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Design of Automatic Drinking Water Supply System for Poultry Cage

机译：家禽笼自动饮用水系统设计

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摘要

The rapid development of agro-industry necessitates the need for more advanced technology. Specifically in the poultry sector, there are requirements for technology applications, such as in the drinking water supply management. A solution for water supply management system is proposed in this paper. The system is constructed using Arduino Uno as microcontroller, water level sensor to detect change of water volume, and flow sensor to detect for leakage. The working principle of this system is to control water level in the pipes used to deliver water to the poultry cages and detect whether there is a leakage or not between the pipeline nipples. The system uses two microcontrollers to monitor the pipes and communicate to each other using Wi-Fi. The system should also be able to dispense vaccination. The system has been built and tested, and it was found that the success rate of communication between Arduino Uno and other sensors is 100%. The accuracy of water level sensors in checking water level in the pipes is 100%. The success rate of the flow sensor in detecting leakage is 100%. The system is able to communicate between host and client using Wi-Fi and is able to simulate vaccination.
机译：农业产业的快速发展需要需要更先进的技术。特别是在家禽部门，有技术应用要求，如在饮用水供应管理中。本文提出了一种供水管理系统。该系统采用Arduino Uno作为微控制器，水位传感器来构造，以检测水量的变化，以及检测泄漏的流量传感器。该系统的工作原理是控制用于将水输送到家禽笼中的管道中的水位，并检测管道乳头之间是否存在泄漏。系统使用两个微控制器来监视管道并使用Wi-Fi互相通信。该系统还应该能够分配疫苗接种。该系统已经建成和测试，发现Arduino UNO与其他传感器之间的通信成功率为100％。水位传感器在检查管道中的水位传感器的准确性为100％。检测泄漏中流量传感器的成功率为100％。该系统能够使用Wi-Fi在主机和客户端之间进行通信，并且能够模拟疫苗接种。

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