NON-MOTORIZED VEHICLE RIDING BEHAVIOR-BASED INTELLIGENT PROMPT SYSTEM AND METHOD, AND NON-MOTORIZED VEHICLE

摘要

A non-motorized vehicle riding behavior-based intelligent prompt system and method, and a non-motorized vehicle, relating to the technical field of non-motorized vehicles, the system comprising a master control module, an indicator light control module, an acceleration sensing module, an angle sensing module, and a position sensing module, capable of solving the problem of poor ability of existing non-motorized vehicles in giving prompts when riding state changes. Considering that it would be easier for the human visual perception system to receive signals from dynamically changing things, non-motorized vehicle taillights (3) are configured to intelligently change with riding behavior, and considering that the action of a person is difficult to be controlled by the brain in an emergency situation, a riding behavior-based automatic prompt device is used, so that when a rider makes a turn, brakes, or accelerates, corresponding modules automatically sense the changes in the riding state, and the master control module controls the shape, size, and distance from the rear of the non-motorized vehicle of the projection of the indicating taillights (3) on the ground, thereby improving riding safety and reducing the occurrence of traffic accidents.