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    • 3. 发明授权
    • Wave driven engine
    • 波驱动发动机
    • US4563591A
    • 1986-01-07
    • US526597
    • 1983-08-26
    • Dedger Jones
    • Dedger Jones
    • F03B13/18F03B13/12
    • F03B13/1875Y02E10/38
    • Apparatus and process for use in converting the energy of ocean waves to useful power form wherein two floats supporting a rigid structure are spaced apart to maximize the end movement of said rigid structure, and an energy extraction device preferably of the cylinder and piston type is operated by the movement of the end of said structure producing movements of four times the wave height when the two floats are spaced one-half the wave length of the wave and the energy conversion device is spaced further away from said floats by a similar amount.
    • 用于将海浪能量转换为有用功率形式的装置和过程,其中支撑刚性结构的两个浮子被间隔开以最大化所述刚性结构的端部移动,并且优选地,气缸和活塞类型的能量提取装置被操作 通过所述结构的端部的移动,当两个浮子间隔波长为波长的一半时,波浪高度的四倍的运动产生运动,并且能量转换装置与所述浮子相隔更远的距离。
    • 4. 发明授权
    • High temperature engine and seal
    • 高温发动机和密封
    • US4485628A
    • 1984-12-04
    • US447267
    • 1982-12-06
    • Dedger Jones
    • Dedger Jones
    • F02G1/053
    • F02G1/053F02G1/0535F02G2253/02F02G2254/30F02G2258/10F02G2270/90
    • A method and apparatus for protecting a relatively low temperature rated pressure seal from a relatively high temperature gas residing between a cylinder head and its associated piston. A low temperature rated pressure seal as for example an elastomeric seal is protected from high temperature gas in a heat engine, potentially in excess of 2,000.degree. F. (1093.degree. C.) by the use of an intermediary fluid that is trapped in a reservoir in the head of the cylinder said seal being maintained in a liquid fashion by a skirt extension from the head of the piston into the reservoir holding the described liquid, the intermediary liquid also being in contact with the elastomeric seal in the space between the piston and the cylinder. Additionally a heat engine operating at high efficiency utilizing the seal above described in order to maximize efficiency while eliminating leakage and loss of pressure, said heat engine deriving much of its temperature by an economizer that is a counterflow heat exchanger and from external secondary heating sources in constant volume expansion steps.
    • 一种用于保护相对较低温度的额定压力密封件与位于气缸盖及其相关活塞之间的较高温度气体的方法和装置。 诸如弹性体密封件的低温额定压力密封件通过使用被捕获在储存器中的中间流体而被保护,以避免热机中的高温气体潜在地超过2000°F(1093℃) 在气缸的头部,所述密封件通过从活塞的头部到保持所述液体的容器的裙部延伸而保持为液体状态,中间液体还与活塞和活塞之间的空间中的弹性密封件接触 气瓶。 另外,利用上述密封件高效率地运行的热机,以便在消除泄漏和压力损失的同时最大限度地提高效率,所述热机通过作为逆流热交换器的节能器和来自外部二次加热源的大部分温度 恒定体积膨胀步骤。
    • 6. 发明授权
    • Wave energy conversion
    • 波能转换
    • US4355511A
    • 1982-10-26
    • US917363
    • 1978-06-23
    • Dedger Jones
    • Dedger Jones
    • F03B13/18F03B13/12F04B17/00
    • F03B13/1845Y02E10/38
    • A system and method for converting the energy of sea waves to useful power through the use of a buoyant float. This float is preloaded (i.e. submerged a predetermined distance beneath the level of a wave trough) and retained at that submerged elevation until such time as it is located beneath a wave crest. The float is then released from beneath the crest to rise through it and the flotational motion is converted to power. The system also provides for an upwardly directed preloading technique and combined systems wherein work is removed in both vertical movement of the float. Unusual gains in efficiency are achieved by this method and system.
    • 通过使用浮力浮子将海浪的能量转换为有用功率的系统和方法。 该浮子被预加载(即在波谷的水平面下方浸没预定距离),并保持在该浸没的高度,直到其位于波峰下方为止。 然后,浮子从顶部下方释放出来,并将浮选动作转换为动力。 该系统还提供向上定向的预加载技术和组合系统,其中在浮子的垂直运动中移除作业。 通过这种方法和系统实现效率的不寻常的提高。