Integrated headlights with far and near beams

Abstract

The invention discloses a far and near light integrated vehicle lamp which comprises a main light-emitting body component, an optical lens, a shading plate turning mechanism and an auxiliary light-emitting component. The main light-emitting body component is provided with a main light-emitting body and a reflecting face which faces the light-emitting body. The light-emitting body is an integrated module light-emitting diode and is arranged on a fixing frame. The reflecting face of the light-emitting body is formed by a plurality of sections of independent reflecting faces in a combining mode. A reflecting body where the reflecting face is placed is fixed on the fixing frame. Light rays from the main light-emitting body are reflected through the reflecting face and then are emitted out from the optical lens. The shading plate turning mechanism is arranged between the optical lens and the main light-emitting body component, the light rays pass through completely or are partially shaded through the shading plate turning mechanism, and switching irradiating of far light and near light is formed. The auxiliary light-emitting component is independently arranged relative to the main light-emitting body and is provided with an auxiliary light-emitting body and an auxiliary reflecting face which faces the auxiliary light-emitting body, and the auxiliary light-emitting body is an integrated module light-emitting diode. According to the far and near light integrated vehicle lamp, the irradiating width of the main light-emitting body can be compensated, the requirement for improving irradiating lamp width can be met, and product cost can be prevented from increasing greatly.

Description

technical field [0001] The invention relates to a vehicle lamp, in particular to a vehicle lamp with integrated far and near beams. Background technique [0002] The currently used car lamp with integrated far and near beams includes a main illuminant, an optical lens and a light-shielding flap mechanism for switching between far and near beams. The shading flap mechanism includes a flap and a driving mechanism, which is arranged between the main illuminant and the optical lens, and the flap is driven to rotate around the rotating shaft so that the light passes through or is blocked by the shading flap to form a switching irradiation of far and near light. [0003] The disadvantage of the above-mentioned prior art is that the width of far and near beams is limited due to the size of the optical lens, resulting in insufficient width of the illuminated area; if the size of the optical lens is enlarged, the manufacturing cost of the car lamp will increase significantly. Conte...

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Problems solved by technology

[0003] The disadvantage of the above-mentioned prior art is that the width of far and near beams is limited due to the size of the optical lens, resulting in insufficient width of the illuminated area; if the size of the optical lens is enlarged, the manufacturing cost of the car lamp will increase significantly

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