Intelligent sensor system and control method for batch verification of meteorologists

Abstract

The invention discloses an intelligent sensor system and a control method for batch verification of meteorologists. The system comprising: an upper computer provided with a verification control moduleand a data acquisition module, which is used for acquiring real-time meteorological data collected by the detected instrument and standard meteorological data collected by the standard device, generating a standard verification environment according to the control instruction, and calling the real-time meteorological data and the standard meteorological data to be sent to the verification equipment for automatic control; a main server used for processing the received verification request to generate a control instruction, and feeding back the verification result; a server database used for storing the real-time meteorological data, the standard meteorological data and the verification result; and a client which is in communication connection with the main server. According to the intelligent sensor system and the control method for batch verification of meteorologists, the efficiency of the verification work can be improved, the human error is reduced, the labor intensity of the verification personnel is reduced, and the precision and the accuracy of the verification are improved.

Description

technical field [0001] The invention relates to the technical field of weather detection, in particular to a sensor system and control method for intelligent batch testing of weather. Background technique [0002] With the development of the modernization of the meteorological industry, more than 2,300 national-level automatic weather stations have been deployed in the province, and the number of new automatic weather stations in the province exceeds 100 sets every year. The growth rate of the types and numbers of automatic weather stations in the future is unprecedented. . In order to ensure the accurate observation of these huge number of meteorological station equipment, the verification task of meteorological instruments has also increased sharply. [0003] The existing rainfall, wind speed, temperature, humidity and air pressure systems are independent of each other and cannot be managed in a unified manner. Although the verification of the wind speed sensor has been ...

AI Technical Summary

Problems solved by technology

The calibration of rainfall and air pressure is semi-automated. The input of the calibration data and the investigation of abnormal equipment completely require the calibration personnel to be on the side of the equipment and instruments to make decisions. The calibration efficiency is low and error-prone, which takes up a lot of time and energy of the calibration personnel, which is not in line with the modernization of meteorology. theoretical and technical requirements

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