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    • 22. 发明申请
    • METHOD FOR JOINING AND COUPLING A COUPLE OF PROFILES OF DIFFERENT MATERIALS, CONSTITUTING THE LEAF AND THE FRAME OF AN EXTERNAL FIXTURE
    • 用于接合和耦合不同材料的轮廓的组合的方法,构成叶子和外部框架的框架
    • WO2013105121A1
    • 2013-07-18
    • PCT/IT2013/000007
    • 2013-01-09
    • CAPECE, CarmineGIAMPIETRO, Gianrocco
    • CAPECE, CarmineGIAMPIETRO, Gianrocco
    • E06B3/263
    • E06B3/26336E06B3/26341E06B2003/2631
    • 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.
    • 本发明涉及一种用于在住宅,公共,商业和工业建筑部门中用于生产关闭固定装置的连接和联接截面元件(1-2)的创新方法。 通过由自攻螺钉(6)构成的接合装置,可以获得构成外部闭合装置的节点(F)的两个截面元件(1-2)的相互接合,该连接装置通常用于 限制周边硬件的轨道或板(3)。 自攻螺丝(6)通过分别具有截面元件(1-2)本身的突起(4-5)约束所述两个截面元件(1-2)。 通过由通常用于约束的自攻螺钉(6)构成的接合装置,获得构成外部关闭固定装置的节点(F)的两个截面元件(1-2)的相互接合 周边硬件的闭合撞击块(18)。 通过将构成移动叶片(7)的所述截面元件(1-2)压在一起,采用用于插入多层玻璃板(48)的创新方法来获得接合。 内部隐藏铰链(10)安装在框架(F)的节点内,因此能够优选地延长绝热轮廓。
    • 23. 发明申请
    • WINDOW FRAME WRAPPING SYSTEM
    • WINDOW框架包装系统
    • WO2013085872A1
    • 2013-06-13
    • PCT/US2012/067693
    • 2012-12-04
    • 3M INNOVATIVE PROPERTIES COMPANYPETTIT, William C. III
    • PETTIT, William C. III
    • E06B3/263E06B3/54
    • E06B3/2632E04B1/66E04B1/7608E04C2/20E04C2/24E06B3/263E06B3/30E06B3/305E06B2003/26332
    • Insulated window assemblies include a window frame, a glazing within the window frame, and a flexible substrate attached to the window frame such that the flexible substrate completely envelopes the window frame. The flexible substrate insulates the window frame from conduction/convection radiation from the outside such that the U value for a window assembly with the flexible substrate is less than for an identical window assembly without the flexible substrate. The flexible substrate is capable of bending at least 90 without breaking. The flexible substrate can include a multi-layer film, including three layers: an adhesive layer; a thermally non-conductive layer; and a continuous film layer. The thermally non-conductive layer can be a foam layer, a porous solid layer, a polymer matrix with hollow spheres or beads, a web, or an air gap between the window film surface and the continuous film layer.
    • 绝缘窗组件包括窗框,窗框内的窗玻璃,以及附着到窗框的柔性基板,使得柔性基板完全包封窗框。 柔性基板将窗框与来自外部的传导/对流辐射绝缘,使得具有柔性基板的窗组件的U值小于不具有柔性基板的相同的窗组件的U值。 柔性基板能够弯曲至少90°而不断裂。 柔性基板可以包括多层膜,包括三层:粘合剂层; 热不导电层; 和连续膜层。 热非导电层可以是泡沫层,多孔固体层,具有中空球体或珠粒的聚合物基体,网状物或窗膜表面和连续膜层之间的气隙。
    • 24. 发明申请
    • STRUT FOR CONNECTING FRAMES
    • 连接框架
    • WO2012000652A1
    • 2012-01-05
    • PCT/EP2011/003179
    • 2011-06-28
    • TECHNOFORM BAUTEC HOLDING GMBHHENSLEY, Vincent
    • HENSLEY, Vincent
    • E06B3/263E06B3/277
    • E06B3/26305E06B3/277E06B2003/26309E06B2003/26312E06B2003/26387Y10T403/44Y10T403/54Y10T403/57
    • A strut (1) includes at least one bridge (20) that provides a defined spacing between first and second frames (30) in a longitudinal direction. At least a first connection portion (25) is disposed on or near an end of the bridge and is resiliently elastically deformable at least in its longitudinal direction (X). The first connection portion may be press-fit between a base (31) of the first frame and an engaging portion (33) disposed on a flange (32) that extends substantially perpendicular from the frame base. The first connection portion may comprise a base (12) connected to the bridge with at least one inner clip projection (14) having a first connecting member (16), and an outer clip (2, 2') comprising a base (6, 6') for abutting against a surface of the first frame and at least one outer clip projection (8) extending from the outer clip base. The outer clip projection has a second connecting member (10) that engages the first connecting member.
    • 支柱(1)包括至少一个在纵向方向上在第一和第二框架(30)之间提供限定间隔的桥(20)。 至少第一连接部分(25)设置在桥的端部上或附近,并且至少在其纵向方向(X)上可弹性地弹性变形。 第一连接部分可以压配合在第一框架的基部(31)和设置在从框架基部基本垂直延伸的凸缘(32)上的接合部分(33)之间。 第一连接部分可以包括连接到桥的基座(12),其具有至少一个具有第一连接构件(16)的内夹子突起(14)和包括基座(6)的外夹子(2,2'), 6'),用于抵靠第一框架的表面和从外夹具基部延伸的至少一个外夹子突起(8)。 外夹具突起具有与第一连接构件接合的第二连接构件(10)。
    • 26. 发明申请
    • OUTWARDLY OPENING WINDOW
    • 向外打开的窗口
    • WO2011012295A3
    • 2011-03-31
    • PCT/EP2010004617
    • 2010-07-28
    • VIPO VINDUER ASFREUNDORFER FRANZSOEGAARD VICTORSKJERNOE TONNY
    • FREUNDORFER FRANZSOEGAARD VICTORSKJERNOE TONNY
    • E06B3/263E06B3/32
    • E06B3/263E06B1/32E06B3/32E06B3/325
    • The invention relates to a window comprising a frame (1, 2) and a sash (6) having a surface (19, 20) facing away from the jamb, wherein the sash opens toward the outside and is at least partially insulated by the frame (2) toward the interior of the room. Particularly, the sash (6) can be completely insulated by the frame (2) toward the interior of the room such that a continuous transition between the surfaces (19, 20) of the frame (2) or sash (6) to the jamb is provided when the window is closed. Further, the surfaces (19, 20) can be parallel to each other and can form a shared plane when the window is closed, or can run parallel to the jamb and can form a shared plane parallel to the jamb when the window is closed. Further, a first inner seal (16) can be provided in the folding region between the frame (1, 2) and the sash (6) adjacent to the surfaces (19, 20), which seals along a surface (13) located on the frame (2) and provides airtightness, and a second seal (18) is provided adjacent to the outer side of the window, which seals along a surface (15) located on the frame (1) and prevents the circulation of the folding region located behind the frame with the outside air, and the folding region between the two seals (16, 18) can be divided, by means of a small gap (23) or a seal (17) between the sash and a surface (14) provided at the wood profile (3), into two air spaces (26, 27). Further, the gap (22) formed between the outer sides of the frame (1) and the sash (6) can be so small that the air space (25) formed between the outer sides and the seal (18) forms a slightly ventilated hollow chamber.
    • 窗口的框架(1,2)和一个翼(6),从表面(19,20)的面向远离所述侧柱,其中,所述叶片向外打开并朝向至少部分到所述框架内的空间中的每一个(2)关于抑制 , 特别地,该翼部(6)完全从框架(2),以向内部的空间是约包含的,表面,这样,当被关闭的窗口中,所面临的侧柱中的相应一个之间的平滑过渡远(19,20)的框架(2)或翼片(6) 那里。 此外,表面可以(19,20)平行于彼此延伸,并形成,车窗关闭一个共同的平面,或者它们可以平行延伸到拱腹和与窗口形成闭合平面平行的共同的拱腹。 此外,在所述折叠区域包括第一内密封件(16),位于所述框架(2)(13)的区域可被所述框架(1,2)和翼(6)的表面(19,20)的附近,轮之间设置 密封和被使用的空气密封件和在所述窗口的外侧附近,一个第二密封件(18),位于所述框架(1)(15)朝向密封和循环位于后面与外部空气防止Falzbereiches的区域,并 叶片和一个在木条带(3)表面(14)之间,设置成两个空气室在两个密封件(16,18)位于槽口区域,由一个窄的间隙(23)或密封件(17)之间(26,27)划分 是。 此外,框架(1)和翼的外侧(6)之间形成间隙(22)可以保持如此低,以致形成在所述外表面和密封件(18)的空气空间(25)之间形成一通风良好的腔。
    • 27. 发明申请
    • PUTZLEISTE
    • 石膏成型
    • WO2010006626A1
    • 2010-01-21
    • PCT/EP2008/005863
    • 2008-07-17
    • SYLID SYSTEMLOGISTIK UND INDUSTRIEDIENSTLEISTUNG GMBHNIEMANN, Hans, DieterWITTE, Manuela
    • NIEMANN, Hans, DieterWITTE, Manuela
    • E06B1/34E06B3/263E06B7/23
    • E06B1/34E06B3/222E06B7/2309E06B2003/26332
    • Putzleiste (10), die aus mindestens einem Element besteht und in Fenster- und Türrahmen (12) einsetzbar ist, wobei sie die Zwischenräume zwischen mindestens einem Schließstück (14) im Fenster- oder Türrahmen (12) derart abdeckt, dass zumindest die Aufnahmeöffnung (14a) des mindestens einen Schließstücks (14) zugänglich bleibt, wobei, dass die Putzleiste (10) eine derartige Tiefe (T) aufweist, dass im eingebauten Zustand zwischen ihrem zu einem Falzüberschlag (20) weisenden Ende und dem Falzüberschlag (20) ein Abstand vorhanden ist, und dass an diesem zum Falzüberschlag (20) weisenden Ende der Putzleiste (10) ein Thermoprofil (40) anbringbar ist, dass im eingebauten Zustand an dem Falzüberschlag (20) anliegt oder mit diesem verbindbar ist.
    • 抹灰圆角(10),由至少一个元件在窗框和门框(12)的,并且可以被插入,由此覆盖所述窗或门框架(12),使得至少(接收开口的至少一个封闭件(14)之间的间隙 14A)保持在所述至少一个封闭件(14)可访问,其中,所述清洁带(10)具有这样的深度(T),即指向在它们的(一个Falzüberschlag20)端部和Falzüberschlag(20)的距离之间的安装状态 存在,并且在看这个用于Falzüberschlag(20)的刷带(10)的端部,一个热分布(40)附接,其存在或在上Falzüberschlag(20)已安装状态可连接与此有关。
    • 28. 发明申请
    • ISOLIERENDES RAHMENELEMENT AUS HOLZ FÜR FENSTER ODER TÜREN
    • 木门窗的绝缘性框架元
    • WO2009092707A1
    • 2009-07-30
    • PCT/EP2009/050592
    • 2009-01-20
    • HOLZ SCHILLER GMBHSCHILLER, HeinrichHORN, Marco
    • SCHILLER, HeinrichHORN, Marco
    • E06B3/10E06B3/263
    • E06B3/26345Y02A30/252Y02B80/28
    • Ein Rahmenelement aus Holz dient zur Herstellung von Fenster- oder Türrahmen mit Kanälen (22), die sich in Längsrichtung innerhalb des Rahmenelementes erstrecken und Luft als wärmedämmendes Medium enthalten. Die Kanäle (22) sind als rechtwinklig zur Fenster- oder Türebene ausgerichtete Schlitze ausgebildet und tief in die Breite jeder Holzschicht (18) eingefräst, wobei jeder Kanal (22) an den beiden Stirnseiten des sich in Längsrichtung erstreckenden Rahmenelementes (16) abgeschlossen ist. Dabei ist es vorteilhaft, wenn jedes Rahmenelement (16) einen sich in dessen Längsrichtung erstreckenden Dämmkern (32) einschließt, der aus mehreren Holzschichten (18) besteht, in die die Kanäle (22) eingefräst und auf ihrer offenen Längsseite durch eine angrenzende Trennschicht (34) abgedeckt sind.
    • 用于生产窗或门框的具有通道(22)在框架元件内的纵向方向上延伸且含有空气作为隔热介质木材的框架构件。 如在垂直于窗或门平面槽对准和深在每个木层(18)的宽度被研磨,其特征在于,在所述纵向延伸的框架构件(16)的两个端侧的每个信道(22)完成的形成的通道(22)。 有利的是,每个框架元件(16)包括在由在埋头通道木(18)(22)的若干层构成的绝缘芯(32)的纵向方向上延伸通过相邻的隔离层的部分和(在其敞开的纵向侧 34)所覆盖。
    • 29. 发明申请
    • GLASS PANE WITH THERMAL INSULATION CHAMBERS
    • 玻璃板与热绝缘室
    • WO2008081328A3
    • 2008-09-04
    • PCT/IB2007004374
    • 2007-12-03
    • HERNANDEZ SANCHEZ JOSE GREGORI
    • HERNANDEZ SANCHEZ JOSE GREGORIO
    • E06B3/26E06B3/263
    • E06B3/66B32B17/10055
    • A glass pane with a single sheet has a high thermal loss. A double-sheet glass pane with a chamber, reduces losses substantially as it has an insulation chamber. A pane made of a single laminated sheet, is very resistant to breakage and has low heat loss. The solution is plastic materials such as metacrylate because of their thermal insulating qualities, albeit said materials are fragile, but if placed between two sheets of glass, most disadvantages thereof are mitigated and concealed by creating two thermal insulation chambers. The intermediate solution of using two laminated panes wtih a single insulation chamber, will on most occasions be sufficient, thereby creating a glass pane wiith very good qualities.
    • 具有单张纸的玻璃板具有高的热损失。 具有室的双层玻璃板具有基本上具有绝缘室的损耗。 由单层叠板制成的窗格非常耐破坏,热损失低。 该解决方案是塑料材料,如甲基丙烯酸酯,因为它们具有隔热性能,尽管所述材料是易碎的,但是如果放置在两片玻璃之间,则通过产生两个隔热室来减轻并隐藏其大部分缺点。 在单个绝缘室中使用两个层压板的中间溶液在大多数情况下将足够,从而形成具有非常好质量的玻璃板。
    • 30. 发明申请
    • CLOSING SYSTEM FOR DOOR AND WINDOW CASINGS AND CASING COMPRISING THIS CLOSING SYSTEM
    • 用于门和窗的封闭系统以及包含该闭合系统的壳体
    • WO2007147503A1
    • 2007-12-27
    • PCT/EP2007/005162
    • 2007-06-12
    • MASTER S.R.L.LOPERFIDO, Michele
    • LOPERFIDO, Michele
    • E05C9/00E06B3/263
    • E05C9/004E05B17/0075
    • A closing system (14) of a door and window casing comprises a fixed part (15) to be anchored to a wing (12) of the casing and at least one movable part (16, 17) drivable in use between an open position and a closed position of the casing, the fixed part being suitable for anchoring to the wing along a longitudinal groove (38) formed in an edge section member (12a) of the wing (12) and the at least one movable part having a plurality of closing elements spaced apart from each other. Mounted on said fixed part is at least one securing element (21-24) for fastening to the wing, said securing element being movable between a mounting position at which it can be frontally inserted into said groove when the fixed part is brought to the mounting position on the wing and an operating position at which it is in engagement with an undercut (39, 40) formed in the groove so that a link is created between the closing system and wing.
    • 门窗外壳的封闭系统(14)包括固定部分(15),该固定部分锚定在壳体的翼部(12)上,以及至少一个活动部分(16,17),其可在使用中在打开位置和 壳体的关闭位置,固定部分适于沿着形成在翼部(12)的边缘部分部件(12a)中的纵向凹槽(38)锚固到机翼,并且所述至少一个可移动部件具有多个 闭合元件彼此间隔开。 安装在所述固定部分上的至少一个固定元件(21-24)用于紧固到机翼上,所述固定元件可在安装位置之间移动,在安装位置时,当固定部件被安装到安装位置时, 位于机翼上的操作位置和与槽形成的底切(39,40)接合的操作位置,从而在闭合系统和机翼之间形成连杆。