Electric swing flap automobile air outlet

Abstract

The invention discloses an electric swing flap automobile air outlet which comprises a front blade mechanism, a front air opening shell, a rear blade mechanism, a rear air opening shell, a front bladetransmission mechanism and a rear blade transmission mechanism. The rear blade mechanism is arranged in the rear air opening shell, and the rear blade transmission mechanism drives a rear blade set in the rear blade mechanism to automatically swing. Automatic swing flap of front blades and rear blades is controlled through a switch, a motor and blade rotation are combined, after the switch is turned on, the front blades and the rear blades can be driven by the motor to automatically rotate, and an air blowing effect of a large-area and wide-angle swing flap function is achieved. The technicalproblem that automatic swing flap of a traditional automobile air outlet cannot be achieved is solved.

Description

technical field [0001] The invention relates to an automobile interior decoration, in particular to an electric wind-sweeping automobile air outlet. Background technique [0002] At present, the air outlets of air conditioners on cars are mostly manually adjusted for wind direction, and the adjusted wind direction can only blow in a specific direction, which cannot realize the sweeping function of large area and wide angle. The traditional air outlets are all mechanical structures. The rotation of the front and rear blades is realized by manual rotation or dialing the knob. It is not combined with a motor or other electric components. In the increasingly intelligent and automated driving experience, the manual adjustment method It will gradually lose its advantage, so it is particularly necessary to develop automatic car air outlets. Contents of the invention [0003] Purpose of the invention: The present invention aims at the problems existing in the prior art, and provi...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the air-conditioning outlets on cars are manually adjusted for wind direction, and the adjusted wind direction can only blow in a specific direction, which cannot realize the sweeping function of large area and wide angle.

The traditional air outlets are all mechanical structures. The rotation of the front and rear blades is realized by manual rotation or dialing the knob. It is not combined with a motor or other electric components. In the increasingly intelligent and automated driving experience, the manual adjustment method will gradually lose its advantages, so it is particularly necessary to develop automatic car air outlets

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