Vehicle outside rear-view mirror system capable of reducing driving dead zone and method

Abstract

The invention discloses a vehicle outside rear-view mirror system capable of reducing a driving dead zone and a method. The vehicle outside rear-view mirror system comprises a control system, a main rear-view mirror and an auxiliary rear-view mirror, wherein the main rear-view mirror and the auxiliary rear-view mirror are arranged in a mirror cover; the main rear-view mirror is arranged at the near end of the mirror cover, and the auxiliary rear-view mirror is arranged at the far end of the mirror cover; the main rear-view mirror is connected with the auxiliary rear-view mirror through a transverse hinge; the transverse hinge is driven to rotate through a driving motor of the auxiliary rear-view mirror; and a rain baffle plate capable of being folded into the mirror cover is arranged on the mirror cover. The auxiliary rear-view mirror and the main rear-view mirror are connected through the transverse hinge, so that the auxiliary rear-view mirror can rotate under the driving of the driving motor of the auxiliary rear-view mirror, a larger view can be provided when a vehicle turns a corner or is backed, and the occurrence of accidents is avoided; the rain baffle plate capable of being folded into the mirror cover is arranged on the mirror cover, and the extended rain baffle plate can effectively prevent a driver from dazzling and blurring visually due to too many water droplets or too much frost and snow adhered onto a mirror surface in rainy and snowy days, so that the driving safety is effectively improved.

Description

technical field [0001] The invention belongs to the field of vehicle exterior rearview mirrors, in particular to a vehicle exterior rearview mirror system and method for reducing driving blind spots. Background technique [0002] When the vehicle is turning or reversing, it is very vulnerable to the influence of the side and rear driving blind spots, which may cause traffic accidents. For this reason, the design of the vehicle exterior rearview mirror is also constantly improving and innovating. There are small round mirrors with a large curvature that can be directly attached to the exterior rearview mirror on the market, and the price is low and easy to install. The round mirror has a large arc, and the vehicle behind it is very small in the mirror. Especially when driving at night, there are only some small bright spots. The strategy of turning the rearview mirror up and down, left and right, but in the process of driving, especially when the vehicle is turning or mergin...

AI Technical Summary

Problems solved by technology

For this reason, the design of the vehicle exterior rearview mirror is also constantly improving and innovating. There are small round mirrors with a large curvature that can be directly attached to the exterior rearview mirror on the market, and the price is low and easy to install. The round mirror has a large arc, and the vehicle behind it is very small in the mirror. Especially when driving at night, there are only some small bright spots. The strategy of turning the rearview mirror up and down, left and right, but in the process of driving, especially when the vehicle is turning or merging, the driver's distraction operation of adjusting the angle of the exterior rearview mirror to improve the field of vision has potential safety hazards, and after turning the entire surface at every turn The mirror makes the driver need to frequently adjust the observation angle of the head and the rearview mirror to obtain a better view

[0003] When the vehicle is turning or reversing, it is inconvenient for the driver to observe all the conditions behind the vehicle through the existing exterior rearview mirror, especially when the objects behind the vehicle are lower than the body, accidents are more likely to occur

In addition, although electric control rearview mirrors are popular at present, in rainy and snowy weather conditions, water droplets, frost and snow attached to the mirror surface will also cause drivers to be dazzled and blurred vision, affecting driving safety

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