At present, the air-conditioning outlets on cars mostly manually adjust the wind direction, and the adjusted wind direction can only blow to a specific direction, which can not realize the function of large-area and wide-angle sweeping. The traditional air outlets are of mechanical structure. The rotation of the front and rear blades is realized by manually rotating or pulling the knob, which is not combined with the motor or other electric components. In the increasingly intelligent and automatic driving experience, the way of manual adjustment will gradually lose its advantages. Therefore, it is particularly necessary to study the automatic automobile air outlet.

In order to achieve the above purpose, this scheme introduces an intelligent automobile air outlet.

Compared with the prior art, the automatic sweeping of the front and rear blades is controlled step by step to realize the combination of motor and blade rotation. The front and rear blades can rotate automatically driven by the motor through app or central control interface, so as to achieve the blowing effect of large-area and wide-angle sweeping function. The utility model solves the technical problem that the air outlet of the traditional automobile cannot be automatically swept.

In addition, through the ingenious design of the structure of the front and rear blade transmission mechanism, this scheme can be set in the narrow air conditioning outlet in the car, with high transmission efficiency, service life and stability, and can fully adapt to the complex environment in the car.

Air outlet control driver

1. Control the motor to rotate by 30 ° (medium and low speed);

2. The origin position can be memorized so that it will not be taken as the zero point when restarting after power failure, so as to avoid mechanical overload damage caused by the change of origin after power failure;

3. The controller has the ability to drive multiple (8) motors at one time;

4. Support UDS diagnosis

5. Support bootloader brush writing

6. It also meets Lin / can communication and OTA requirements.