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    • 1. 发明申请
    • ОГНЕВЗРЫВОСТОЙКАЯ ОКОННАЯ КОНСТРУКЦИЯ И СПОСОБ ЕЕ УСТАНОВКИ
    • 防火窗和防火窗组件及其安装方法
    • WO2017044006A1
    • 2017-03-16
    • PCT/RU2016/000608
    • 2016-09-06
    • МИРЗЕАБАСОВ, Тимур АхмедбековичБЕЛОВ, Дмитрий Олегович
    • МИРЗЕАБАСОВ, Тимур АхмедбековичБЕЛОВ, Дмитрий Олегович
    • E06B5/12E06B5/16
    • E06B5/12E06B5/16
    • Изобретение относится к огневзрывостойкой оконной конструкции, содержащей встраиваемую в оконный проем раму, систему остекления и лицевой стеклопакет.Конструкция отличается тем, что лицевой стеклопакет установлен на раме с выполнением между ними терморазрыва, рама содержит металлический каркас, ограничивающий установочный проем для системы остекления, по периметру которого приварены пластины-разделители с обеспечением промежутков между ними, а система остекления включает в себя первый и второй блоки остекления. Каждый из блоков остекления содержит опорный контур и лист остекления, вставленный и прижатый к опорному контуру с внутренней стороны штапиками, причем между ними выполнен терморазрыв. Первый блок остекления приварен к пластинам-разделителям в лицевой части каркаса рамы, а второй блок остекления прикреплен с обеспечением уплотнения к каркасу рамы в тыльной его части. Изобретение также относится к способу установки данной оконной конструкции и обеспечивает повышение огневзрывостойких свойств оконной конструкции и упрощение ее установки.
    • 本发明涉及防火和防风窗组件,其包括适于内置在窗口中的框架,玻璃窗系统和前绝缘玻璃单元。 组件的特征在于,前绝缘玻璃单元安装在框架上,使得它们之间形成热断裂,框架包含限定玻璃窗系统的安装孔的金属框架,其中隔板焊接到框架 沿其周边具有隔板之间的空间,并且玻璃窗系统包括第一和第二玻璃窗单元。 每个上光单元包括支撑轮廓和玻璃板,其插入支撑轮廓中并通过玻璃珠从内部夹持在其上,其中在它们之间形成热断裂。 第一玻璃窗单元被焊接到框架的框架的前部中的隔板上,并且第二玻璃窗单元在其后部被密封地紧固到框架的框架。 本发明还涉及一种安装上述窗户组件的方法,并且提供了一种具有改进的防火和防爆特性的窗户组件,其易于安装。
    • 2. 发明申请
    • PRESSURE TEST CELL
    • 压力测试单元
    • WO2015118293A1
    • 2015-08-13
    • PCT/GB2015/050045
    • 2015-01-12
    • SCORE GROUP PLC
    • FINDLAY, Brian FraserCHEYNE, Ian McGregorJAMIESON, Ian Andrew
    • E04H9/10E04B1/98E04H5/04F42D5/00
    • G01N3/12E04B1/92E04B1/98E04H1/005E04H5/02E04H5/04E04H7/04E04H9/10E06B5/12F42D5/045
    • A test cell (10) for containing equipment (12) subject to pressure testing comprises a plurality of metal plate wall panels (14) and a mesh roof panel (16) formed from mesh strands (26) of a high strength material. Each wall panel has a lapped connection (18) with an adjacent wall panel. The mesh panel (16) may be formed from a ballistic fabric, and the mesh strands (26) may be wire, rope and braid of steel, metal, plastic, natural or composite fibre, or a combination thereof. In the event of a pressure failure of the equipment (12) under test, the roof panel (16) captures fragments of the equipment while allowing the dissipation of pressure shock waves through the apertures (28) in the mesh. The lapped connections (18) between wall panels (14) result in increased friction between adjacent wall panels (14) and thus an increase in the strength of the connection when subject to pressure shock waves.
    • 用于容纳受压力测试的设备(12)的测试电池(10)包括多个金属板壁板(14)和由高强度材料的网状线(26)形成的网状屋顶板(16)。 每个墙板具有带有相邻壁板的搭接连接件(18)。 网状面板(16)可以由防弹织物形成,并且网状丝束(26)可以是钢,金属,塑料,天然或复合纤维的线,绳和编织物,或其组合。 在被测设备(12)发生压力故障的情况下,屋顶板(16)捕获设备的碎片,同时允许通过网孔中的孔(28)消散压力冲击波。 壁板(14)之间的搭接连接(18)导致相邻壁板(14)之间的摩擦增加,并且因此在经受压力冲击波时增加连接的强度。
    • 7. 发明申请
    • BLAST RESISTANT ASSEMBLY
    • 防爆装置
    • WO2008062410A2
    • 2008-05-29
    • PCT/IL2007001437
    • 2007-11-21
    • HYDEFENSE LTDPUCH MENAHEM
    • PUCH MENAHEM
    • E06B3/00
    • E06B5/12
    • A blast resistant assembly having one or more reinforced panes mounted onto a sash having a pane engaging member, a sash frame and a plurality of energy absorbing devices (EADs). At least one of these EADs couples between the pane engaging member and the frame of the sash, allowing the pane engaging member to extend inside the frame upon impact transmitted by the pane. The EADs absorb a significant portion of the brunt of explosive forces thereby substantially reducing the transmission of forces to the frame of the assembly, sill and wall on which the assembly is installed, as well as the weight of the reinforced panes.
    • 具有安装在具有窗格接合构件的窗框上的一个或多个增强窗玻璃的鼓风组件,窗扇框架和多个能量吸收装置(EAD)。 这些EAD中的至少一个耦合在窗格接合构件和窗框的框架之间,允许窗格接合构件在由窗格传递的冲击下在框架内延伸。 EAD吸收了爆炸力的主要部分,从而大大减少了装配组件的框架,门槛和安装组件的墙壁以及加强玻璃板的重量的力的传递。
    • 8. 发明申请
    • WINDOW AND COMBINED DEFENCE SHUTTER AND BLIND
    • WINDOW和组合式防盗开关和BLIND
    • WO2008059265A1
    • 2008-05-22
    • PCT/GB2007/004379
    • 2007-11-16
    • WILKINS, Brian, Malcolm
    • WILKINS, Brian, Malcolm
    • F41H5/00E06B5/12E06B9/02
    • E06B9/02E06B5/12F41H5/26F41H7/035
    • A combined defence shutter and blind is located in a window opening (2) inwardly of the window (3, 4). The shutter comprises a shutter frame (6) secured in the window opening, and a plurality of parallel blades (7) extending across the shutter frame, each said blade having in cross-section a shape which includes a point at each opposed edge of the blade and having a reinforcing axial member (8) extending therethrough and engaged in respective opposing sides of the shutter frame. The blades (7) are linked together and rotatable such that rotation of one blade induces the other blades to rotate simultaneously between a closed position, in which the blades lie substantially parallel to the window so as to form a continuous shutter, and an open position substantially normal to the closed position. The window has anti-shatter material (10) extending over the entire inner surface thereof, whereby, in the event of an explosion outside the window causing a pressure wave to blow the window inwardly of the building, the window and anti-shatter material contacting at least a portion of a pointed edge of at least one of the blades when in the open position to rotate to the closed position, thereby preventing ingress of the pressure wave and glass from the window into the building.
    • 组合的防御性快门和盲人位于窗口(3,4)内部的窗口(2)中。 快门包括固定在窗口中的快门框架(6)和延伸穿过快门框架的多个平行叶片(7),每个所述叶片的横截面为包括在每个相对边缘处的点的形状 并且具有延伸穿过其中的加强轴向构件(8)并且接合在快门框架的相应的相对侧中。 叶片(7)连接在一起并且可旋转,使得一个叶片的旋转引起其他叶片同时旋转在关闭位置之间,其中叶片基本上平行于窗口,以形成连续的快门,并且打开位置 基本上垂直于关闭位置。 窗户在其整个内表面上具有延伸的防粉碎材料(10),从而在窗户外部爆炸的情况下,使得压力波将窗户向建筑物内部吹动,窗户和防粉碎材料接触 当处于打开位置以转动到关闭位置时,至少一个叶片的至少一个尖端的至少一部分,从而防止压力波和玻璃从窗口进入建筑物。
    • 9. 发明申请
    • REINFORCEMENT SYSTEM AND METHOD FOR SECTIONAL OVERHEAD DOORS
    • 加固系统和方法用于部分超门
    • WO2007133815A2
    • 2007-11-22
    • PCT/US2007060151
    • 2007-01-05
    • AMARR COEAST ANTHONY AJOYNER DANNY L
    • EAST ANTHONY AJOYNER DANNY L
    • E06B5/12E06B3/485
    • A reinforcement system for a sectional overhead door includes a post having a lower end. and an anchor for removably connecting the lower end of the post to a floor. The anchor includes an L-bracket configured to be removably attached to the lower end of the post, and a horizontal leg. An eyebolt removably attaches the horizontal leg of the L-bracket to the floor, and is movably attached to the post. A plurality of door brackets configured for attachment to the door panels each include a selectively positionable clevis pin removably extending through portions of the bracket. A plurality of cables having first and second ends are configured to be removably engaged around the clevis.pin of one. of the door brackets when the cable is wrapped around the vertical post. The reinforcement system is configured to permit the system to be installed and removed without tools.
    • 用于分段式高架门的加强系统包括具有下端的柱。 以及用于可拆卸地将柱的下端连接到地板的锚固件。 锚固件包括构造成可拆卸地附接到柱的下端的L形支架和水平支腿。 吊耳将L型支架的水平​​支腿可拆卸地连接到地板上,并可移动地连接到柱上。 构造成附接到门板的多个门支架各自包括可移除地延伸穿过支架的一部分的可选择的可定位的U形夹销。 多个具有第一和第二端的电缆被构造成可拆卸地接合在一个的U形夹上。 当电缆缠绕在垂直柱上时,门把手的位置。 加强系统被配置为允许系统在没有工具的情况下被安装和移除。
    • 10. 发明申请
    • SAFETY GLASS STRUCTURE RESISTANT TO EXTREME WIND AND IMPACT
    • 安全玻璃结构抵抗极端的风和影响
    • WO1998028515A1
    • 1998-07-02
    • PCT/US1997023175
    • 1997-12-16
    • SOLUTIA INC.
    • SOLUTIA INC.SCHIMMELPENNINGH, Julia, C.HOAGLAND, John, C.
    • E06B05/12
    • E06B5/10B32B17/10036B32B17/10302B32B17/10761E06B3/5454E06B5/12Y10T428/24777Y10T428/24926Y10T428/24967Y10T428/269Y10T428/31504Y10T428/31515Y10T428/31518Y10T428/31522Y10T428/31601
    • A safety glass structure (20) which is resistant to extreme wind- and impact-conditions. In particular, the safety glass structure (20) comprises a frame forming an opening and defining an outer rigid channel (1); a laminated glass panel (10) within the opening comprising first and second glass layers (5, 6) bonded to an interlayer of plasticized polyvinyl butyral (7); an inner rigid channel (8) within the frame circumscribing the periphery of and bonded to said laminated glass panel (10) by a self-sealing adhesive (9) which permits no or minimal relative movement between the border area of the panel (10) and said inner rigid channel (8); and said inner rigid channel (8) being mounted in and bonded to the outer rigid channel (1) with a resilient material (11) which permits the panel (10) to flex within its border when exposed to said extreme wind- and impact-conditions. The safety glass structure of the present invention may be used in residential or commercial structures to preserve the integrity of the building in extreme weather conditions.
    • 安全玻璃结构(20),耐极端的风和冲击条件。 特别地,安全玻璃结构(20)包括形成开口并限定外部刚性通道(1)的框架; 所述开口内的夹层玻璃板(10)包括与塑化聚乙烯醇缩丁醛(7)的中间层结合的第一和第二玻璃层(5,6)。 所述框架内的内部刚性通道(8)通过自密封粘合剂(9)围绕所述夹层玻璃面板(10)的周边并且与所述层压玻璃面板(10)的周边相接合,所述自密封粘合剂不允许或最小化所述面板(10)的边界区域之间的相对运动, 和所述内部刚性通道(8); 并且所述内部刚性通道(8)通过弹性材料(11)安装在外部刚性通道(1)中并结合到外部刚性通道(1)上,弹性材料(11)当暴露于所述极端风力和冲击力时允许面板(10)在其边界内弯曲, 条件。 本发明的安全玻璃结构可以用在住宅或商业结构中,以在极端天气条件下保护建筑物的完整性。