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    • 4. 发明授权
    • Gas generator
    • US11555613B2
    • 2023-01-17
    • US16489233
    • 2018-03-13
    • DAICEL CORPORATION
    • Kenji Fukumoto
    • B60R21/264F23R5/00C06D5/00
    • A gas generator includes, a housing provided with a gas discharge port, an ignition chamber, accommodating an igniter and a transfer charge, provided on an end portion of the housing, a combustion chamber disposed within the housing and accommodating a gas generating agent, a rupturable closing member partitioning the combustion chamber from the ignition chamber and including a rupturable portion ruptured upon an actuation of the gas generator, and an inner tube extending from the closing member toward the gas discharge port inside the combustion chamber. The inner tube defines outside thereof a space containing the gas generating agent, and defines inside a hollow space. The inner tube is provided with a plurality of through holes. The inner tube includes one end communicating the hollow space with the ignition chamber to transfer the transfer charge in a burning state toward an opposite end when the rupturable portion is ruptured.
    • 8. 发明授权
    • Method and apparatus for preheating a rotatable fluidizable bed
    • 用于预热可旋转的可流化床的方法和装置
    • US4288215A
    • 1981-09-08
    • US153009
    • 1980-05-27
    • George B. Grim
    • George B. Grim
    • B01J8/38F23C10/00F23R5/00F27B15/02F27B7/00
    • F27B15/02B01J8/382F23C10/007F23R5/00
    • A method for preheating a rotatable fluidizable bed (106) comprises rotating the bed chamber (112) slowly to cause the particles (114) to slowly tumble and mix. During tumbling, one or more burners (150, 160) extending into the chamber (112), heat the particles (114) until the desired operating or ignition temperature is reached. Temperature sensors (170) in thermal communication with the bed particles (114) sense the temperature and provide either an indication thereof or an initiating signal which, in the case of a rotating fluidized bed combustor (10), terminates preheating, accelerates the bed chamber (112) rotation to normal combustor (10) operating speed and/or introduces fluidizing air and/or fuel flow through the bed chamber (112).
    • 预热可旋转的可流化床(106)的方法包括缓慢地旋转床室(112)以使颗粒(114)缓慢地滚动并混合。 在翻滚期间,延伸到腔室(112)中的一个或多个燃烧器(150,160)加热颗粒(114),直到达到期望的操作或着火温度。 与床颗粒(114)热连通的温度传感器(170)感测温度并提供其指示或启动信号,其在旋转流化床燃烧器(10)的情况下终止预热,加速床室 (112)旋转到正常燃烧器(10)的运行速度和/或引入通过床室(112)的流化空气和/或燃料流。
    • 9. 发明授权
    • Centrifugal fluidized bed combustor
    • 离心流化床燃烧器
    • US4177636A
    • 1979-12-11
    • US861035
    • 1977-12-15
    • John J. Horgan
    • John J. Horgan
    • F23C10/00F23R5/00F02C3/26F23D19/00
    • F23R5/00F23C10/007
    • A coal fired combustor for a gas turbine engine comprises a centrifugal fluidized bed where the coal particulate is introduced radially inwardly toward the axis of rotation through the bed. A centrally mounted pipe which may be rotatable at a different velocity collects and distributes the gases generated by the combustion process and also serves to filter out the elutriated particles. Additives to the fuel for minimizing sulfur dioxide (SO.sub.x) and nitrogen oxide (NO.sub.x) may be added to the fuel prior to introduction to the bed so that the adverse effects of elutriation does not occur before sulfur adsorption.
    • 用于燃气涡轮发动机的燃煤燃烧器包括离心流化床,其中煤颗粒径向向内引入通过床的旋转轴线。 可以以不同速度旋转的中央安装的管收集和分配由燃烧过程产生的气体,并且还用于过滤出淘析的颗粒。 在引入床之前,可以向燃料中加入用于使二氧化硫(SOx)和氮氧化物(NOx)最小化的燃料的添加剂,使得在硫吸附之前不会发生淘析的不利影响。