Ecological flow automatic water taking device

• Main Authors: LU XINGDA, LI RONGPENG, WU WEIXIONG, MO MINGZHU, YANG SHIHUA, LI TIANXIANG, SU DONGYUAN, PENG JINCHAO, MENG YANZHAO, TAO YUANCONG, LIU ZONGQIANG, ZHENG SIWEN, LI MINGQUAN, LI WENBIN, ZHU FANGTAN, GAN XUEYING, GUAN YUNLEI, LIANG MINGHUI, BI FUGANG, LIANG LIN, LAN GANG, LI YANFANG, YAO YAO, TANG WEI, FENG SHIWEI, PENG PANPAN, ZOU YING, WU CHANGHONG, GAN FU, LIANG XINYUE, HUANG ZHENPING, HUANG KAI, ZENG ZHI, HUANG WEN'ER, LI WENXUN, LIANG LI, HE LINGZU, QIN SHUYIN, HUANG XUSHENG, SHAO JINHUA, LI WEIMENG, CHEN CHUN, DING CAN, WEI JIXIN, CHEN GUIYAN
• Format: Patent
• Language: Chinese; English
• Published: 26.07.2022
• Subjects: FIXED CONSTRUCTIONS; FOUNDATIONS; HYDRAULIC ENGINEERING; SOIL SHIFTING

The ecological flow automatic water taking device comprises a dam body and a surface layer water overflow opening built in the dam body, a water level detection groove extending in the vertical height direction of the dam body is formed in the dam body, and a pipe fitting moving groove communicating with the water level detection groove is formed in the dam body; and a water intake end socket plug is mounted in the water level detection groove in a sliding manner. According to the ecological flow automatic water taking device, the density of the buoyancy device is smaller than that of water, so that the buoyancy device can float on the water surface, the water level monitor on the buoyancy device detects the water level and transmits a signal to the main control box, the main control box receives information and starts the servo motor, and the output end of the servo motor drives the vertical screw shaft to rotate; when the water level is changed, the water intake end socket plug on the water intake end socke