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METHOD OF FUNCTIONAL SUPPRESSION OF LASER SYSTEMS SEARCH SHIPPED underwater targets and DEVICE FOR IMPLEMENTATION

机译:激光系统搜索水下目标的功能抑制方法及实施装置

摘要

1. A method of suppressing the function of laser systems find submerged underwater objects comprising autofollow infestation of affected emergent laser irradiation system and this system a powerful laser beam at a wavelength close to the wavelength of the suppressed system, characterized in that, in order to improve concealment actions underwater object additionally introduced :! detecting underwater laser field flare generated underwater laser source suppressed system at random focusing of this source rough sea surface radiation! determine the direction of the most striking of the detected glare! radiation in these areas, the power of the laser radiation. ! 2. A device for implementing the method according to claim 1, comprising an optical transmitting-receiving system 1, is located on the housing of the underwater object and receiving radiation S freeboard laser radar, which enters the photoelectric receiver matrix 2, consisting of lenses 22 with interference filters 22 and matrix photodetectors (CCD detectors) where line illuminated photodetector array elements are determined angular positions relative to the glare suppressing laser instrument coordinate system, a selector 3 (mnogokana ny peak detector) detects the most striking of the recorded reflections whose coordinates (αi, βi) are compared at block driver commands operational guidance 4 with orientation (α, β) to the optical axis of the deflector 5, driver commands operational guidance 4 on comparison results, generates commands, reflecting residual Δαi = αi-α and Δβi = βi-β, which revert to the Defla
机译:1.一种抑制激光系统功能的方法,该方法包括:自动跟踪受影响的应急激光辐照系统,以及发现该水下激光系统的功能,该系统发出的激光束的波长接近被抑制系统的波长,其特征在于:改善隐藏动作水下物体另外介绍:!检测水下激光场耀斑产生的水下激光源抑制系统在该源的随机聚焦下会产生粗糙的海面辐射!确定检测到的眩光最明显的方向!在这些区域的辐射,就是激光辐射的力量。 ! 2.一种用于实现根据权利要求1所述的方法的设备,其包括:光学发射-接收系统1,其位于水下物体的壳体上并接收辐射S干舷激光雷达,所述辐射S干舷激光雷达进入由透镜组成的光电接收器矩阵2。在具有干涉滤光器22和矩阵光电检测器(CCD检测器)的22上,其中确定线照明的光电检测器阵列元件相对于抑制眩光的激光仪器坐标系的角度位置,选择器3(mnogokana ny峰值检测器)检测记录的反射中最醒目的在块驱动程序命令操作指南4上将坐标(αi,βi)与偏光器5的光轴定向(α,β)进行比较,驱动程序命令操作指南4根据比较结果生成命令,反映剩余的Δαi=αi-α和Δβi=βi-β,恢复为Defla

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