Deceleration ridge with functions of collecting energy and reducing bump

Abstract

The invention provides a deceleration ridge with functions of collecting energy and reducing bump and relates to the fields of machinery and electronics. The deceleration ridge comprises three parts: a plurality of deceleration ridge mechanism devices (1), a road grinding energy-collecting device (2) and a display screen (3), wherein the deceleration ridge mechanism devices (1) are arranged along the direction of the road width, and the deceleration ridge mechanism devices (1) and the display screen (3) are respectively connected with the road grinding energy-collecting device (2). The deceleration ridge can reduce the impact to a vehicle passing through, so that the vehicle can stably pass by and the damage to the vehicle is reduced; the energy resource is saved; the deceleration ridge is low-carbon and environment-friendly; and the humanization design in deceleration facilities is reflected.

Description

Technical field: [0001] The invention relates to the fields of machinery and electronics, is a deceleration ridge used on roads to decelerate vehicles, and relates to a deceleration ridge for mechanical devices to collect energy and reduce the bumpy feeling of vehicles. Background technique: [0002] With the rapid increase of vehicles, there are more and more vehicles on the road, and traffic accidents are also very frequent, so traffic safety is becoming increasingly important. In order to build a safe living and traffic environment, deceleration ridges are set up at the entrances and exits of urban roads, schools, residential quarters and other areas where vehicles need to slow down to force vehicles to slow down. [0003] In the current existing technology, the deceleration ridge is a raised metal or rubber hard component installed horizontally on the road. The driver drives the vehicle to slow down and pass, which plays the role of safety and buffer deceleration. Howe...

AI Technical Summary

Problems solved by technology

However, when the vehicle passes through at a relatively fast speed, the vehicle body will generate greater vibration, which will cause greater damage to the vehicle, and will cause traffic accidents in severe cases, which is not conducive to the normal safety of the vehicle.

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