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    • 1. 发明公开
    • A METHOD FOR REDUCING MOISTURE BUILD-UP IN A CAVITY OF A CAVITY WALL AND A FOUNDATION WEDGE
    • 一种用于减少湿度集合中空腔体墙一年FOUNDATION KEIL
    • EP3075913A1
    • 2016-10-05
    • EP15194290.1
    • 2015-11-12
    • Supply Holding APS
    • LAURSEN, Bjarne
    • E02D31/00E04B1/70
    • E02D31/00E04B1/7038
    • A method for reducing moisture build-up in a cavity (5) of a cavity (5) wall (1) of a building is disclosed. The method comprises the steps of:
      • constructing an inner wall (4) on a foundation (2) of the building substantially along an inner side of the foundation (2),
      • arranging a water impermeable sheet (8) so that it extends from an inner face of the inner wall (4) and across the cavity (5) to an outer side of the foundation (2), and
      • constructing an outer wall (3) on the water impermeable sheet (8) along an outer side of the foundation (2) so that the cavity (5) is formed between the inner wall (4) and the outer wall (3),
      wherein the water impermeable sheet (8) is at least partly arranged to incline downwards from the inner wall (4) towards the outer wall (3).
    • 一种用于在建筑物的(1)的空腔(5)壁的空腔(5)减少湿气积聚的方法是游离缺失盘。 该方法包括以下步骤:在基础上€¢内壁的构建(4)(2)的建筑物基本上沿着在所述底座(2)的内侧上的,€¢布置水不透过性片(8),所以这样做是 从在内壁的内表面(4)延伸并穿过所述腔(5)的基础上(2)的外侧,并且€¢构建外壁(3)上的水不透过性片(8)沿 的基础outerside(2),从而DASS死腔(5)的内壁(4)和所述外壁(3)之间形成,worin水不透过性片(8)被至少部分地布置成从倾斜向下 内壁(4)朝向所述外壁(3)。
    • 3. 发明公开
    • SYSTEM FOR MOUNTING OF WALL AND/OR ROOF CLADDING MATERIALS AND METHOD FOR MOUNTING OF WALL AND/OR ROOF CLADDING ON A BUILDING STRUCTURE
    • 系统于墙体安装和/或屋顶覆盖墙面和/或屋顶覆盖物的组装材料和方法在建筑物结构上
    • EP3020883A1
    • 2016-05-18
    • EP15194442.8
    • 2015-11-13
    • Supply Holding APS
    • LAURSEN, BjarneNIELSEN, Kenneth Villekjær
    • E04D1/34E04D12/00
    • E04D12/004E04D1/34E04D2001/3414E04D2001/3476E04F13/083
    • Disclosed is a wall and/or roof cladding mounting system for mounting of a wall and/or roof cladding (1, 1') on a building structure (5). The mounting system comprises a lath profile (3, 3') having a mounting face (6) for mounting of wall or roof cladding elements (1, 1'), wherein the lath profile (3, 3') along the lower edge of the mounting face (6) comprises at least one first L-shaped leg (7). A mounting flange (8, 10) on the L-shaped leg (7) is connected to the lower edge of the mounting face (6) of the lath profile (3, 3') by a connection face (11) which is inclined in relation to the mounting flange (8, 10). The mounting face (6) on the lath profile (3, 3') comprises a flange (9) which is inclined in relation to the upper side of the mounting face (6) along the upper edge of the mounting face (6), and which constitutes a stop for the upper edge of the wall or roof cladding elements (1, 1'). The mounting face (6) of the lath profile (3, 3') comprises a number of holes (13) for placing of fixing means (14) for securing the upper end of the roof or wall cladding elements (1, 1') to the mounting face (6) of the lath profile (3, 3').
      A method for mounting of a wall and/or roof cladding (1, 1') on a building structure (5) is also disclosed.
    • 公开了一种用于在建筑物结构(5)的壁和/或顶板包层(1,1“)的安装壁和/或顶板覆盖安装系统。 所述安装系统包括“具有安装面(6),用于安装墙壁或屋顶覆盖元件(1,1沿的下边缘),worin板条轮廓(3,3“)一板条轮廓(3,3)” 所述安装面(6)包括至少一个第一L形支腿(7)。 在L形支腿(7)的安装凸缘(8,10)由一个连接面(11),其倾斜地连接到板条轮廓(3,3“)的安装面(6)的下边缘 相对于所述安装法兰(8,10)。 上板条轮廓(3,3“)的安装面(6)包括一个法兰(9),所有这些是相对于沿着所述安装面的上边缘倾斜于安装面(6)的上侧(6) 并且构成为墙壁或屋顶覆盖元件(1,1“)的上边缘的止挡。 板条轮廓(3,3“)的安装面(6)包括多个孔(13),用于固定装置的载置(14),用于固定在屋顶或墙覆盖元件(1,1”的上端) 到板条轮廓(3,3“)的安装面(6)。 一种用于在建筑物结构(5)的壁和/或顶板包层(1,1“)的安装方法是这样游离缺失盘。
    • 5. 发明公开
    • A CLADDING SYSTEM AND A METHOD FOR CLADDING A WALL SURFACE
    • VERFAHREN ZER VERKLEIDEN EINERWANDOBERFLÄCHEVERKLEIDUNGSSYSTEM
    • EP3091138A1
    • 2016-11-09
    • EP15193398.3
    • 2015-11-06
    • Supply Holding APS
    • LAURSEN, Bjarne
    • E04F13/08E04B1/76E04F13/12
    • E04F13/0864E04B1/762E04F13/081E04F13/12
    • Disclosed is a cladding system (15) for being connect to a wall surface (16). The cladding system (15) comprises a first mounting rail (1) comprising a front flange (2), wherein a first longitudinal edge (17) of the front flange (2) is connected to a mounting flange (4) through a spacing flange (5) being inclined in relation to the front flange (2). A second longitudinal edge (18) of the front flange (2) is connected to a support flange (6) also being inclined in relation to the front flange (2) and the mounting flange (4) is suited for being connected to the wall surface (16). The cladding system (15) further comprises a second mounting rail (14) comprising a front flange (2), wherein a first longitudinal edge (17) of the front flange (2) is connected to a mounting flange (4) through a spacing flange (5) being inclined in relation to the front flange (2). A second longitudinal edge (18) of the front flange (2) is connected to a support flange (6) also being inclined in relation to the front flange (2) and wherein the mounting flange (4) is suited for being connected to the wall surface (16). The first mounting rail (1) is connected to the second mounting rail (14) at the first longitudinal edge (17) of the first mounting rail (1) and at the second longitudinal edge (18) of the second mounting rail (14) so that the mounting flange (4) of the first mounting rail (1) is substantially covered at least by the front flange (2) of the second mounting rail (14) as seen in a direction towards the wall surface (16).
      A method for cladding a wall surface (16) by means of a cladding system (15) is also disclosed.
    • 公开了一种用于连接到壁表面(16)的包层系统(15)。 包层系统(15)包括包括前凸缘(2)的第一安装导轨(1),其中前凸缘(2)的第一纵向边缘(17)通过间隔凸缘(4)连接到安装凸缘(4) (5)相对于前凸缘(2)倾斜。 前凸缘(2)的第二纵向边缘(18)连接到也相对于前凸缘(2)倾斜的支撑凸缘(6),并且安装凸缘(4)适于连接到壁 表面(16)。 包层系统(15)还包括包括前凸缘(2)的第二安装轨道(14),其中前凸缘(2)的第一纵向边缘(17)通过间隔连接到安装凸缘(4) 凸缘(5)相对于前凸缘(2)倾斜。 前凸缘(2)的第二纵向边缘(18)连接到也相对于前凸缘(2)倾斜的支撑凸缘(6),并且其中安装凸缘(4)适于连接到 壁表面(16)。 第一安装导轨(1)在第一安装导轨(1)的第一纵向边缘(17)处和第二安装导轨(14)的第二纵向边缘(18)处连接到第二安装导轨(14) 使得第一安装轨道(1)的安装凸缘(4)至少由第二安装轨道(14)的前凸缘(2)沿着朝向壁表面(16)的方向观察。 还公开了一种通过包层系统(15)包覆壁表面(16)的方法。
    • 6. 发明公开
    • AN EXTERIOR WALL AND A METHOD FOR CONSTRUCTING AN EXTERIOR WALL
    • 一个外墙和一个建造外墙的方法
    • EP3218551A1
    • 2017-09-20
    • EP15797251.4
    • 2015-11-12
    • Supply Holding APS
    • LAURSEN, Bjarne
    • E04B1/24E04B2/76
    • E04B2/58E04B1/24E04B1/40E04B1/625E04B1/7604E04B1/942E04B2/766E04B2/767E04B7/022E04B2001/2415E04B2001/2448E04B2001/2463E04B2001/2472E04B2001/2481E04B2001/249E04B2001/2496E04B2103/06E04C3/08E04F13/0803E04F13/0846E04F13/0857E04F13/0876
    • Disclosed is an insulating module (11) for mounting on the façade of an existing building (10). The insulating module (11) comprises an inner wall (1) including a transversal roof metal profile (2) and a transversal foundation metal profile (3) between which a number of intermediate metal profiles (5) extend. The insulating module (11) also comprises an outer wall (6) including a transversal roof metal profile (2) and a transversal foundation metal profile (3) between which a number of intermediate metal profiles (5) extend, and wherein an outside surface of the outer wall (6) is provided with façade cladding (12c, 12d). The inner wall (1) and the outer wall (6) are mutually fixed at the transversal metal roof profiles (2) and the transversal metal foundation profiles (3) so that a cavity (8) is formed between the inner wall (1) and the outer wall (6). A method for post-insulating an existing building (10) by means of one or more insulating modules (11) is also disclosed.
    • 公开了一种用于安装在现有建筑物(10)的外墙上的隔热模块(11)。 绝缘模块(11)包括内壁(1),该内壁包括横向屋顶金属型材(2)和横向基础金属型材(3),多个中间金属型材(5)延伸到该金属型材(3)之间。 绝热模块(11)还包括具有横向屋顶金属型材(2)和横向基础金属型材(3)的外壁(6),多个中间金属型材(5)在所述横向基础金属型材(3)之间延伸,并且其中外表面 的外壁(6)设置有立面覆层(12c,12d)。 内壁(1)和外壁(6)相互固定在横向金属屋顶型材(2)和横向金属基础型材(3)上,使得在内壁(1)和内壁(1)之间形成空腔(8) 和外壁(6)之间。 还公开了一种借助于一个或多个绝缘模块(11)对现有建筑物(10)进行后绝热的方法。