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    • 52. 发明授权
    • Focusing reflector
    • 聚焦反射器
    • US4344673A
    • 1982-08-17
    • US192431
    • 1980-09-29
    • David W. Holdridge
    • David W. Holdridge
    • F24S23/70G02B5/08
    • F24J2/1047Y02E10/40
    • A focusing reflector comprises a sheet of transparent material such as acrylic or the like formed to have a smooth-surfaced upper face and a lower face with a modified corner cube geometry. The modified corner cube geometry includes a plurality of multifaceted reflective elements arranged in a hexagonal close pack relationship with each element being defined by three planar facets forming a pyramid-shaped structure. Each element has two of its facets oriented mutually perpendicularly, and the third facet is oriented with respect to the perpendicular facets at a predetermined angle other than ninety degrees for redirection of light incident upon the upper sheet face toward a prescribed focal zone. The angular orientation of the third facet of each element is a function of the location of the element with respect to the position of the focal zone, together with the desired size and shape of the focal zone.
    • 聚焦反射器包括形成为具有光滑表面的上表面和具有改进的角立方几何形状的下表面的诸如丙烯酸等的透明材料片。 改进的角部立方体几何形状包括以与六边形紧密包装关系布置的多个多面反射元件,每个元件由形成金字塔形结构的三个平面小面限定。 每个元件具有两个相互垂直取向的面,并且第三面相对于垂直小面以不同于九十度的预定角度定向,以将入射到上板表面上的光重新定向到规定的焦点区域。 每个元件的第三面的角度方向是元件相对于焦点区域的位置以及焦点区域的期望尺寸和形状的函数。
    • 54. 发明授权
    • Solar energy collector
    • 太阳能收集器
    • US4297988A
    • 1981-11-03
    • US12838
    • 1979-02-16
    • Wallace G. Hanson
    • Wallace G. Hanson
    • F24S23/70F24J3/02
    • F24J2/10F24J2002/003F24J2002/1023Y02E10/40
    • Disclosed are structures for collection and concentration of solar energy, each including one or more longitudinally extending, cusp-like modules made up of apposed reflectors of any desired length. The reflectors comprise ruled surfaces and are arranged to converge from entrance to exit apertures. One reflector in each module is concave, and the modules are asymmetric in section, although two asymmetric modules may be combined in a system which is itself symmetrical. A pair of modules may be combined to have a common plane reflector, and the pairs may be further combined if desired. The modules are supported and oriented according to the latitude of the installation, to obtain intense solar energy concentration, which is accomplished totally without diurnal tracking.
    • 公开了用于收集和集中太阳能的结构,每个结构包括一个或多个纵向延伸的尖端状模块,由任意所需长度的反射器组成。 反射器包括刻度表面并且布置成从入口到出口孔会聚。 每个模块中的一个反射器是凹形的,并且模块的截面是不对称的,尽管两个非对称模块可以组合在本身对称的系统中。 一对模块可以组合成具有共同的平面反射器,并且如果需要可以进一步组合对。 模块根据安装的纬度进行支撑和定向,以获得强烈的太阳能集中,完全无需昼夜跟踪。
    • 55. 发明授权
    • Solar collector
    • 太阳能收集器
    • US4287880A
    • 1981-09-08
    • US93756
    • 1979-11-13
    • John M. Geppert
    • John M. Geppert
    • F24S23/70F24J3/02
    • F24J2/10F24J2002/003F24J2002/1033F24J2002/109Y02E10/40
    • A stationary solar heat collector includes a reflector having a substantially upwardly facing concave reflective surface and an absorber tube supported relative to the reflective surface for receiving reflected sunrays therefrom. The reflective surface is defined in cross-section by first, second and third semi-parabolic curves arranged in generally end-to-end relation, thereby to define a generally C-shape. The reflective surface may be of a shape generated by moving the curves along a line perpendicular to the plane of the curves or approximately of a shape generated by rotating the curves about the free end of the first curve.
    • 固定的太阳能集热器包括具有大致向上的凹面反射表面的反射器和相对于反射表面支撑的吸收管,用于从其接收反射的阳极。 反射表面通过以大致端对端关系布置的第一,第二和第三半抛物线曲线的横截面限定,从而限定大致C形。 反射表面可以是通过沿着垂直于曲线平面的线移动曲线或者通过围绕第一曲线的自由端旋转曲线而产生的形状近似地产生的形状。
    • 57. 发明授权
    • Solar heat collector block
    • 太阳能集热器块
    • US4235224A
    • 1980-11-25
    • US944181
    • 1978-09-20
    • Peter H. YarwoodArthur J. CzajkowskiEdward R. Bunk
    • Peter H. YarwoodArthur J. CzajkowskiEdward R. Bunk
    • F24S23/70F24J3/02
    • F24J2/10Y02E10/40
    • A generally rectangular solar heat collector block or module adapted to operate with its narrow side in a generally vertical position. One face of the collector block is adapted to receive direct sun rays. The ray receiving face having a reflector surface commencing at a position closely adjacent the front and top of the block and terminating adjacent the rear and bottom of the block. A duct is disposed transversely in the bottom of the block and has a depth substantially coextensive with the depth of the block. Insulation is provided in the block rearwardly of the reflector surface. The reflector surface comprises a plurality of adjoining, different angled reflective surfaces which are arranged and constructed to dispense reflected sun heat rays substantially uniformly over an extended portion of the full depth of the duct. The module just defined is adapted to be used in multiples and arranged side-by-side and in vertical banks to form a wall panel for collecting solar heat. The individual ducts of each module combine to form a single long duct for carrying the collected heat to any desired area for usage of that heat.
    • 大致矩形的太阳能集热器块或模块,其适于在其大致垂直的位置上以窄边工作。 收集器块的一个面适于接收直接的太阳光线。 所述射线接收面具有反射器表面,所述反射器表面从紧邻所述块的前部和顶部的位置开始并且在所述块的后部和底部附近终止。 管道横向设置在块体的底部并具有与块体的深度基本上共同延伸的深度。 在反射器表面后面的块中提供绝缘。 反射器表面包括多个邻接的不同的倾斜的反射表面,其被布置和构造成基本上均匀地分配在管道的整个深度的延伸部分上的反射太阳热射线。 刚刚定义的模块适合多次使用,并排布置在垂直排中,形成用于收集太阳能热量的墙板。 每个模块的各个管道组合形成一个长的管道,用于将收集的热量运送到任何所需的区域以用于该热量。