Meteorological monitoring device capable of broadcasting in real time based on wireless transmission

Abstract

The invention discloses a meteorological monitoring device capable of broadcasting in real time based on wireless transmission, and the device comprises a supporting structure, a supporting column is installed above a fixed seat of the supporting structure, one end, far away from the fixed seat, of the supporting column is fixedly connected with a connecting disc, a vertical column is installed above the connecting disc, an electric push rod is installed in the upper end of the vertical column, and the upper end of the electric push rod is fixedly connected with the connecting disc. A telescopic rod of the electric push rod is fixed to the bottom of the mounting plate; a wind power sensor is mounted on the left upper side of a mounting plate of the monitoring structure. According to the meteorological monitoring device capable of broadcasting in real time based on wireless transmission, wind power and wind direction information of the monitoring points is imaged through wind power sensors and wind speed sensors on the typhoon monitoring points, and the typhoon monitoring points are uniformly arranged in multiple groups in a target detection area, so that an integral typhoon form can be observed; the form depicts a real typhoon pattern, and the vivid and accurate typhoon monitoring method has the advantages of the device.

Description

technical field [0001] The invention relates to the field of weather monitoring, in particular to a weather monitoring device capable of real-time broadcasting based on wireless transmission. Background technique [0002] As a climate phenomenon, typhoon contains multi-dimensional information, such as air pressure, wind speed, wind direction, etc. However, usually a satellite can only obtain information data of a certain aspect of typhoon, and cannot fully understand the information of typhoon; traditionally, typhoon The analysis and research on the causes of disasters are mainly carried out by using numerical simulation and physical quantity diagnosis methods; however, due to the scarcity of statistical data and observation data, it is difficult to correctly reflect the location of the typhoon center, Intensity and the distribution of various element fields in the surrounding environment have brought great difficulties to the typhoon numerical forecast; especially when loca...

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Problems solved by technology

[0002] As a climate phenomenon, typhoon contains multi-dimensional information, such as air pressure, wind speed, wind direction, etc. However, usually a satellite can only obtain information data of a certain aspect of typhoon, and cannot fully understand the information of typhoon; traditionally, typhoon The analysis and research on the causes of disasters are mainly carried out by using numerical simulation and physical quantity diagnosis methods; however, due to the scarcity of statistical data and observation data, it is difficult to correctly reflect the location of the typhoon center, Intensity and the distribution of various element fields in the surrounding environment have brought great difficulties to the typhoon numerical forecast; especially when locating the typhoon center and obtaining the typhoon path, a single aspect of data information cannot obtain good positioning accuracy, and it is necessary to Complicated data processing can obtain a certain degree of accuracy; moreover, typhoons are constantly changing, and as their position changes, their background environment is also constantly changing, sometimes on the ocean and sometimes on land , Different background environments are practical and different measuring instruments and methods

[0003] Regarding the patent on typhoon monitoring, after searching, the announcement number is: CN106443830A A method for typhoon monitoring and evaluating monitoring accuracy based on multi-source satellite data, the article mentions "Projecting the cloud image of Fengyun static meteorological satellite into equilongitude and latitude The cloud layer thickness results corresponding to the latitude and longitude coordinates below are written into the background field, and the wind speed and wind direction information corresponding to the latitude and longitude coordinates of the microwave scattering data at the same time are written into the background field, and then the wind speed, wind direction and cloud layer thickness are integrated. Judging the center of the typhoon by information; "The shape of the typhoon's monitoring record is described through satellite images, weather maps and cloud images, which is very inaccurate and unintuitive, and cannot accurately correspond to the true appearance of the typhoon. We are most concerned about the substantive characteristics of the typhoon It is the wind force and wind direction of each point inside it, which cannot be reflected by satellite cloud images; in view of this, this patent came into being

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