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    • 4. 发明申请
    • Over-Mount Corner
    • 过山角
    • US20090235596A1
    • 2009-09-24
    • US12052111
    • 2008-03-20
    • Francis S. TylerDavid C. HinesDavid H. WolfJoshua M. BroehlJamison J. FloatJames H. Lua
    • Francis S. TylerDavid C. HinesDavid H. WolfJoshua M. BroehlJamison J. FloatJames H. Lua
    • E04F19/06
    • E04F19/061E04F13/0736E04F13/147E04F13/148E04F19/024
    • A quoin formed of individual over-mount corner units constructed as simulated brick to match the adjoining wall panels forming the exterior cover of an exterior wall of a building is provided. The corner units are formed with a front portion configured as courses of brick separated by mortar joints joined to a rear plate that provides a support frame for the corner unit. Multiple standoffs are positioned on the rear plate opposite mortar joints formed on the front portion to provide a location for driving fasteners to mount the corner unit onto the building substructure. The overlapping nature of the corner units with respect to the wall panels allows the wall panels to be cut imprecisely at the exterior corner. The standoffs maintain a predetermined spacing between the building substructure and the rear plate to establish a channel for the drainage of moisture due to condensation or rain infiltration.
    • 提供了由构成模拟砖的单独的过度安装的角部单元形成的配合,以匹配形成建筑物的外墙的外部盖的邻接的墙板。 角部单元形成有前部,该前部构造为通过连接到后板的迫击炮接头分隔的砖的坡道,该后板为角部单元提供支撑框架。 多个支座位于形成在前部上的砂浆接头相对的后板上,以提供用于驱动紧固件以将角部单元安装到建筑物底座上的位置。 角部单元相对于墙板的重叠性质允许在外角处不精确地切割墙板。 支架在建筑物底座和后板之间保持预定的间隔,以建立由于冷凝或雨水渗透引起的水分的通道。
    • 9. 发明授权
    • Over-mount corner
    • 超过角落
    • US07793474B2
    • 2010-09-14
    • US12052111
    • 2008-03-20
    • Francis S. TylerDavid C. HinesDavid H. WolfJoshua M. BroehlJamison J. FloatJames H. Lua
    • Francis S. TylerDavid C. HinesDavid H. WolfJoshua M. BroehlJamison J. FloatJames H. Lua
    • E04B2/00
    • E04F19/061E04F13/0736E04F13/147E04F13/148E04F19/024
    • A quoin formed of individual over-mount corner units constructed as simulated brick to match the adjoining wall panels forming the exterior cover of an exterior wall of a building is provided. The corner units are formed with a front portion configured as courses of brick separated by mortar joints joined to a rear plate that provides a support frame for the corner unit. Multiple standoffs are positioned on the rear plate opposite mortar joints formed on the front portion to provide a location for driving fasteners to mount the corner unit onto the building substructure. The overlapping nature of the corner units with respect to the wall panels allows the wall panels to be cut imprecisely at the exterior corner. The standoffs maintain a predetermined spacing between the building substructure and the rear plate to establish a channel for the drainage of moisture due to condensation or rain infiltration.
    • 提供了由构成模拟砖的单独的过度安装的角部单元形成的配合,以匹配形成建筑物的外墙的外部盖的邻接的墙板。 角部单元形成有前部,该前部构造为通过连接到后板的迫击炮接头分隔的砖的坡道,该后板为角部单元提供支撑框架。 多个支座位于形成在前部上的砂浆接头相对的后板上,以提供用于驱动紧固件以将角部单元安装到建筑物底座上的位置。 角部单元相对于墙板的重叠性质允许在外角处不精确地切割墙板。 支架在建筑物底座和后板之间保持预定的间隔,以建立由于冷凝或雨水渗透引起的水分的通道。