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    • 1. 发明申请
    • Fluid transmitting device with lock-up clutch
    • 具有锁止离合器的流体传动装置
    • US20060016654A1
    • 2006-01-26
    • US11184081
    • 2005-07-19
    • Naoto SatoTokuji YoshimotoToru ShimogakiNaomi Takagi
    • Naoto SatoTokuji YoshimotoToru ShimogakiNaomi Takagi
    • F16H45/02
    • F16H45/02F16H2045/0294
    • In a fluid transmitting device, a plurality of first power transmission claws are inserted between adjacent ones of damper springs and secure to a clutch piston; and a plurality of second power transmission claws are inserted between adjacent ones of the damper springs so as to face the first power transmission claws, and has support portions which are connected to an outer peripheral surface of a shell of a turbine impeller via a weld formed by laser beams. The weld is formed into a linear shape extending along a circumferential direction of the shell so that the weld is melt by the laser beams to extend from an outer surface of the support portion to an inner peripheral surface of the shell. Thus, it is possible to easily perform welding between the support portions of the second power transmission claws and the shell of the turbine impeller, and to easily perform a visual inspection as to whether the welding condition is good or not.
    • 在流体传输装置中,多个第一动力传递爪插入相邻的阻尼弹簧之间并固定到离合器活塞上; 并且多个第二动力传递爪插入在相邻的阻尼器弹簧之间以便面对第一动力传递爪,并且具有支撑部分,该支撑部分通过形成的焊接件连接到涡轮叶轮的外壳的外周表面 通过激光束。 焊缝形成为沿着壳体的圆周方向延伸的直线形状,使得焊缝由激光束熔化,以从支撑部分的外表面延伸到壳体的内周表面。 因此,可以容易地在第二动力传递爪的支撑部和涡轮叶轮的壳体之间进行焊接,并且容易地进行关于焊接条件是否良好的目视检查。
    • 2. 发明授权
    • Fluid transmitting device with lock-up clutch
    • 具有锁止离合器的流体传动装置
    • US07322454B2
    • 2008-01-29
    • US11184081
    • 2005-07-19
    • Naoto SatoTokuji YoshimotoToru ShimogakiNaomi Takagi
    • Naoto SatoTokuji YoshimotoToru ShimogakiNaomi Takagi
    • F16H45/02
    • F16H45/02F16H2045/0294
    • In a fluid transmitting device, a plurality of first power transmission claws are inserted between adjacent ones of damper springs and secure to a clutch piston; and a plurality of second power transmission claws are inserted between adjacent ones of the damper springs so as to face the first power transmission claws, and has support portions which are connected to an outer peripheral surface of a shell of a turbine impeller via a weld formed by laser beams. The weld is formed into a linear shape extending along a circumferential direction of the shell so that the weld is melt by the laser beams to extend from an outer surface of the support portion to an inner peripheral surface of the shell. Thus, it is possible to easily perform welding between the support portions of the second power transmission claws and the shell of the turbine impeller, and to easily perform a visual inspection as to whether the welding condition is good or not.
    • 在流体传输装置中,多个第一动力传递爪插入相邻的阻尼弹簧之间并固定到离合器活塞上; 并且多个第二动力传递爪插入在相邻的阻尼器弹簧之间以便面对第一动力传递爪,并且具有支撑部分,该支撑部分通过形成的焊接件连接到涡轮叶轮的外壳的外周表面 通过激光束。 焊缝形成为沿着壳体的圆周方向延伸的直线形状,使得焊缝由激光束熔化,以从支撑部分的外表面延伸到壳体的内周表面。 因此,可以容易地在第二动力传递爪的支撑部和涡轮叶轮的壳体之间进行焊接,并且容易地进行关于焊接条件是否良好的目视检查。