Handheld Maritime Weather Monitoring Device

Abstract

The invention relates to the technical field of meteorological monitoring, and particularly provides a handheld marine meteorological monitoring device comprising a bearing part and a handheld part. The bearing part comprises a box, a solar panel which is fixed on the external surface of the box and a vane which is arranged on the upper end of the box. The box is internally provided with a storage battery. The output end of the solar panel is connected with the storage battery. The side wall of the box is provided with a first connecting plug which is connected with a second connecting plug of the handheld part through a data line. The handheld part comprises a shell and an underwater part measurement element installing block which is arranged below the shell. The second connecting plug is arranged on the side wall of the shell. The front end surface of the shell is provided with a display screen and control buttons. The handheld marine meteorological monitoring device is convenient to carry, great in energy conservation and comprehensive in monitoring range so that the monitoring requirements of the monitoring elements of the waterborne part and the underwater part can be met, the handheld safety is high and falling of the handheld part can be prevented.

Description

technical field [0001] The invention relates to the technical field of weather monitoring, in particular to a hand-held marine weather monitoring device. Background technique [0002] Marine meteorological monitoring generally uses automatic weather stations as the main detection equipment. An automatic weather station is a weather station controlled by electronic equipment or a computer that automatically monitors the weather and collects and transmits data. It is generally composed of sensors, converters, data processing devices, data sending devices, and power supplies. The converter converts the meteorological parameters sensed by the sensor into electrical signals (such as air pressure, current, frequency, etc.); the data processing device processes these electrical signals and converts them into corresponding meteorological element values. The processed meteorological element data is organized in a prescribed format, and transmitted to the station through the data sen...

AI Technical Summary

Problems solved by technology

Scientific researchers need to obtain real-time meteorological data faster when conducting marine field investigations. They need to quickly measure the temperature of seawater, humidity on the sea surface, wind speed, and wind direction. Hand-held weather monitoring devices are often used. Existing hand-held Type monitoring devices usually do not have protective devices, and the marine environment is different from land, the monitoring device has the danger of falling, and once the machine falls into the water, it will be scrapped, and the existing hand-held monitoring device has a data acquisition device They are all fixed on the casing of the monitoring device, and the detection of marine weather needs to detect both the above-water and underwater parts at the same time. The traditional structure cannot meet the needs of use.

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