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    • 1. 发明授权
    • Axisymmetrical annular plug propulsion system for integrated rocket/ramjet or rocket/scramjet
    • 用于集成火箭/冲压喷气或火箭/冲击喷气的轴对称环形插头推进系统
    • US06293091B1
    • 2001-09-25
    • US09296343
    • 1999-04-22
    • Nathanael F. SeymourKathleen F. Hodge
    • Nathanael F. SeymourKathleen F. Hodge
    • F02K1100
    • F02K7/18F02K1/008Y02T50/671
    • The invention is an airframe which includes a vehicle (12) having a solid propellant rocket engine (14) and a ramjet or scramjet engine (16); a thrust plug (18) extending from an end (20) of the vehicle which directs combustion gases (23 and 64) produced by the solid propellant rocket engine or ramjet/scramjet engine to produce forward thrust; a longitudinal passage (38) extending from the end of the vehicle to an opening (30) forward of the end which receives external air directed by forward movement of the vehicle and in which solid propellant (32) of the solid propellant rocket engine is located, and wherein during rocket operation solid propellant is combusted to produce the combustion gases in the longitudinal passage which are conveyed by the longitudinal passage into contact with the thrust plug and during ramjet/scramjet operation the longitudinal passage is open to flow of external air after operation of the solid propellant rocket engine is completed and which supports mixing and combustion of the air/fuel by the ramjet/scramjet engine to produce combustion gases which are conveyed by the longitudinal passage into contact with the thrust plug.
    • 本发明是一种机身,其包括具有固体推进剂火箭发动机(14)和冲压喷气式或冲击式喷气发动机(16)的车辆(12)。 推动塞(18),其从所述车辆的端部(20)延伸,其引导由所述固体推进剂火箭发动机或冲压喷气/冲击喷气发动机产生的燃烧气体(23和64)以产生向前推力; 从车辆的端部延伸到端部前方的开口(30)的纵向通道(38),其接收由车辆的向前运动引导的外部空气,固体推进剂火箭发动机的固体推进剂(32)位于其中 ,并且其中在火箭操作期间,固体推进剂被燃烧以产生纵向通道中的燃烧气体,其被纵向通道输送到与推力塞接触并且在冲压喷气/冲击喷射操作期间,纵向通道对操作后的外部空气流动是开放的 的固体推进剂火箭发动机完成并且支持通过冲压喷气/冲击式发动机混合和燃烧空气/燃料,以产生燃烧气体,这些气体由纵向通道输送到与推力塞接触。
    • 2. 发明授权
    • Electromagnetic regulator utilizing alternate valve operating modes for
gas pressure regulation
    • 电磁调节器利用交替气门压力调节的阀门工作模式
    • US5954089A
    • 1999-09-21
    • US61919
    • 1998-04-17
    • Nathanael F. Seymour
    • Nathanael F. Seymour
    • F16K31/06G05D16/20F16K31/02
    • G05D16/2033F16K31/0675Y10T137/7761Y10T137/87917Y10T137/87981Y10T137/87997
    • A pair of serially connected electrically operated computer controlled gas valves combine with a pressure sensor to output pressure regulated low pressure gas dispensed from a high pressure gas source and define a pressure regulation system of relatively simple construction, great versatility and of heretofore unknown flexibility, well suited to remote control. The computer controlled valve controller selectively operates the valves in any and all of three operational modes, including the familiar Bang-Bang mode in which both valves operate simultaneously, a Bang-Wait mode in which both valves operate simultaneously for a precise time interval and thereafter close while the outlet gas pressure is checked, and a newly defined Burp mode. In the novel Burp mode, the valve closest to the high pressure gas source is first opened and closed to admit and capture a small volume of gas within inter-valve piping. Thereafter only the outlet valve is opened and closed to release that small volume of captured gas. Each small puff of gas captured and released during repetition of the cycle raises the outlet pressure ever so slightly until the desired pressure is sensed, thereby avoiding significant pressure overshoot.
    • 一对串联连接的电动计算机控制气阀与压力传感器组合以输出从高压气体源分配的压力调节的低压气体,并且定义了相对简单的结构,大的通用性和迄今未知的灵活性的压力调节系统 适合遥控。 计算机控制的阀门控制器以三种操作模式中的任何一种和全部三种操作模式选择性地操作阀,包括两个阀同时操作的熟悉的Bang-Bang模式,其中两个阀同时操作精确时间间隔的Bang-Wait模式,此后 检查出口气体压力时关闭,并重新定义Burp模式。 在新颖的Burp模式中,最接近高压气源的阀首先打开和关闭,以允许在阀间管道内捕获少量的气体。 此后,仅打开和关闭出口阀以释放该体积小的捕获气体。 在重复循环期间捕获和释放的每一个小气泡都会使出口压力稍微升高,直到感测出所需的压力,从而避免了显着的压力过冲。