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    • 1. 发明授权
    • Illumination device and image scanning device
    • 照明装置和图像扫描装置
    • US07555194B2
    • 2009-06-30
    • US11296866
    • 2005-12-07
    • Makoto IkedaHiroyuki NemotoTakashi KishimotoTakeshi IshimaruHirohiko IwaseHidemitsu TakeuchiTomihisa Saito
    • Makoto IkedaHiroyuki NemotoTakashi KishimotoTakeshi IshimaruHirohiko IwaseHidemitsu TakeuchiTomihisa Saito
    • G02B6/10
    • H04N1/02815H04N1/02835
    • An improved illumination device shortens a redundant area of insufficient light intensity close to a longitudinal end thereof. The device includes a casing, a bar-shaped light guide housed in the casing to cause a light-emitting surface thereof to be exposed, a light-emitting unit secured to an end section of the casing, wherein light from the light-emitting unit is introduced into the bar-shaped light guide through the end face thereof and is totally reflected within the bar-shaped light guide to be emitted through the light-emitting surface, and a shielding section provided to cover an end section of the bar-shaped light guide including the redundant area at the end section of the casing close to the light-emitting unit. A notch is formed at the end section of the bar-shaped light guide on the light-emitting surface side close to the light-emitting unit, and light from the light-emitting unit is reflected on a rear surface of the shielding section through a gap between this notch and the light-emitting unit to be introduced into the bar-shaped light guide.
    • 改进的照明装置缩短靠近其纵向端的光强度不足的冗余区域。 该装置包括壳体,容纳在壳体中以使其发光表面暴露的条形光导;固定到壳体的端部的发光单元,其中来自发光单元的光 通过其端面引入棒形导光体,并且在棒状光导中被全反射以通过发光表面发射;以及屏蔽部,其设置成覆盖棒状导光体的端部 导光体包括靠近发光单元的壳体端部处的冗余区域。 在靠近发光单元的发光面侧的棒状导光体的端部形成有切口,来自发光单元的光通过遮光部的背面被反射 该凹口与发光单元之间的间隙被引入到条形光导中。
    • 6. 发明申请
    • LIGHT GUIDE, LINE-ILLUMINATING DEVICE, AND IMAGE-SCANNING DEVICE
    • 光导体,线路照明装置和图像扫描装置
    • US20060165370A1
    • 2006-07-27
    • US11354567
    • 2006-02-15
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • G02B6/10
    • G02B6/0038H04N1/02815H04N1/02835H04N1/02885Y10S385/901
    • The present invention provides a light guide, a line-illuminating device, and an image-scanning device that provide excellent uniformity in the amount of light produced. A light-reflecting portion comprised of spherical concave surfaces becomes a reflecting surface having spherical convex surfaces when it is seen from the inside of the light guide. Even when the incident angle of light from the light source unit is slightly offset, the reflection angle in spherical convex surfaces significantly changes, and light is reflected uniformly toward the upper surface serving as a light-emitting surface. In particular, when the fine spherical concave portions of the light-reflecting portion have a small depth, the incident light from the end surface is reflected toward the upper surface, serving as a light-emitting surface, and both side surfaces without reflecting back to the light-emitting unit side, so that uniform reflection can be achieved.
    • 本发明提供一种提供产生的光的均匀性的光导,线照明装置和图像扫描装置。 当从导光体的内部看时,由球形凹面构成的光反射部分成为具有球形凸面的反射面。 即使当来自光源单元的光的入射角稍微偏移时,球面凸面中的反射角显着变化,并且光均匀地反射到用作发光面的上表面。 特别是,当光反射部分的细小球形凹部具有较小的深度时,来自端面的入射光被反射到用作发光表面的上表面,并且两个侧表面反射回 发光单元侧,从而可以实现均匀的反射。
    • 7. 发明授权
    • Light guide, line-illuminating device, and image-scanning device
    • 导光板,线路照明装置和图像扫描装置
    • US07088905B1
    • 2006-08-08
    • US11354567
    • 2006-02-15
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • G02B6/00
    • G02B6/0038H04N1/02815H04N1/02835H04N1/02885Y10S385/901
    • The present invention provides a light guide, a line-illuminating device, and an image-scanning device that provide excellent uniformity in the amount of light produced. A light-reflecting portion comprised of spherical concave surfaces becomes a reflecting surface having spherical convex surfaces when it is seen from the inside of the light guide. Even when the incident angle of light from the light source unit is slightly offset, the reflection angle in spherical convex surfaces significantly changes, and light is reflected uniformly toward the upper surface serving as a light-emitting surface. In particular, when the fine spherical concave portions of the light-reflecting portion have a small depth, the incident light from the end surface is reflected toward the upper surface, serving as a light-emitting surface, and both side surfaces without reflecting back to the light-emitting unit side, so that uniform reflection can be achieved.
    • 本发明提供一种提供产生的光的均匀性的光导,线照明装置和图像扫描装置。 当从导光体的内部看时,由球形凹面构成的光反射部分成为具有球形凸面的反射面。 即使当来自光源单元的光的入射角稍微偏移时,球面凸面中的反射角显着变化,并且光均匀地反射到用作发光面的上表面。 特别是,当光反射部分的细小球形凹部具有较小的深度时,来自端面的入射光被反射到用作发光表面的上表面,并且两个侧表面反射回 发光单元侧,从而可以实现均匀的反射。
    • 8. 发明授权
    • Light guide, line-illuminating device, and image-scanning device
    • 导光板,线路照明装置和图像扫描装置
    • US07076148B2
    • 2006-07-11
    • US11137692
    • 2005-05-25
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • Hiroyuki NemotoHirohiko IwaseHidemitsu TakeuchiTakashi Kishimoto
    • G02B6/00
    • G02B6/0038H04N1/02815H04N1/02835H04N1/02885Y10S385/901
    • A light guide, a line-illuminating device, and an image-scanning device are provided which are excellent in uniformity of the light amount. A light-reflecting portion comprised of tubular concave surfaces becomes a reflecting surface having tubular convex surfaces when seen from the inside of the light guide. With such structure, even when the incident angle of light from a light source unit slightly displaces, the reflection angle in the tubular convex surfaces significantly changes. In an irregular surface having a triangular shape, as in a conventional example, the incident angle becomes almost uniform in the area far from the light source unit, and thereby the reflection angle also becomes uniform. Consequently, it is difficult to achieve uniform reflection in the main-scanning direction. However, with the tubular concave surfaces, light is reflected uniformly toward the upper surface as a light-emitting surface.
    • 提供了光量均匀性优异的导光体,线照明装置和图像扫描装置。 由管状凹面构成的光反射部成为从光导内侧观察时具有管状凸面的反射面。 通过这样的结构,即使来自光源单元的光的入射角略微偏移,管状凸面的反射角也显着变化。 在具有三角形形状的不规则表面中,如在常规示例中,在远离光源单元的区域中入射角变得几乎均匀,从而反射角度也变得均匀。 因此,难以在主扫描方向上实现均匀的反射。 然而,对于管状凹面,光被均匀地反射到作为发光面的上表面。