A vehicle blind spot monitoring system, device and control method thereof

Abstract

The invention provides a vehicle blind spot monitoring system, device and control method, the parts of which include: a viewfinder device, an MCU module, a SoC module and a display module, wherein the SoC module is respectively connected with the viewfinder device, the MCU module and the display module. Module communication connection, wherein after the MCU module obtains the preset activation signal, it initiates a framing command to the SoC module, so that the SoC module can request the video data corresponding to the channel interface from the framing device according to the first instruction set stored therein. , and display the display module after processing, so as to integrate the blind spot monitoring system into the vehicle central control system, break through the limitation of the number of cameras, and realize the function of switching display between multiple cameras.

Description

technical field [0001] The invention relates to vehicle blind spot monitoring technology, in particular to a vehicle blind spot monitoring system, device and control method using an Android system. Background technique [0002] At present, when commercial vehicles are used, due to the visual blind spot problem of the rearview mirror on the car, some people take advantage of this and enter the compartment through the blind spot to steal, thus causing property losses to the car owner. In addition, during the driving process of the vehicle, due to the blind spot problem of the rearview mirror, the driver cannot know the real situation of the front, rear, left, and right positions of the current vehicle, so it is easy to bury potential safety hazards and even cause some traffic accidents, thereby affecting the safety of the vehicle. Serious irreparable consequences have been caused to oneself or others. [0003] Therefore, in view of the blind spot problem of the above-mentione...

AI Technical Summary

Problems solved by technology

[0002] At present, when commercial vehicles are used, due to the visual blind spot problem of the rearview mirror on the car, some people take advantage of this and enter the compartment through the blind spot to steal, thus causing property losses to the car owner.

In addition, during the driving process of the vehicle, due to the blind spot problem of the rearview mirror, the driver cannot know the real situation of the front, rear, left, and right positions of the current vehicle, so it is easy to bury potential safety hazards and even cause some traffic accidents, thereby affecting the safety of the vehicle. caused irreparable serious consequences to oneself or others

[0003] Therefore, in view of the blind spot problem of the above-mentioned existing vehicles, the prior art has proposed a series of vehicle blind spot monitoring technical solutions, including refitting technology that can be aimed at the automotive aftermarket. Separate configuration of an independent display needs to occupy the space of the car center console, and at the same time increases a certain cost

[0004] Although it is a more preferred solution to integrate the blind spot monitoring system into the central control system, the problem is that the existing car central control system usually adopts the Android system architecture design, but the current Android system itself only supports the viewing of two cameras. function, it is impossible to achieve multi-channel monitoring of the front, rear, left, and right positions of the vehicle, and the key point is that it is impossible to freely switch and control each monitoring area, which has caused certain technical difficulties in the realization of this type of vehicle blind spot monitoring technology. hinder

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