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    • 94. 发明授权
    • Solar ray collecting device
    • 太阳射线收集装置
    • US4979492A
    • 1990-12-25
    • US474181
    • 1990-02-02
    • Kei Mori
    • Kei Mori
    • F24J2/06F21S11/00F21V8/00F24J2/00F24J2/54
    • F24J2/542F21S11/00F24J2/523Y02E10/46Y02E10/47
    • A solar ray collecting device including a supporting rod supported at its lower end by a rotating mechanism and carrying in its upper portion a horizontal supporting shaft is described. The supporting shaft intersects the supporting rod at a right angle and rotatably supports the mounting plates having a large number of solar ray collecting elements arranged thereon. A larger part of the solar ray collecting elements are mounted on a front mounting plate positioned in front of the supporting rod and the supporting shaft and the rest of the solar collecting elements are mounted on a mounting plate positioned behind the supporting rod and the supporting shaft. A supporting frame has a groove for allowing the supporting rod to permit the revolving of said frame.
    • 一种太阳射线收集装置,其特征在于,包括支撑杆,其支撑杆在其下端由旋转机构支撑,并在其上部承载水平支撑轴。 支撑轴以直角与支撑杆相交,并且可旋转地支撑其上布置有大量太阳光线收集元件的安装板。 大部分太阳射线收集元件安装在位于支撑杆前面的前安装板上,支撑轴和其余太阳能收集元件安装在位于支撑杆后面的安装板上,支撑轴 。 支撑框架具有用于允许支撑杆允许所述框架的旋转的凹槽。
    • 95. 发明授权
    • Solar ray collecting device
    • 太阳射线收集装置
    • US4943141A
    • 1990-07-24
    • US325701
    • 1989-03-20
    • Kei Mori
    • Kei Mori
    • G02B7/182F21S11/00F21V8/00F24S23/00F24S23/30G02B6/32G02B6/42
    • F24J2/085F21S11/00F24J2/067G02B6/0006G02B6/32G02B6/4298Y02E10/43Y10S385/90
    • A solar ray collecting device comprises a solar ray collecting portion including a number of solar ray collecting elements, a transparent dome for covering the solar ray collecting portion, a base plate for supporting the dome, a first-revolution shaft for rotating the base plate, a support arm for supporting the first-revolution shaft and a second-revolution shaft for rotating the support arm around an axis being perpendicular to that of the first revolution shaft. The first revolution shaft and the second revolution shaft are controlled in such a way as to direct the light receiving surface of the lens system toward the sun to introduce solar rays into the optic fiber cable. Each solar ray collecting element is provided with a correct mounting means for setting the light-receiving surface of the element at a right angle to the light that has passed through the dome.
    • 太阳射线收集装置包括:太阳射线收集部,其包括多个太阳射线收集元件,用于覆盖太阳光线收集部的透明圆顶,用于支撑圆顶的基板;旋转基板的第一旋转轴; 用于支撑第一旋转轴的支撑臂和用于使支撑臂围绕垂直于第一旋转轴的轴线旋转的第二转轴。 控制第一转轴和第二转轴以将透镜系统的光接收面朝向太阳的方式引导到光纤电缆中。 每个太阳射线收集元件设置有正确的安装装置,用于将元件的光接收表面与已经通过穹顶的光线成直角。
    • 100. 发明授权
    • Lens type solar collector requiring no orientation system
    • 透镜式太阳能集热器不需要定向系统
    • US4723826A
    • 1988-02-09
    • US645256
    • 1984-08-29
    • Ranald O. Whitaker
    • Ranald O. Whitaker
    • F21S11/00F21V8/00F24J2/06F24J2/08F24J2/38F24J2/52G02B6/04G02B6/00
    • F24J2/5266F21S11/00F24J2/067F24J2/08F24J2/38G02B6/0006F24J2002/075Y02E10/47Y10S385/90
    • A conventional fiber optic solar collector employs a matrix of lenses mounted in an enclosure similar to that of a conventional flat plate collector. Each lens focuses a solar image upon the open end of a respective optical fiber. The fibers are bundled together and led to a using device. In this conventional system the entire enclosure is rotated to face the sun. The present invention permits this enclosure to be mounted in fixed position facing the southern sky. As the sun traverses the sky, a pattern of solar images sweeps across the focal plane of the lenses. A plate is placed in this focal plane and the optical fibers mounted in it so that their open ends form a similar pattern. The plate is then moved to cause the solar images to fall on their respective optical fibers.In a significant improvement, a second plate is mounted behind the first. Fibers pass through holes in this second plate. The second plate is moved in conjunction with the first so that the open ends of the fibers are maintained perpendicular to the paraxial rays of the incident radiation.
    • 传统的光纤太阳能集热器采用安装在与常规平板集热器相似的外壳中的透镜阵列。 每个透镜将太阳能图像聚焦在相应光纤的开口端。 将纤维捆绑在一起并导致使用装置。 在这个传统的系统中,整个外壳旋转以面对太阳。 本发明允许该外壳以面向南部天空的固定位置安装。 当太阳穿过天空时,太阳图像的图案扫过透镜的焦平面。 将板放置在该焦平面中,并且安装在其中的光纤使得其开口端形成相似的图案。 然后移动板以使太阳能图像落在它们各自的光纤上。 在显着的改进中,第二板安装在第一板的后面。 纤维通过该第二板中的孔。 第二板与第一板一起移动,使得光纤的开口端垂直于入射辐射的近轴光线保持。