基于物联网的养鱼场管理系统

Yi-Chen Wu, Chiung-Hsing Chen, Shao-En Kao, Jwu-Jenq Chen
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引用次数: 1

摘要

台湾夏季台风带来的暴雨往往给养殖业造成巨大损失,冬季寒流则造成遮目鱼的猝死。同时,人力不足也是潜在的问题之一。基于以上因素,本文采用无线传输技术配合各种传感器将数据传输到服务器。它可以提高生产能力,有效降低死亡率和人力成本。由于pH传感器不能长时间放置在水中进行测量,因此需要人力和时间将仪器带到养鱼场进行检测。因此,开发了一种机械臂来完成一系列自动测量和维护动作。这样,本设计可以改善pH传感器的污染问题,避免测量误差。该智能系统可24小时不间断工作,有效减少人员、物资损失和数据错误。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fish Farm Management System Based on IoT
The torrential rains brought by typhoons in Taiwan during the summer often cause huge losses to aquaculture, while cold snap in winter cause the sudden death of the milkfish. Simultaneously, the lack of manpower is also one of the potential problems. Based on the above factors, this paper uses wireless transmission technology with various sensors to transmit the data to the server. It can increase the productive capacity and effectively reduce the mortality rate and manpower costs. Since the pH sensor cannot be placed in the water for a long time to measure, it takes manpower and time to take the instrument to the fish farm for detection. Therefore, a robotic arm was developed to complete a series of automatic measurement and maintenance actions. In this way, this design can improve the problem of contamination of the pH sensor and avoid the measurement error. This intelligent system can work twenty-four hours a day and effectively reduce the loss of personnel, material, and data errors.
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