TWM453610U - Reflecting surface allowing for multiple light emitting sources - Google Patents

Description

Allowable reflection surface of multiple illumination sources

The present invention provides a reflecting surface that can tolerate a plurality of light-emitting sources, mainly for a reflecting surface which is covered between transparent lamp shells of a steam and locomotive lighting source, and can be cut into different angles to achieve illumination of different areas of reflection. The illumination source of the illumination source conforms to the illumination design of the intended orientation of the vehicle as it travels.

According to the current lighting fixtures (such as directional lights, daytime running lights, brake lights, running lights, etc.), which are set in steam and locomotives, usually include a preset lighting source and a light source in front of the lighting source. The transparent lamp shell is composed of a reflecting surface; wherein the reflecting surface inside the transparent lamp shell is integrally formed by plastic molding and then electroplated, so that the illumination source has a preset light source intensity when irradiated outwardly. Photographed.

In order to achieve a better light source configuration for the reflective surface of the transparent lamp housing, the manufacturer will set a concave concave area in a preset shape inside the reflective surface, so that the illumination source can pass through each arc concave area. The outwardly diffused light has the required light source configuration to achieve the brightness of the light source in the direction of illumination.

The transparent lamp housing with the reflecting surface is quite diverse in its configuration, and it is necessary to make an appropriate choice according to the illumination of the assembled vehicle.

This creation is based on the reflective surface of the transparent light shell outside the lighting source of the lighting fixtures (such as directional lights, daytime running lights, brake lights, running lights, etc.) currently set on both sides of the steam and locomotive. Another new form design, in which the reflective surface is cut into different angles during the transparent lamp housing on which the illumination source is located outside To reflect the illumination of different areas, so that the illumination range of the illumination source is in accordance with the illumination of the intended orientation of the vehicle as it travels.

The main purpose of this creation is to provide a reflective surface for the lighting fixtures (such as directional lights, daytime running lights, brake lights, running lights, etc.) that are covered by a source of illumination. a transparent lamp housing; wherein, on the substrate of the illumination source, one or more illumination sources are arranged in a pitch, and in the interior of the transparent lamp housing, a plurality of reflection surfaces are formed at a pitch, and each reflection surface is cut into a multi-channel block having different angles, and a lower portion corresponding to each reflective surface of the transparent lamp shell is penetrated through the hole, so that the illumination source assembled by the substrate can be cut in between and located on the back of the reflective surface; Each of the illuminating sources is illuminated by the different angle blocks cut by the corresponding reflecting surface, and the illumination of the different areas can be obtained, and the illumination range of the illuminating source is in accordance with the expected illumination of the vehicle when the vehicle is traveling.

The second object of the present invention is to implement one or more illumination sources disposed on a substrate.

The design of the reflective surface of the complex illumination source (as shown in the first figure) is mainly for the illumination of steam and locomotive lighting (such as direction lights, daytime running lights, brake lights, driving lights, etc.) a source (1), and a transparent lamp housing (2) having a reflecting surface (21) disposed in front of the illumination source (1); wherein

a lighting source (1) for arranging more than one illuminating source (12) for a pitch on a predetermined wide and length substrate (11) (the illuminating source (12) here is an LED As an implementation].

a transparent lamp housing (2), which is a reflecting surface (21) covering member which is disposed in front of the illumination lamp source (1), and a plurality of reflecting surfaces are formed in the interior of the transparent lamp housing (2). ), Each of the reflecting surfaces (21) is cut into a plurality of blocks (211) having different angles, and the lower portion of each of the reflecting surfaces (21) of the transparent lamp housing (2) is penetrated through the holes (22). .

The illumination source (1) and the transparent lamp housing (2) are arranged (for example, the first and second figures), and the illumination source (1) is the illumination source (12) of the substrate (11). Cutting into the corresponding hole (22) of the lower portion of the transparent lamp housing (2) (the illumination source (12) of the cutting hole (22) is implemented by two kinds of illumination sources (12) so as to be on the substrate (11) Each of the illumination sources (12) is located at the back of the reflective surface (21).

The illumination source (1) disposed in the lower part of the transparent lamp housing (2) is used for illumination (such as the second and third figures), and is each light source (12) on the substrate (11). The different angle blocks (211) cut through the corresponding reflecting surface (21) are irradiated to obtain illumination reflecting different areas, so that the illumination range of the illumination source (1) conforms to the expected orientation of the vehicle while traveling. The light source is illuminated.

[this creation]

(1) ‧‧‧Light source

(11) ‧‧‧Substrate

(12) ‧‧‧Light source

(2) ‧‧‧Transparent lamp housing

(21) ‧‧‧reflecting surface

(211) ‧‧‧Clocks

(22) ‧‧‧ holes

The first picture: the back side perspective view of the component of the creative reflective surface and the complex illumination source

Second picture: This creation combines the back side stereogram of the reflective surface with multiple illumination sources

The third picture: the front view of the reflection surface combined with the complex illumination source

(1) ‧‧‧Light source

(11) ‧‧‧Substrate

(12) ‧‧‧Light source

(2) ‧‧‧Transparent lamp housing

(21) ‧‧‧reflecting surface

(211) ‧‧‧Clocks

(22) ‧‧‧ holes

Claims (3)

A reflecting surface capable of allowing a plurality of illuminating sources, wherein the illuminating device for the steam and the locomotive comprises a illuminating light source and a transparent lamp shell with a reflecting surface disposed in front of the illuminating light source; the improvement is: the lighting On the substrate of the light source, more than one illumination source is arranged for the pitch, and in the interior of the transparent lamp housing, a plurality of reflective surfaces are formed at intervals, and each of the reflective surfaces is cut into a plurality of blocks with different angles, and In the lower part of the transparent lamp shell corresponding to each reflecting surface, a hole is penetrated through, so that the light source of the substrate can be cut in between, and the light source assembled on the substrate is located at the back of the reflecting surface; so that each light on the substrate The source is illuminated by the different angle blocks cut by the corresponding reflecting surface, and the illumination of the different areas can be obtained, and the illumination range of the illumination source is consistent with the illumination of the expected orientation when the vehicle travels. The reflective surface of the plurality of illuminating sources can be tolerated as described in claim 1, wherein the lighting fixture can also be a directional light, a daytime running light, a brake light, and a running light. The reflective surface of the plurality of illuminating sources that can be tolerated as described in claim 1, wherein the one or more illuminating sources disposed on the substrate are implemented by LEDs.