Automatically-reinforced wind-resistant streetlamp

Abstract

The invention discloses an automatically-reinforced wind-resistant streetlamp, which comprises a lamp base, a lamp post and a lampshade. The lamp post is fixedly connected to the lamp base, and the lampshade is rotationally connected to the lamp post and driven to rotate by wind to further drive a rotating column on the lampshade to rotate. After a rotating speed detection device detects that a rotating speed of the rotating column exceeds a threshold set by a control processing device in the lamp post, the control processing device sends a signal to a motor, that the motor drives linkage motion of a series of mechanical devices, so that supporting columns arranged on the outer wall of the lamp post are driven to stretch out to extrude the lamp post and the ground. The automatically-reinforced wind-resistant streetlamp has advantages that the supporting columns can automatically stretch out in gale days to reinforce the lamp post and automatically retract after gale weather, and influences on the floor space of the lamp post are avoided.

Description

technical field [0001] The invention relates to the field of urban public facilities, and more specifically relates to a wind-resistant street lamp that can be automatically reinforced. Background technique [0002] There are often strong winds in daily life, especially in the coastal areas, where typhoons are encountered almost every year. Typhoon damage to the city is very serious. Therefore, the facilities and equipment for urban construction should have a certain ability to resist wind. However, many public The wind resistance of the facilities needs to be improved. Street lamps are a common public equipment. The lampposts of street lamps are generally slender and easy to be blown down by strong winds. However, if a fixed bracket is directly installed on the lamppost, it will affect the footprint of the street lamp. Contents of the invention [0003] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a wind-resistant stree...

AI Technical Summary

Problems solved by technology

[0002] There are often strong winds in daily life, especially in the coastal areas, where typhoons are encountered almost every year. Typhoons can cause serious damage to cities. Therefore, urban construction facilities and equipment should have certain wind resistance capabilities. However, many public The wind resistance of the facilities needs to be improved

Street lamps are a common public equipment. The lampposts of street lamps are generally slender and easy to be blown down by strong winds. However, if a fixed bracket is directly installed on the lamppost, it will affect the footprint of the street lamp.

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