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    • 1. 发明授权
    • Pedal operated water cycle
    • 踏板操作水循环
    • US5011441A
    • 1991-04-30
    • US582135
    • 1990-09-11
    • John J. FoleyRalph M. EideRanald I. Macdonell
    • John J. FoleyRalph M. EideRanald I. Macdonell
    • B63H16/20
    • B63H16/14B63H2016/202B63H2025/385
    • A main body member is supported by transverse supports on a pair of pontoons. The main body member supports an operator's seat, a cargo rack, a pedal drive propeller assembly, and a rudder. The main body member has longitudinal slots in its surfaces that are associated with longitudinal interior sockets for adjustable engagement with the seat, the cargo rack, a support extension for the pedal drive propeller assembly, and the transverse supports. By means of such adjustable engagement, attachable portions are capable of longitudinal adjustment for establishing the desired trim of the cycle on the water with the operator or operators supported on the seat. Also, the support extension for the pedal drive propeller assembly is capable of longitudinal adjustment to accommodate the stature of the operator or operators after the plane of buoyancy has been established. Furthermore, seat and propeller assemblies for one or two persons are capable of being substituted one for the other. The propeller assembly and rudder are arranged to pivot rearwardly for riding over obstructions and also can be moved to a position above the bottom of the pontoons for moving the cycle up on the beach or a dock. The parts are capable of being assembled and disassembled without the use of tools.
    • 主体构件由一对浮筒上的横向支撑支撑。 主体构件支撑操作员座椅,货架,踏板驱动螺旋桨组件和方向舵。 主体构件在其表面上具有与纵向内部插座相关联的纵向狭槽,用于与座椅,货架,用于踏板驱动螺旋桨组件的支撑延伸部和横向支撑件可调节地接合。 通过这种可调节的接合,可附接部分能够纵向调整,以便在操作者或操作者支撑在座椅上的情况下在水面上建立周期的期望修整。 此外,踏板驱动螺旋桨组件的支撑延伸部能够纵向调节以适应在浮力平面建立之后的操作者或操作者的身高。 此外,一个或两个人的座椅和螺旋桨组件能够被另一个人替代。 螺旋桨组件和方向舵被布置成向后枢转以骑在障碍物上,并且还可以移动到浮筒底部上方的位置,以将循环向上移动到海滩或码头上。 这些部件能够在不使用工具的情况下组装和拆卸。
    • 2. 发明授权
    • Combination air conditioning accumulator and fuel cooler
    • 组合式空调蓄能器和燃油冷却器
    • US4938036A
    • 1990-07-03
    • US318958
    • 1989-03-06
    • David H. HodgkinsJohn J. Foley
    • David H. HodgkinsJohn J. Foley
    • F02M31/20F02M53/00F28D7/02F28D7/10F28F1/12F28F1/34F28F1/42F28F9/04
    • F02M31/20F02M53/00F28D7/026F28D7/106F28F1/12F28F1/124F28F1/34F28F1/42F28F1/422F28F9/0246F28F9/0256Y02T10/126
    • A combination air conditioning accumulator and fuel cooler unit comprises an enclosed housing having fuel inlet and outlets, and refrigerant inlets and outlets. Liquid refrigerant entering the unit is evaporated by means of heat exchange with hotter fuel in the unit. Preferably, the housing is in the form of an elongated cylinder and the fuel flow path is coaxial with the housing longitudinal axis. The heat exchanger includes a substantially cylindrical wall within which the fuel flows, and an outer, finned portion in contact with the flow of refrigerant. A desiccant is provided between the refrigerant flow path and the housing, to serve both insulating and moisture-removing functions. A stand pipe is provided to prevent unevaporated freon from exiting and returning in liquid form to the air conditioning compressor. The housing includes end plug members in which the fuel and refrigerant inlets and outlets are formed, the housing being attached to the plug members by crimp connections. The fuel flow path is preferably defined by threaded connectors in the end plugs and a stem pipe secured to the threaded connectors along the housing axis.
    • 组合空调蓄能器和燃料冷却器单元包括具有燃料入口和出口以及制冷剂入口和出口的封闭壳体。 进入设备的液体制冷剂通过与设备中较热燃料的热交换而蒸发。 优选地,壳体是细长圆柱体的形式,并且燃料流动路径与壳体纵向轴线同轴。 热交换器包括燃料流过的基本上圆柱形的壁和与制冷剂流接触的外部翅片部分。 在制冷剂流动路径和壳体之间设置有干燥剂,以用于绝缘和除湿功能。 设置支管以防止未蒸发的氟利昂离开并以液体形式返回到空调压缩机。 壳体包括其中形成燃料和制冷剂入口和出口的端塞构件,壳体通过压接连接附接到插塞构件。 燃料流动路径优选地通过端塞中的螺纹连接器和沿壳体轴线固定到螺纹连接器的杆管道来限定。