Control and Monitoring System for Livestock Feeding Time via Smartphone

J. S. Eik, F. Yakub, M. Ilham, K. Aina, U. Nasrah, A. N. Fakharulrazi, A. Harun
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引用次数: 1

Abstract

The livestock farming sector usually require a lot of manpower and may face problems such as adhering the designated feeding schedule. Therefore, this paper intends to aid in this sector by bringing the smart feeder system. The main objective of this paper is to control and monitor livestock feeding time using application via smartphones. This is to ensure that the livestock are fed according to the right schedule. This paper also highlighted the advantage of the smart feeder system where it can be used to save up money and energy that can be obtained by having less labor workers. This is because of the hopper storage that can accommodate the food up to three days. The importance of this system is its ability to automate the feeding system for the livestock. The smart feed system designed is different from the existing livestock feeding machines that are available anywhere in the market due to the implementation of Internet of Things (IoT) in the system. The usage of IoT allows farmers to set the feeding schedule automatically by using an application via smartphone. Besides, users will also be informed on the weight of food in the storage and food container through the application. This will allow the users to monitor the food storage and only come to refill it when it is empty. Farmers can also observe whether the livestock have eaten or not by getting updated on the level of food of the food storage using an ultrasonic sensor.
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基于智能手机的家畜饲养时间控制与监控系统
畜牧业通常需要大量人力,并可能面临诸如遵守指定的喂养时间表等问题。因此,本文打算通过引入智能馈线系统来帮助这一领域。本文的主要目的是通过智能手机应用程序来控制和监测牲畜的喂养时间。这是为了确保按照正确的时间表喂养牲畜。本文还强调了智能馈线系统的优势,它可以节省资金和能源,这可以通过减少劳动力来获得。这是因为料斗的储存可以容纳食物长达三天。该系统的重要之处在于它能够实现牲畜饲养系统的自动化。设计的智能饲料系统不同于市场上随处可见的现有牲畜饲料机,因为系统中实现了物联网(IoT)。利用物联网,农民可以通过智能手机使用应用程序自动设置喂养时间表。此外,用户还可以通过应用程序了解储存和食品容器中食品的重量。这将允许用户监控食物储存,只有当它是空的时候才来补充它。农民还可以通过使用超声波传感器更新食物储存的食物水平来观察牲畜是否吃过。
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