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    • 6. 发明授权
    • 섬광탄 방호용 보안경
    • 闪光灯保护玻璃
    • KR100794213B1
    • 2008-01-14
    • KR1020070046384
    • 2007-05-14
    • 정영기김유경정호민정호림
    • 정영기김유경정호민정호림
    • A61F9/04
    • A61F9/022G02B23/12G08C17/02
    • Protection glasses for a flash bomb are provided to protect the visual field or eyes of subjugators from flash when the flash bomb is exploded, by exactly estimating the explosion time of the flash bomb. Protection glasses for a flash bomb comprise a body(113) placed on the user's face by a wearing unit, in order to secure a visual field; a wireless receiving unit combined with the body, to receive a signal of predetermined frequency generated from the remote place by receiving power of a power supply unit when a receiving switch is turned on; a pair of liquid crystal shutters installed in the body to block a visual field of the user as the power supply unit is turned on or off; and a driving control unit cutting off the power supplied to a liquid crystal shutter driving unit driving the liquid crystal shutters, for the predetermined time in receiving a signal from the wireless receiving unit.
    • 提供闪光灯的防护眼镜,通过准确地估计闪光灯的爆炸时间,以防止闪电弹爆炸时,视线或视线不被闪光。 用于闪光灯的防护眼镜包括通过佩戴单元放置在使用者的脸上的身体(113),以便确保视野; 与主体组合的无线接收单元,当接收开关接通时,通过接收电源单元的电力来接收从远程位置产生的预定频率的信号; 一对液晶快门安装在主体中,以在电源单元被接通或断开时阻挡用户的视野; 以及驱动控制单元,在接收到来自无线接收单元的信号的预定时间内,切断提供给驱动液晶快门的液晶快门驱动单元的电力。
    • 7. 发明授权
    • 섬광탄
    • FLASH BANG
    • KR100794212B1
    • 2008-01-14
    • KR1020060067195
    • 2006-07-19
    • 정영기김유경정호민정호림
    • 김유경정영기정호민정호림
    • F42B12/36F42B12/32F42B27/00F42B8/26
    • F42B27/00F42B4/04G08C17/02
    • A flash bomb is provided to detect exploding time of the flash bomb automatically and to protect the eyes of a suppressor by closing a shutter of a goggle during explosion according to a wireless signal of a signal generating unit installed in the flash bomb. A flash bomb, containing flash generating material in a can, and exploding blasting powder and generating a flash after triggering a detonator when a safety lever is separated by removing a safety pin, has a signal generating unit(105) installed at the can or the safety lever to transmit a predetermined wireless signal when the safety lever is separated from the detonator. The signal generating unit comprises an oscillating switch(108) which is installed at the exterior of a trigger locking tool that fixes the detonator inside the can to contact with the inner side of the safety lever, and kept off-state by being supported elastically by a moving part(107) protruded from a side of the safety lever when the safety lever is fixed firmly to the trigger locking tool by the safety pin, and switched on elastically when the safety lever is separated, an oscillating unit(109) generating a predetermined frequency signal with power of a battery when the oscillating switch is turned on, and a wireless signal transmitter transmitting the wireless signal generated by the oscillating unit.
    • 提供闪光灯,以根据安装在闪光灯中的信号发生单元的无线信号,通过在爆炸期间关闭护目镜的快门来自动检测闪光灯的爆炸时间并保护抑制器的眼睛。 一种闪存,其中容纳闪光发生材料,并且在通过移除安全销分开安全杆时触发雷管之后产生闪光,并且在罐上安装信号产生单元(105) 当安全杆与雷管分离时,安全杆用于传送预定的无线信号。 信号发生单元包括摆动开关(108),该开关安装在触发器锁定工具的外部,该触发器锁定工具将所述雷管固定在所述壳体内部以与所述安全杆的内侧相接触,并且通过被弹性地支撑而保持关闭状态 当所述安全杆通过所述安全销牢固地固定在所述触发器锁定工具上时,从所述安全杆的侧面突出的移动部件(107),并且在所述安全杆分离时弹性地接通;振动单元(109),其产生 当振荡开关导通时具有电池功率的预定频率信号,以及发送由振荡单元产生的无线信号的无线信号发射器。
    • 8. 发明授权
    • 원심분리기를 이용한 우라늄 동위원소 분리방법
    • 원심분리기를이용한우라늄동위원소분리방법
    • KR100675919B1
    • 2007-06-04
    • KR1020050106525
    • 2005-11-08
    • 정영기김유경정호민정호림
    • 김유경정영기정호민정호림
    • B01D59/00C06B43/00
    • A method for separating uranium isotopes by using a centrifugal separator is provided to improve the separation efficiency of uranium-235 and uranium-238 by adding other gas to uranium hexafluoride gas and injecting the mixed gas into the centrifugal separator. A method for separating uranium isotopes is characterized in that gas centrifugation for uranium enrichment is conducted by adding a gas with a molecular weight(a) of 347
    • 通过使用离心分离器来分离铀同位素的方法被提供来通过向铀六氟化铀气体中添加其他气体并且将混合气体注入到离心分离器中来提高铀-235和铀-238的分离效率。 一种分离铀同位素的方法的特征在于,通过添加含有347≤a≤349或352≤a≤354的分子量(a)的气体进行铀浓缩的气体离心,除了含有六氟化铀的铀 铀-235和含铀-238的六氟化铀。 所添加的气体的分子量为349或352.所添加的气体为包含选自铍(Be),氟(F),钠(Na),铝(Al),磷(P) ),钪Sc,锰Mn,钴Co,钇Y,铌Nb,铑Rh,碘I,Pr,Tb,hol Ho,Tm,金( Au),铋(Bi)和钍(Th)。