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本发明为利用角加速度控制粒状材料流动的炮弹时间延期机构,用与径向矢量相关的材料流动方向的角度来区分等角速度和角加速度。至少有三种方式可用于炮弹中:(1)情性材材可从初始位置移动到“解脱”作用的位置;(2)活性的或高能的材料可从一个位置移动到另一个位置,以便在此位置应用;(3)情性材料可从提供“安全”作用的发火容腔的位置移去,与此同时,活性材料流入该容腔。
The present invention is a time delay mechanism for a cannonball that controls the flow of a granular material by using an angular acceleration. The isometric angular velocity and the angular acceleration are differentiated by the angle of the material flow direction related to the radial vector. There are at least three ways that shells can be used: (1) Emotional material can be moved from an initial position to a “relieved” position; (2) Activated or energetic materials can be moved from one position to another in order to This location applies; (3) Emotional material can be removed from the site of a flaming chamber that provides a “safe” effect, while the active material flows into the chamber.