Modeling and simulation of the ramming system

As an important composing part of the auto-loading in our country, because of its automatic selection and supply of artillery ammunition, and it can deal with different goals to meet the need, it can greatly improve the gun´s firing rate in various condition, improve firepower density per unit time, and it can get along with fire-control, it makes the artillery has the combat capability in day and night and multiple targets speed belligerent ability at the same time, and it can lighten the work´s intensity and improve the efficiency of the work and fighting, it becomes the equipment must be installed in vehicle artillery. The ramming system is as an important part of the auto-loading system, its operation directly affects the reliability of the auto-loading system, work state, the paper is the ramming system as object, it constructs the control model of ramming system from its system structure; simplifies the model on the base of analyzing the influences of the change, quantity, and place of the ramming bomb that the ramming plate transports, and the place that ramming plate places. The test indicates the simulation is important to ensure control strategy.