Vehicle and front-lighting system

Abstract

The invention relates to a vehicle and a front-lighting system. The vehicle comprises a front-lighting system, including a left steering mechanism and a right steering mechanism for driving a left front light and a right front light to steer, and a control system. The control system comprises a communication module in communication connection with a satellite positioning system; a controller, which is in communication connection with the communication module, and controls one action of the left and right steering mechanism at a setting distance before a vehicle arrives at a curve and/or a slope to drive the front light connected to the left and right steering mechanism to steer to irradiate the curve and/or the slope in advance, based on the feedback signal of the communication module. Thefront-lighting system is advantageous in that the steering mechanisms of the left and right front light are in communication connection with the satellite positioning system, so that one of the leftand right steering mechanisms is controlled to steer an angle in advance to a pre-shooting curve before the vehicle is driven to the curve; without affecting the front view of the vehicle, a driver can get the information of road condition of the curve before arriving at the curve and make an action, and thereby the vehicle-driving safety can be improved.

Description

technical field [0001] The present invention relates to a vehicle and its headlight system. Background technique [0002] At present, the headlight system of the vehicle generally uses the adaptive headlight steering system (AFS) to control the steering of the lights. The working principle of the steering system is generally as follows: the control system generates the speed signal and The steering wheel angle signal continuously dynamically adjusts the angle of the headlights, so that the direction of the headlights is consistent with the current driving direction of the vehicle, so as to ensure the best illumination of the road ahead of the vehicle and the best visibility for the driver. The disadvantage of this steering system in actual use is: because the headlights are turned following the steering of the vehicle. The scene at the curve can only be seen after turning. If there is an abnormal situation at the curve and the driver does not respond in time, accidents are ...

AI Technical Summary

Problems solved by technology

The disadvantage of this steering system in actual use is: because the headlights are turned following the steering of the vehicle. The scene at the curve can only be seen after turning. If there is an abnormal situation at the curve and the driver does not respond in time, accidents are very likely to occur, which poses a great threat to safe driving.

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