| 摘要 |
A leverage mechanism actuating device includes a drive member with an output shaft to drive rotatably a rotary body around an axis. A force transmission member is moved relative to the rotary body between first and second positions by a centrifugal force generated by a rotary driving force applied by the output shaft on the rotary body. Movement of the force transmission member enables the force transmission member to convert the rotary driving force into a translational lifting force in a direction parallel to the axis. A leverage mechanism includes a fulcrum, and first and second locations. The first location is associated operably with the force transmission member. The second location is adapted to be connected to a toy. Thus, the first location is actuated by the translational lifting force of the force transmission member to result in a power output at the second location for initiating motion of the toy.
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