Blind spot detection system outside the front wheel of a car

Abstract

The invention relates to a system for detecting blind areas on the outer sides of automobile front wheels. According to an optical principle of multi-mirror reflection, a front wheel outer side to-be-reflected blind area view mirror is arranged at an appropriate position of a visible area of an original-side rearview mirror on an outside shell of an automobile body; the front surface of the front wheel outer side to-be-reflected blind area view mirror faces the front part of an automobile; each automobile front wheel and an appropriate pavement range of the landing outer side of each front wheel can be reflected, can be reflected to the mirror surface of the original-side rearview mirror, and can be reflected to the eyes of a driver through the original-side rearview mirror, so that the blind areas on the outer sides of the automobile front wheels can be detected. Meanwhile, by using a method for overlapping, staggering and flexibly fixing a curved supporting shaft and a double-layer fan-shaped flat plate, the system can be universally applied to automobiles of any types, so that requirements for automobile driving skills are remarkably simplified, the driving safety is remarkably improved, and the efficient and safe utilization of the automobiles to a narrow, complicated and dangerous pavement can be remarkably improved.

Description

technical field [0001] The invention belongs to the technical field of automobiles, and relates to an inspection system for blind areas outside the front wheels of automobiles. Background technique [0002] In the current car driving, there is a blind spot on both sides of the front wheels of the two cars. The driver cannot see the actual road conditions and obstacles in the two blind spots. It is impossible for the driver to be absolutely accurate, and he always has to base his estimates before leaving room for room. In this way, when meeting cars on narrow and dangerous roads (such as narrow roads in mountainous areas), the difficulty and danger of driving will be greatly increased; even when meeting cars on flat roads, we often find that cars scratch each other; You can see that there are countless traces of being scratched or even damaged by cars on the administrative traffic restriction piers and traffic restriction piles specially set up for the width restriction of c...

AI Technical Summary

Problems solved by technology

[0002] In the current car driving, there is a blind spot on both sides of the front wheels of the two cars. Drivers cannot see the actual road conditions and obstacles in these two blind spots. They rely entirely on driving experience to estimate and grasp them. It is impossible for the driver to be absolutely accurate and accurate, and it is always necessary to estimate and then leave room for

In this way, when meeting cars on narrow and dangerous roads (such as narrow roads in mountainous areas), the difficulty and danger of driving are greatly increased; even when meeting cars on flat roads, we often find that cars scratch each other; You can see that there are countless traces of being scratched or even damaged by cars on the administrative traffic restriction piers and traffic restriction piles specially set up for the width restriction of cars on special road sections! In addition, it is difficult to park in the current city. When driving, meeting and parking on the narrow side road of the road, driving, meeting and parking on the narrow road of the residential area, drivers are required to stay as close to the roadside as possible, but because the front wheels of the car There are blind spots on the outside, so it is difficult for most drivers to operate easily

Images