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    • 1. 发明申请
    • DEPLOYABLE SUPPORT STRUCTURE
    • 可配置的支持结构
    • WO2014127813A1
    • 2014-08-28
    • PCT/EP2013/053342
    • 2013-02-20
    • ESA EUROPEAN SPACE AGENCY
    • SCIALINO, Giovanni-LorenzoSANTIAGO-PROWALD, Julian B.VAN'T KLOOSTER, Cornelis
    • H01Q1/08H01Q1/28H01Q15/16B64G1/22G02B7/183H01L31/045
    • B64G1/222G02B7/183G02B23/16H01Q1/08H01Q1/288H01Q15/161H02S30/20
    • The present invention relates to deployable support structures for space applications, such as deployable reflector antennas, solar reflectors, or concentrators. A deployable support structure comprising a polyhedron truss is proposed. The polyhedron truss comprises multi-bar linkages and is convertible from a deployed state into a first folded state and vice versa. In the deployed state, the polyhedron truss has an upper polygonal base of articulated bars (15) and a lower polygonal base of articulated bars (16), wherein the upper and lower polygonal base are perpendicular to a longitudinal center axis and interconnected by lateral bars (14) that are pivotably coupled to the articulated bars (15, 16) of the upper and lower polygonal base. The polyhedron truss is configured to be convertible from the deployed state into the first folded state such that in the first folded state, the bars of the upper and lower polygonal base are pivoted around the lateral bar to which they are pivotably coupled until being in a slightly inclined or parallel state to a longitudinal axis of the lateral bar, and the lateral bars are converged towards the center axis of the upper and lower polygonal base. The polyhedron truss is further configured to be convertible from the first folded state into a second folded state and vice versa such that in the second folded state, a lower part (10b) of the polyhedron truss is folded up against an upper part (10a) thereof, wherein a group of bars comprising one of the lateral bars and bars of the lower polygonal base (16) that are pivotably coupled to the one of the lateral bars (14) rotate around a common secondary hinge axis (22).
    • 本发明涉及用于空间应用的可部署支撑结构,例如可部署的反射器天线,太阳能反射器或集中器。 提出了一种包括多面体桁架的可部署支撑结构。 多面体桁架包括多杆连杆,并且可以从展开状态转换成第一折叠状态,反之亦然。 在展开状态下,多面体桁架具有铰接杆(15)的上多边形基部和铰接杆(16)的下多边形基部,其中上多边形基部和下多边形基部垂直于纵向中心轴线并且通过横向杆 (14),其可枢转地联接到所述上部和下部多边形基部的铰接杆(15,16)。 多面体桁架被构造成从展开状态转换成第一折叠状态,使得在第一折叠状态下,上多边形基部和下多边形基部的杆围绕横向杆枢转,它们可枢转地联接到横向杆,直到处于 相对于侧杆的纵向轴线稍微倾斜或平行的状态,并且横向杆朝向上部和下部多边形基部的中心轴线会聚。 多面体桁架还被构造成可从第一折叠状态转换成第二折叠状态,反之亦然,使得在第二折叠状态下,多面体桁架的下部部分(10b)被折叠抵靠上部(10a) 其中包括可折叠地连接到所述侧杆(14)中的一个的所述下多边形基部(16)的横向杆和杆之一的一组杆绕共同的次级铰链轴线(22)旋转。
    • 2. 发明申请
    • RELOCATABLE BUILDING REMOVABLY EQUIPPED WITH FLEXIBLE SOLAR PANELS
    • 可拆卸的建筑物可拆卸,配有柔性太阳能面板
    • WO2013162376A1
    • 2013-10-31
    • PCT/NO2013/000017
    • 2013-04-26
    • W. GIERTSEN AS
    • NILSEN, Henning
    • E04H15/18E04H15/54F24J2/36H01L31/045
    • E04H15/18E04H15/54H02S20/23H02S20/24Y02B10/12Y02B10/20
    • A plastic hall (10) manufactured from a canvas material (12) that covers a frame construction (14) is described, where at least the external part of the roof (26) of the plastic hall (10) is equipped with a number of soft solar panels (16), where each solar panel (16) is fastened to a underlying soft membrane (18) equipped with a first fastening device (22a) that is welded or sewn to the membrane (18), and that said first fastening device (22a) is arranged to be fastened to a second fastening device (22b) that is welded or sewn to the canvas material (12) of the plastic hall, so that said solar panels (16) and the membrane (18) make up a unit that can be separately fastened to and loosened from a canvas material (12).
    • 描述了由覆盖框架结构(14)的帆布材料(12)制造的塑料大厅(10),其中至少塑料大厅(10)的屋顶(26)的外部部分装备有多个 软太阳能电池板(16),其中每个太阳能电池板(16)被紧固到配备有焊接或缝合到膜(18)的第一紧固装置(22a)的下面的软膜​​(18),并且所述第一紧固 设备(22a)被布置成紧固到焊接或缝合到塑料大厅的帆布材料(12)的第二紧固装置(22b),使得所述太阳能电池板(16)和膜(18)组成 可以单独地紧固和从帆布材料(12)松开的单元。
    • 7. 发明申请
    • WINDABLE PHOTOVOLTAIC CURTAIN
    • WO2011095304A1
    • 2011-08-11
    • PCT/EP2011/000397
    • 2011-01-28
    • KF S.R.L.ROMANI, Massimo
    • ROMANI, Massimo
    • E04F10/06A47H23/10H01L31/045H01L31/048
    • E04F10/0611E06B9/72H01L31/02008H01L31/05H02S30/20H02S40/34Y02E10/50
    • It is an object of the present invention a windable curtain (1) for a photovoltaic use, comprising a plurality of modules (2) made of a flexible thin film of amorphous silicon, having a single, double and triple bonding; each amorphous silicon module is embedded in a thin film (3) of plastic material; said plurality of modules (2) are bonded by ultrasonic welding, with a sonotrode adapted to melt and bond the two plastic edges which will be overlapped, the thermoplastic material being wider than the amorphous silicon thin film. The modules (2) are bonded to each other by plastic covering materials and along the major side, said plastic material is ETFE (ethylene tetra fluoroethylene). Each silicon module is provided at its ends of a corresponding junction box to connect the terminals exiting the photovoltaic modules and parallelly connect to each other the several modules; a junction box connects the positive terminal, located on the stationary portion of the curtain, while the other junction box connects the negative terminal, located on the movable portion of the curtain.
    • 本发明的目的是用于光伏使用的可卷绕帘幕(1),包括由具有单键,双重和三重键合的非晶硅柔性薄膜制成的多个模块(2) 每个非晶硅模块嵌入塑料材料的薄膜(3)中; 所述多个模块(2)通过超声波焊接结合,其中超声波发生器适于熔化和结合将被重叠的两个塑料边缘,热塑性材料比非晶硅薄膜更宽。 模块(2)通过塑料覆盖材料彼此粘合,并且沿着主要侧面,所述塑料材料是ETFE(乙烯四氟乙烯)。 每个硅模块设置在其对应接线盒的端部,以连接离开光伏模块的端子并且彼此平行地连接几个模块; 接线盒连接位于窗帘的静止部分上的正极端子,而另一个接线盒连接位于窗帘的可动部分上的负极端子。