Road Condition Sharing Method and Device for Balanced Vehicle and Balanced Vehicle

Abstract

The invention relates to a road condition sharing method and device of a balance car and the balance car. The method comprises the following steps: acquiring road condition image information in a current view field of the balance car through a camera and judging whether a view field blind region exists in the road condition image information or not; and if the view field blind region exists, generating blind region information aiming at the view field blind region and sending the blind region information to other balance cars in the same queue of the current balance car.

Description

technical field [0001] The present disclosure relates to the field of smart devices, and in particular, to a road condition sharing method and device for a self-balancing vehicle and a self-balancing vehicle. Background technique [0002] With the development of science and technology, more and more travel tools have entered people's lives, such as electric scooters and balance cars. Balance vehicles on the market include two-wheel balance vehicles and single-wheel balance vehicles. The balance car has the characteristics of lightness and flexibility. Compared with traditional bicycles or battery bicycles, balance bikes can adapt to more complex and tortuous road conditions, and the driving speed is also ideal, providing users with a lot of convenience. [0003] However, the vast majority of self-balancing vehicles are open to driving, and do not provide additional safety measures for drivers. If you drive in complex road conditions, there may be certain potential safety ...

AI Technical Summary

Problems solved by technology

If driving in complex road conditions, there may be certain safety hazards

For example, in some road conditions with tortuous routes and many obstacles, the obstruction of obstacles will form a blind area of ​​vision for the driver, making the driver unable to observe the road conditions in the blind area of ​​vision, resulting in potential safety hazards

Even in the case of multiple self-balancing vehicles driving in a queue, the relevant technologies cannot adopt intelligent means to take safety measures for blind areas of vision

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