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AUTOMATED SYSTEM FOR RELATIVE HUMIDITY AND AIR TEMPERATURE DATA ACQUISITION

机译:自动化系统 Folly Relaxive 人性化和气温数据识别

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摘要

Certain weather variables such as air temperature (T) and relative humidity (RH) play an important role on agricultural production. Under proper combinations, these climatic factors may generate quantitative and qualitative increments in the final product, which makes them essential at their monitoring and management within the production environment. Data acquisition is an important tool which can assist this process, resulting in higher efficiency and rational use of resources. In this way, the present work had as objective the development of a compact data acquisition system (DAS), in a datalogger form (with easy build) to monitor T and RH. The data acquired from the sensors are stored in a removable USB flash drive and, afterwards, analyzed by a computer via software. To evaluate the performance of DAS, these data were compared with both conventional and automated meteorological station data, showing similar RH values in both cases. For T, replacement of the operational amplifier is required. Therefore, the usage of the developed DAS is feasible, even at field applications.
机译:某些天气变量,如气温(T)和相对湿度(RH)对农业生产起着重要作用。在适当的组合下,这些气候因素可能会在最终产品中产生定量和定性的增量,这使得它们在生产环境中的监测和管理至关重要。数据采集是一个重要的工具,可以辅助这一过程,从而提高效率和合理利用资源。因此,本工作的目标是开发一个紧凑的数据采集系统(DAS),以数据记录器形式(易于构建)来监测T和RH。从传感器获取的数据存储在可移动的 USB 闪存驱动器中,然后由计算机通过软件进行分析。为了评估DAS的性能,将这些数据与常规和自动气象站数据进行了比较,在两种情况下都显示出相似的RH值。对于 T,需要更换运算放大器。因此,即使在现场应用中,开发的 DAS 的使用也是可行的。

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