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    • 91. 发明授权
    • Rotary devices operated by pressurized-fluid
    • 由加压流体操作的旋转装置
    • US3751194A
    • 1973-08-07
    • US3751194D
    • 1972-01-11
    • MARCEL J
    • MARCEL J
    • F04C2/344F04C2/356F01C1/00
    • F04C2/3448F04C2/3443F04C2/356
    • A rotary pressurized-fluid device usable as a pump, compressor or motor, comprises two coaxial units of revolution which can rotate one relative to the other around their common axis, one of these two units having at least one mobile piston in at least one cylinder formed from an annular groove of the other unit, coaxial with the latter, and divided into work-chambers by mobile partitions which slide in grooves, and which are subjected to the action of cams carried by the first unit, an inlet orifice and an outlet orifice for the fluid communicating respectively with two orifices located one on each side of said piston, the device including means suitable for effecting communication of the space contained between one face of a mobile partition and the wall of the cylinder with the space contained between one face of said partition opposed to the first-mentioned face, and of the same area, and a face of the groove, so that said opposed faces of each mobile partition are permanently subjected to the same pressure.
    • 可用作泵,压缩机或电动机的旋转加压流体装置包括两个同轴旋转单元,其可相对于另一个相对于其公共轴线相对旋转一个,这两个单元中的一个在至少一个气缸中具有至少一个可移动活塞 由与另一单元同轴的另一单元的环形槽形成,并且通过在槽中滑动的移动隔板分成工作室,并且经受由第一单元承载的凸轮的作用,入口孔和出口 所述流体分别与位于所述活塞的每一侧上的两个孔连通的孔口,所述装置包括适合于使容纳在可移动隔板的一个面和气缸壁之间的空间连通的装置与容纳在一个面之间的空间 与所述第一面相对的所述隔板和相同的区域以及所述凹槽的表面,使得每个移动隔板的所述相对面永久地被覆盖 受到同样的压力。
    • 92. 发明授权
    • Rotary-piston internal-combustion engine
    • 旋转活塞内燃机
    • US3736080A
    • 1973-05-29
    • US3736080D
    • 1971-04-27
    • SABET H
    • SABET H
    • F02B55/00F01C1/063F02B53/00F01C1/00F03C3/00F04C17/00
    • F01C1/063F02B53/00
    • In a rotary-piston internal-combustion engine in which two sets of pistons rotate about a common axis while in sealing engagement with a cylindrical casing wall, and the two sets are connected so that the pistons of one set rotate at uniform speed and those of the other set rotate at cyclically varying speed to expand and contract combustion chambers circumferentially bounded by the pistons, the uniformly rotating pistons are fixedly fastened to the radial end walls of the casing, and motion is transmitted between the two sets by crankshafts journaled in a gear carrier fixedly fastened to one of the end walls and oscillating a mounting sleeve for the pistons of the other set. The crankshafts are rotated by respective gears meshing with a ring gear fastened to the normally stationary cylindrical casing wall.
    • 在旋转活塞内燃机中,其中两组活塞在与圆柱形壳体壁密封接合的同时围绕公共轴线旋转,并且两组连接,使得一组活塞以均匀的速度旋转, 另一组件以循环变化的速度旋转,以使由活塞周向界定的燃烧室膨胀和收缩,均匀旋转的活塞固定地紧固到壳体的径向端壁,并且运动通过曲轴轴颈在齿轮 承载件固定地紧固到一个端壁并且摆动另一组的活塞的安装套筒。 曲轴通过与固定在常规圆柱形壳体壁上的环形齿轮啮合的相应齿轮旋转。
    • 94. 发明授权
    • Control mechanism for fluid translating device
    • 流体转换装置的控制机制
    • US3639093A
    • 1972-02-01
    • US3639093D
    • 1970-04-13
    • CASE CO J I
    • JANSSON BIRGER F
    • F01C1/356F01C1/00F03C3/00F04C1/00
    • F01C1/356
    • A fluid translating device having a fixed stator and a rotor cooperating to define at least one fluid chamber. The device incorporates fluid conducting means for supplying and exhausting fluid from an external source to the working chamber. The fluid conducting means is remotely controlled and is normally maintained in a first position by automatic means. The fluid conducting means is in the form of a movable valve member and the remotely controlled means includes additional fluid conducting means cooperating with the valve member to move the valve member from the first position and vary the output of the fluid translating device.
    • 具有固定定子和转子的流体平移装置协作以限定至少一个流体室。 该装置包括用于从外部源向工作室供应和排出流体的流体传导装置。 流体传导装置被远程控制,并且通常通过自动装置保持在第一位置。 流体传导装置是可移动阀构件的形式,并且远程控制装置包括与阀构件配合的附加流体传导装置,以使阀构件从第一位置移动并改变流体平移装置的输出。