Automobile instrument panel

Abstract

The invention discloses an automobile instrument panel which comprises an outer cover and a displayer assembly arranged in the outer cover. The outer cover comprises a light shield and a rear shell, and the rear shell is provided with a front installation opening; the light shield comprises an opening part, a light shielding part and a light guide cylinder; a top wall opposite to the light shielding part is formed at the top of the light guide cylinder, and a window is formed in the top wall; the displayer assembly comprises an upper screen assembly, a reflecting mirror assembly and a rear screen assembly which are fixedly arranged with one another, the reflecting mirror assembly comprises a half reflecting mirror, the half reflecting mirror is obliquely arranged forwards from top to bottom, the rear screen assembly is arranged behind the half reflecting mirror, and the upper screen assembly is arranged above the half reflecting mirror; the upper screen assembly is arranged between the top wall of the light guide cylinder and the light shielding part, is in non-contact with the light shielding cover and is fixedly connected with the rear shell; and the reflecting mirror assembly and the outer cover are arranged in a non-contact mode. The internal parts of the displayer assembly of the automobile instrument panel are mutually fixed, and the whole displayer assembly is only fixedly connected with the rear shell in a suspended mode so that the assembly quality and the 3D display effect are easier to guarantee.

Description

technical field [0001] The invention relates to the technical field of automobile accessories, in particular to an automobile instrument panel. Background technique [0002] The automotive instrument panel includes a display core and an outer cover for providing support and shading for the display core. The outer cover is usually divided into a shading cover and a rear shell, so that the shell structure surrounding the display core is formed by clamping the front and rear. [0003] In order to realize the naked-eye 3D display effect of automobile instrument information, the prior art proposes such an automobile instrument panel: the display core of the automobile instrument panel includes a first display, a half mirror and a second display, and the half mirror is arranged from top to bottom. Tilting forward, the first display is arranged behind the half mirror, the second display is arranged above the half mirror, the first image projected forward by the first display can be...

AI Technical Summary

Problems solved by technology

However, the above-mentioned automotive instrument panel with naked-eye 3D display effect adopts such a technical solution in terms of the fixed structure of the display core: the first display and the half mirror are fixed on the rear shell together, and the second display is suspended and fixed on the sunshade. In this way, on the one hand, the position accuracy between the first display, the half mirror and the second display is very dependent on the assembly accuracy between the hood and the rear shell, but the assembly accuracy between the hood and the rear shell is low, so it is difficult to guarantee The high positional accuracy among the first display, the half-mirror, and the second display makes it difficult to ensure the assembly quality of the design; The second display will vibrate relative to the half mirror and the first display, so even if the initial assembly quality meets the requirements, the 3D display effect may still be reduced during use

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