Intelligent type atmospheric parametric synthesis measurement apparatus

Abstract

An intelligent type pneumatic parameter integrated measuring apparatus, it comprises sensor component, multiplexer, signal processing apparatus, and satellite-positioning apparatus and intelligentize measuring apparatus. Sensor component comprises: temperature sensor 1, humidity sensor 2, baroceptor 3, wind speed and direction sensor 4; multiplexer is also programmed multiplexer switch 5, signal processing apparatus comprises signal modulator 6 and A / D converter 7, the output of the signal modulator 6 links to the input of the A / D converter 7; satellite positioning apparatus is also satellate-based global-positioning module 8; intelligentize measuring apparatus comprises: single chip computer 9, keyboard 10, digital display unit 11, data outlet terminal 12; keyboard 10, digital display unit 11 and data outlet terminal 12 separately connects to the single chip computer 9.

Description

technical field [0001] The invention relates to an instrument for the comprehensive measurement of atmospheric parameters, especially the important environmental parameters such as wind speed / wind direction, air pressure, temperature, humidity and the position of the target point to be measured under field conditions (such as high altitude and ocean) An instrument for precise measurement of geographic parameters. technical background [0002] Wind speed and wind direction represent the movement of atmospheric circulation, and to a large extent indicate the degree of diffusion and transmission of pollutants. Therefore, wind speed / wind direction measurement is an important parameter for atmospheric environment monitoring and a very important meteorological element. Ambient temperature, humidity, and air pressure are very important meteorological elements, which describe the state of the atmospheric environment and are also important parameters for atmospheric environment monit...

AI Technical Summary

Problems solved by technology

In practical applications, if you only need to measure a certain parameter, you only need to choose a corresponding instrument; however, if you need to monitor multiple atmospheric environment parameters at the same time, you have to choose multiple corresponding instruments at the same time, so that It is very uneconomical, not only wasting a lot of manpower and material resources, but also affecting the accuracy and credibility of the measurement results.

[0004] The existing methods that can detect high air pressure, temperature, humidity, wind direction and wind speed mainly include aircraft detection, rocket detection, satellite remote sensing and ground remote sensing detection, etc., but this measurement method is costly

[0005] The existing atmospheric environment parameter measuring instruments have a low degree of intelligence and complex operation, which can easily cause human errors and affect the measurement accuracy

[0006] To sum up, the current measurement of atmospheric environmental parameters has many disadvantages, such as backward measurement methods, single function, low intelligence, low accuracy and huge cost.

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