A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Corn field water-saving irrigation system and method
The invention relates to a corn field water-saving irrigation system. The corn field water-saving irrigation system comprises a water tower, a water pump, an output main pipeline, conveying branch pipes, spray pipes and sprayers. The water pump is connected with the multiple conveying branch pipes, and each conveying branch pipe is provided with a branch valve which is independently controlled. The conveying branch pipes are fixed along the ground through hoops and positioning piles; protection boxes are arranged on the outer sides of the conveying branch pipes, wireless transmitters and soil moisture sensors are arranged in the protection boxes, and detection ends of the soil moisture sensors are inserted into the ground. A plurality of relay transceivers are arranged on the corn field; soil humidity data sensed by the soil moisture sensors are sent to the nearby relay transceivers through the wireless transmitters; and the multiple relay transceivers transmit the data in a relay mode, finally send the data to a data integrated controller and transmit the data to a control background through the data integrated controller, and the control background adjusts opening, closing and opening degrees of the branch valves of the conveying branch pipes and the power of the water pump according to a preset program so as to achieve the purpose of water-saving irrigation.
本发明涉及一种玉米地节水灌溉系统，包括水塔、水泵、输出总管道、输送分支管、喷管和喷头。水泵与若干根输送分支管连接，每根输送分支管上设有独立控制的支路阀。在输送分支管通过该卡箍和定位桩将输送分支管沿地面固定；输送分支管外侧设防护盒，防护盒内设有无线发射器和土壤水分传感器，该土壤水分传感器的探测端头插入到地面以下。在玉米地上设有中继收发器；该土壤水分传感器感测的土壤湿度数据，通过无线发射器发送给附近的中继收发器；多个中继收发器将数据接力式传输，最终发送至数据集中控制器，经数据集中控制器传送给控制后台，控制后台根据预设程序对输送分支管的支路阀的启闭和开度及水泵的功率进行调节，以达到节水灌溉的目的。
Corn field water-saving irrigation system and method
The invention relates to a corn field water-saving irrigation system. The corn field water-saving irrigation system comprises a water tower, a water pump, an output main pipeline, conveying branch pipes, spray pipes and sprayers. The water pump is connected with the multiple conveying branch pipes, and each conveying branch pipe is provided with a branch valve which is independently controlled. The conveying branch pipes are fixed along the ground through hoops and positioning piles; protection boxes are arranged on the outer sides of the conveying branch pipes, wireless transmitters and soil moisture sensors are arranged in the protection boxes, and detection ends of the soil moisture sensors are inserted into the ground. A plurality of relay transceivers are arranged on the corn field; soil humidity data sensed by the soil moisture sensors are sent to the nearby relay transceivers through the wireless transmitters; and the multiple relay transceivers transmit the data in a relay mode, finally send the data to a data integrated controller and transmit the data to a control background through the data integrated controller, and the control background adjusts opening, closing and opening degrees of the branch valves of the conveying branch pipes and the power of the water pump according to a preset program so as to achieve the purpose of water-saving irrigation.
本发明涉及一种玉米地节水灌溉系统，包括水塔、水泵、输出总管道、输送分支管、喷管和喷头。水泵与若干根输送分支管连接，每根输送分支管上设有独立控制的支路阀。在输送分支管通过该卡箍和定位桩将输送分支管沿地面固定；输送分支管外侧设防护盒，防护盒内设有无线发射器和土壤水分传感器，该土壤水分传感器的探测端头插入到地面以下。在玉米地上设有中继收发器；该土壤水分传感器感测的土壤湿度数据，通过无线发射器发送给附近的中继收发器；多个中继收发器将数据接力式传输，最终发送至数据集中控制器，经数据集中控制器传送给控制后台，控制后台根据预设程序对输送分支管的支路阀的启闭和开度及水泵的功率进行调节，以达到节水灌溉的目的。
Corn field water-saving irrigation system and method
玉米地节水灌溉系统及灌溉方法
ZHANG MEIWEI (author) / QIAO JIANGFANG (author) / LI ZHIYUAN (author) / ZHANG PANPAN (author) / HE NING (author) / LI CHUAN (author) / NIU JUN (author) / YU TING (author)
2021-04-16
Patent
Electronic Resource
Chinese
IPC:
A01G
Gartenbau
,
HORTICULTURE
/
A01C
Pflanzen
,
PLANTING
/
A01M
Tierfang, Tierfallen oder Abschreckvorrichtungen für Tiere
,
CATCHING, TRAPPING OR SCARING OF ANIMALS
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
/
H04W
WIRELESS COMMUNICATION NETWORKS
,
Drahtlose Kommunikationsnetze
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