Vehicle sun visor structure and vehicle

Abstract

The invention relates to an anti-dazzle vehicle arranged in a vehicle, in particular to a vehicle sun visor structure. The vehicle sun visor structure comprises a sun visor, a driving device and an auxiliary sun visor, the sun visor is arranged in the vehicle by inclining downwards in the direction of a vehicle head, the driving device is fixedly arranged on the vehicle, and a driving connection device driving the sun visor to move in the downward inclination direction of the sun visor from the initial state is arranged between the driving device and the sun visor. The auxiliary sun visor is connected to the sun visor in a turnover mode, and has a fully open state that the auxiliary sun visor and the sun visor form the maximum included angle due to turnover and a folded state that the auxiliary sun visor is embedded into the sun visor. The maximum included angle of the auxiliary sun visor and the sun visor under the fully open state is an obtuse angle. Meanwhile, the invention relates to the vehicle with the vehicle sun visor structure. According to the scheme, the sun visor is driven by the driving device, the sun visor can do stable downward inclination motion to achieve the sun shading function, meanwhile, the auxiliary sun visor is additionally arranged, the second-level sun shading effect is adjusted, the overall adjustment range of the sun visor is enhanced, and the sun shading effect is improved.

Description

technical field [0001] The invention relates to an anti-glare device arranged inside a vehicle, in particular to a vehicle sun visor structure; at the same time, the invention also relates to a vehicle with the vehicle sun visor structure. Background technique [0002] As the anti-glare device inside the vehicle, the sun visor is mostly connected to the vehicle interior by pivoting the plate-shaped sun visor. Flip up and down for shading effect. In the above structure, after the sun visor is used for a long time, it is easy to cause the sun visor not to stick to the roof or the angle of the sun visor to be attached to the top is too large, and the sun visor is likely to collide with the roof of the vehicle during the flipping process, resulting in abnormal knocking noise. In addition, because most of the existing sun visor structures are a single plate-shaped structure, the sun shading effect is achieved only by adjusting the flip angle of the sun visor, and the adjustment ...

AI Technical Summary

Problems solved by technology

In the above structure, after the sun visor is used for a long time, it is easy to cause the sun visor not to stick to the roof or the angle of the sun visor to be attached to the top is too large, and the sun visor is easy to collide with the roof of the vehicle during the flipping process, resulting in abnormal knocking noise

In addition, since the existing sun visor structure is mostly a single plate-shaped structure, the sun shading effect is only achieved by adjusting the flip angle of the sun visor, and the adjustment form is single, which cannot meet the sun shading effect under different heights or viewing angles

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