Collision prevention device for cement pole tower

Abstract

The invention discloses a collision prevention device for a cement pole tower. The collision prevention device for the cement pole tower comprises a device base, a protective cylinder, solar cell panels, the cement pole tower and a distance sensor; the device base is arranged on the external side of the bottom end of the cement pole tower; the protective cylinder is fixed on the external side, atthe top end of the device base, of the cement pole tower; a buffering spring is fixed in a corner position, close to one side of the protective cylinder, of an arc collision prevention plate; an annular bearing sleeve is fixed on the external side, at the top end of the protective cylinder, of the cement pole tower; a single chip micro-computer is arranged on one side in the annular bearing sleeve; the solar cell panels are mounted on the external side walls of the two ends of the annular bearing sleeve; the distance sensor is fixed in the central position of the external side wall of an arc supporting plate; and an annular lamp panel is arranged on the side wall, above the annular bearing sleeve, of the cement pole tower. According to the collision prevention device for the cement pole tower, the use range of the collision prevention device is enlarged, the service life of the collision prevention device is prolonged, and the function of warning a distance between the collision prevention device and an impacted article is realized.

Description

technical field [0001] The invention relates to the technical field of cement poles and towers, in particular to an anti-collision device for cement poles and towers. Background technique [0002] In the prior art, cement poles and towers can be seen everywhere in life, and damage to the poles and towers caused by vehicle impacts occurs from time to time. Once the poles and towers are damaged, it will threaten the safe operation of the power grid, and once the poles and towers are severely damaged, once they are broken, it is easy to cause safety hazards. Usually, bricks are used to build or concrete is used to construct protective piers around the bottom of cement poles, but the installation and maintenance of protective piers in daily operations are inconvenient, which brings inconvenience to daily power distribution equipment maintenance, and many concrete towers use anti-collision The device does not even have a warning function for the distance from the impactor to the ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, cement poles and towers can be seen everywhere in life, and damage to the poles and towers caused by vehicle impacts occurs from time to time. Once the poles and towers are damaged, it will threaten the safe operation of the power grid, and once the poles and towers are severely damaged, once they are broken, it is easy to cause safety hazards. Usually, bricks are used to build or concrete is used to construct protective piers around the bottom of cement poles, but the installation and maintenance of protective piers in daily operations are inconvenient, which brings inconvenience to daily power distribution equipment maintenance, and many concrete towers use anti-collision The device does not even have a warning function for the distance from the impactor to the concrete tower, which is prone to the impact of the tower, and some anti-collision devices do not have a buffer function during impact, which seriously shortens the service life of the anti-collision device, and even some anti-collision devices The collision device is more inconvenient when used at night, which brings great troubles to people's use

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