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在造型时广泛采用的震压造型机,都带有高速大功率的全缓冲震击机构。为了选择全缓冲震击机构工作过程的最佳参数,一般是利用模拟计算机进行分析研究。但是,由于所采用的模型不能完全符合实际机构所发生的热力学和气体动力学过程、摩擦力只能作非常粗略的估算、撞击过程又太简化等原因,因此总要产生较大的误差。所以,在设计新的全缓冲震击机构时,为了检验所选用参数的正确性,并确
Vibration compression molding machine widely used in modeling, all with high-speed high-power full-shock shock body. In order to choose the best parameters of the whole buffer shock mechanism work process, it is generally to use the simulation computer to carry on the analysis research. However, since the model used can not fully meet the thermodynamic and aerodynamic processes that occur in the actual mechanism, the friction can only be estimated very roughly and the impact process is too simplified. Therefore, large errors always occur. Therefore, in the design of a new full-cushion shock mechanism, in order to test the correctness of the selected parameters, and indeed