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    • 7. 发明授权
    • Baffle structure for rotary worm compression-expansion machines
    • 旋转蜗杆压缩膨胀机的挡板结构
    • US3905731A
    • 1975-09-16
    • US51214374
    • 1974-10-04
    • ZIMMERN BERNARD
    • ZIMMERN BERNARD
    • F04C3/04F01C3/02F04C18/52F04C17/04
    • F01C3/025
    • A baffle and casing structure for rotary worm compressionexpansion machines of the type having a rotor with oppositely facing working screws and a pair of pinion wheels cooperating with each such screw, the rotor being supported concentrically in a two-part casing having interior baffles to increase the volume of the working chamber defined by the worm threads, pinion wheels and casing interior. The pinion wheels are provided with teeth which engage not less than two nor more than three threads of the respective worms thereby to enable assembly of the pinion wheels through pockets accessible from the casing exterior.
    • 一种用于旋转蜗杆压缩膨胀机的挡板和套管结构,其具有具有相对面的加工螺钉的转子和与每个这样的螺杆配合的一对小齿轮,该转子同心地支撑在具有内部挡板的两部分壳体中, 增加由蜗杆,小齿轮和套管内部限定的工作室的体积。 小齿轮设置有齿,其啮合不同于相应蜗杆的两个或多于三个螺纹,从而能够通过从壳体外部可接近的袋组装小齿轮。
    • 8. 发明授权
    • Interengaging rotor displacement machine
    • 内置转子位移机
    • US3894822A
    • 1975-07-15
    • US46309774
    • 1974-04-22
    • ABAIDULLIN ALFRED IBRAGIMOVICHKHISAMEEV IBRAGIM GABDULKHAKOVVERNY ADOLF LEONIDOVICHSHVARTS AVELY ISAEVICHSHNEPP VLADIMIR BORISOVICHGALIAKHMETOV ILDUS GABTERIEVIC
    • ABAIDULLIN ALFRED IBRAGIMOVICHKHISAMEEV IBRAGIM GABDULKHAKOVVERNY ADOLF LEONIDOVICHSHVARTS AVELY ISAEVICHSHNEPP VLADIMIR BORISOVICHGALIAKHMETOV ILDUS GABTERIEVIC
    • F01C1/08F01C1/20F04C17/04
    • F01C1/20F01C1/084
    • A rotary displacement machine provided with a casing having pipe connections for the suction and discharge of the working fluid. The discharge pipe connection communicates with discharge ports made on each face surface of the casing. Installed rotatably inside the casing is a driving straight-toothed rotor and a driven straight-toothed rotor. The profiles of the teeth of the driving and driven rotors are selected so that on rotating, these teeth roll over one another. The driving rotor rotates the driven rotor via a train of two meshing gears. One of the meshing gears is installed on the shaft of the driving rotor and the other gear on the shaft of the driven rotor. Apart from transmitting rotation, the meshing gears ensure a guaranteed clearance between the rotor teeth which is required for a reliable performance of the machine. The cylindrical surface of the driving straighttoothed rotor is provided with lobes which are located, each between the rotor teeth. Each tooth of the driven rotor has a depression on the external cylindrical surface for equalizing the pressure between the cavities of the driven and driving rotors during compression of the working fluid. The cavity of the driven rotor is formed by a space between its teeth and the internal surface of the casing. The cavity of the driving rotor is formed by the space between its teeth and the internal surface of the casing. The depression on the cylindrical surface on the driven rotor tooth is limited at the front edge of the tooth, in the direction of rotation of the driven rotor, by the body of the tooth and at both faces of the tooth also by the body of the tooth. The dimensions of the depression correspond to the dimensions of the lobe on the cylindrical surface of the driving rotor so that during rotation of both rotors, the lobe covers the depression and separates the zone of equalized pressure from the suction zone.
    • 一种设置有具有用于工作流体的吸入和排出的管道连接的壳体的旋转排量机。 排出管连接与在壳体的每个表面上形成的排出口连通。 可旋转地安装在壳体内的是驱动的直齿轮和从动直齿轮。 选择驱动和从动转子的齿的轮廓,使得在旋转时,这些齿彼此滚动。 驱动转子通过一系列两个啮合齿轮旋转从动转子。 啮合齿轮中的一个安装在驱动转子的轴上,另一个齿轮安装在从动转子的轴上。 除了传递旋转之外,啮合齿轮确保了机器可靠性能所需的转子齿之间的保证间隙。 驱动直齿轮的圆柱形表面设置有各自位于转子齿之间的凸角。 从动转子的每个齿在外部圆柱形表面上具有凹陷,用于在压缩工作流体期间均衡被驱动和驱动转子的空腔之间的压力。 从动转子的空腔由其齿与壳体的内表面之间的空间形成。 驱动转子的空腔由其齿与壳体的内表面之间的空间形成。 从动转子齿上的圆柱表面上的凹陷在齿的前边缘处被限制在从动转子的旋转方向上,由齿的主体和齿的两个面也由 齿。 凹陷的尺寸对应于驱动转子的圆柱形表面上的凸角的尺寸,使得在两个转子的旋转期间,凸角覆盖凹陷并将均压区域与吸入区分离。
    • 9. 发明授权
    • Rotary engine with intermeshed disks incorporating adjustable gear structure
    • 带有可调节齿轮结构的中间盘的旋转发动机
    • US3751193A
    • 1973-08-07
    • US3751193D
    • 1971-09-01
    • MCCALL W
    • MCCALL W
    • F01C3/02F01C1/08F04C1/14F04C17/04
    • F01C3/02Y10T74/19585
    • A gearing system is disclosed for a rotary engine of the type in which a pair of intermeshed, segmented rotors are supported in perpendicular relationship to develop spaces of compression and expansion therebetween for operation as an engine, compressor or the like. The rotors are supported on shafts which are somewhat transversely offset, the axes of which lie in spaced apart parallel planes. Each rotor carries a beveled gear wheel, the two being engaged by a third beveled gear wheel supported in intermediate relationship. As disclosed herein, the individual gear wheels are adjustable to accommodate wear of individual members while preserving the critical relationship required therebetween.
    • 公开了一种用于旋转式发动机的齿轮系统,其中一对相互啮合的分段转子以垂直关系支撑,以在其间形成压缩和膨胀空间,用作发动机,压缩机等。 转子被支撑在稍微横向偏移的轴上,其轴线位于间隔开的平行平面中。 每个转子都带有一个斜齿轮,两个齿轮由中间关系支撑的第三个斜齿轮啮合。 如本文所公开的,单个齿轮是可调节的,以适应各个构件的磨损,同时保持它们之间所需的关键关系。