Light distance-adjustable vehicle lamp device

A light distance-adjustable vehicle lamp comprising:

• two first lens units, each first lens unit has a first focus, a second focus, a third focus, a lens focus, a horizontal axis, a vertical axis, an optical axis, wherein the horizontal axis of the first lens unit is orthogonal to the vertical axis of the first lens unit, the optical focus of the first lens unit passes through the lens focus of the first lens unit;
• a second lens unit arranged between two first lens units, the second lens comprises a lens focus, a horizontal axis and an optical axis, the optical axis of the second lens unit passes through the lens focus of the second lens unit;
• two first light emitting groups arranged corresponding to the two first lens units respectively, each first light emitting group comprises:
• a first light emitting unit having a first light source center, a first axis and a first light emitting surface, wherein the first axis passes through the first light source center, the first axis is parallel to the vertical axis of the first lens unit, the first light emitting surface has a plurality of first surrounding edges, two adjacent first surrounding edges cross at an end point;
• a second light emitting unit having a second light source center, a second axis and a second light emitting surface, the second axis passes through the second light source center, the second axis is parallel to the vertical axis, and the second light emitting surface has a plurality of second surrounding edges;
• and
• a third light emitting unit, the third light emitting unit has a third light source center, a third axis and a third light emitting surface, wherein the third axis passes through the third light source center, the third axis is parallel to the vertical axis of the first lens unit, the third light emitting surface has a plurality of third surrounding edges, two adjacent third surrounding edges cross at an end point;
• wherein the second light emitting unit is arranged between the first light emitting unit and the third light emitting unit;
• a second light emitting group arranged corresponding to the second lens unit, wherein the second light emitting group comprises at least a light emitting unit, at least one light emitting unit of the second light emitting group is arranged corresponding to the lens focus of the second lens unit;
• a datum axis, the datum axis passes through the lens focuses of the two first lens units, the lens focus of the second lens unit, and the second light emitting units of the two first light emitting groups;
• a first reference axis, the first reference axis passes through one of the plurality of the first surrounding edges, and the first reference axis passes through the end point where the two adjacent first surrounding edges cross, wherein the first reference axis and the datum axis have a predetermined angle therebetween, and the predetermined angle is from 0 to 90 degrees;
• and
• a second reference axis, the second reference axis passes through one of the plurality of the third surrounding edges, and the second reference axis passes through the end point where the two adjacent third surrounding edges cross, wherein the second reference axis and the datum axis has a second predetermined angle therebetween, and the predetermined angle is from 0 to 90 degrees;
• wherein the end point where the two adjacent first surrounding edges cross is positioned between the datum axis and the first light source center of the first light emitting unit of the first light emitting group;
• wherein the end point where the two adjacent third surrounding edges crossed is positioned between the datum axis and the third light source center of the third light emitting unit of the first light emitting group;
• wherein the first light source centers of the first light emitting units of the two first light emitting groups are arranged corresponding to the first focuses of the two first lens units respectively;
• wherein the second light source centers of the second light emitting units of the two first light emitting groups are arranged corresponding to the second focuses of the two first lens units respectively;
• wherein the third light source centers of the third light emitting units of the two first light emitting groups are arranged corresponding to the third focuses of the two first lens unit respectively.

A light distance-adjustable vehicle lamp device, comprising:

• a first lens unit having a first focus, a second focus, a third focus, a lens focus, a horizontal axis, a vertical axis and an optical axis, wherein the horizontal axis of the first lens unit is orthogonal to the vertical axis of the first lens unit, the optical axis of the first lens unit passes through the lens focus of the first lens unit;
• a second lens unit closely arranged on one side of the first lens unit, the second lens unit comprises a lens focus, a horizontal axis and an optical axis, the optical axis of the second lens unit passes through the lens focus of the second lens unit;
• a first light emitting group, the first light emitting group is arranged corresponding to the first lens unit, the first light emitting group comprises:
• a first light emitting unit having a first light source center, a first axis and a first light emitting surface, wherein the first axis passes through the first light source center, the first axis is parallel to the vertical axis of the first lens unit, the first light emitting surface comprises a plurality of first surrounding edges, two adjacent first surrounding edges cross at an end point;
• a second light emitting unit having a second light source center, a second axis and a second light emitting surface, the second axis passes through the second light source center, the second axis is parallel to the vertical axis, the second light emitting surface comprises a plurality of second surrounding edges;
• and
• a third light emitting unit having a third light source center, a third axis and a third light emitting surface, wherein the third axis passes through the third light source center, the third axis is parallel to the vertical axis of the first lens unit, the third light emitting surface comprises a plurality of third surrounding edges, two adjacent first surrounding edges cross at an end point;
• wherein the second light emitting unit is arranged between the first light emitting unit and the third light emitting unit;
• a second light emitting group arranged corresponding to the second lens unit, wherein the second light emitting group comprises at least a light emitting unit, at least one light emitting unit of the second light emitting group is arranged corresponding to the lens focus of the second lens unit;
• a datum axis, the datum axis passes through the lens focus of the first lens unit, the lens focus of the second lens unit and the second light emitting unit of the first light emitting group;
• a first reference axis, the first reference axis passes through one of the plurality of first surrounding edges, and the first reference axis passes through the end point where two adjacent first surrounding edges cross, wherein the first reference axis and the datum axis have a first predetermined angle therebetween, the predetermined angle is from 0 to 90 degrees;
• and
• a second reference axis, the second reference axis passes through one of the plurality of third surrounding edges, and the second reference axis passes through the end point that two adjacent third surrounding edges cross, wherein the second reference axis and the datum axis have a second predetermined angle therebetween, the second predetermined angle is from 0 to 90;
• wherein the end point where two adjacent first surrounding edges cross is positioned between the datum axis and the first light source center of the first light emitting unit of the first light emitting group;
• wherein the end point where two adjacent third surrounding edges cross is positioned between the datum axis and the third light source center of the third light emitting unit of the first light emitting group;
• wherein the first light source center of the first light emitting unit of the first light emitting group is arranged corresponding to the first focus of the first lens unit;
• wherein the second light source center of the second light emitting unit of the first light emitting group is arranged corresponding to the second focus of the first lens unit;
• wherein the third light source center of the third light source unit of the first light emitting group is arranged corresponding to the third focus of the first lens unit.