首页> 外国专利> METHOD FOR INCREASING EFFICIENCY IN THE GUIDANCE PURPOSE OF THE UNDERWATER UNDERWATER Adjustable anti-projectile ammunition AND DEVICE FOR ITS IMPLEMENTATION

METHOD FOR INCREASING EFFICIENCY IN THE GUIDANCE PURPOSE OF THE UNDERWATER UNDERWATER Adjustable anti-projectile ammunition AND DEVICE FOR ITS IMPLEMENTATION

机译:水下可调水下弹药的制导目的效率提高方法及其实施装置

摘要

1. A method for increasing the effectiveness of the guidance on the corrected target underwater anti-projectile ammunition comprising sighting batch or single anti-dropping of ammunition or a fire at a given point on the water surface, for example, via the installation situated on an aircraft carrier or vehicle, providing a given velocity anti-flight munition air path, e.g., using the parachute, the separation of the projectile from the corrected underwater housing protivolodoch Nogo munition after splashdown and freezes at a predetermined depth, the deviation of trajectories of the underwater projectile towards the target via the guidance system in the form of series-connected hydroacoustic priemoizluchayuschey antenna, electronic signal processing unit and a steering device, wherein the separation underwater projectile from anti-munition carried on command coming from the output duty sonar channel running from the time the anti-freezes ammunition at the predetermined depths not sequentially, first in passive mode, allowing to determine the direction of the target and the fact that its approach to the guidance area, and then for a limited period of time - in active mode, to determine the size of underwater target motion and when it is entering the guidance zone, command the Department of the underwater projectile from anti boepripasa.2. Anti munition comprising a casing, startup and separation system, brake compartment parachute and float with a nonreturn valve arranged therein, to a detachable
机译:1.一种用于提高对经校正的目标水下防弹药的引导的有效性的方法,该方法包括在水面上的给定点上例如通过位于水面的装置瞄准一批或单次弹药或火的防滴落。提供给定速度的反飞行弹药空气路径的航空母舰或飞行器,例如,使用降落伞,在降落后将弹丸与校正后的水下住房protivolodoch Nogo弹药分离,并冻结在预定深度,弹道的偏离水下弹丸通过导向系统以串联形式的水声主天线,电子信号处理单元和操纵装置的形式朝向目标,其中水下弹丸与反弹药的分离是来自输出任务声纳通道运行的命令从防冻弹药在预定深度开始不固定从本质上讲,首先是在被动模式下,可以确定目标的方向以及其接近引导区域的事实,然后在有限的时间段内-在主动模式下,可以确定水下目标运动的大小以及何时进行正在进入制导区,从反boepripasa指挥水下炮弹部。2。一种可拆卸的弹药,包括壳体,启动和分离系统,制动室降落伞和浮子,以及布置在其中的止回阀,可拆卸

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