Heat radiation housing of meteorological monitoring equipment

Abstract

The invention relates to a heat radiation housing of meteorological monitoring equipment. The heat radiation housing comprises a housing body, and a partition plate arranged in the housing body, wherein the inner cavity of the housing body is separated into an electrical component mounting cavity and a heat radiating cavity through the partition plate. A sub-partition plate is arranged in the heat radiating cavity to divide the heat radiating cavity into a heat exchange cavity and a water blocking cavity, and a heat exchanger is arranged in the heat exchange cavity. The heat exchanger comprises a plurality of heat exchange fins which are connected with one another through a heat exchange coil. The water inlet and the water outlet of the heat exchange coil are extended to the outside of the housing body and are connected with a domestic water pipeline. The water blocking cavity is provided with a heat conduction plate, which passes through the sub-partition plate and of which the edges are in sealing connection with the sub-partition plate. A plurality of capillary heat conduction pipes are welded on the heat conduction plate, and extend into the electrical component mounting cavity after passing through the partition plate. Heat conduction heads are welded on the end portion of the electrical component mounting cavity corresponding to the capillary heat conduction pipes, and the heat exchange cavity is filled with heat exchange oil.

Description

technical field [0001] The invention relates to a heat dissipation shell of meteorological monitoring equipment, which belongs to the field of meteorological equipment. Background technique [0002] With the development of technology, meteorological monitoring equipment has developed from traditional instruments that need to be recorded manually to various types of sensor devices, and the convenience has been greatly improved. However, compared with instruments, the data of sensor devices cannot be directly read. Supporting related microcomputer equipment is converted and uploaded to the network, and various calculation formulas need to be simulated for data calculation. The amount of resources is large, and the load on the microcomputer is also high, especially in summer. The timely heat dissipation of the microcomputer can easily lead to the burning of the equipment, and in the case of high ambient temperature in summer, the use of forced airflow for heat exchange cannot m...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is: to overcome the technical problem that the weather monitoring equipment in the prior art cannot dissipate heat in time in summer, and to provide a heat dissipation shell of the weather monitoring equipment

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