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    • 14. 发明授权
    • Setting method for anchoring a fastening element
    • 固定紧固件的固定方法
    • US07785041B2
    • 2010-08-31
    • US12387306
    • 2009-04-29
    • Herbert GinterRoman Skupien
    • Herbert GinterRoman Skupien
    • E21D20/02
    • E21D20/025F16B13/141
    • A setting method of anchoring a fastening element (11; 41) in a constructional component (21) with a hardenable multi-component mass (31) includes drilling a borehole (22) in the constructional component (21) with a drill (36) until a borehole depth (T), which is at least by 5% greater than a necessary anchoring length (L) of the fastening element (21; 41), is reached; introducing the hardenable multicomponent mass (31) in the uncleaned borehole (22), inserting, in the borehole (22) the fastening element (11; 41) with its mixing section (13; 43) first, and power-driving the fastening element (11; 41) into the filled borehole (22) with a rotary driving tool, with intermixing of the hardenable multi-component mass (31) with drillings (23) remaining in the borehole (22), until the necessary anchoring length (L) of the fastening element (11; 41) is reached.
    • 将紧固元件(11; 41)固定在具有可硬化多组分块体(31)的结构部件(21)中的设置方法包括用钻头(36)钻出结构部件(21)中的钻孔(22) 直到达到比紧固元件(21; 41)的必要锚固长度(L)至少大5%的钻孔深度(T)); 在未清洁的钻孔(22)中引入可硬化的多组分块(31),首先在钻孔(22)中插入其混合部分(13; 43)的紧固元件(11; 41),并且将紧固元件 (11; 41)用旋转驱动工具进入填充钻孔(22),使可硬化的多组分块体(31)与残留在钻孔(22)中的钻孔(23)相互混合,直到必要的锚固长度(L )到达紧固元件(11; 41)。
    • 15. 发明申请
    • Setting method for anchoring a fastening element
    • 固定紧固件的固定方法
    • US20090290941A1
    • 2009-11-26
    • US12387306
    • 2009-04-29
    • Herbert GinterRoman Skupien
    • Herbert GinterRoman Skupien
    • E21D20/00
    • E21D20/025F16B13/141
    • A setting method of anchoring a fastening element (11; 41) in a constructional component (21) with a hardenable multi-component mass (31) includes drilling a borehole (22) in the constructional component (21) with a drill (36) until a borehole depth (T), which is at least by 5% greater than a necessary anchoring length (L) of the fastening element (21; 41), is reached; introducing the hardenable multicomponent mass (31) in the uncleaned borehole (22), inserting, in the borehole (22) the fastening element (11; 41) with its mixing section (13; 43) first, and power-driving the fastening element (11; 41) into the filled borehole (22) with a rotary driving tool, with intermixing of the hardenable multi-component mass (31) with drillings (23) remaining in the borehole (22), until the necessary anchoring length (L) of the fastening element (11; 41) is reached.
    • 将紧固元件(11; 41)固定在具有可硬化多组分块体(31)的结构部件(21)中的设置方法包括用钻头(36)钻出结构部件(21)中的钻孔(22) 直到达到比紧固元件(21; 41)的必要锚固长度(L)至少大5%的钻孔深度(T)); 在未清洁的钻孔(22)中引入可硬化的多组分块(31),首先在钻孔(22)中插入其混合部分(13; 43)的紧固元件(11; 41),并且将紧固元件 (11; 41)用旋转驱动工具进入填充钻孔(22),使可硬化的多组分块体(31)与残留在钻孔(22)中的钻孔(23)相互混合,直到必要的锚固长度(L )到达紧固元件(11; 41)。