure sensors installed on the gate body are used for controlling the pressure electromagnetic valve, so that the gate is controlled to ascend and descend, the structure is simple, operation is easy, stability and safety performance are good, and the problems that time and labor are wasted and safety is not high during irrigation and drainage in an irrigation area are solved.
本发明公开了一种基于LORA通信技术的渠系用水调配系统，包括LORA控制中心和分布在灌区渠道上的闸门装置，LORA控制中心设置有第一LORA通信模块，所述闸门装置包括启闭装置以及发电装置；所述发电装置的控制箱中设置有第二LORA通信模块，LORA控制中心通过第一LORA通信模块与第二LORA通信模块之间的无线通讯实现对闸门的远程控制，启闭装置包括闸门、启闭机、第一压力感应器、第二压力感应器、第三压力感应器、压力控制电磁阀和开关；通过闸门本体上安装的三个压力感应器来控制压力电磁阀，从而实现控制闸门升降，结构简单易操作，具有稳定性，安全性能好，解决了灌区灌排时费时费力、安全性不高的问题。
Canal system water allocation system based on LORA communication technology
一种基于LORA通信技术的渠系用水调配系统
LUO QIANG (author) / NING QIAN (author) / HAN JUN (author) / DING SHENG (author) / CHEN BINGCAI (author)
2022-07-01
Patent
Electronic Resource
Chinese
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