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    • 2. 发明申请
    • METHOD OF HIGH ENERGY DENSITY RADIATION BEAM LAP WELDING
    • 高能量辐射光束焊接方法
    • WO1996026807A1
    • 1996-09-06
    • PCT/US1996003402
    • 1996-02-28
    • THE TWENTYFIRST CENTURY CORPORATION
    • THE TWENTYFIRST CENTURY CORPORATIONMONBO-CARISTAN, Jean, Charles
    • B23K26/00
    • B23K26/123B23K15/006B23K26/142B23K26/1437B23K26/147B23K26/24B23K26/242B23K26/244B23K26/32B23K2101/006B23K2101/34B23K2103/04B23K2103/08B23K2103/10B23K2103/12B23K2103/50Y10T428/12493
    • A method of lap welding for producing a welded lap joint (110) having good integrity, high peel strength, high tensile strength, high fatigue resistance, where the overlapped sheets (30, 32) are fused together across their region of overlap (50). Before welding, one sheet (30) is overlapped with another sheet (32) forming a lap joint (94). Preferably, the width of overlap is at least 50 % of the thickness of the thinnest sheet and no greater than twice the thickness of the thickest sheet. During welding, a high energy density radiation beam (34) is trained on at least one of the sheets and is acutely angled relative to the plane of overlap (56), which coincides with the weld interface (48) of the sheets (30, 32). Preferably, the sheets (30, 32) can be oriented relative to the direction of gravity such that the plane of overlap (56) of the sheets (30, 32) is acutely oriented relative to gravity so that during welding the direction of gravity influences formation, geometry and flow of a molten weld nugget (102). To join the sheets (30, 32), the beam (34) is trained on at least one of the sheets for a sufficient period of time and with a sufficient energy density to weld the sheets (30, 32) together completely from front to back of the overlap (56) producing a weld (110) having high peel strength with no unfused lip across the overlapping area. After welding is completed, the sheets (30, 32) can be formed using any conventional forming or any shaping process.
    • 一种搭接焊接方法,用于制造具有良好的完整性,高剥离强度,高拉伸强度,高耐疲劳性的焊接搭接接头(110),其中重叠片材(30,32)在其重叠区域(50)处熔合在一起, 。 在焊接之前,一片(30)与形成搭接部(94)的另一片(32)重叠。 优选地,重叠的宽度是最薄片材的厚度的至少50%,不大于最厚片材厚度的两倍。 在焊接期间,在至少一个片材上训练高能量密度辐射束(34),并且相对于重叠平面(56)具有锐角,其与片材(30,30)的焊接界面(48)重合, 32)。 优选地,片材(30,32)可以相对于重力方向定向,使得片材(30,32)的重叠平面(56)相对于重力是锐利取向的,使得在焊接期间重力影响 熔融焊点(102)的形成,几何形状和流动。 为了接合片材(30,32),将梁(34)在至少一个片材上训练足够的时间并具有足够的能量密度以将片材(30,32)从前面完全地焊接到 (56)的后部产生具有高剥离强度的焊缝(110),并且在重叠区域上没有未熔化的唇缘。 在完成焊接之后,可以使用任何常规的成形或任何成型工艺来形成片材(30,32)。