VARIABLE BRAKE LIGHT CONTROL SYSTEM USING USER TERMINAL, AND METHOD FOR CONTROLLING THE SAME

摘要

The present invention relates to a variable brake light in which a lighting unit can be illuminated in a variety of shapes according to a vehicle operating state or the selection of a driver. The variable brake light comprises: a lighting unit consisting of LED lamps in which a plurality of LEDs are arranged in a brake light according to a specific pattern so as to display designs having various shapes or patterns; a user terminal in which an application program is installed, comprising pattern input means for inputting a brake light pattern using the installed application program, and which transmits the input pattern information to the brake light through wireless communication means; and a brake light control device for receiving the pattern information from the user terminal through the wireless communication means, generating a control signal for controlling flashing of each LED lamp of the lighting unit according to the received pattern information, and transmitting the control signal to the lighting unit.

主权项

1. The variable brake light control system of vehicle which comprises a lighting unit of a brake light being installed on the rear of the vehicle and a detection switch which is connected to the brake pedal and is on when the driver stepping the brake pedal, wherein it comprises;
the lighting unit which is consisted of the LED lamp being consisted by disposing a plurality of LED in accordance with a particular pattern in the said brake light to display a certain design or shape of various forms or patterns; the user terminal which application program is installed, and a pattern inputting means is provides that can enter the patterns of the brake light by the said installed application program, and then the inputted pattern information of the brake light is transferred via the wireless communication means; and the brake lights control device which receive the said pattern information from the said user terminal via a wireless communication means, and then generate a control signal which can control an on-off of each LED lamp of the said lighting unit based on the said received pattern information to transmit it to the said lighting unit.