Instrument board structure suitable for automobile bodies of different sizes

Abstract

The invention discloses an instrument board structure suitable for automobile bodies of different sizes. An air bag guide frame is arranged below an instrument board upper body; the instrument board upper body is located above the instrument board body. The instrument board lower body is located on the rear lower side of the instrument board body. An air outlet assembly is located on the rear lower side of the instrument board upper body. The left side of the instrument panel lower body is provided with a left lower decorative plate, and the right side of the instrument panel lower body and aglove box assembly is provided with a right lower decorative plate. Two sides of the instrument panel body are provided with end covers. A defrosting air duct assembly is arranged below the instrumentpanel body. A blowing surface air duct assembly is arranged below the instrument board lower body. The instrument board upper body, the instrument board lower body, the air outlet assembly and the glove box assembly are arranged according to preset sizes, and the instrument board body, the air bag guide frame, a middle decorative plate, the lower decorative plates, the end covers, the defrostingair duct assembly and the blowing air duct assembly are adjusted in size along with the automobile bodies of different sizes to form integral instrument board structures of different sizes to adapt tothe automobile bodies of different sizes.

Description

technical field [0001] The invention relates to the technical field of automobile instrument panels, in particular to an instrument panel structure adaptable to automobile bodies of different sizes. Background technique [0002] At present, with the continuous improvement of the automobile development process, the speed of launching new models of major automobile manufacturers is accelerating. It is becoming more and more common to have a family style of instrument panels on the same model platform or cross-model platforms. The same model platform or cross-platform models may have different similar models (seden / SUV / Corss / MPV / etc.), may plan different levels of models (A / B / C, etc.), may plan different power (gasoline / Pure electric / hybrid / etc.) models, and lead to different lengths, widths and heights of car bodies. In order to adapt to automobile bodies of different sizes, in the prior art, different instrument panel assemblies correspond to automobile bodies of different...

AI Technical Summary

Problems solved by technology

The overall design and development cost of the instrument panel is high and the cycle is long, which leads to a decrease in the efficiency of vehicle product development and product competitiveness

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