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    • 1. 发明授权
    • Offset truss hex solar concentrator
    • 偏移桁架六角太阳能集中器
    • US5054466A
    • 1991-10-08
    • US19699
    • 1987-02-27
    • John E. WhiteJames D. SturgisRaymond J. EriksonGregg A. WaligroskiMichael A. Scott
    • John E. WhiteJames D. SturgisRaymond J. EriksonGregg A. WaligroskiMichael A. Scott
    • F24S23/70
    • F24J2/13F24J2002/1085Y02E10/40
    • A solar energy concentrator system comprises an offset reflector structure made up of a plurality of solar energy reflector panel sections interconnected with one another to form a piecewise approximation of a portion of a (parabolic) surface of revolution rotated about a prescribed focal axis. Each panel section is comprised of a plurality of reflector facets whose reflective surfaces effectively focus reflected light to preselected surface portions of the interior sidewall of a cylindrically shaped solar energy receiver. The longitudinal axis of the receiver is tilted at an acute angle with respect to the optical axis such that the distribution of focussed solar energy over the interior surface of the solar engine is optimized for dynamic solar energy conversion. Each reflector panel section comprises a flat, hexagonally shaped truss support framework and a plurality of beam members interconnecting diametrically opposed corners of the hexagonal framework recessed within which a plurality of (spherically) contoured reflector facets is disposed. The depth of the framework and the beam members is greater than the thickness of a reflector facet such that a reflector facet may be tilted (for controlling the effective focus of its reflected light through the receiver aperture) without protruding from the panel section.
    • 太阳能集中器系统包括由彼此互连的多个太阳能反射器板部分组成的偏移反射器结构,以形成围绕规定的焦点轴线旋转的(抛物线)旋转部分的分段近似。 每个面板部分由多个反射器面组成,其反射表面有效地将反射光聚焦到圆柱形太阳能接收器的内侧壁的预选表面部分。 接收器的纵向轴线相对于光轴倾斜成锐角,使得在太阳能发动机的内表面上聚焦的太阳能的分布被优化用于动态太阳能转换。 每个反射器面板部分包括平坦的六边形桁架支撑框架和多个横梁构件,其互连六边形框架的直径相对的角部,凹入其中布置多个(球形)轮廓的反射器面。 框架和梁构件的深度大于反射器面的厚度,使得反射器面可以倾斜(用于通过接收器孔径控制其反射光的有效焦点)而不从面板部分突出。
    • 2. 发明授权
    • Splined radial panel solar concentrator
    • 花键径向面板太阳能集中器
    • US5104211A
    • 1992-04-14
    • US36558
    • 1987-04-09
    • Kenny M. SchumacherBibb B. AllenJames D. Sturgis
    • Kenny M. SchumacherBibb B. AllenJames D. Sturgis
    • F24S23/70
    • F24J2/1052Y02E10/40
    • A splined radial panel solar collector structure approximates compound curvature surfaces by a three-dimensional arrangement of compactly stowable flat reflective panel segments mounted on a collapsible, space-deployable support structure of linear components. The support framework is formed of an umbrella-like framework of radially-extending ribs, struts and cords which deploy away from a central hub to form a system of radial trusses. A semirigid reflective surface structure is divided into sections of radial panels which are supported and shaped by an arrangement of radially tensioned flexible tape members aligned with the ribs. Connecting ties between the tapes and the ribs cause the tapes to assume a catenary curve. The ribs and flexible tape members are bridged circumferentially by sets of cords and ties to which the panels are joined. These cord and tie pairs place the panels in bending to effect a "splined" approximation of a parabola in the radial direction. The panels are arranged in a side-by-side relationship so as to be foldable in the circumferential direction during stowage. The panels are also discontinuous in the radial direction along lines connecting adjacent rib hinges in order to allow the reflective surface to be folded at the hinge points during stowage. As a result, each gore is effectively subdivided into a number of radial sections determined by the number of hinges along each rib and associated tape member. Openings are provided between the ends and sides of the panel strips so as to permit relative movement during folding and deployment, and to allow the panels to expand and contract with temperature change.
    • 花键径向板太阳能收集器结构通过安装在可收缩的,可部署空间的线性部件支撑结构上的紧凑可收缩的平面反射板段的三维布置来近似复合曲率表面。 支撑框架由径向延伸的肋,支柱和绳索的伞形框架形成,其从中心毂部分远离以形成径向桁架系统。 半刚性反射表面结构被分成径向面板的部分,其通过与肋对准的径向张紧的柔性带构件的布置来支撑和成形。 带子和肋骨之间的连接件使带子呈现一个悬链线。 肋和柔性带构件通过一组电线和连接件周向桥接,面板连接到该电线和连接件上。 这些绳索和连接对将面板弯曲以在径向上实现抛物线的“花键”近似。 这些面板以并排的关系布置,以便在装载期间可沿圆周方向折叠。 面板也沿着连接相邻的肋铰链的线沿径向不连续,以便在收起时允许反射表面在铰链点处折叠。 结果,每个孔被有效地细分成由沿着每个肋和相关联的带构件的铰链的数量确定的多个径向部分。 在板条的端部和侧面之间设置有开口,以便在折叠和展开期间允许相对移动,并且允许面板随温度变化而膨胀和收缩。
    • 3. 发明授权
    • Space deployable domed solar concentrator with foldable panels and hinge
therefor
    • 空间可展开的圆顶式太阳能集热器,具有可折叠面板和铰链
    • US4845511A
    • 1989-07-04
    • US7191
    • 1987-01-27
    • Fred G. GraysonWarren H. MillerJames D. Sturgis
    • Fred G. GraysonWarren H. MillerJames D. Sturgis
    • F24J2/08F24J2/52H01Q15/16
    • H01Q15/162F24J2/085F24J2/5241F24J2002/5486Y02E10/43Y02E10/47Y10T16/525
    • A space deployable solar energy concentrator is formed of a dome-shaped arrangement of compactly stowable flat panel segments mounted on a collapsible, space-deployable support structure of interconnected linear components. The support structure is comprised of a plurality of tensioned, curvilinear edge strips which extend in a radial direction from a prescribed vertex of a surrounding umbrella-like framework of radially extending rib members. Between a respective pair of radially-extending, curvilinear edge strips an individual wedge-shaped panel section is formed of a plurality of multi-segment lens panel strips each of which is supported in tension between the pair of edge strips by a pair of circumferentially extending catenary cord members connected to a pair of ribs of the surrounding umbrella-like framework. A respective lens panel strip is comprised of a plurality of flat, generally rectangular-shaped, energy-directing panels arranged side-by-side in the circumferential direction of the dome. Adjacent panels are interconnected by flexible U-shaped hinges which overlap opposing edges of adjacent panels and engage respective cylindrically-shaped, load distribution bars that slide within the flexible hinges. Because each U-shaped hinge is flexible, it is permitted to shift in the circumferential direction of the panel section to facilitate stowage and deployment of the dome.
    • 可空间展开的太阳能集中器由安装在可互相连接的线性部件的可折叠的,可部署空间的支撑结构上的紧凑可收放的平板段的圆顶形布置形成。 支撑结构包括多个张紧的曲线边缘条,其从径向延伸的肋构件的周围的伞状框架的规定顶点沿径向方向延伸。 在相应的一对径向延伸的曲线边缘条之间,单独的楔形板部分由多个多段透镜板条形成,每个多段透镜板条被一对沿周向延伸的一对边缘条带 悬挂线构件连接到周围的伞状框架的一对肋骨。 相应的透镜面板条由在圆顶的圆周方向上并排布置的多个平坦的大致矩形的能量定向板组成。 相邻的面板通过柔性U形铰链相互连接,该铰链与相邻面板的相对边缘重叠并且接合在柔性铰链内滑动的相应的圆柱形的负载分配杆。 因为每个U形铰链是柔性的,所以允许其在面板部分的圆周方向上移动以便于穹顶的装载和展开。