传统的全自动平压平模切机是以双肘杆机构作为驱动机构，这种完全的机械结构，导致传统模切机存在很多弊端，并且不利于实现数字化控制。因此，综合目前的研究成果，通过结合气液增压系统和机械增力机构，形成了模切机驱动机构设计方案，并对方案进行了理论分析，得出了方案的优点、存在的问题以及需要攻克的技术难题，形成了比较完善的模切机驱动机构设计方案。

The traditional full-automatic plane die-cutting machine has dual-elbow-bar mechanism as drive mechanism. This kind of pure mechanical mechanism brings a lot of drawbacks to traditional plane die-cutting machine, and digital control can not be achieved. Based on the previous work done in optimization design and creative design for the drive mechanism of die-cutting machine, a new drive mechanism of die-cutting machine was designed, which combined hydraulic and pneumatic supercharging system with mechanical force amplifier mechanism. The advantages and disadvantages of the design plan were analyzed. The technical problems needed to be solved were put forward. A relatively complete design of die-cutting machine drive mechanism was introduced.