Objective To study dynamic movement of the slider-crank mechanism in the driver equipment of push smoke mechanism under theoretical conditions. Methods With the help of the dynamics software ADAMS, the motion curve and dynamic curve were obtained for the slider-crank mechanism. Results Using this method, intuitive simulation of the movement of the driving force mechanism was achieved. Conclusion Through studying the crank slider in the push hand at the same speed,curves of displacement, velocity and acceleration were obtained, and the size of the drive moment and the change of direction were studied when the sliding block suffered from the resistance from an exercise load of F = 80 kN, and finally it was found that the driving moment was 0 N·mm when the resistance direction changed.