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    • 69. 发明公开
    • Improvements in glazing systems
    • Verglasungssystem
    • EP1291473A2
    • 2003-03-12
    • EP02256279.7
    • 2002-09-11
    • Fenlock-Hansen Limited
    • Webb, Michael, Pollards Fyrespan
    • E04B2/96E06B3/54E06B5/16
    • E06B5/165E04B2/885E06B1/38E06B3/5436E06B3/5445
    • A glazing structure comprises a plurality of glass panels (1-6). The panels are interconnected by fittings (7,27) and a beam (12) extending across the width of the glass panels for preventing lateral flexure of the glass panels. The fittings (7,27) are fastened to each glass panel against an edge thereof and linking rods (11) are connected between adjacent fitting (7,27) and to the beam (12). The linking rods are slidably mounted in the fittings (7,27) but are prevented from sliding movement by a fusible plug. In the event of a fire the plug melts. The expansion of the supporting beam (12) is accomodated by relative movement between the beam (12) and the fittings (27) (and hence between the beam and the glass panels) by virtue of the sliding mount. This ensures that the expansion takes place without the glass panels being drawn apart.
    • 玻璃窗结构包括多个玻璃面板(1-6)。 面板通过配件(7,27)和跨过玻璃面板的宽度延伸的梁(12)互连,以防止玻璃面板的横向弯曲。 配件(7,27)抵靠其边缘固定到每个玻璃面板上,并且连接杆(11)连接在相邻的配件(7,27)和梁(12)之间。 连接杆可滑动地安装在配件(7,27)中,但是被可熔插塞防止滑动。 发生火灾时,插头会熔化。 支撑梁(12)的膨胀由于梁(12)和配件(27)之间的相对运动(因此在梁和玻璃板之间)通过滑动安装件而适应。 这样可以确保在没有玻璃面板分开的情况下进行膨胀。