Braking vane provided with rubber embosses and application method of braking vane

Abstract

The invention relates to road traffic vehicles and particularly relates to a braking vane provided with rubber embosses and an application method of the braking vane. The braking vane comprises a vane body; criss-cross lattices are arranged inside the vane body; a plurality of embosses are arranged on the upper surface of the vane body; fixing screw holes or clamping slots are formed in four corners of the vane body; and the braking vane is arranged at the bottom of a vehicle through a fixing frame by using bolts or the clamping slots. The braking vane can be lifted up and down by using a hand brake bar, and a braking effect can be achieved by friction resistance between the road surface and the rubber embosses of the braking vane.

Description

technical field [0001] The invention relates to the field of road transportation vehicles, in particular to a brake plate with rubber bumps for a vehicle and a use method thereof. Background technique [0002] With the development of society, the number of highway passenger and cargo transport vehicles has increased, and more traffic accidents have occurred at the same time, causing huge losses of life and property. One of the major causes of traffic accidents is that the existing braking system of the vehicle is not effective enough. The existing braking system of the vehicle controls the driving of the vehicle by the limited friction generated by the contact between the tire and the ground, but due to the contact area between the tire and the ground Relatively small, the friction generated is not enough, so the vehicle cannot be stopped immediately, which greatly increases the probability of accidents. Taking an ordinary car as an example, assuming that the speed of the v...

AI Technical Summary

Problems solved by technology

One of the major causes of traffic accidents is that the existing braking system of the vehicle is not effective enough. The existing braking system of the vehicle controls the driving of the vehicle by the limited friction generated by the contact between the tire and the ground, but due to the contact area between the tire and the ground Relatively small, the friction generated is not enough, so the vehicle cannot be stopped immediately, which greatly increases the probability of accidents

Taking an ordinary car as an example, assuming that the speed of the vehicle is 80mk / m, a pedestrian suddenly appears across the road ahead, the driver immediately takes braking measures, and the vehicle has to drive about 40m forward due to inertia to stop. If it is a heavy truck, Its inertia is greater, and the rushing distance is longer; and when driving in rainy days, snowy days, and icy roads, emergency braking usually causes a large uncontrollable slip, causing unimaginable dangers; in passenger and freight transportation In work, the performance of the braking system of the vehicle is directly related to the safety of human life and property. There are countless accidents directly caused by the failure of the braking system, especially on the long downhill section of the mountain road, due to the fatigue of the driver or improper operation, the brake pads are heated Carbonization leading to brake failure is also a common problem

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