基于Arduino的半自动电子焚烧炉的设计与开发

Ashya Chettri, S. Shrestha, K. Tamang, Bandana Sharma, Phurba T. Sherpa, J. Kami, Nitesh Kumar, Deepak Rasaily
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引用次数: 2

摘要

焚烧是垃圾发电的关键处理方式。现有的焚烧炉设计简单;它没有一个垃圾箱来储存垃圾。处理后的废弃物直接通过加热室,没有控制技术,即手动控制加热室开关。这个缺点被我们的系统所覆盖,因为开关是使用控制器自动控制的。Arduino用于控制阀门的清扫。在各种条件下进行编程,以满足所提出的工作要求。该系统是环保的,因为它有一个烟囱和一个过滤器安装在它。有了这个系统,废物处理就容易多了。它是便携式的,因为它是一个基于车轮的焚化炉。该便携设备采用Arduino程序实现炉膛和阀门的自动操作。系统是可靠的和高效的,因为它是轮式的。最吸引人的是它内置了智能垃圾桶。有机物质中大约65-80%的能量可以用来发电。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Development of Semi-Automatic Electrical Incinerator Using Arduino
Incineration is the key form of treatment for waste-to-energy. The existing incinerator developed is simple in design; it did not consist of a dustbin to store the waste. The waste disposed directly went through the heating chamber with no control technology i.e., the switch of chamber is controlled manually. This disadvantage is covered by our system as the switch is automatically controlled with the use of a controller. Arduino is used to control the sweeping of the valve. Programming is done with various condition to meet the requirement of the proposed work. The system is environmental friendly as it has a chimney with a filter installed in it. With the use of this system it is easier to dispose waste. It is portable as it is a wheel based incinerator. This portable wherein furnace and valve is automatically operated based on Arduino program. System is reliable and efficient as it is wheel based. The most attractive is it has inbuilt smart dustbin in it. About 65-80% of the energy content in the organic substances can be utilize to produce electricity.
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