Active heat dissipation device for 5G communication base station

Abstract

The invention discloses an active heat dissipation device for a 5G communication base station, the active heat dissipation device structurally comprises a heat dissipation mechanism, a base and a fixed rod, the fixed rod is riveted with the interior of the base, the bottom of the heat dissipation mechanism is connected with a flange at the upper end of the base, and an ice layer between the inner wall of a built-in ring and a rotating shaft can be crushed through sawteeth on an ice breaking mechanism when the rotating shaft rotates; the crushed ice can be collected through a collecting groove in a rotating shaft, and finally, water generated by melting of the crushed ice can be absorbed through a water absorption block, so that the situation that when icing occurs between the rotating shaft and a built-in ring, the restarting time of a rotating mechanism is greatly prolonged is effectively avoided; the clamping pieces can clamp the crushed ice through extrusion generated between the two clamping pieces when the crushed ice falls into the water absorption block, then through cooperation of the stabilizing rods, the grabbing blocks can penetrate into the crushed ice, and therefore high grabbing force can be generated on the crushed ice.

Description

technical field [0001] The invention relates to the field of 5G communication base stations, in particular to an active cooling device for 5G communication base stations. Background technique [0002] The active radiator for 5G communication base station is mainly used to quickly dissipate heat from the 5G communication base station. The heat generated by the 5G communication base station can be continuously taken out by the rotation of the rotating mechanism on the active radiator for 5G communication base station. Based on the above description, the inventors found that an existing active cooling device for 5G communication base stations mainly has the following deficiencies, for example: [0003] Since the rotating mechanism of the active radiator for 5G communication base stations is open to the outside world, snow water can flow into the rotating shaft of the rotating mechanism along the blades of the radiator after melting. If the 5G communication base station stops op...

AI Technical Summary

Problems solved by technology

[0003] Since the rotating mechanism of the active radiator for 5G communication base stations is open to the outside world, snow water can flow into the rotating shaft of the rotating mechanism along the blades of the radiator after melting. If the 5G communication base station stops operating at this time, it will cause The rotating shaft of the rotating mechanism stops rotating, causing the snow water between the rotating shaft and the outer tube to freeze, so that the start-up time of the rotating mechanism will increase significantly

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