Lubricating liquid separator
    1.
    发明申请
    Lubricating liquid separator 有权
    润滑液分离器

    公开(公告)号:US20090255406A1

    公开(公告)日:2009-10-15

    申请号:US12318620

    申请日:2009-01-02

    IPC分类号: B01D29/05

    摘要: A lubricating liquid separator is disclosed which can damp a compressor pulsation noise effectively and improve the lubricating liquid separating performance without greatly enlarging the size of the separator itself. A demister (6) having a sound absorbing performance is disposed on an outer periphery side of a partition plate (5). Compressed gas which enters the interior of a housing (2) through a compressed gas inlet port (3) flows as rotating flow in a flow path (10) formed between the partition plate (5) and a portion of a side wall of the housing (2) opposed to the partition plate (5). Pressure pulsation of the compressed gas is diminished by the demister (6), and a compressor pulsation noise induced by the rotating flow of the compressed gas is diminished by the sound absorbing performance of the demister (6). Further, with the demister (6), reflection of the compressed gas at a wall surface of the partition plate (5) is suppressed, and scattering of lubricating liquid separated from the compressed gas is suppressed.

    摘要翻译: 公开了一种能够有效地抑制压缩机脉动噪声并提高润滑液分离性能的润滑液分离器,而不会大大增加分离器本身的尺寸。 具有吸音性能的除雾器(6)设置在隔板(5)的外周侧。 通过压缩气体入口(3)进入壳体(2)的内部的压缩气体在形成在隔板(5)和壳体的侧壁的一部分之间的流路(10)中作为旋转流动流动, (2)与隔板(5)相对。 通过除雾器(6)减小压缩气体的压力脉动,并且通过除雾器(6)的吸声性能减小由压缩气体的旋转流引起的压缩机脉动噪声。 此外,通过除雾器(6),能够抑制压缩气体在隔板(5)的壁面的反射,抑制从压缩气体分离的润滑液的散射。

    Lubricating liquid separator
    2.
    发明授权
    Lubricating liquid separator 有权
    润滑液分离器

    公开(公告)号:US07967901B2

    公开(公告)日:2011-06-28

    申请号:US12318620

    申请日:2009-01-02

    IPC分类号: B01D45/16 B01D46/42

    摘要: A lubricating liquid separator which can damp compressor pulsation noise effectively and improve the lubricating liquid separating performance without greatly enlarging the size of the separator itself. A demister having a sound absorbing performance is disposed on an outer periphery of a partition plate. Compressed gas which enters the interior of a housing through a compressed gas inlet port flows as rotating flow in a flow path between the partition plate and a portion of a side wall of the housing opposed to the partition plate. Pressure pulsation of the compressed gas is diminished by the demister, and a compressor pulsation noise by the rotating flow of the compressed gas is diminished by the sound absorption of the demister. Further, with the demister, reflection of the compressed gas at a wall surface of the partition plate is suppressed, and scattering of lubricating liquid separated from the compressed gas is suppressed.

    摘要翻译: 可以有效地抑制压缩机脉动噪声并提高润滑液分离性能的润滑液分离器,而不会大大增加分离器本身的尺寸。 具有吸音性能的除雾器设置在隔板的外周。 通过压缩气体入口进入壳体内部的压缩气体在分隔板与壳体的与隔板相对的侧壁的一部分之间的流动路径中作为旋转流动流动。 压缩气体的压力脉动由除雾器减弱,并且压缩气体的旋转流动引起的压缩机脉动噪声被除雾器的吸声所减弱。 此外,通过除雾器,压缩气体在隔板的壁面的反射被抑制,并且抑制了从压缩气体分离的润滑液的散射。

    Kneading screw, twin screw extruder, and method for assembling kneading screw
    4.
    发明授权
    Kneading screw, twin screw extruder, and method for assembling kneading screw 有权
    捏合螺杆,双螺杆挤出机和混炼螺杆组装方法

    公开(公告)号:US08172449B2

    公开(公告)日:2012-05-08

    申请号:US12445463

    申请日:2007-11-06

    IPC分类号: B29B7/00

    摘要: To provide a kneading screw which can reduce such a phenomenon that a disproportional load is imposed onto a shaft of the kneading screw without degrading kneading performance of the kneading screw, a twin screw extruder with the kneading screw, and a method for assembling the kneading screw. In the kneading screw, each of the kneading rotor segments has at least one of a spiral kneading blade or a kneading blade extending in parallel with the axial direction, and is incorporated in the kneading screw such that top blade portions of the kneading blades at the adjacent ends of the kneading rotor segments adjacent to each other in the axial direction of the kneading screw are shifted in phase to each other, and such that the top blade portions of the kneading blades at the respective central positions in the axial direction of the adjacent kneading rotor segments are shifted larger in phase than the case where the top blade portions of the adjacent ends of the adjacent kneading rotor segments are equal in phase to each other.

    摘要翻译: 为了提供一种捏合螺杆,能够减少在混炼螺杆的轴上施加不成比例的负荷而不降低捏合螺杆的捏合性能的现象,具有捏合螺杆的双螺杆挤出机和混炼螺杆的组装方法 。 在捏合螺杆中,每个搅拌转子段具有螺旋混合叶片或与轴向平行延伸的捏合叶片中的至少一个,并且被装入捏合螺杆中,使得捏合叶片的顶叶部分 在混炼螺杆的轴向上相邻的混炼用转子段的相邻端部相位移动,使得混炼叶片的顶部叶片部分在相邻的轴向的各个中心位置 混炼转子段的相位偏移比相邻的混炼用转子段的相邻端部的顶部叶片部的相位相等的情况相同。

    KNEADING SCREW, TWIN SCREW EXTRUDER, AND METHOD FOR ASSEMBLING KNEADING SCREW
    5.
    发明申请
    KNEADING SCREW, TWIN SCREW EXTRUDER, AND METHOD FOR ASSEMBLING KNEADING SCREW 有权
    螺丝刀,双螺杆挤出机和组装螺丝的方法

    公开(公告)号:US20100091603A1

    公开(公告)日:2010-04-15

    申请号:US12445463

    申请日:2007-11-06

    IPC分类号: B29B7/80 B23P11/00

    摘要: To provide a kneading screw which can reduce such a phenomenon that a disproportional load is imposed onto a shaft of the kneading screw without degrading kneading performance of the kneading screw, a twin screw extruder with the kneading screw, and a method for assembling the kneading screw. In the kneading screw, each of the kneading rotor segments has at least one of a spiral kneading blade or a kneading blade extending in parallel with the axial direction, and is incorporated in the kneading screw such that top blade portions of the kneading blades at the adjacent ends of the kneading rotor segments adjacent to each other in the axial direction of the kneading screw are shifted in phase to each other, and such that the top blade portions of the kneading blades at the respective central positions in the axial direction of the adjacent kneading rotor segments are shifted larger in phase than the case where the top blade portions of the adjacent ends of the adjacent kneading rotor segments are equal in phase to each other.

    摘要翻译: 为了提供一种捏合螺杆,能够减少在混炼螺杆的轴上施加不成比例的负荷而不降低捏合螺杆的捏合性能的现象,具有捏合螺杆的双螺杆挤出机和混炼螺杆的组装方法 。 在捏合螺杆中,每个搅拌转子段具有螺旋混合叶片或与轴向平行延伸的捏合叶片中的至少一个,并且被装入捏合螺杆中,使得捏合叶片的顶叶部分 在混炼螺杆的轴向上相邻的混炼用转子段的相邻端部相位移动,使得混炼叶片的顶部叶片部分在相邻的轴向的各个中心位置 混炼转子段的相位偏移比相邻的混炼用转子段的相邻端部的顶部叶片部的相位相等的情况相同。