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    • 9. 发明申请
    • ELECTROMAGNETIC WAVES SHIELDING GLASS AND METHOD FOR ITS PRODUCTION
    • 电磁波屏蔽玻璃及其制造方法
    • WO01050828A1
    • 2001-07-12
    • PCT/EP2001/000004
    • 2001-01-02
    • E06B5/18H05K9/00
    • H05K9/0005E06B5/18
    • Glass panel (3) for the building industry to make doors or windows (1) with electromagnetic shielding. The panel (3) comprises inside a shielding conductive layer. The conductive layer may be a net (4) of lead wire capable of contacting the metal frame (2) of the door or window (1). The net (4) may be formed by a wire core in fibres or in metal plated with highly conductive metals, chosen among precious inoxidizable metal such as gold, platinum, rhodium, cobalt. Alternatively the conductive layer is formed by etching the glass surface forming a net of thin grooves and filling the grooves of a conductive material such as a metal or a metallic salt. Alternatively, the conductive layer is formed by depositing on the glass a net by a conductive material. The net (4) allows an appropriate shielding from electromagnetic waves directed towards/from rooms closed by doors or windows (1). The panel (3) can be formed by a first glass sheet, a second glass sheet and a distancing frame that form an air chamber. The net (4) is located between the sheet (11) and the frame (13).
    • 玻璃面板(3)用于建筑行业制造门窗(1)具有电磁屏蔽。 面板(3)包括屏蔽导电层内部。 导电层可以是能够接触门或窗(1)的金属框架(2)的引线的网(4)。 网(4)可以由纤维中的线芯或镀有高导电性金属的金属形成,其选自贵金属,铂,铑,钴等珍贵的可氧化金属。 或者,通过蚀刻形成细槽网的玻璃表面并填充诸如金属或金属盐的导电材料的凹槽来形成导电层。 或者,导电层通过在导电材料上在网上沉积而形成。 网(4)允许对通过门或窗(1)关闭的房间的电磁波进行适当的屏蔽。 面板(3)可以由形成空气室的第一玻璃板,第二玻璃板和间隔框架形成。 网(4)位于片(11)和框架(13)之间。
    • 10. 发明申请
    • MULTIPLE GLAZED INSULATING UNIT, ESPECIALLY FOR AN AIRCRAFT WINDOW, WITH ELECTROMAGNETIC ARMOUR
    • 多功能玻璃绝缘单元,特别适用于带电磁臂的飞机窗
    • WO00066426A1
    • 2000-11-09
    • PCT/FR2000/001133
    • 2000-04-27
    • B64C1/14C03C27/06E06B3/663E06B5/18H05K9/00
    • H05K9/0094B64C1/1492E06B3/66328E06B5/18H05K9/00
    • A multiple glazed insulating unit, wherein the glazed section comprises at least two superposed slabs (2; 3) made of a transparent substrate and which is mechanically resistant and involves the interpositioning of at least one gas lamina, whereby said slabs (2; 3) are mounted in the region of the periphery thereof (4) in a sealing joint (4) enabling the glazed unit (1) to fit into a structure which is designed to enclose a space containing equipment which can be disrupted by an electromagnetic field and which acts as an electromagnetic armour. The invention is characterized in that the glazed part comprises at least one thin transparent electroconductive continuous layer (5) and in that the joint (4) becomes at least partially conductive to ensure a link between said thin transparent electroconductive layers (5) and said structure, whereby the conductivity of said thin transparent electroconductive layers (5) and the joint (4) are chosen in such a way that the electromagnetic armour of said structure remains continuous.
    • 一种多层玻璃绝缘单元,其中所述釉面部分包括至少两个由透明基板制成的叠置板(2; 3),并且其具有机械抵抗性并且涉及至少一个气体层的插入,由此所述板坯(2; 3) 在其周边区域(4)中安装在密封接头(4)中,使得上釉单元(1)能够装配到被设计成包围可被电磁场破坏的包含设备的空间的结构中, 充当电磁装甲。 本发明的特征在于,釉面部分包括至少一个薄透明导电连续层(5),并且接头(4)变得至少部分导电以确保所述薄透明导电层(5)和所述结构 由此所述薄透明导电层(5)和接头(4)的导电性选择成使得所述结构的电磁铠装保持连续。