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    • 11. 发明申请
    • 내 충격 자폭 신관
    • 防震自毁式保险丝
    • WO2014058097A1
    • 2014-04-17
    • PCT/KR2012/009675
    • 2012-11-15
    • 세주엔지니어링주식회사
    • 이원배
    • F42C19/12
    • F42C11/00F42C1/00F42C1/02F42C9/16F42C19/12
    • 본 발명은 내 충격 자폭 신관에 관한 것으로, 상세하게는 자탄에 설치되고, 상기 자탄이 경사진 지면이나 장애물을 거쳐 낙하되어 기계식 신관에 의해 폭발되지 않을 경우 불발이 발생하게 되는데, 이때 상기 기계식 신관 옆에 위치하여 일정 시간이 지난 후에 작동하여 상기 불발 자탄을 폭발시키는 내 충격 자폭 신관에 있어서, 바운딩시 발생하는 충격을 흡수하여 파손되기 쉽도록 일측 상하부에 파손홈이 형성되고, 상기 파손홈에 의해 파손되는 파손 부위 내측에 설치되는 전지와, 상기 전지를 타격하기 위해 상기 전지와 직선상에 위치되는 타격침을 포함하는 신관 슬라이드와 상기 전지에 의해 전력이 공급되어 폭발되거나, 상기 전지의 단락을 회로 상에서 감지하여 상기 내 충격 자폭 신관을 폭발시키는 뇌관부를 포함하여 구성된다.
    • 本发明涉及一种耐冲击自毁式保险丝,更具体地说,涉及一种抗冲击自毁式保险丝,该保险丝安装在子弹药中并位于机械保险丝旁边,以在预定时间段之后激活,以便 当子弹药在倾斜的地面上掉下或跌倒在障碍物上时,引爆一枚未爆炸的子弹药,不会因机械保险丝而爆炸,导致非爆炸。 抗冲击自毁型保险丝包括一个保险丝滑块,其具有形成在保险丝滑块一侧顶部和底部的断开槽,以便吸收在限制期间产生的冲击并容易断裂,保险丝滑块包括布置在内部的电池 断裂部分由断裂槽断裂,以及与电池同轴放置的击打针,以撞击电池; 以及从电池接收电力以爆炸或感测电池的短路以引爆抗冲击自毁保险丝的雷管部分。
    • 12. 发明申请
    • ELECTRONIC SELF-DESTRUCT DEVICE
    • 电子自毁
    • WO01081855A1
    • 2001-11-01
    • PCT/EP2001/003263
    • 2001-03-22
    • F42C9/16F42C11/02F42C11/06F42C15/44
    • F42C15/44F42C9/16F42C11/02F42C11/06
    • The invention relates to a device for time-controlled self-destruction of a projectile by means of a batteryless, electronic self-destruct device. Several capacitors charged by a piezo element or a surge generator during firing are used in the flight phase for operational purposes. At least two of the capacitors are connected to the input of a comparator, so that the influence of a constantly modifiable operational voltage and the influence of a discharge of modifiable voltage levels by the piezo element or surge generator does not affect the time function.
    • 本发明涉及一种用于炮弹的由电池少电子自毁装置中的时间控制的自毁的装置。 在发射(P)或浪涌发生器在飞行阶段更由压电元件被用于充电的电容器(C0-C4),用于操作。 中的至少两个电容器是如此(K),以连接该一变化的工作电压的两个的影响以及由压电元件或电击发生器的输出可变电压电平的的影响不会影响的时间的功能的比较器的输入。
    • 17. 发明公开
    • Submunition fuse with a nondelay self-destruct firing device
    • 雷管为女孩地下室,其包括自毁装置而不延迟。
    • EP0681157A3
    • 1996-07-24
    • EP95106857.6
    • 1995-05-05
    • SIMMEL DIFESA S.p.A.
    • Borgni, Roberto
    • F42C9/16
    • F42C9/16
    • A submunition fuse (1) presenting a tubular body (17); a support (23) housed in sliding manner in the tubular body (17); a firing element (35) housed in sliding manner in the support (23); a detonating element (7) mounted facing the firing element (35) in the armed position of the fuse; a strip (27) fitted to the top of the support (23), projecting from the tubular body, and which, during descent of the fuse, exerts aerodynamic force on the support in a direction away from the detonating element (7); a first thrust spring (31) acting on the support (23) to generate a first thrust, in the direction of the detonating element (7), not exceeding the aerodynamic force; a second thrust spring (40) acting on the firing element (35) to generate a second thrust in the direction of the detonating element (7); and lock balls (30) retained by the tubular body (17) in such a position as to interfere with and lock the firing element (35) in a withdrawn position. The first thrust spring (31) is disabled, during descent, by the aerodynamic force to maintain the fuse in the arming position, and is activated at the end of descent in the event of failure of the impact-initiating system, by virtue of no longer being counteracted by the aerodynamic force. The support (23) is therefore pushed into such a position as to release the balls (30) and hence the firing element (35) which is pushed by the second spring (40) against the detonating element (7).
    • 19. 发明授权
    • 내 충격 자폭 신관
    • 抗电击自毁FUZE
    • KR101358935B1
    • 2014-02-06
    • KR1020120111943
    • 2012-10-09
    • 세주엔지니어링주식회사
    • 이원배
    • F42C11/00F42C19/12
    • F42C11/00F42C1/00F42C1/02F42C9/16F42C19/12
    • The present invention relates to a shock resistance self-destruct fuze and more particularly, to a shock resistance self-destruct fuze which is installed in a sub-missile, is placed next to a mechanical fuze in order to explode an unexploded sub-missile by operating a certain period of time later when the sub-missile falls over inclined ground or a barrier but does not explode by the mechanical fuze and in turn, becomes the unexploded sub-missile. The shock resistance self-destruct fuze comprises: damage grooves which are installed on the upper and lower parts at one side thereof in order to be easily damaged by absorbing impacts generated from bounding; a battery which is installed in the inner side of the damage part that is damaged by the damage groove; a fuze slide including a hitting needle which is positioned in a straight line with the battery in order to hit the battery; and a detonator which explodes by receiving electric power from the battery, or explodes the shock resistance self-destruct fuze by sensing the short circuit of the battery in the circuit. The shock resistance self-destruct fuze forms the damage groove at a position where one side of the battery of the fuze slide is placed. When the battery placed in a damage part of the fuze slide is short-circuited during bounding of the shock resistance self-destruct fuze due to non-detonation, a control unit controls a self-destruct command by sensing the short circuit of the battery.
    • 本发明涉及一种抗冲击自毁引信,更具体地说,涉及安装在副导弹中的抗冲击自毁引信,放置在机械引信旁边,以便通过以下方式爆炸未爆炸的副导弹 次导弹在落后于地面或障碍物的情况下运行一段时间,但机械引信不会爆炸,反而成为未爆炸的次导弹。 抗冲击自毁引信包括:在其一侧的上部和下部安装损坏的凹槽,以便通过吸收由边界产生的冲击而容易地损坏; 电池,其安装在由损坏槽损坏的损坏部分的内侧; 引导片,其包括定位在与电池的直线上的击针,以便击打电池; 以及通过从电池接收电力而爆炸的雷管或通过感测电路中的电池的短路来爆炸抗冲击自毁引信。 抗冲击自毁引信在引信电池的一侧放置的位置处形成损伤槽。 当由于非引爆而引起的电击故障引发区域内的引信电池损坏部分电池短路时,控制单元通过感应电池的短路来控制自毁命令。