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首页> 外文期刊>Indian Journal of Science and Technology >Embedded low Cost Solution of Remotely Sensing Humidity
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Embedded low Cost Solution of Remotely Sensing Humidity

机译:嵌入式低成本遥感湿度解决方案

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Objectives: To design a system capable of remotely measuring the Relative Humidity of the high voltage devices so that the risks involved with human physically interaction can be avoided, and the levels of humidity can be conveniently maintained at a remote location. Methods/Statistical Analysis: Variations in the humidity cause many major problems for human beings, electronic components, industrial machines etc. Hence to measure and maintain the humidity has become a non-trivial issue. However, in certain situations the manual methods of measuring humidity are not always convenient, in fact, hazardous. For instance, measuring and monitoring the humidity level of high voltage transformers can be very dangerous. The proposed system is the low cost and low complex implementation of embedded system and does not require Analog to Digital Conversion or vice versa to interface the Humidity sensing circuit with the microcontroller. The design provides the wireless transmission of the data, that makes easiness for the engineers (at industry) or for any other person (at home or any other place) to get humidity information of any remote and hazards locations. Findings: High power electrical devices such as transformers and transmission lines are severely affected by the humidity. Typically, the affordable levels of humidity are in the range of 45 to 65%. The rapid fluctuations in the levels of relative humidity can lead to a range of problems. The risks of physical damage, such as warping, cracking and splitting, chemical deterioration, and insect or mold attack are all increased when relative humidity is too high or too low. Also these fluctuations can damage collections that are experienced in many museums, galleries and libraries. Therefore, maintaining an appropriate level of humidity is imperative, as much as for hygienic reasons as well as for energy efficiency. Application / Improvement: The proposed design may find useful applications in Industries, agriculture fields, educational labs, Food storage places, Drying production industries, Blood banks, Coal mines, Sprinkler etc.
机译:目标:设计一种能够远程测量高压设备的相对湿度的系统,从而避免与人类身体互动有关的风险,并可以在较远的地方方便地保持湿度水平。方法/统计分析:湿度的变化会给人类,电子部件,工业机械等带来许多重大问题。因此,测量和保持湿度已成为不容忽视的问题。但是,在某些情况下,手动测量湿度的方法并不总是很方便,实际上是危险的。例如,测量和监视高压变压器的湿度水平可能非常危险。所提出的系统是嵌入式系统的低成本和低复杂度的实现,并且不需要模数转换或反之亦然以将湿度感测电路与微控制器接口。该设计提供了数据的无线传输,这使工程师(在行业中)或任何其他人(在家中或其他地方)都可以轻松获取任何远程和危险地点的湿度信息。调查结果:变压器和传输线等高功率电气设备受到湿度的严重影响。通常,可承受的湿度水平在45%到65%之间。相对湿度水平的快速波动会导致一系列问题。当相对湿度过高或过低时,诸如弯曲,破裂和分裂,化学降解以及昆虫或霉菌侵袭等物理损坏的风险都会增加。同样,这些波动还会破坏许多博物馆,美术馆和图书馆的馆藏。因此,出于卫生和能源效率的考虑,必须保持适当的湿度水平。应用/改进:提议的设计可以在工业,农业领域,教育实验室,食品存放场所,干燥生产行业,血库,煤矿,洒水器等中找到有用的应用。

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