首页> 外国专利> METHOD FOR JOINING AND COUPLING A COUPLE OF PROFILES OF DIFFERENT MATERIALS, CONSTITUTING THE LEAF AND THE FRAME OF AN EXTERNAL FIXTURE

METHOD FOR JOINING AND COUPLING A COUPLE OF PROFILES OF DIFFERENT MATERIALS, CONSTITUTING THE LEAF AND THE FRAME OF AN EXTERNAL FIXTURE

机译:连接和耦合不同材质的轮廓,构成叶片和外部治具框架的方法

摘要

The present invention relates to an innovative method for jointing and coupling sectional elements (1- 2) to be used for the production of closing fixtures in the residential, public, commercial, and industrial building sector. The mutual joining of the two sectional elements (1-2) constituting the node (F) of the external closing fixture is obtained for the mobile leaf (7) through a jointing means constituted by the self-tapping screws (6) normally used for constraining the rail or plate (3) of the perimetral hardware. The self-tapping screws (6) constrain said two sectional elements (1-2) through the protuberances (4-5) with which the sectional elements (1-2) themselves, respectively, are provided. The mutual joining of the two sectional elements (1-2) constituting the node (F) of the external closing fixture is obtained for the frame (8) through a jointing means constituted by the self-tapping screws (6) normally used for constraining the closing striker blocks (18) of the perimetral hardware. The jointing is obtained by following an innovative method for insertion of the multiglazing pane (48) by pressing together said sectional elements (1-2) constituting the mobile leaf (7). The internal hide-away hinges (10) are mounted within the node of the frame (F), thus enabling preferred lengthening of the thermally insulating profile.
机译:本发明涉及一种用于连接和联接截面元件(1-2)的创新方法,该截面元件用于在住宅,公共,商业和工业建筑部门中生产封闭装置。通过由通常用于自锁螺钉(6)的连接装置,可移动活页(7)获得构成外部闭合固定装置的节点(F)的两个截面元件(1-2)的相互结合。约束外围硬件的导轨或板(3)。自攻螺钉(6)通过突出部(4-5)约束所述两个截面元件(1-2),突出部(5-5)分别设置有截面元件(1-2)本身。通过由通常用于约束的自攻螺钉(6)构成的接合装置,对于框架(8),获得了构成外部闭合夹具的节点(F)的两个截面元件(1-2)的相互接合。外围硬件的关闭撞针块(18)。通过遵循一种用于将多层玻璃板(48)插入的创新方法,通过将构成活动叶片(7)的所述截面元件(1-2)压在一起,来实现接合。内部隐藏式铰链(10)安装在框架(F)的节点内,因此能够实现隔热轮廓的最佳加长。

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