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    • 7. 发明授权
    • Vehicle headlamp
    • 车头灯
    • US07287887B2
    • 2007-10-30
    • US11188654
    • 2005-07-26
    • Hirohiko OhshioAtsushi SugimotoNaoki Tatara
    • Hirohiko OhshioAtsushi SugimotoNaoki Tatara
    • F21V17/02
    • F21S41/689F21S41/657
    • A movable shade is moved by a shade driving device between a first shade position which is positioned on an optical axis at a rear focal point of a projection lens and a second shade position which is located further downward than the first shade position. Even in the event that there is provided only a single light source, low beam light distribution patterns and high beam light distribution patterns can selectively be formed. In addition, the light source is moved by a light source driving device between a first light source position which is positioned on the optical axis and a second light source position which is positioned further forward than the first light source position. Then, four types of light distribution patterns can be formed through combinations of the positions of the light source and the positions of the movable shade.
    • 可动阴影通过阴影驱动装置在位于投影透镜的后焦点处的光轴上的第一阴影位置和位于比第一阴影位置更下方的第二阴影位置之间移动。 即使仅设置单个光源,也可以选择性地形成远光配光图案和远光配光图案。 另外,光源由位于光轴上的第一光源位置和位于比第一光源位置更靠前的第二光源位置处的光源驱动装置移动。 然后,可以通过光源的位置和可动阴影的位置的组合来形成四种类型的配光图案。
    • 8. 发明申请
    • Vehicle headlamp
    • 车头灯
    • US20060023465A1
    • 2006-02-02
    • US11188654
    • 2005-07-26
    • Hirohiko OhshioAtsushi SugimotoNaoki Tatara
    • Hirohiko OhshioAtsushi SugimotoNaoki Tatara
    • F21V7/00
    • F21S41/689F21S41/657
    • A movable shade is moved by a shade driving device between a first shade position which is positioned on an optical axis at a rear focal point of a projection lens and a second shade position which is located further downward than the first shade position. Even in the event that there is provided only a single light source, low beam light distribution patterns and high beam light distribution patterns can selectively be formed. In addition, the light source is moved by a light source driving device between a first light source position which is positioned on the optical axis and a second light source position which is positioned further forward than the first light source position. Then, four types of light distribution patterns can be formed through combinations of the positions of the light source and the positions of the movable shade.
    • 可动阴影通过阴影驱动装置在位于投影透镜的后焦点处的光轴上的第一阴影位置和位于比第一阴影位置更下方的第二阴影位置之间移动。 即使仅设置单个光源,也可以选择性地形成远光配光图案和远光配光图案。 另外,光源由位于光轴上的第一光源位置与位于比第一光源位置更靠前的第二光源位置之间的光源驱动装置移动。 然后,可以通过光源的位置和可动阴影的位置的组合来形成四种类型的配光图案。
    • 9. 发明授权
    • Vehicular lamp system
    • 车灯系统
    • US07901121B2
    • 2011-03-08
    • US12257745
    • 2008-10-24
    • Hirohiko OhshioKiyotaka Mochizuki
    • Hirohiko OhshioKiyotaka Mochizuki
    • F21V17/02
    • F21S41/698
    • The light distribution of a vehicle headlamp can be changed between various modes, including a basic mode and a motorway mode. In the basic mode, shaded region changeover means block a high light intensity region, and deflection control means controls a lamp optical axis Lx to a straight travel direction. In the motorway mode, the shaded region changeover means does not block the high light intensity region, and the deflection control means controls deflection of the lamp optical axis to a host vehicle lane side. A light distribution in which the high light intensity region faces a far distance ahead of the host vehicle lane can be obtained, and the host vehicle lane is brightly illuminated without dazzling a driver of a preceding vehicle or an oncoming vehicle. Accordingly, illumination suited to the motorway mode during high speed and medium speed travel can be achieved.
    • 可以在各种模式之间改变车辆前照灯的光分布,包括基本模式和高速公路模式。 在基本模式中,阴影区域切换装置阻挡高光强度区域,并且偏转控制装置将灯光轴Lx控制到直线行进方向。 在高速公路模式中,阴影区域切换装置不阻挡高光强度区域,偏转控制装置控制灯光轴向主车辆车道侧的偏转。 可以获得其中高光强区域面对主车道前方远的距离的配光,并且主车辆车道被明亮地照亮,而不会使前方车辆或迎面而来的车辆的驾驶员眩目​​。 因此,可以实现在高速和中速行驶期间适合于高速公路模式的照明。
    • 10. 发明申请
    • VEHICULAR HEADLAMP
    • 车身头灯
    • US20080304278A1
    • 2008-12-11
    • US12132900
    • 2008-06-04
    • Yasuhiko OginoHirohiko Ohshio
    • Yasuhiko OginoHirohiko Ohshio
    • B60Q1/00F21V19/02
    • B60Q1/076
    • A vehicular headlamp includes a first reflector disposed fixed with respect to the light source; a second reflector rotatable in a direction that opens and closes a reflective surface of the first reflector; a bracket rotatably supporting the second reflector via a shaft that extends in a direction generally perpendicular to the optical axis of the light source; an actuator attached to the bracket; an attachment includes an insertion hole into which the driving rod of the actuator is inserted and first and second connection holes into which the connecting shaft of the second reflector is inserted. The second reflector includes a connecting shaft that projects in a direction generally perpendicular to an optical axis of the light source. The actuator includes a body and a driving rod that projects from a portion other than a center portion of the body and moves in an axial direction. The first connection hole and the second connection hole of the attachment open one way and open in opposite directions. The actuator is capable of being respectively attached to the bracket of the lamp unit on the left and right sides in orientations that differ by a rotation of 180 degrees in a shaft rotating direction of the driving rod, with the connecting shaft of the second reflector on the left inserted into the first connection hole, and the connecting shaft of the second reflector on the right side inserted into the second connection hole.
    • 车辆前照灯包括相对于光源固定的第一反射器; 第二反射器,其可在打开和关闭所述第一反射器的反射表面的方向上旋转; 支架,其通过沿大致垂直于光源的光轴的方向延伸的轴可旋转地支撑第二反射器; 附接到支架的致动器; 附件包括插入致动器的驱动杆的插入孔和插入第二反射器的连接轴的第一和第二连接孔。 第二反射器包括沿大致垂直于光源的光轴的方向突出的连接轴。 致动器包括主体和驱动杆,其从主体的中心部分以外的部分突出并沿轴向移动。 附件的第一连接孔和第二连接孔单向打开并且在相反的方向上打开。 致动器能够分别以左右两侧的灯单元的支架分别安装在与驱动杆的轴旋转方向上的180度的旋转方向不同的方向上,第二反射器的连接轴处于 左侧插入第一连接孔,右侧的第二反射器的连接轴插入第二连接孔。