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    • 72. 发明授权
    • Profile spacing element for forming a window comprising more than one
glass in a window frame
    • 用于在窗框中形成包括多于一个玻璃的窗口的轮廓间隔元件
    • US4719728A
    • 1988-01-19
    • US852946
    • 1986-04-04
    • Lars ErikssonFrank Andersson
    • Lars ErikssonFrank Andersson
    • E06B3/54E06B3/64E06B3/663E06B3/667E06B7/12
    • E06B3/66314E06B3/5418E06B3/667E06B2003/6638
    • The invention relates to a profile spacing element for mounting of a second glass (2) in a window frame (1) said spacing element serves as a spacer between the glasses. The space between the glasses and the spacing element is sealed. The spacing element (6,15) preferably consists of a non-rigid material which is provided with a diffusion tight covering (9). The covering extends along the entire length of the spacing element and covers its sides (7,8,10) which face towards the glasses (2,5) and the window frame (1). The covering perfects the sealing contact between the spacing element and the glasses and window frame. The diffusion tight material (9) consists of an elastic or resilient material. Further the spacing element preferably is formed as a hollow profile filled with a drying agent and having longitudinally extending deformation notches (11,12) making it possible to bend the spacing element at the corner areas of the window frame without pressing the glasses apart from each other.
    • PCT No.PCT / SE85 / 00304 Sec。 一九八六年四月四日 102(e)日期1986年4月4日PCT提交1985年8月7日PCT公布。 出版物WO86 / 01248 PCT 日期1986年2月27日。本发明涉及一种用于将第二玻璃(2)安装在窗框(1)中的轮廓间隔元件,所述间隔元件用作玻璃之间的间隔物。 眼镜和间隔元件之间的空间被密封。 间隔元件(6,15)优选地由非刚性材料组成,该非刚性材料设置有扩散密封层(9)。 覆盖物沿着间隔元件的整个长度延伸并覆盖其朝向眼镜(2,5)和窗框(1)的侧面(7,8,10)。 该覆盖物可以完善间隔元件与眼镜和窗框之间的密封接触。 扩散密封材料(9)由弹性或弹性材料组成。 此外,间隔元件优选地形成为填充有干燥剂并具有纵向延伸的变形凹口(11,12)的中空轮廓,使得可以在窗框的拐角区域处弯曲间隔元件而不将眼镜从每个 其他。
    • 77. 发明申请
    • HEAT INSULATING SHEET UNIT FORMING AN INSULATING GLASS CONTAINING AEROGRAPHITE
    • 形成绝热玻璃的绝热板单元
    • WO2018088944A1
    • 2018-05-17
    • PCT/SE2017/000044
    • 2017-11-08
    • LARS ERIKSSON DEVELOP AB
    • ERIKSSON, Lars
    • E06B3/67B32B5/18C01B32/158
    • E06B3/6715C08J2205/026
    • The present invention relates to a heat insulating sheet unit (1), which has at least two sheets (2) consisting of glass sheets (3) separated of at least one there between lying spacer element (4), which encloses at least one space (5), which in turn encloses at least one gas, constituting an insulating glass (7), said space to at least one portion of said space (5) between the sheets (2) is filled up with Aerographite (6) containing said gas and carbon nanotubes (8), which has a size, which mainly is invisible for the naked eye, which increases the light permeability of the insulating glass (7) at the same time as a gas circulation between the sheets (2) to at least some portion is prevented in order to improve the heat insulating capacity of the insulating glass.
    • 本发明涉及一种隔热板单元(1),该隔热板单元具有至少两块由玻璃板(3)组成的板(2) ),其包围至少一个空间(5),该空间又包围构成绝缘玻璃(7)的至少一种气体,所述空间与片材(2)之间的所述空间(5)的至少一部分填充 与含有所述气体和碳纳米管(8)的空气石墨(6)一起使用,其具有主要肉眼不可见的尺寸,其在与气体循环同时增加中空玻璃(7)的透光率 在片材(2)之间至少部分地被阻止以提高绝热玻璃的绝热能力。
    • 78. 发明申请
    • A SPACER ELEMENT INTENDED FOR SEPARATING GLASS SHEETS
    • 用于分离玻璃板的间隔元件
    • WO2016178611A1
    • 2016-11-10
    • PCT/SE2016/000023
    • 2016-05-04
    • LARS ERIKSSON DEVELOP AB
    • ERIKSSON, Lars
    • B65D57/00B65D85/48
    • B65D57/00B65D85/48
    • The present invention refers to a spacer element (4), which one or more creates a distance (18) and take up loads, pressures, movements between glass sheets (3) and between glass packages (5), which contain several glass sheets (3), when they are packed in or on a package device (1), preferable a rack (8). The spacer element (4) has the form of an elongated profile (10), which has a number of connected bow formations (12), viewed across the longitudinal direction (13) of the profile (10), where the opposite and elongated bow formations (12), which creates opposite supporting surfaces (14) against the glass sheets (3), are supporting the glass sheets (3) in order to create distance (18) between the same.
    • 本发明涉及一种间隔元件(4),其中一个或多个产生距离(18)并承受玻璃板(3)和玻璃封装(5)之间的载荷,压力,运动,所述玻璃封装(5)包含多个玻璃板 如图3所示,当包装在包装装置(1)中或包装装置(1)上时,优选的是架子(8)。 隔离元件(4)具有细长轮廓(10)的形式,其具有多个连接的弓形结构(12),横向于轮廓(10)的纵向方向(13),其中相对和伸长的弓 在玻璃板(3)上产生相对的支撑表面(14)的结构(12)支撑玻璃板(3)以在其之间产生距离(18)。
    • 79. 发明申请
    • A SPACER ELEMENT PROVIDING AN IMPROVED FIRE INSULATION AT A SHEET UNIT
    • 隔板元件在片材单元上提供改进的防火性能
    • WO2017176185A1
    • 2017-10-12
    • PCT/SE2017/000024
    • 2017-04-06
    • LARS ERIKSSON DEVELOP AB
    • ERIKSSON, Lars
    • E06B5/16E06B3/54
    • E06B5/165E06B3/5409E06B5/161E06B2003/26332
    • The present invention refers to an arrangement at a spacer element (10) in providing of an improved fire insulation at a window, a door, a facade or the like, whereby at least one sheet unit (1), preferably at least one glass pane (2) such as e.g. a thermopane (3) is fixed in a groove (4), e.g. in a wooden frame (5), which has at least one groove bottom (6) and at least one groove side (7), said groove (4) extends along at least one of the circumference of the sheet unit (1) existing borders (8) and to at least one portion has a fire swelling material (9), said sheet unit (1) is supported by at least one spacer element (10), having a supporting structure (13), which up to at least some portion is provided between the border (8) of the sheet unit (1) and the groove bottom (6), said supporting structure (13) up to some portion includes at least one cavity (14), which gives place to receive the fire swelling material (9), which is arranged within said spacer element (10) below at least a part of its supporting surface (18), said supporting structure (13) has at least one opening/cavity (15), in order to give place for said fire swelling material (9) to expand during fire out in predetermined directions from said spacer element (1) through said opening/cavity (15) out into the groove (4).
    • 本发明涉及隔离元件(10)处的布置,以在窗户,门,立面等处提供改进的防火隔热性,其中至少一个薄片单元(1 ),优选至少一个玻璃板(2),例如, 在具有至少一个凹槽底部(6)和至少一个凹槽侧(7)的木制框架(5)中的凹槽(4)中固定有热电偶(3) 所述凹槽(4)沿着片材单元(1)的现有边界(8)的周边中的至少一个延伸并且至少一个部分具有火溶胀材料(9),所述片材单元(1)由 (1)的边界(8)和凹槽底部(6)之间设置至少一部分至少一部分的支撑结构(13)的至少一个间隔元件(10),所述支撑结构( 13)直到某个部分包括至少一个空腔(14),该空腔用于接收火焰膨胀材料(9),该火焰膨胀材料在其支撑表面(18)的至少一部分的下方布置在所述间隔元件(10)内, ,所述支撑结构(13)具有至少一个开口/空腔(15),以便在所述火焰膨胀材料(9)从所述间隔件向预定方向放火期间为膨胀材料 nt(1)通过所述开口/空腔(15)流出到凹槽(4)中。