Disc-type airborne vehicle and radial flow gas turbine engine used
therein
    1.
    发明授权
    Disc-type airborne vehicle and radial flow gas turbine engine used therein 失效
    其中使用的盘式机载车辆和径流式燃气涡轮发动机

    公开(公告)号:US4193568A

    公开(公告)日:1980-03-18

    申请号:US842673

    申请日:1977-10-17

    申请人: Norman L. Heuvel

    发明人: Norman L. Heuvel

    摘要: An annular, radial flow gas turbine engine and airborne vehicle utilizing same for jet propulsion. The engine comprises counter-rotating rotors and a compressor section with counter-rotating annular rows of intermeshing compressor blades, an annular combustion section common to both rotors wherein the combustion zone is defined by oppositely rotating rotor walls, and a turbine section made up of annular rows of counter-rotating exhaust turbine blades. No stator blades are present in either the compressor or the turbine sections.The craft comprises a central hub on which the engine rotors rotate on thrust bearings, and air bearings maintain rotor tolerances with respect to each other and to nonrotating shell portions above and below the engine rotors. Air inlet guide vanes leading to the compressor section are also housed in the hub portion of the craft. Exhaust gases emitting from the turbine section are selectively ducted through annularly arranged, downwardly directed lift thrust producing ducts and/or rearwardly directed ducts or vanes for generation of forward propulsion. Directional control during hovering and low speed flight is by selective braking of one or the other of the rotors, and during high speed flight also by selective control of spoiler surfaces arranged in the upper and lower external surfaces of the craft.

    摘要翻译: 一种环形的径向气体燃气涡轮发动机和利用它们用于喷气推进的机载车辆。 发动机包括反向旋转转子和具有相对旋转的环形排相互啮合的压缩机叶片的压缩机部分,两个转子共同的环形燃烧部分,其中燃烧区域由相对旋转的转子壁限定,以及由环形 排列相反的排气涡轮叶片。 没有定子叶片存在于压缩机或涡轮机部分中。工艺包括中心毂,发动机转子在其上推力轴承上旋转,空气轴承相对于彼此保持转子公差,并且保持转子公差在上方和下方 发动机转子。 通向压缩机部分的进气导叶也容纳在工艺的轮毂部分中。 从涡轮部分排出的废气通过环形布置的向下指向的提升推力产生管道和/或向后定向的管道或叶片选择性地导管,以产生向前推进。 悬停和低速飞行期间的定向控制是通过选择性地制动一个或另一个转子,并且在高速飞行期间还可以通过选择性地控制布置在飞行器的上外表面和下外表面中的扰流板表面。