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    • 7. 发明申请
    • SEALED TYPE ROTARY COMPRESSOR
    • 密封式旋转式压缩机
    • US20100215525A1
    • 2010-08-26
    • US12688144
    • 2010-01-15
    • Hirotsugu OgasawaraTakahiro NishikawaYoshihisa KogureKazuhiko AraiHiroyuki Yoshida
    • Hirotsugu OgasawaraTakahiro NishikawaYoshihisa KogureKazuhiko AraiHiroyuki Yoshida
    • F04B17/03F04C29/02
    • F04C23/001F04C18/3564F04C23/008F04C29/026
    • An object of the present invention is to promote oil separation in a sealed container, thereby decreasing the amount of oil discharged to the outside of a compressor. The compressor comprises discharge hole provided at position facing the end surface of a rotor and through which a compressed refrigerant from first and second rotary compression elements is discharged into the sealed container; and a refrigerant flow path which is extended from a space surrounded with a coil end of a stator projecting from the end surface of the rotor to a rotary compression mechanism side to a space of an air gap between the rotor and the stator, to guide the compressed refrigerant discharged through the discharge hole to an electromotive element opposite to the rotary compression mechanism side. The outlet of this refrigerant flow path opposite to the rotary compression mechanism side faces the inner wall surface of the sealed container, and the volume of a space between the inner wall surface of the sealed container and the electromotive element is 1.5 times or more and 15 times or less that of a space between the rotary compression element and the electromotive element.
    • 本发明的目的是促进密封容器中的油分离,从而减少排出到压缩机外部的油量。 压缩机包括设置在面向转子端面的位置处的排出孔,来自第一和第二旋转压缩元件的压缩制冷剂通过该排出孔排出到密封容器中; 以及从从转子的端面突出的定子的螺旋端围绕的空间向旋转压缩机构侧延伸到转子和定子之间的空气间隙的制冷剂流路,以引导 通过排出孔排出的压缩制冷剂与旋转压缩机构侧相反的电动元件。 与旋转压缩机构侧相反的制冷剂流路的出口面向密封容器的内壁面,密封容器的内壁面与电动元件之间的空间的体积为1.5倍以上,15 以下的旋转压缩元件与电动元件之间的间隔。
    • 9. 发明授权
    • Sealed type rotary compressor
    • 密封型旋转压缩机
    • US08469679B2
    • 2013-06-25
    • US12688144
    • 2010-01-15
    • Hirotsugu OgasawaraTakahiro NishikawaYoshihisa KogureKazuhiko AraiHiroyuki Yoshida
    • Hirotsugu OgasawaraTakahiro NishikawaYoshihisa KogureKazuhiko AraiHiroyuki Yoshida
    • F04B39/06
    • F04C23/001F04C18/3564F04C23/008F04C29/026
    • An object of the present invention is to promote oil separation in a sealed container, thereby decreasing the amount of oil discharged to the outside of a compressor. The compressor comprises discharge hole provided at position facing the end surface of a rotor and through which a compressed refrigerant from first and second rotary compression elements is discharged into the sealed container; and a refrigerant flow path which is extended from a space surrounded with a coil end of a stator projecting from the end surface of the rotor to a rotary compression mechanism side to a space of an air gap between the rotor and the stator, to guide the compressed refrigerant discharged through the discharge hole to an electromotive element opposite to the rotary compression mechanism side. The outlet of this refrigerant flow path opposite to the rotary compression mechanism side faces the inner wall surface of the sealed container, and the volume of a space between the inner wall surface of the sealed container and the electromotive element is 1.5 times or more and 15 times or less that of a space between the rotary compression element and the electromotive element.
    • 本发明的目的是促进密封容器中的油分离,从而减少排出到压缩机外部的油量。 压缩机包括设置在面向转子端面的位置处的排出孔,来自第一和第二旋转压缩元件的压缩制冷剂通过该排出孔排出到密封容器中; 以及从从转子的端面突出的定子的螺旋端围绕的空间向旋转压缩机构侧延伸到转子和定子之间的空气间隙的制冷剂流路,以引导 通过排出孔排出的压缩制冷剂与旋转压缩机构侧相反的电动元件。 与旋转压缩机构侧相反的制冷剂流路的出口面向密封容器的内壁面,密封容器的内壁面与电动元件之间的空间的体积为1.5倍以上,15 以下的旋转压缩元件与电动元件之间的间隔。