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Design and Implementation of a Microcontroller Based Forced Air Egg Incubator

机译:基于微控制器的强制风蛋培养箱的设计与实现

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A microcontroller based low cost incubator has been designed using locally available material and resources to achieve a cost-effective design. The designed incubator combines the setter and hatcher together. The incubator consists of three main parts; casing which ensures hygienic and good thermal isolation, forced air to ensure same temperature all over the egg, automatic eggs tray turning system to enable proper formation of extra-embryonic membrane during incubation and microcontroller-based control unit to monitor and control the incubation parameters i.e. temperature, humidity, ventilation, egg turning. A twenty character by four lines liquid crystal display is added to visualize settings during configuration and the system status during operation. The incubator has been tested for hen and duck eggs. The success rate was 100% when the eggs were taken from the own breeder and the temperature & humidity were controlled carefully.
机译:基于微控制器的低成本培养箱已经使用本地可用的材料和资源进行设计,以实现具有成本效益的设计。设计的孵化器将孵化器和孵化器结合在一起。孵化器由三个主要部分组成;确保卫生和良好隔热的外壳,强制通风以确保整个鸡蛋温度相同,自动鸡蛋托盘翻转系统可在孵化过程中正确形成胚外膜,以及基于微控制器的控制单元来监控和控制孵化参数,例如温度,湿度,通风,转蛋。添加了20个字符乘四行的液晶显示器,以便在配置过程中可视化设置,并在运行过程中可视化系统状态。该孵化器已经过母鸡和鸭蛋测试。当从自己的种鸡那里取卵并仔细控制温度和湿度时,成功率是100%。

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