Anti-seismic flood-prevention 5G base station

Abstract

An anti-seismic flood-prevention 5G base station comprises a machine room shell, a standby antenna mechanism, a base, an anti-seismic power generation module, an anti-seismic mechanism, a module moving mechanism, an anti-seismic mechanism chuck, a standby antenna, a roof, a power generation mechanism, a flood-prevention mechanism and a power generation mechanism shell. A power generation mechanismthorn wheel is clamped by a buckle thorn wheel buckle connecting shaft, and a movable block positioning block spring is propped against the power generation mechanism thorn wheel, so that a power generation mechanism bevel gear b and the power generation mechanism thorn wheel b are clamped, the power generation mechanism thorn wheel b on the inner side cannot be clamped with the power generationmechanism bevel gear b, the power generation mechanism thorn b rotates anticlockwise to drive the power generator to generate power, a hydraulic damping mechanism is arranged in the power generation mechanism thorn wheel b, earthquakes are effectively resisted, a base station cannot be damaged, and meanwhile vibration can be used for generating power.

Description

technical field [0001] The invention relates to the fields of information communication and earthquake and flood prevention, and particularly relates to a 5G base station for earthquake and flood prevention. Background technique [0002] Now earthquakes or floods are prone to occur in mountainous areas or in the south, and the communication in the area will be completely disconnected when it occurs, resulting in the inability to communicate information, and the process of rescue and disaster relief will become very slow; therefore, a backup base station is needed to play a role in the event of danger The backup function makes the signal connection smooth; at the same time, the base station also needs to have functions such as shock resistance, self-power generation, flood resistance, and backup antennas to ensure the smooth progress of emergency rescue and disaster relief. Contents of the invention [0003] In view of the above-mentioned problems, the buckling of the ratch...

AI Technical Summary

Problems solved by technology

[0002] Now earthquakes or floods are prone to occur in mountainous areas or in the south, and the communication in the area will be completely disconnected when it occurs, resulting in the inability to communicate information, and the process of rescue and disaster relief will become very slow; therefore, a backup base station is needed to play a role in the event of danger The backup function makes the signal connection smooth; at the same time, the base station also needs to have functions such as shock resistance, self-power generation, flood resistance, and backup antennas to ensure the smooth progress of emergency rescue and disaster relief.

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