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A platform for research: civil engineering, architecture and urbanism
Floating mushroom head automatic water taking device and construction method thereof
The invention discloses a floating mushroom head automatic water taking device and a construction method thereof. The floating mushroom head automatic water taking device comprises a mushroom head water taking head portion, a filling floating body, inclined plate telescopic devices, a turbidity sensing device and an automatic on-off valve, wherein the mushroom head water taking head portion comprises a water accumulation hopper and a water outlet pipe communicating with the bottom of the water accumulation hopper. The filling floating body is fixed to the periphery and bottom center of the water accumulation hopper. The multiple inclined plate telescopic devices are circumferentially evenly arranged at a top water inlet of the water accumulation hopper. The turbidity sensing device is arranged in the water accumulation hopper. The automatic on-off valve is arranged on the water outlet pipe. The turbidity sensing device is used for detecting the turbidity of water in the water accumulation hopper. A controller controls the inclined plate telescopic devices to make a telescopic adjustment according to a set threshold and meanwhile controls the automatic on-off valve to be switched onand switched off. Water enters the mushroom head water taking head portion from the center, and after the water enters the water accumulation hopper, the water flows into a water-collecting well through the water outlet pipe. The constructing method adjusts measures to local conditions and site operation is facilitated.
本发明公开了一种漂浮蘑菇头自动取水装置及其施工方法，该装置包括蘑菇头取水头部、填充浮体、斜板伸缩装置、浊度感应装置和自动启闭阀门；其中，蘑菇头取水头部包括积水斗，以及与积水斗的底部相连通的出水管；填充浮体固定在积水斗周向及底部中心位置处；若干斜板伸缩装置周向均匀设置在积水斗的顶部进水口处，浊度感应装置设置在积水斗内，自动启闭阀门设置在出水管上，浊度感应装置用于检测积水斗内水的浊度，并通过控制器根据设定阈值控制斜板伸缩装置进行伸缩调节，同时控制自动启闭阀门的开启和关闭；该蘑菇头取水头部为中心进水，水进入积水斗后，通过出水管流入集水井中。该施工方法因地制宜，便于现场施工操作。
Floating mushroom head automatic water taking device and construction method thereof
The invention discloses a floating mushroom head automatic water taking device and a construction method thereof. The floating mushroom head automatic water taking device comprises a mushroom head water taking head portion, a filling floating body, inclined plate telescopic devices, a turbidity sensing device and an automatic on-off valve, wherein the mushroom head water taking head portion comprises a water accumulation hopper and a water outlet pipe communicating with the bottom of the water accumulation hopper. The filling floating body is fixed to the periphery and bottom center of the water accumulation hopper. The multiple inclined plate telescopic devices are circumferentially evenly arranged at a top water inlet of the water accumulation hopper. The turbidity sensing device is arranged in the water accumulation hopper. The automatic on-off valve is arranged on the water outlet pipe. The turbidity sensing device is used for detecting the turbidity of water in the water accumulation hopper. A controller controls the inclined plate telescopic devices to make a telescopic adjustment according to a set threshold and meanwhile controls the automatic on-off valve to be switched onand switched off. Water enters the mushroom head water taking head portion from the center, and after the water enters the water accumulation hopper, the water flows into a water-collecting well through the water outlet pipe. The constructing method adjusts measures to local conditions and site operation is facilitated.
本发明公开了一种漂浮蘑菇头自动取水装置及其施工方法，该装置包括蘑菇头取水头部、填充浮体、斜板伸缩装置、浊度感应装置和自动启闭阀门；其中，蘑菇头取水头部包括积水斗，以及与积水斗的底部相连通的出水管；填充浮体固定在积水斗周向及底部中心位置处；若干斜板伸缩装置周向均匀设置在积水斗的顶部进水口处，浊度感应装置设置在积水斗内，自动启闭阀门设置在出水管上，浊度感应装置用于检测积水斗内水的浊度，并通过控制器根据设定阈值控制斜板伸缩装置进行伸缩调节，同时控制自动启闭阀门的开启和关闭；该蘑菇头取水头部为中心进水，水进入积水斗后，通过出水管流入集水井中。该施工方法因地制宜，便于现场施工操作。
Floating mushroom head automatic water taking device and construction method thereof
一种漂浮蘑菇头自动取水装置及其施工方法
SUN XIN (author) / SUN ZHE (author) / LI MENG (author) / LIU MINGWEN (author) / XIE YUE (author) / ZHANG JIARUI (author) / YAN YAO (author)
2020-06-26
Patent
Electronic Resource
Chinese
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