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    • 2. 发明授权
    • Exhaust heat recovery system for compartment heating
    • 排气热回收系统用于隔室加热
    • US4781242A
    • 1988-11-01
    • US23781
    • 1987-03-09
    • Roelf J. MeijerBenjamin Ziph
    • Roelf J. MeijerBenjamin Ziph
    • F01N5/02F01P9/00F02G5/02F28D15/02F02N17/06
    • F28D15/0266F01N5/02F01P9/00F02G5/02F28D15/06F28D20/00F28D21/0003F28F2215/06Y02E60/142Y02T10/16Y02T10/166
    • An exhaust gas heat exchanger for transferring heat from the exhaust gases of an engine to its liquid coolant, thereby increasing the rate of heating of the coolant. The heat exchanger according to this invention provides a regulated rate of heat transfer despite changes in the temperature of the exhaust gases. The exchanger includes a heat pipe with an evaporator and condenser portion. The evaporator portion is exposed to exhaust gases; thus heating the working fluid in the heat pipe, and the condenser portion is in thermal communication with an engine coolant heater. In order to accommodate a broad range of exhaust gas temperature, the heat exchanger includes means for storing the working fluid such that the quantity of the working fluid transferring heat from the evaporator to the condenser portions can be varied. This system enables substantially all of the working fluid in a liquid phase to be removed from the evaporator (i.e. a complete drying out) when the temperature of the evaporator approaches the upper limit of its operating range.
    • 一种废气热交换器,用于将热量从发动机的废气传递到其液体冷却剂,从而提高冷却剂的加热速率。 根据本发明的热交换器尽管改变了废气的温度,也提供了传热速率。 交换器包括具有蒸发器和冷凝器部分的热管。 蒸发器部分暴露于废气中; 从而加热热管中的工作流体,并且冷凝器部分与发动机冷却剂加热器热连通。 为了适应各种废气温度,热交换器包括用于存储工作流体的装置,使得能够改变从蒸发器传递热量到冷凝器部分的工作流体的量。 当蒸发器的温度接近其工作范围的上限时,该系统使基本上所有液相中的工作流体都能从蒸发器中移出(即完全干燥)。
    • 7. 发明授权
    • Hydrogen equalization system for double-acting stirling engine
    • 双作用斯特林发动机氢均衡系统
    • US07194858B2
    • 2007-03-27
    • US11216503
    • 2005-08-31
    • Benjamin ZiphChristopher Domanski
    • Benjamin ZiphChristopher Domanski
    • F01B29/10
    • F02G1/0535F02G1/044
    • A working gas pressure equalization system for a multiple-cylinder, double-acting hot gas engine such as a Stirling engine of the type having a plurality of pistons reciprocatable within the cylinders defining a plurality of generally isolated cycle volumes of a working gas separated by the pistons. The equalization system incorporates passages through the piston connecting rods which connect between a space between piston rings and an equalization volume defined between a pair of sliding rod seals. This volume is defined by portions from each of the cylinders and is connected with individual cycle volumes by a valve, such as a one-way check valve. When a pressure is experienced in one of the cycle volumes different from the minimum pressure maintained and the equalization volume, minute gas leakage across the piston rings enables pressure among the volumes to be equalized.
    • 一种用于多缸双作用热气体发动机的工作气体压力均衡系统,例如具有多个活塞的类型的斯特林发动机,所述多个活塞可在气缸内往复运动,所述多个活塞限定多个通常隔离的循环体积的由 活塞 均衡系统包括通过活塞连杆的通道,其连接在活塞环之间的空间和限定在一对滑动杆密封件之间的均衡容积之间。 该体积由来自每个气缸的部分限定,并且通过诸如单向止回阀的阀与各个循环体积连接。 当在与保持的最小压力和均衡体积不同的循环体积中经历压力时,穿过活塞环的微小气体泄漏使得容积之间的压力相等。
    • 9. 发明授权
    • Heat pipe
    • 热管
    • US4632179A
    • 1986-12-30
    • US715687
    • 1985-03-25
    • Roelf J. MeijerBenjamin Ziph
    • Roelf J. MeijerBenjamin Ziph
    • F28D15/02F28D19/00F24H3/12
    • F28D15/0266F28D15/0233F28D15/046Y10S165/901
    • An improved heat pipe comprising a duct having disposed at opposite ends thereof an evaporator with wick-lined hollow fins in the form of extended corrugations thereon, and operable to supply heat to the evaporator comprised of a gas combustor having an internal volume for containing the evaporator and combustion air for supply to a combustion chamber located therein; a wick capable of transporting liquid by capillary action lining substantially all internal surfaces of said heat pipe; an external heat sink operable to remove heat from the condenser; and a heat transport medium contained by said heat pipe. The evaporator is further comprised of a coarse porous material lining and completely filling the spaces within the hollow fins open to the evaporator for increased structural stiffness and ease of fabrication; and a porous mass completely filling the evaporator for increased compressive strength. The coarse porous material and the porous mass are sufficiently porous to allow vapor to flow through each with a minimum of obstruction.
    • 一种改进的热管,包括管道,该管道的相对端设有蒸发器,该蒸发器具有在其上的延伸波纹形式的带有芯衬的中空翅片,并且可操作以将热量供应到包括具有用于容纳蒸发器的内部容积的气体燃烧器的蒸发器 以及用于供应到位于其中的燃烧室的燃烧空气; 基本上所述热管的所有内表面通过毛细管作用衬里输送液体的灯芯; 可操作以从冷凝器移除热量的外部散热器; 以及由所述热管容纳的热传输介质。 蒸发器还包括粗大的多孔材料衬里,并且完全填充空腔内的空间,以便蒸发器开口,以增加结构刚度和易于制造; 并且多孔质量块完全填充蒸发器以提高抗压强度。 粗多孔材料和多孔质量是足够多孔的,以允许蒸气以最小的障碍物流过每个。
    • 10. 发明授权
    • Pressure containment device
    • 压力容器
    • US4439169A
    • 1984-03-27
    • US405750
    • 1982-08-06
    • Roelf J. MeijerRobert J. BrownBenjamin Ziph
    • Roelf J. MeijerRobert J. BrownBenjamin Ziph
    • F02G1/053F16J15/54F16C35/02
    • F02G1/0535F16J15/54F02G2253/80F02G2270/20F02G2270/50
    • The pressure containment device for containing pressurized gas within a Stirling engine is characterized by enclosing a drive mechanism housing with a cylindrical pressure hull having first and second ends whereby a portion of the drive mechanism housing extends through the first end of the pressure hull and the second end thereof, is rigidly connected to the drive mechanism housing. An o-ring is used to seal the connection where the drive mechanism housing extends through the first end of the pressure hull to allow small axial and radial relative motions therebetween. An output shaft extends along the axis of revolution of the pressure hull and is supported by front and rear main bearings and a thrust bearing, all rigidly connected to the drive mechanism housing. A rotating shaft seal, also connected to the drive mechanism housing, prevents pressurized gas from escaping along the output shaft.
    • 用于在斯特林发动机内容纳加压气体的压力容纳装置的特征在于包围具有第一和第二端的圆柱形压力船体的驱动机构壳体,由此驱动机构壳体的一部分延伸穿过压力船体的第一端,而第二 其端部刚性地连接到驱动机构壳体。 O形环用于密封驱动机构壳体延伸穿过压力壳体的第一端的连接,以允许它们之间的小的轴向和径向相对运动。 输出轴沿着压力壳体的转动轴线延伸,并且由前后主轴承和推力轴承支撑,所有推力轴承都刚性连接到驱动机构壳体上。 也连接到驱动机构壳体的旋转轴密封件防止加压气体沿输出轴逸出。