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MISSILE

机译:导弹

摘要

FIELD: military equipment.;SUBSTANCE: invention relates to military equipment, namely to missiles with aerodynamic control circuit, and can be used in guided missiles, anti-missiles and ballistic missiles. Missile is made according to aerodynamic scheme "duck". It comprises body. It comprises engine unit, power supply system, combat equipment, control system equipment. This equipment comprises four aerodynamic rudders. On the body there are four wings arranged in symmetry about its longitudinal axis. In order to reduce influence of flow chasm behind aerodynamic rudders and rocket body during its flight with non-zero angle of attack on reverse of control moment of roll and aerodynamic resistance of missile as a whole, single wing unit is used. It constructively combines four missile wings into one unit. Said unit is movably mounted on annular bearing relative to rocket body. In flight the unit is provided with possibility of free rotation relative to construction axis of missile and self-alignment of wings due to vane effect in compliance with skewed air flow behind aerodynamic rudders and rocket body.;EFFECT: higher efficiency of missile control due to reduced effect of moment of "oblique blowing" – reverse of control moment of roll.;1 cl, 1 dwg
机译:技术领域本发明涉及军事设备,即具有空气动力控制电路的导弹,并且可以用于制导导弹,反导弹和弹道导弹。导弹是根据空气动力学方案“鸭”制造的。它包括身体。它包括发动机单元,电源系统,战斗设备,控制系统设备。该设备包括四个空气动力舵。在车身上有四个围绕其纵轴对称布置的机翼。为了减少飞行过程中气动舵和火箭身后的流槽对整个飞行器的控制倾角和空气动力学阻力的反角非零迎角的影响,整体上使用了单翼单元。它建设性地将四个导弹机翼组合成一个单元。所述单元相对于火箭体可移动地安装在环形轴承上。在飞行中,由于叶片效应,符合空气动力学方向舵和火箭弹身后偏斜气流的叶片效应,该装置具有相对于导弹构造轴线自由旋转和机翼自动对准的可能性;效果:由于具有更高的导弹控制效率减小了“斜吹”力矩的影响–反转控制力矩。; 1 cl,1 dwg

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