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    • 2. 发明授权
    • Friction stir welding method and friction stir welding apparatus
    • 摩擦搅拌焊接法和摩擦搅拌焊接设备
    • US06290117B1
    • 2001-09-18
    • US09275028
    • 1999-03-24
    • Takeshi KawasakiToshiaki SagawaMasakuni Ezumi
    • Takeshi KawasakiToshiaki SagawaMasakuni Ezumi
    • B23K2012
    • B23K20/122B23K20/126B23K33/00B23K37/08B23K2101/045
    • End portions of extruded frame members 50 and 60 have increased thickness portions 56 and 66 which project toward an outer side thereof. A rotary body 70 is inserted into the increased thickness portions 56 and 66 and is rotated so as to carry out friction stir welding of the frame members. A large diameter portion 71 of the rotary body 70 is inserted to a position between the apex of the increased thickness portion and an extension line of an outer face of the plates 51 and 61 of the extruded frame members 50 and 60 as the rotary body 70 is rotated. Further, the rotary body 70 is reciprocated in a direction orthogonal to the welding line as it is moved along the welding line. Accordingly, friction stir welding can be carried out fully. In the friction stir welding, due to a rotation of the rotary body 70, even when a gap g between two extruded frame members to be subjected to welding is large, it is possible to carry out the friction stir welding.
    • 挤压框架构件50和60的端部具有向其外侧突出的增加的厚度部分56和66。 旋转体70插入到增厚部56,66中,并旋转,从而进行框架部件的摩擦搅拌焊接。 旋转体70的大直径部分71插入到增厚部分的顶点和作为旋转体70的挤压框架构件50和60的板51和61的外表面的延伸线之间的位置 旋转 此外,旋转体70沿着焊接线移动时在与焊接线正交的方向上往复运动。 因此,可以充分进行摩擦搅拌焊接。 在摩擦搅拌焊接中,由于旋转体70的旋转,即使在要被焊接的两个挤压框架构件之间的间隙g较大的情况下,也可以进行摩擦搅拌焊接。
    • 7. 发明授权
    • Structure body and hollow shape extruded frame member
    • 结构体和中空形挤压框架构件
    • US06250037B1
    • 2001-06-26
    • US09332009
    • 1999-06-14
    • Masakuni EzumiAkihiro SatouKazusige FukuyoriTakeshi Kawasaki
    • Masakuni EzumiAkihiro SatouKazusige FukuyoriTakeshi Kawasaki
    • B23K2012
    • B23K20/122B21C23/145B23K33/00B23K2101/045
    • End portions of face plates 111 and 112 of a frame member 110 are connected by a rib 116A. To protrusion chips 117b1 and 117b2 end portions of face plates 101 and 102 of another frame member 100 are overlapped. The corners between the rib 116A and the rear face of the face plates 111 and 112 are in the form of the corners circular arc 131 which protrudes into a hollow portion 119 of the frame member 110. Both end portions of the circular arc 131b1 are connected to the rib 116A and the face plates 111 and 112 by two smooth recessed circular arcs 132b1 and 133b1. Accordingly, since a flow-out of metal does not occur from this portion, the cross-section can be small and a light weight structure can be obtained. A structural body formed of hollow frame members which are joined by friction stir welding provides a light weight structure.
    • 框架构件110的面板111和112的端部通过肋116A连接。 对于突起片117b1和117b2,另一框架构件100的面板101和102的端部重叠。 肋116A和面板111和112的后表面之间的角部是突出到框架构件110的中空部分119中的角圆弧131的形式。圆弧131b1的两个端部连接 通过两个光滑的凹入圆弧132b1和133b1连接到肋116A和面板111和112。 因此,由于从该部分不会发生金属流出,因此横截面积可以小,并且可以获得轻质结构。 由通过摩擦搅拌焊接接合的中空框架构件形成的结构体提供了轻质结构。
    • 10. 发明授权
    • Hollow extruded frame member for friction stir welding
    • 用于摩擦搅拌焊接的中空挤压框架构件
    • US06494011B2
    • 2002-12-17
    • US09875173
    • 2001-06-07
    • Masakuni EzumiAkihiro SatouKazusige FukuyoriTakeshi Kawasaki
    • Masakuni EzumiAkihiro SatouKazusige FukuyoriTakeshi Kawasaki
    • B23K2012
    • B23K20/122B21C23/145B23K33/00B23K2101/045
    • End portions of face plates 111 and 112 of a frame member 110 are connected by a rib 116A. To protrusion chips 117b1 and 117b2 end portions of face plates 101 and 102 of another frame member 100 are overlapped. The corners between the rib 116A and the rear faces of the face plates 111 and 112 are in the form of a convex circular arc 131 which protrudes into a hollow portion 119 of the frame member 110. Both end portions of the circular arc 131b1 are connected to the rib 116A and the face plates 111 and 112 by two smooth recessed circular arcs 132b1 and 133b1. Accordingly, since a flow-out of metal does not occur from this portion, the cross-section can be small and a light weight structure can be obtained. A structural body formed of hollow frame members which are joined by friction stir welding provides a light weight structure.
    • 框架构件110的面板111和112的端部通过肋116A连接。 对于突起片117b1和117b2,另一框架构件100的面板101和102的端部重叠。 肋116A与面板111和112的后表面之间的角部呈突出于框架构件110的中空部分119的凸形圆弧131的形式。圆弧131b1的两个端部连接 通过两个光滑的凹入圆弧132b1和133b1连接到肋116A和面板111和112。 因此,由于从该部分不会发生金属流出,因此横截面积可以小,并且可以获得轻质结构。 由通过摩擦搅拌焊接接合的中空框架构件形成的结构体提供了轻质结构。