Designing an early flood detection system prototype in riverbank settlements

Dita Dwi Hartanto, Peby Wahyu Purnawan
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引用次数: 1

Abstract

There is still a lot of use of the floodgates in the main hole to drain the residential water into the river is still operated manually by someone in charge of opening and closing the floodgates. It is less efficient and often happens to the operator, so the water overflows and can lead to flooding. In this final task, a prototype of an early flood detection system and the automation of sewerage in a settlement located on the riverbanks. The control of floodgates on the main hole works automatically according to the signal from a sensor that reads the state of the water level. Main hole floodgates will work when the river water enters it at a specific limit that sensors will read and provide information on the level of river water in it to someone via WhatsApp to prevent river water from entering the settlement. When the main hole door is closed automatically, the residential water flow will be directed to a temporary reservoir. When the temporary reservoir is full, the sensor will signal to activate the discharge pump that will be discharged into the river to dispose of the water in the reservoir. The design and testing of flood early detection prototype tools and residential water disposal automation can work well by the design principle.
河岸聚落早期洪水探测系统原型设计
仍然有很多人使用主孔的水闸将居民用水排入河中,仍然是由负责打开和关闭水闸的人手动操作。它的效率较低,并且经常发生在操作人员身上,因此水溢出并可能导致水淹。在最后一项任务中,一个早期洪水检测系统的原型和位于河岸上的定居点的污水处理自动化。根据读取水位状态的传感器发出的信号,控制主孔上的水闸自动工作。当河水以特定的限制进入主孔时,传感器将读取并通过WhatsApp向某人提供有关河水水位的信息,以防止河水进入定居点。当主孔门自动关闭时,住宅水流将被引导到临时水库。当临时水库满时,传感器将发出信号激活排放泵,该泵将被排放到河中,以处理水库中的水。根据设计原理,对洪水早期检测原型工具和居民污水处理自动化进行了设计和测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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24 weeks
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