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    • 1. 发明授权
    • Vehicle lamp
    • 车灯
    • US07021805B2
    • 2006-04-04
    • US10611107
    • 2003-07-02
    • Yasuyuki AmanoYasuo TeranishiHiroya Koizumi
    • Yasuyuki AmanoYasuo TeranishiHiroya Koizumi
    • F21V7/00
    • G02B6/0036F21S43/14F21S43/239F21S43/245F21S43/247F21S43/315F21S43/40F21V7/0091F21Y2115/10G02B6/0013G02B6/0038
    • A translucent member is arranged so as to cause light originating from an LED light source oriented toward the front of a lamp to enter the translucent member. Outgoing LED light that has entered the translucent member is reflected rearward by a front surface, and then the light is reflected forward by a rear surface, to thereby exit forward of the lamp from the translucent member. At that time, an area on the front surface located in the vicinity of an optical axis Ax is formed as a normal reflection section subjected to reflection surface treatment. The other area of the front surface is formed as an internal reflection section which causes the outgoing LED light to undergo internal reflection. A plurality of reflection elements are formed on the rear surface of the translucent member so as to cause the outgoing LED light reflected from the front surface to enter the internal reflection section at an incidence angle which is smaller than or equal to a critical angle.
    • 布置半透明构件以使来自朝向灯前部的LED光源的光进入半透明构件。 已经进入半透明构件的出射LED灯被前表面向后反射,然后光被后表面反射向前,从而从灯泡的前方离开透光构件。 此时,位于光轴附近的前表面上的区域形成为进行反射表面处理的正反射部。 前表面的另一个区域被形成为使得输出的LED光发生内部反射的内部反射部分。 多个反射元件形成在透光部件的后表面上,从而使从前表面反射的出射LED光以小于或等于临界角的入射角进入内反射部分。
    • 2. 发明授权
    • Vehicle lamp
    • 车灯
    • US06951415B2
    • 2005-10-04
    • US10611102
    • 2003-07-02
    • Yasuyuki AmanoHiroya Koizumi
    • Yasuyuki AmanoHiroya Koizumi
    • F21S8/10F21V7/00F21V7/04F21V13/04F21W101/14F21Y101/02H01L33/54H01L33/60F21V5/00
    • F21V7/0091F21S43/14F21S43/239F21S43/241F21S43/243F21S43/245F21S43/247F21S43/315F21S43/40F21Y2115/10
    • Light from an LED light source, which is placed to be directed toward the front of a lamp, is incident on a translucent member, and the light that is transmitted through the translucent member is reflected by a reflector toward the front of the lamp. An internal reflection portion that internally reflects light which is incident on the translucent member at a small angle with respect to an optical axis of the LED light source, in a direction which is substantially perpendicular to the optical axis, and a refraction portion that refracts light which is incident at a large angle with respect to the optical axis, in a direction which is substantially perpendicular to the optical axis, are formed on the surface of the translucent member. The LED emitted light can be caused to be incident on a reflective surface of the reflector in the form of substantially parallel beams which are directed in a direction that is substantially perpendicular to the optical axis. The LED emitted light can be caused to be incident on the range extending even to the peripheral edge of the reflective surface, without increasing the depth of the reflector. The reflection due to the reflector can be easily controlled.
    • 被放置成朝向灯的前方的LED光源的光入射到半透明构件上,并且透过透光构件的光被反射器朝向灯的前方反射。 内反射部分,其在基本上垂直于光轴的方向上以相对于LED光源的光轴以小角度入射到半透明部件上的光以及折射光 其在基本上垂直于光轴的方向上以相对于光轴的大角度入射,形成在透光构件的表面上。 LED发射的光可以被引入反射器的反射表面,其形式基本上平行的光束,其基本上垂直于光轴方向。 可以使LED发射的光入射到甚至延伸到反射表面的周缘的范围,而不增加反射器的深度。 可以容易地控制由反射器引起的反射。
    • 7. 发明授权
    • LED-type vehicular lamp having improved light distribution
    • 具有改善的光分布的LED型车灯
    • US06814480B2
    • 2004-11-09
    • US10212790
    • 2002-08-07
    • Yasuyuki Amano
    • Yasuyuki Amano
    • F21V1304
    • B60Q1/2696F21S43/14F21S43/40
    • A vehicular lamp which radiates a light by indirect illumination using a plurality of LED light sources which has a thin structure while providing sufficient light output to the front of the lamp, even in the case where the lamp is mounted in a wrap-around portion of the vehicle body. Respective Fresnel lenses which form light from respective LED light sources into parallel light fluxes are arranged so as to align the directions of the parallel light fluxes upward, and the parallel light fluxes are then reflected toward the front of the lamp by a reflector. The reflector is separated into sub-reflectors for every area which the parallel light fluxes from the respective Fresnel lenses strike, and the sub-reflectors are arranged in a stepped configuration extending in a lateral direction of the reflector from the front of the lamp toward the rear of the lamp. Accordingly, it is possible to form the reflector so as to wrap around to the rear of the lamp while the reflected light from the respective sub-reflectors is radiated toward the front of the lamp.
    • 一种车灯,其通过使用具有薄结构的多个LED光源通过间接照射而散发光,同时向灯的前方提供足够的光输出,即使在将灯安装在灯的环绕部分的情况下 车体。 从各个LED光源形成平行光束的各个菲涅耳透镜被布置成使得平行光束的方向向上对齐,然后平行光束通过反射器朝向灯的前方反射。 反射器被分离成用于来自各个菲涅尔透镜的平行光束的每个区域的子反射器撞击,并且副反射器被布置成从灯的前部朝向反射器的横向方向延伸的阶梯结构 后灯 因此,可以形成反射器,以便将来自各个副反射器的反射光朝向灯的前方辐射的同时包围在灯的后部。
    • 8. 发明授权
    • Led-type vehicular lamp having uniform brightness
    • 具有均匀亮度的LED型车灯
    • US06805476B2
    • 2004-10-19
    • US10244606
    • 2002-09-17
    • Yasuyuki Amano
    • Yasuyuki Amano
    • F21V2100
    • B60Q1/2696F21S43/14F21S43/40
    • A vehicular lamp radiating light emitted by LED light sources through indirect illumination and having uniform brightness. Light from LED light sources is directed upward into parallel beams by Fresnel lenses. The parallel beams are reflected in a frontward direction. A reflector is divided into sub reflectors that differ in height and angle of forward inclination The distance between each LED light source and a corresponding Fresnel lens increases in proportion to a decrease in height of a corresponding sub reflectors, and the intensity of the luminous flux impinging on each Fresnel lens decreases in proportion to a decrease in height of a corresponding sub reflectors. The intensity of luminous flux impinging on each sub reflectors decreases in proportion to a decrease in projected area in a forward direction of the lamp. The sub reflectors have uniform luminance and the entire reflecting surface appears uniform in brightness.
    • 一种车灯,通过间接照明辐射LED光源发出的光并具有均匀的亮度。 来自LED光源的光由菲涅尔透镜向上引导到平行光束。 平行光束向前方反射。 反射器被分成在高度和前倾角度不同的副反射器中。每个LED光源与相应的菲涅尔透镜之间的距离与相应副反射器的高度的降低成比例地增加,并且光束的入射强度 在每个菲涅耳透镜上,与相应的副反射器的高度的减小成比例地减小。 每个子反射器上的光通量的强度与灯的正向投影面积的减小成比例地减小。 副反射器具有均匀的亮度,并且整个反射表面的亮度均匀。
    • 9. 发明授权
    • Led-type vehicular lamp
    • LED车载灯
    • US06672746B2
    • 2004-01-06
    • US10216914
    • 2002-08-13
    • Yasuyuki Amano
    • Yasuyuki Amano
    • F21S810
    • B60Q1/2696F21S43/14F21S43/40Y10S362/80
    • A vehicular lamp which radiates light by indirect illumination using a plurality of LED light sources and which has an improved appearance when the lamp is lit. Light from a plurality of LED light sources is formed into parallel light fluxes by a plurality of Fresnel lenses, and the parallel light fluxes are reflected toward the front of the lamp by a segmented reflector. The LED light sources and the lenses are divided into first and second groups which form respective light fluxes directed in orthogonal directions in a front view of the lamp. The reflecting surface of the reflector is divided into a plurality of segments, and first and second reflective elements, which reflect the parallel light fluxes from the respective lens groups, are provided in each of the segments. With this structure, a portion of all reflective elements can be seen brightly when viewing the lamp from a position directly in front of the lamp and within certain angular limits.
    • 一种车灯,其通过间接照明使用多个LED光源照射光,并且当灯点亮时具有改善的外观。 来自多个LED光源的光由多个菲涅尔透镜形成为平行光束,并且平行光束通过分段反射器朝向灯的前部反射。 LED光源和透镜被分成在灯的正视图中形成在正交方向上指向的相应光束的第一和第二组。 反射器的反射表面被分成多个段,并且在每个段中设置有反射来自各个透镜组的平行光束的第一和第二反射元件。 利用这种结构,当从直接在灯前面的位置观察灯并且在一定角度范围内时,可以看到所有反射元件的一部分是明亮的。
    • 10. 发明授权
    • Vehicle lamp
    • 车灯
    • US06561687B1
    • 2003-05-13
    • US09471009
    • 1999-12-23
    • Hideaki SatsukawaYasuyuki AmanoHiroshi Kawashima
    • Hideaki SatsukawaYasuyuki AmanoHiroshi Kawashima
    • B60Q130
    • F21S41/323
    • The shape of a horizontal cross section Sho including a reference axis Ax on a reflective surface 14a is set to a curved shape for focusing and reflecting light from a light source 12a closer to the reference axis Ax within the horizontal cross section Sho. The shape of a vertical cross section including the axis in the direction of emitting reflected light at each of the points on the horizontal cross section including the reference axis Ax on the reflective surface 14a is set to a curved shape for reflecting the light from the light source in substantially parallel to the axis in the direction of emitting the reflected light in a central reflective area near the lateral reference axis Ax. The shapes of peripheral reflective areas 14a2 on both sides of the central reflective area are respectively set to curved shapes for focusing and reflecting the light from the light source 12a closer to the axis in the direction of emitting the reflected light. It is thus possible to obtain a light distribution pattern with less nonuniformity in light and a substantially laterally long rectangular shape.
    • 将包括反射表面14a上的参考轴线Ax的水平横截面Sho的形状设置为用于聚焦和反射来自在水平横截面Sho内靠近基准轴线Ax的光源12a的光的弯曲形状。 将包括反射面14a上的基准轴Ax的水平截面上的每个点处的发射反射光的方向的轴的垂直截面的形状设定为用于反射来自光的光的弯曲形状 源在基本上平行于沿着侧向参考轴线Ax附近的中心反射区域中发射反射光的方向上的轴线。 中央反射区域两侧的周边反射区域14a2的形状分别设置为弯曲形状,用于聚焦和反射来自光源12a的光在发射反射光的方向上更靠近轴。 因此,可以获得光的不均匀性和大致横向长的矩形形状的配光图案。