GEP  Vol.7 No.6 , June 2019
Human Comfort Instrument Design Based on Embedded
The traditional human comfort meter has the following defects: the interface is not uniform; the operation is cumbersome and complicated; the interface is unfriendly, and the stability and adaptability are poor. This paper presents a design scheme for human comfort instrument based on embedded system, using S3C2440 embedded development board and the sensors to collect the real-time temperature, relative humidity and wind speed data and to process the collecting data; then obtaining the human body comfort value according to the basic algorithm of human body comfort instrument; giving the human comfort conclusion according to the diastolic index range of human comfort, and showing the temperature and humidity, wind speed, comfort value and conclusion through writing the Qt graphical user interface program. At the same time, the human comfort instrument has the data storage function. The human comfort instrument is high in integration, strong in real time, high in sensitivity, stable and reliable, and it meets the development goals of the intelligent meteorological service, and meets the demand of the meteorological service that is closer to life, and it has broad development prospect.
Cite this paper: Chen, S. , Shi, J. , Li, X. , Cui, M. and Su, L. (2019) Human Comfort Instrument Design Based on Embedded. Journal of Geoscience and Environment Protection, 7, 115-124. doi: 10.4236/gep.2019.76010.

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