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    • 1. 发明授权
    • Cylindrical cam stirling engine drive
    • 圆柱凸轮斯特林发动机驱动
    • US06701709B2
    • 2004-03-09
    • US10222610
    • 2002-08-16
    • Donald Isaac, Jr.Alphonse VassalloRonald J. Steele
    • Donald Isaac, Jr.Alphonse VassalloRonald J. Steele
    • F01B2910
    • F01B3/0002F01B3/04F02G1/043F02G1/044F02G2244/50
    • A Stirling engine includes a grooved cam drive mechanism with followers having a pair of longitudinally displaced bearings. One roller bearing is adapted to ride along an upper surface of the cam groove, while the other roller bearing is adapted to ride along a lower surface of the cam groove. Each follower includes an outer shaft on which a first bearing is mounted, and an inner shaft extending through the outer shaft on which a second bearing is mounted. A preferably annular space is provided between the inner and outer shafts when the follower is in an unloaded state. Then, when the follower is engaged within the grooved cam, the inner shaft is cantilevered relative to outer shaft within the annular space and results in pre-loading the first bearing against one inner surface of the groove cam and the second bearing against an opposite inner surface of the grooved cam.
    • 斯特林发动机包括具有随动件的带凹槽的凸轮驱动机构,其具有一对纵向位移的轴承。 一个滚子轴承适于沿着凸轮槽的上表面骑行,而另一个滚子轴承适于沿着凸轮槽的下表面骑行。 每个从动件包括安装有第一轴承的外轴和穿过安装有第二轴承的外轴延伸的内轴。 当从动件处于无负载状态时,在内轴和外轴之间设置优选的环形空间。 然后,当从动件接合在槽形凸轮内部时,内轴在环形空间内相对于外轴悬臂,并且导致将第一轴承预先装载在凹槽凸轮的一个内表面上,而第二轴承抵靠相对的内部 凹槽凸轮的表面。
    • 2. 发明授权
    • Stirling engine with high pressure fluid heat exchanger
    • 斯特林发动机采用高压流体换热器
    • US06715285B2
    • 2004-04-06
    • US10205697
    • 2002-07-26
    • Donald Isaac, Jr.
    • Donald Isaac, Jr.
    • F01B2910
    • F28D7/12F02G1/053F28F1/36
    • A Stirling engine includes a heat exchanger having helical and axial fins forming an orthogonal grillage on either side of a pressure resisting wall, and an outer reinforcing sleeve about the helical fins. The sleeve improves the pressure resisting ability of a thin separating wall between a pressurized fluid and an outside working environment, resulting in a high-pressure and temperature heat exchanger with high heat transfer efficiency. In addition, the sleeve and helical fins together define fluid passages for the flow of heating fluid. The heat exchanger according to the invention has the ability to resist high pressures at high temperatures without excessive distortion, has improved heat transfer capability, better reliability, and lower production cost than prior art heat exchangers.
    • 斯特林发动机包括热交换器,其具有在耐压壁的任一侧上形成正交格架的螺旋形轴向翼片和围绕螺旋翅片的外部加强套管。 该套管提高了加压流体和外部工作环境之间的薄分隔壁的耐压能力,导致具有高传热效率的高压和高温热交换器。 此外,套管和螺旋翅片一起限定用于加热流体流动的流体通道。 根据本发明的热交换器能够在高温下抵抗高压而不会过度变形,与现有技术的热交换器相比具有改善的传热能力,更好的可靠性和更低的生产成本。