在进行矿山竖井摩擦提升系统和井塔结构设计时,亟需计算卡罐事故对提升系统所引起的动力反应以及确定提升系统的非常荷载。由于卡罐问题是工程中的一个十分独特的振动问题,卡罐后提升系统的运动状态相当复杂,且影响这一运动状态的因素又比较多,故对卡罐问题的动力反应进行精确的计算有着一定的难度。过去见到的有关分析, In the design of mine shaft friction and lifting system and well tower structure, it is urgent to calculate the kinetic reaction caused by jam tank accident to the lifting system and determine the extraordinary load of lifting system. As the tank problem is a very unique vibration problem in the project, the kinetic state of the system after lifting the tank is rather complicated and there are many factors that affect this state of motion. Therefore, the dynamic response to the tank problem is accurately calculated Has a certain degree of difficulty. In the past to see the relevant analysis,