CN201035168Y - Novel full-screen display rearview mirror of automobile - Google Patents

Abstract

The utility model relates to the technical field of vehicle-mounted reflectors, in particular to a novel automobile full screen display rearview mirror; the lens comprises a lens body and a picture frame, wherein the lens body is fixed on the picture frame and seals the picture frame, a display is arranged in the picture frame, an oxide film layer is coated on the surface of the lens body, and a light-transmitting material layer is coated on the outer side of the oxide film layer; the oxide film layer is made of SiO₂Film layer, TiO₂The film layers are alternately superposed; through all coating on the lens body has the oxide rete to form blue mirror effect, in addition, the outside coating on oxide rete has the printing opacity material layer, utilizes the printing opacity material layer to reach the back of the body lacquer effect, just makes the lens have reflection and non-light tight dual effect, thereby makes the rear-view mirror both can play the reflex action, also can make the driver see clearly the information that the display shows in the picture frame.

Description

New car full screen display rearview mirror

Technical field:

The utility model relates to the technical field of vehicle-mounted reflectors, in particular to a novel automobile full-screen display rearview mirror.

Background technique:

At present, car rearview mirrors generally use ordinary lenses, which directly map the road conditions behind the car body. Safe Driving. The research and development personnel have developed a new type of rearview mirror, as shown in Figures 1 and 2. Currently, the existing products on the market are to install the display 04 inside the mirror body 02, and the lens 06 itself is white, but after the back paint, the lens 06 It is blue to reduce the glare interference to the driver. In order to enable the driver to see the information prompt of the display 04 inside the mirror body 02 through the lens 06, in the process of back-painting the lens 06, except for leaving a The display 04 inside the mirror body 02 is outside the window 08 with a similar size, and the rest of the lens 06 is coated with ink; if the lens 06 is completely coated with ink, the lens 06 is opaque, and the driver cannot see the display inside the mirror body 02 04 information prompts, leaving a window 08, the lens 06 at the position of the window 08 is white, even when the display 04 has no information prompts, the driver can still see the display 04, which will still cause disturbance to the driver and affect Its attention; in addition, this kind of lens 06 can only leave the window 08 in a fixed position during the backpainting process. If there are multiple displays 04, the lens 06 needs to reserve multiple window positions, thus affecting the normal use of the lens 06 and product aesthetics and integrity.

Utility model content:

The purpose of the utility model is to provide a novel automobile full-screen display rearview mirror for the deficiencies of the prior art, which has both reflective and light-transmitting functions, and can be used together with multiple displays to make the mirror surface a full-frequency display.

In order to achieve the above object, the utility model adopts the following technical solutions:

It includes a lens body and a picture frame, the lens body is fixed on the picture frame and closes the picture frame, a display is installed in the picture frame, the surface of the lens body is coated with an oxide film layer, and the outside of the oxide film layer is coated with a light-transmitting material layer.

The oxide film layer completely covers the surface of the lens body, and the light-transmitting material layer completely covers the surface of the oxide film layer.

The oxide film layer is formed by alternately stacking SiO ₂ film layers and TiO ₂ film layers.

The SiO ₂ film layer is adjacent to the lens body, and the TiO ₂ film layer can also be used to be adjacent to the lens body.

The beneficial effect of the utility model is that: the oxide film layer is coated on the lens body, thereby forming a blue mirror effect, so as to avoid glare for the driver; in addition, a light-transmitting material layer is coated on the outside of the oxide film layer , using the light-transmitting material layer to achieve the back paint effect, the lens has the dual effects of reflection and light transmission, so that the rearview mirror can not only reflect, but also enable the driver to see the information displayed on the display in the frame.

Description of drawings:

Below in conjunction with accompanying drawing, the utility model is further described:

Fig. 1 is the structural exploded schematic view of existing vehicle-mounted rearview mirror;

Fig. 2 is the outline schematic diagram of existing vehicle-mounted rearview mirror;

Fig. 3 is a sectional enlarged view of the lens body of the present invention.

Fig. 4 is a schematic diagram of structural decomposition of the utility model;

Fig. 5 is a structural representation of the utility model;

Fig. 6 is the use effect diagram of the utility model;

Fig. 7 is an outline view of another embodiment of the present utility model.

Fig. 8 is a usage effect diagram of the product shown in Fig. 7 .

Detailed ways:

See accompanying drawing 3-5, the utility model comprises lens body 10, picture frame 40, and lens body 10 is fixed on picture frame 40 and makes picture frame 40 close, and picture frame 40 is equipped with display 50, and display 50 can be installed in any position, or installs A plurality of displays 50; the surface of the lens body 10 is coated with an oxide film layer 30, and the outer side of the oxide film layer 30 is coated with a light-transmitting material layer 20; the lens body 10 adopting the above structure has both reflection function and light transmission function , when the display 50 is not working, the lens body 10 has a reflective effect, and when the display 50 is powered on, it will display certain prompt information, and the light emitted by the display 50 can be displayed through the lens body 10, allowing the user to see the display 50 displayed content; therefore, the rearview mirror can be used as a normal rearview mirror, and the information displayed by the display 50 can also be displayed through the lens body 10, and no matter where the display 50 is installed on the mirror frame 40, as long as its The information displayed by the display 50 can be seen from the outside of the rearview mirror when the light is energized, so that the eyeglass becomes the effect of full-frequency display.

See Fig. 6, which shows the information of the car turning left when the display 50 is powered on and illuminated.

See Fig. 7,8, and it is the rearview mirror that uses on the automobile door, and this moment, when display 50 energizes and shines, also shows the information that automobile turns left.

The oxide film layer 30 completely covers the surface of the lens body 10 , and the transparent material layer 20 completely covers the surface of the oxide film layer 30 .

The oxide film layer 30 is formed by alternate superposition of _SiO2 film layer and _TiO2 film layer, and _SiO2 film layer can be used to be adjacent to lens body 10, or _TiO2 film layer can be used to be adjacent to lens body 10, and SiO2 film layer can be used to be adjacent to lens body 10. ₂ film layers, the number of TiO ₂ film layers and the stacking method can be determined according to the needs of users, and will not affect the use effect of the lens body 10.

After coating the oxide film layer, the lens body 10 is transparent, and after the back paint of the light-transmitting material layer 20, the lens body 10 has a blue mirror effect, which can reduce glare.

The back paint process of the present utility model adopts coating light-transmitting material layer 20 on the outer side of oxide film layer 30 of lens body 10, and this light-transmitting material layer 20 can adopt fully transparent material or translucent material, and this transparent material is Already painted, no further details needed. The lens body 10 coated with the transparent material layer 20 has a reflective effect. When the rear side of the lens body 10 is equipped with a backlight, the light emitted by the backlight can pass through the lens. If the backlight does not emit light, the lens can be used as a common reflector.

If the display 50 in the rearview mirror works, the light it sends can pass through the lens sheet, so that the driver can learn relevant prompt information; The driver cannot see the display in the rearview mirror from the outside, and will not cause interference to the driver, thereby ensuring driving safety.

Claims (5)

1. new automobile full screen display rearview mirror, it comprises eyeglass body (10), picture frame (40), eyeglass body (10) is fixed in picture frame (40) and goes up and make picture frame (40) sealing, display (50) is installed in the picture frame (40), it is characterized in that: the surface of eyeglass body (10) all scribbles oxide membranous layer (30), and the outside of oxide membranous layer (30) scribbles transparent material layer (20).

2. new automobile full screen display rearview mirror according to claim 1 is characterized in that: oxide membranous layer (30) covers the surface of eyeglass body (10) fully, and transparent material layer (20) is the surface of capping oxide rete (30) fully.

3. new automobile full screen display rearview mirror according to claim 2 is characterized in that: oxide membranous layer (30) is by SiO ₂Rete, TiO ₂Rete alternately is formed by stacking.

4. new automobile full screen display rearview mirror according to claim 3 is characterized in that: SiO ₂Rete is adjacent with eyeglass body (10).

5. new automobile full screen display rearview mirror according to claim 3 is characterized in that: TiO ₂Rete is adjacent with eyeglass body (10).

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