Solar energy collector panel
    1.
    发明授权
    Solar energy collector panel 失效
    太阳能收集器面板

    公开(公告)号:US4246892A

    公开(公告)日:1981-01-27

    申请号:US906462

    申请日:1978-05-17

    申请人: Meir R. Waiche

    发明人: Meir R. Waiche

    IPC分类号: F24S10/75 F24J3/02

    摘要: A solar energy collector panel, having an absorber plate and a frame within which the absorber plate is mounted. The absorber plate is comprised of a plurality of absorber plate sections each having interlocking structure formed along both of their lateral edges. This interlocking structure forms a tubular passage when the interlocking structure of the adjacent absorber plate sections are matingly locked together. An elongated tubing member whose external diameter is slightly larger than the internal diameter of the tubular passage is frictionally captured within each of the tubular passages. The absorber plate sections are formed of extruded metal and they have a plurality of corrugated surface portions that provide the absorber plate sections with greater surface exposure and improved absorption angles to the sun throughout the day. The thickness of the absorber plate sections is the greatest where the interlocking structure of the adjacent absorber plate sections are matingly locked together, thereby providing a greater mass for heat conduction transfer from the absorber plate sections to the elongated tubing member. The interlocking structure formed on the lateral edges of the absorber plate sections comprise a fin portion whose configuration is basically that of a cylindrical tube that has been cut in half longitudinally. A recess is formed adjacent one edge of the fin portion and a protrusion is formed adjacent the opposite edge of the fin portion. The frame has a back plate, side frame members, end frame members, and a glass top panel.

    摘要翻译: 太阳能收集器面板,其具有吸收板和安装吸收器板的框架。 吸收板由多个吸收板部分组成,每个吸收板部分具有沿其两个侧边缘形成的互锁结构。 当相邻的吸收器板部分的互锁结构被匹配地锁定在一起时,该联锁结构形成管状通道。 其外径略大于管状通道的内径的细长管件被摩擦地捕获在每个管状通道内。 吸收板部分由挤压金属形成,并且它们具有多个波纹表面部分,这些波纹表面部分全天为太阳提供更大的表面暴露和改善的吸收角度。 吸收器板部分的厚度最大,其中相邻的吸收板部分的互锁结构被匹配地锁定在一起,从而为从吸收板部分到细长管件的热传导传递提供更大的质量。 形成在吸收器板部分的侧边缘上的互锁结构包括翅片部分,其构造基本上是已经被纵向切成两半的圆柱形管的构造。 在翅片部分的一个边缘附近形成凹部,并且在翅片部分的相对边缘附近形成突起。 框架具有背板,侧框架构件,端框构件和玻璃顶板。