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    • 5. 发明公开
    • MOTOR CAM OPERATING MECHANISM AND TRANSMISSION MECHANISM THEREOF
    • MOTORNOCKENBETÄTIGUNGSMECHANISMUSUND GETRIEBEMECHANISMUSDAFÜR
    • EP3082143A4
    • 2017-07-26
    • EP14869676
    • 2014-10-24
    • SEARI ELECTRIC TECH CO LTDZHEJIANG CHINT ELECTRICS CO LTD
    • WANG BOZHOU JINYUQU DEGANGJIANG XIAOPENGLU JIAJUN
    • H01H3/30H01H3/42H01H5/06H01H9/20H01H9/26
    • H01H3/26H01H3/30H01H3/3015H01H3/3052H01H3/42H01H5/06H01H9/20H01H9/26
    • The present invention discloses a transmission mechanism of a motor cam operating mechanism. The transmission mechanism is in coordination with a cam driven by a motor and is arranged on one side of the cam. The transmission mechanism comprises: a link lever, a fan-shaped lever, a spring mechanism and a thrust shaft pin. An outer end of the link lever is provided with a pin hole, an inner end of the link lever is provided with a chute. A cam shaft pin passes through the chute and is fastened on the cam. When the cam rotates, the cam shaft pin moves in the chute. The cam drives, through the cam shaft pin, the link lever to move. A roller is mounted between the pin hole and the chute. The fan-shaped lever is connected to a main shaft, and the fan-shaped lever is provided with a first chute. The top of the spring mechanism is provided with a hole. The thrust shaft pin passes through second chutes on two side plates, the first chute on the fan-shaped lever, the hole on the top of the spring mechanism, and the pin hole on the outer end of the link lever, the thrust shaft pin makes linkage of the link lever, the fan-shaped lever and the spring mechanism. The thrust shaft pin compresses the spring mechanism to store energy, and in an energy releasing phase of the spring mechanism, the thrust shaft pin drives the fan-shaped lever to rotate, and drives, through the main shaft, a contact to move.
    • 本发明公开了一种电机凸轮操作机构的传动机构。 传动机构与由电机驱动的凸轮配合,并设置在凸轮的一侧。 传动机构包括:连杆,扇形杆,弹簧机构和推力轴销。 连杆的外端设有销孔,连杆的内端设有滑槽。 凸轮轴销穿过滑槽并固定在凸轮上。 当凸轮旋转时,凸轮轴销在滑槽中移动。 凸轮通过凸轮轴销带动连杆移动。 一个滚轮安装在针孔和滑槽之间。 扇形杆与主轴连接,扇形杆上设有第一滑槽。 弹簧机构的顶部设有一个孔。 推力轴销穿过两个侧板上的第二滑槽,扇形杠杆上的第一滑槽,弹簧机构顶部的孔以及连杆外端上的销孔,推力轴销 使连杆,扇形杆和弹簧机构联动。 推力轴销压缩弹簧机构储存能量,在弹簧机构的能量释放阶段,推力轴销带动扇形杠杆旋转,并通过主轴带动触头移动。