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    • 63. 发明授权
    • Rocket pollution reduction system
    • 火箭污染减少系统
    • US5274998A
    • 1994-01-04
    • US911184
    • 1992-07-06
    • Robert L. Geisler
    • Robert L. Geisler
    • F02K9/72F02K9/00
    • F02K9/72
    • A system is provided for reducing the emissions of hydrochloric acid (HCl) from solid fuel rockets, especially during ground disposal. An aqueous solution (40, FIG. 2 ) of an alkali metal hydroxide is injected as a mist (50) into the rocket chamber (32) as the rocket fuel (30) is burned. The reaction of the alkali metal with hydrogen chloride (HCl) produces a salt and thereby minimizes the presence of hydrochloric acid in the rocket exhaust. An injected neutralizing material which reduces hydrochloric acid, but which produces less thrust than an equal weight of rocket fuel, can be injected into an operating rocket which carries a payload high above the earth, with the injected material being injected only while the rocket is at a lower altitude when hydrochloric acid is most undesirable. The injected material can be produced by a small auxiliary rocket device (82, FIG. 4 ) whose exhaust (84) is delivered directly to the main rocket chamber (86), and with the exhaust of the auxiliary rocket device including a high proportion of magnesium to react with the hydrochloric acid with minimal degradation of rocket performance.
    • 提供一种系统,用于减少固体燃料火箭的盐酸(HCl)排放,特别是在地面处置过程中。 当火箭燃料(30)燃烧时,碱金属氢氧化物的水溶液(40,图2)以雾(50)的形式被注入到火箭室(32)中。 碱金属与氯化氢(HCl)的反应产生盐,从而使火箭尾气中盐酸的存在最小化。 注入的中和材料,其减少盐酸,但是产生比同等重量的火箭燃料更少的推力,可以注入到运载火箭中,该火箭携带高于地球的有效载荷,注入的物质仅在火箭处于 当盐酸最不希望时,较低的高度。 喷射的材料可以通过其排气(84)直接输送到主火箭室(86)的小型辅助火箭装置(82)产生,并且辅助火箭装置的排气包括高比例的 镁与盐酸反应,火箭性能降低最小。
    • 64. 发明授权
    • Embedded pressurization system for hybrid rocket motor
    • 混合火箭发动机嵌入式加压系统
    • US5119627A
    • 1992-06-09
    • US431660
    • 1989-11-03
    • Michael D. BradfordBevin C. McKinney
    • Michael D. BradfordBevin C. McKinney
    • F02K9/36F02K9/60F02K9/72
    • F02K9/605F02K9/36F02K9/72
    • A solid propellant component grain is supported in a combustion chamber. A liquid propellant component container is mounted forward of the combustion chamber. The liquid propellant component is supplied through conduits from the container into the combustion chamber, and ignited to form combustion gas which is discharged out the rear of the combustion chamber to generate thrust for propelling a rocket. A high pressure tank containing a non-flammable gas such as helium is at least partially embedded in the grain. A conduit leads from the tank into the container, such that the high pressure gas pressurizes the container and urges the liquid propellant component to flow from the container into the combustion chamber. The tank provides internal structural support for the grain, with the wall of the combustion chamber constituting a safety barrier in the event of structural failure of the tank after the tank is filled with high pressure gas.
    • 固体推进剂组分颗粒被支撑在燃烧室中。 液体推进剂组分容器安装在燃烧室的前方。 液体推进剂组分通过管道从容器供入燃烧室,并被点燃以形成燃烧气体,其被排出到燃烧室后部以产生用于推进火箭的推力。 含有诸如氦气的不易燃气体的高压罐至少部分地嵌入颗粒中。 导管从罐引导到容器中,使得高压气体加压容器并促使液体推进剂组分从容器流入燃烧室。 罐体为颗粒提供内部结构支撑,燃烧室的壁在罐被高压气体填充后,在罐体结构失效的情况下构成安全屏障。
    • 65. 发明授权
    • Liquid-solid propulsion system and method
    • 液固推进系统及方法
    • US5099645A
    • 1992-03-31
    • US541862
    • 1990-06-21
    • Alan L. SchulerDanny R. Wiley
    • Alan L. SchulerDanny R. Wiley
    • B64G1/40C06B47/06F02K9/50F02K9/72
    • C06B47/06B64G1/402B64G1/404F02K9/50F02K9/72
    • A liquid-solid propulsion system having a tank of liquid oxygen and a high pressure chamber loaded with solid grain fuel with a portion of the liquid oxygen being passed through a heat exchanger to convert the liquid oxygen to gaseous oxygen. The gaseous oxygen is directed to the chamber or solid grain fuel to induce a fuel rich gas burn that is directed to a thrust chamber which also receives liquid oxygen to increase the characteristic velocity of the exhaust and thereby provide the specific impulse of the propulsion system. The gaseous oxygen is also directed to the liquid oxygen tank to pressurize the flow of liquid oxygen from the tank. Valves are interposed to control the flow of liquid and gaseous oxygen to provide the required mixture ratio in the thrust chamber for optimum specific impulse or to terminate the thrust of the propulsion system. A method for providing the liquid-solid propulsion system is also disclosed.
    • 具有液氧罐的液固推进系统和装有固体颗粒燃料的高压室,一部分液氧通过热交换器以将液氧氧化成气态氧。 气态氧被引导到室或固体颗粒燃料以引起燃料丰富的气体燃烧,其引导到推进室,其还接收液体氧以增加排气的特征速度,从而提供推进系统的比冲量。 气态氧也被引导到液氧罐以对来自罐的液氧流进行加压。 插入阀以控制液体和气态氧的流动,以在推力室中提供所需的混合比,以获得最佳比冲量或终止推进系统的推力。 还公开了一种用于提供液固推进系统的方法。
    • 66. 发明授权
    • Tandem solid-hybrid rocket motor
    • TANDEM SOLID-HYBRID ROCKET MOTOR
    • US3789610A
    • 1974-02-05
    • US3789610D
    • 1967-06-21
    • US ARMY
    • STONE W
    • F02K9/72F02K3/00
    • F02K9/72
    • A single-chamber rocket motor containing both a hybrid fuel charge (with associated oxidizer) and a solid propellant charge. Termination of the hybrid motor at the time desired provides accurate missile range zoning. The hybrid fuel charge is in tandem with and forward of the solid propellant charge which provides the minimum impulse of the rocket motor and the minimum missile range. The volume vacated by the solid propellant charge serves as a mixing chamber for more efficient hybrid fuel charge combustion. A gas mixer baffle plate separates the two charges and provides additional mixing.
    • 一个单室火箭发动机既含有混合燃料(与相关的氧化剂)和固体推进剂装料。 混合动力马达在所需时间的终止提供了准确的导弹范围分区。 混合燃料装料与固体推进剂装料串联并向前,提供火箭发动机的最小冲击和最小导弹范围。 由固体推进剂装料腾出的体积用作混合室,用于更有效的混合燃料充量燃烧。 气体混合器挡板将两个电荷分开并提供额外的混合。