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    • 7. 发明公开
    • SYSTEM AND METHOD OF MOUNTING, SEALING AND THERMAL INSULATION OF WINDOWS, FACADES AND DOORS PROFITABLY IN THE WARMING ZONE
    • 系统和方法用于收集有利,热身区封窗户,墙壁和门房间绝热
    • EP3119971A2
    • 2017-01-25
    • EP14806743.2
    • 2014-09-05
    • Ergo Plus Polska
    • BORUSZEWSKI, Artur
    • E06B1/60E06B1/02
    • E06B1/6015E06B1/02
    • In the developed system of mounting, sealing and thermal insulating of windows, facades and doors (out of PVC, aluminium or wood)favourably in the building warming zone, basic elements are beams (1) (with various cross sections) with anchors (2) embedded into them, which are placed around window hole. We have foreseen a possibility of using various types of anchors (2), with trebly resolved joints, which can be: stiff joints (3), hinged joints (4) or relatively extending elements (5), wherein each of anchors (2) described above has an option to use chunk (6) made out of plastic material or metal or wood or out of other hard material which is cut out and has any shape, and also with an option with a chunk (6) made out of plastic material or metal or other hard material, which is extruded and has any shape, wherein chunks (6) are embedded in the beam (1). Anchors (2) are placed in the beam (1) so to say in two rows. Configuration of the joints and extending elements (5) in the anchor (2) is free, however always - if it is hinged joint (4) then after its deployment, and if its extending element (5) after its protrusion - peripheral parts of the anchor (2) from one of the rows are mounted in the window hole, and from the other row are mounted to the wall (7). In not embedded parts of the anchors - independently if they are outer parts of extending element (5), or hinged joint (4), or stiff joints (3) - there are favourably made two holes which can be oval, in which you put montage screws (9), then inserted by the anchor (2) to the wall (7), via triple nut (10) or double nut (11). Part of the anchor (2) that is embedded in the beam (1) - is at least one tube (16) made favourably out of plastic material or metal, allowing you to insert montage screw (15). After screwing the montage screw (15) the tube (16) is sealed and covered. In the developed method of mounting, sealing and thermal insulating of windows, facades and doors (out of PVC, aluminium or wood)favourably in the building warming zone, you do some steps in sequence - wherein the sequence can be changed. You start from dismantling the window sash, then you measure lower beam (1a) to the width of window subtracted by 10mm and you cut the beam (1a). Then you measure two beams (1b and 1c) to the height of the window adding thickness of the beam (1a) to it and subtracting 5mm from it, then you cut it, wherein beam (1b and 1c) will be placed on the sides of window hole. After that you measure a width of the window adding two thicknesses of the beam (1b and 1c) to it and then you cut the beam (1d). Next part of the montage is done according to one of the schemes: described elements which are two beams (la and 1b and 1c and 1d) are precisely joined together keeping in mind that you need to keep 90 degree angle, forming an "L" shape, described elements which are three beams(1a and 1b and 1c) precisely joined together keeping in mind that you need to keep 90 degree angle, forming an "U" shape or described elements which are four beams (1a and 1b and 1c and 1d) precisely joined together, keeping in mind that you need to keep 90 degree angle, forming an "O" shape. Module joined like that is then leveled and set vertically. After that you secure it with montage screw (9) to the wall (7), on the window hole, or in it, then using montage screws (15) it is secured to the window frame, relatively in the reverse order described order: is joined together using screws (15) with window frame, then it is being leveled and placed vertically, after that you secure it inside window hole, on it, or to the wall using montage screws (9), wherein in both cases, if module described like that is missing one beam (1c or 1d) - that beam (1c or 1d) is added and joined with wall (7), window frame and window hole. During that step you favorably precisely level it and check whether it is vertical, you make sure that is secured properly using washer (12) and triple nut (11), relatively double nut (10), tube (16), through which screws (15) were moved in are sealed.
    • 在安装时,在建筑物变暖区良好地密封和的窗户,外墙和门的热绝缘(在PVC,铝或木头)的开发的系统,基本元件是梁(1)(具有不同的横截面)与锚(2 )嵌入到他们,这是围绕窗孔放置。 我们已经预见到使用各种类型的锚(2),与trebly解决关节,可的的可能性:关节僵硬(3),铰接接头(4)或相对延长元件(5),其中每个锚(2) 上述具有使用块(6)做出来的塑料材料或金属或木头或出其它硬质材料的所有被切割出来,并具有任何形状,并且因此与具有组块的选项的选项(6)由塑料制成 材料或金属或其它硬质材料,所有这一切都被挤压并具有任何形状,worin块(6)被嵌入在梁(1)。 锚(2)在光束被放置(1)所以要在两行说。 关节的配置和扩展单元(5)在锚(2)不含然而总是 - 如果它被铰接接头(4),然后它的部署之后,如果它的延伸元件(5)后的凸部 - 的周缘部 从行中的一个锚(2)被安装在窗口孔,并从其它行安装在壁(7)。 在锚不预埋件 - unabhängig如果他们是扩张元件的外部部件(5),或铰接接头(4),或关节僵硬(3) - 有最好由两个洞里面可以是椭圆形,在其中放 安装螺钉(9),然后通过锚(2)向所述壁(7)插入时,通过三重螺母(10)或双螺母(11)。 (2)锚定的部分没有被嵌入在梁(1) - 是至少一个管(16),由从优出塑料材料或金属制成,允许你插入安装螺钉(15)。 拧紧安装螺钉(15)的管(16)被密封且覆盖后。 在安装时,有利地在建筑物变暖区和密封的窗户,外墙和门绝热(满分PVC,铝或木头)的建立的方法,这样做的一些步骤的顺序 - worin的顺序可以改变。 你从拆解窗扇启动,则测量下梁(1a)中,以10毫米中减去窗口的宽度和您剪切梁(1a)中。 然后,你测量两个光束(1B和1C)的窗口添加梁(1a)的,以它的厚度并减去从它为5mm的高度,那么你把它,worin光束(1B和1C)将在侧面上被放置 的窗孔。 之后你测量窗口中添加的光束的两个厚度的宽度(1B和1C)给它,然后你切割光束(1D)。 安装的下一部分是做雅鼎的方案之一:所描述的元素这是两个梁(1A和1B和1C和1D)正是结合在一起牢记做你需要保持90度角,形成一个“L” 形状,所描述的元件其是三个梁(1a和1b和1c)精确地连接在一起,同时考虑做你需要保持90度的角,从而形成一个“U”形或描述的元件,其有四个梁(1a和1b和1c和 1D)正是结合在一起,牢记做你需要保持90度角,形成一个“O”形。 模块接合那样然后拉平和垂直设置。 之后你与窗孔安装螺钉(9)的壁(7)将其固定,或者在它,然后使用安装螺丝(15)被固定到所述窗框的,相对以相反的顺序描述的顺序: 接合在一起使用具有窗框螺钉(15),则它是被整平,垂直放置,之后你将其固定窗口孔的内部,在其上,或是用安装螺丝(9),worin在这两种情况下,如果壁 描述这样的模块缺少一个光束(1C或1D) - 即光束(1C或1D)加入并与壁(7),窗框和窗孔接合。 在该步骤期间你有利精确整平,并检查它是否是垂直的,你让surethat正确地固定用垫圈(12)和三重螺母(11)相对的双螺母(10),管(16),通过所述螺钉( 15)在被密封被移动了。
    • 10. 发明公开
    • Einbauelement
    • 内置元素
    • EP2821581A1
    • 2015-01-07
    • EP14001841.7
    • 2014-05-27
    • DORMA Deutschland GmbH
    • Finke, AndreasLiebscher, AmeKloßas, Jens
    • E06B1/60E06B3/54E06B3/58E06B5/11
    • E06B5/113E04B2/90E06B1/6015E06B3/5454E06B3/5892
    • Die Erfindung betrifft ein Einbauelement (30) zur Trennung eines Innenraums (51) von einem Außenraum (52) mit einem feststehenden Element (20), das einen Endbereich (21) aufweist, und mit einem Wandanschluss (10) zur Befestigung des feststehenden Elements (20) an einer Wand (50), wobei der Wandanschluss (10) Seitenteile (12) zur Aufnahme des Endbereichs (21) und mindestens ein Wandteil (11) zur Befestigung des Wandanschlusses (10) an der Wand (50) aufweist.
      Erfindungsgemäß ist vorgesehen, dass der Wandanschluss (10) derart ausgestaltet ist, dass nach einem Umbiegen eines Seitenteils (12) der Wandanschluss (10) einen Blockierbereich (14) aufweist, der in eine Ausnehmung (22) des Endbereichs (21) hinein ragbar ist.
    • 本发明涉及一种用于从外部空间(52)与固定构件(20)具有端部(21)中分离的内部空间(51)的安装元件(30),并具有用于固定所述固定部件上的壁连接(10)( 20)(上壁50),其中,用于对所述壁的连接(10)到所述壁(50)的紧固接收所述端部(21)和至少一个壁部分(11)的壁口(10)侧部(12)。 根据本发明,它提供的是,壁终端(10)被设计为使得,壁连接的侧部(12)的弯曲(10)之后包括一阻挡部分(14),其是ragbar在端部(21)的凹部(22)成 ,