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    • 5. 发明申请
    • ROCKET MOTOR ASSISTED GUN-LAUNCHED MUNITION
    • ROCKET电机辅助GUN-LUNCHED MUNITION
    • WO01055665A1
    • 2001-08-02
    • PCT/US2001/002606
    • 2001-01-26
    • F42B5/10F42B15/00
    • F42B5/10F42B15/00
    • A rocket powered gun launched munition that employs a sliding aft end closure (32) that forms the rocket propellant (34) into a force transmission column to transmit acceleration force onto the munition through the propellant rather than through the case of the rocket motor. This permits use of a thinner rocket motor case sidewall, provides more propellant and extends the operative range of the rocket motor. In other embodiments, portions of the munition case can be omitted which reduces weight, and expands the explosive charge cavity.
    • 火箭动力枪发射弹药,其使用形成火箭推进剂(34)的滑动后端封闭物(32)进入力传输塔,以通过推进剂而不是通过火箭发动机的情况将加速力传递到弹药上。 这允许使用较薄的火箭发动机壳体侧壁,提供更多的推进剂并延长火箭发动机的操作范围。 在其他实施例中,可以省略弹药盒的部分,这减少了重量,并且扩大了炸药装料腔。
    • 6. 发明申请
    • GAS GENERATING EJECT MOTOR
    • 燃气发电机
    • WO0034731A3
    • 2000-10-12
    • PCT/US9926455
    • 1999-11-10
    • CORDANT TECH INCDOLL DANIEL WLUND GARY KHUGHES CRAIG DHALL MARC AMACON DAVID J
    • DOLL DANIEL WLUND GARY KHUGHES CRAIG DHALL MARC AMACON DAVID J
    • C06D5/06F02K9/10F02K9/36F02K9/76F02K9/95F42B3/04F42B5/10
    • C06D5/06F02K9/10F02K9/36F02K9/763F02K9/95F42B3/04F42B5/105
    • A gas generating eject motor (10) includes a case (12) containing an ignitable low temperature gas generant material (24) that does not produce toxic gases upon the combustion thereof. The gas generant material is generally contained with a screen enclosure (26, 30) housed within the case. An igniter (70) is disposed within the gas generant material for selectively igniting the gas generant to thereby generate combustion gases. A nozzle (40) is disposed within an open aft end of the case for focusing and directing the combustion gases generated by the ignited gas generant material. The case is constructed and arranged to be separaly attached to the aft end of a rocket (90) to be launched from a launch platform (80), so that, upon ignition of the gas generant, the combustion gases focused by the nozzle will apply a thrust to the rocket and thereby propel, or eject, the rocket from the launch platform, at which time the combustible propellant of the rocket motor will ignite and the eject motor will be separated from the rocket.
    • 气体发生喷射电动机(10)包括容纳可燃低温气体发生剂材料(24)的壳体(12),其在其燃烧时不产生有毒气体。 气体发生剂材料通常包含容纳在壳体内的筛网外壳(26,30)。 点火器(70)设置在气体发生剂材料内,用于选择性地点燃气体发生剂从而产生燃烧气体。 喷嘴(40)设置在壳体的开口后端,用于聚焦和引导由点燃气体发生剂材料产生的燃烧气体。 壳体被构造和布置成分离连接到从发射平台(80)发射的火箭(90)的后端,使得当燃气发生器点燃时,由喷嘴聚焦的燃烧气体将应用 推动火箭从而推动或弹出火箭从发射平台,此时火箭发动机的可燃推进剂将点燃,弹出电机将与火箭分离。
    • 7. 发明申请
    • MISSILE WITH SAFE ROCKET IGNITION SYSTEM
    • 具有安全的点火点火系统
    • WO9932780A3
    • 1999-10-07
    • PCT/US9824720
    • 1998-11-19
    • RAYTHEON CO
    • ATKINSON BOBBY G
    • F02K9/38F02K9/95F41A19/58F41G7/00F42B5/10F42B15/00F42C15/40
    • F02K9/38F41A19/58F41G7/007F42B5/105F42B15/00F42C15/40
    • A rocket ignition system (32) adapted for use with a missile (30) having a rocket motor (24). The system (32) includes detectors (34, 36) and circuitry (22, 34, 36, 38, 40) for detecting an optical impulse and a pressure wave, both of them being components of a launch signal. In the illustrative embodiment, the system (30) includes a primer for generating the launch signal having. A processor (38, 40) computes the difference between the time elapsed between the receipt of both of the signal components and provides an ignition signal to the pyrotechnic rocket motor igniter (22) if the difference is within a predetermined valid time range. The predetermined valid time difference is computed based on the difference in position between both if the detectors, and the difference in velocities of said signal components. A safety switch (48) blocks the ignition signal when the missile (30) is not ready for use.
    • 一种适于与具有火箭发动机(24)的导弹(30)一起使用的火箭点火系统(32)。 系统(32)包括用于检测光脉冲和压力波的检测器(34,36)和电路(22,34,36,38,40),它们都是发射信号的组成部分。 在说明性实施例中,系统(30)包括用于产生具有发射信号的引导器。 处理器(38,40)计算在两个信号分量的接收之间经过的时间之间的差异,并且如果该差值在预定的有效时间范围内,则向烟火火箭发动机点火器(22)提供点火信号。 基于检测器之间的位置差和所述信号分量的速度差来计算预定的有效时间差。 当导弹(30)不准备使用时,安全开关(48)阻挡点火信号。
    • 9. 发明申请
    • SEMIAUTOMATIC POCKET GUN AND AMMUNITION
    • 半自动口袋枪和弹药
    • WO9915850A3
    • 1999-07-29
    • PCT/US9820255
    • 1998-09-25
    • MORGADO RALPH GORDON
    • MORGADO RALPH GORDON
    • F41A3/04F41A9/17F41A11/04F41A19/50F41C3/00F42B5/18F42B5/10
    • F41A3/04F41A9/17F41A9/45F41A11/04F41A19/50F41C3/00F41C9/02F42B5/18
    • Semiautomatic pistol which is small enough to be carried in a pocket or otherwise concealed on the body of a person, and caseless ammunition (163) for use in the pistol. The pistol has a grip (29) adapted to be held in the hand of a shooter, a barrel (22) extending in a forward direction from the grip (29) a closed chamber at the rear of the barrel (22), means for firing a caseless cartridge in the chamber with the entire cartridge (163) being discharged through the barrel (22) and means responsive to the firing of the cartridge (163) for opening the chamber and loading another cartridge (163) into the chamber. The caseless cartridge (163) consists of a hollow projectile filled with gunpowder (177), and a primer (174) for igniting the powder (177). The primer (174) is mounted directly to the projectile, and there is no casing or other material to be ejected from the chamber before another round is loaded.
    • 半自动手枪足够小,可携带在口袋中或以其他方式隐藏在人身上,以及无弹药(163)用于手枪。 手枪具有适于保持在射手的手中的手柄(29),从手柄(29)向前方向延伸的在枪管(22)的后部处的封闭腔室的枪管(22),用于 在整个筒体(163)通过筒体(22)排出的情况下,在室内发射无盒式药筒,以及响应于用于打开腔室并将另一个药筒(163)装入腔室中的药筒(163)的点燃的装置。 无烟筒(163)由填充有火药(177)的中空射弹和用于点燃粉末(177)的底漆(174)组成。 底漆(174)直接安装在抛射体上,在另一轮装载之前,没有外壳或其他材料从腔室中弹出。