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Development of a Tray-Separated Microbiological Incubator by Means of Electronic Components and Testing Its Performance

机译:通过电子元件开发托盘分离的微生物培养箱并测试其性能

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Within the realm of genetics, bioengineering and especially microbiology, it is often necessary to develop and grow a certain type of microbial culture for purposes of investigating certain microbiological phenomena or conducting a research. In order to perform the process of incubation, it is required to maintain a constant temperature for the time frame within the range of 24-48 h, depending on the type of bacteria under investigation. The device which enables us to grow such group of microorganisms is called a microbiological incubator. Two crucial parts in the microbiological incubator are heater and temperature sensor. Usually, such incubators have one chamber, whose temperature is controlled by a microcontroller. This project aims to improve the functionality of regular microbiological incubators by designing one which will have two separately controlled chambers and therefore be more functional than a conventional one. The incubator will be controlled with NodeMCU platform with integrated Wi-Fi module, so it will have IoT prefix, which basically means that one will be able to control it and to obtain certain data from it via the internet.
机译:在遗传学,生物工程和特别是微生物学的领域内,通常需要开发和生长某种类型的微生物培养,以便研究某些微生物现象或进行研究。为了进行孵育过程,需要在24-48小时的范围内保持时间框架的恒定温度,这取决于正在调查的细菌的类型。使我们能够生长这样的微生物的装置称为微生物培养箱。微生物培养箱中的两个关键部件是加热器和温度传感器。通常,这种培养箱具有一个腔室,其温度由微控制器控制。该项目旨在通过设计一个具有两个单独控制的腔室的常规微生物培养箱的功能来改善常规微生物孵化器的功能,因此比传统的常规腔室更加功能。孵化器将使用集成Wi-Fi模块的Nodemcu平台控制,因此它将具有IOT前缀,这基本上意味着一个人将能够通过Internet获取和从中获取某些数据。

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