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    • 1. 发明公开
    • Multi-stage rotary compressor
    • 多级旋转式压缩机
    • EP1813815A2
    • 2007-08-01
    • EP07009816.5
    • 2003-08-25
    • SANYO ELECTRIC CO., LTD.
    • Matsumoto, KenzoFujiwara, KazuakiYamasaki, HaruhisaWatabe, YoshioYamaguchi, KentaroTsuda, NoriyukiYamanaka, MasajiSato, Kazuya
    • F04C18/356F04C23/00F01C21/08
    • F04C23/008F01C21/0863F04C18/3564F04C23/001
    • A multi-stage compression type rotary compressor 10 is provided with an electrical-power element 14, the first and second rotary compression elements 32, 34 driven by a rotary shaft 16 of the electrical-power element 14 in a sealed vessel 12. The refrigerant compressed by the first rotary compression element 32 is compressed by the second rotary compression element 34. The refrigerant is combustible. The refrigerant compressed by the first rotary compression element 32 is discharged to the sealed vessel 12. The discharged medium pressure refrigerant is compressed by the second rotary compression element 34. Additionally, the displacement volume ratio of the second rotary compression element 34 to the first rotary compression element 32 is set not less than 60% and not more than 90%. By using the multi-stage compression type rotary compressor, a rotary compressor using a combustible refrigerant can be carried out.
    • 多级压缩式旋转式压缩机10具有电动元件14,第一和第二旋转压缩元件32,34由密封容器12中的电动元件14的旋转轴16驱动。制冷剂 被第一旋转压缩元件32压缩的压缩空气被第二旋转压缩元件34压缩。制冷剂是可燃的。 被第一旋转压缩部件32压缩的制冷剂被排出到密闭容器12.被排出的中压制冷剂被第二旋转压缩部件34压缩。另外,第二旋转压缩部件34相对于第一旋转部件 压缩元件32被设定为不小于60%且不大于90%。 通过使用多级压缩式旋转式压缩机,可以实现使用可燃性制冷剂的旋转式压缩机。
    • 5. 发明公开
    • Multi-stage rotary compressor
    • 多级旋转式压缩机
    • EP1813817A3
    • 2007-09-05
    • EP07009818.1
    • 2003-08-25
    • SANYO ELECTRIC CO., LTD.
    • Matsumoto, KenzoFujiwara, KazuakiYamasaki, HaruhisaWatabe, YoshioYamaguchi, KentaroTsuda, NoriyukiYamanaka, MasajiSato, Kazuya
    • F04C18/356F04C23/00F01C21/08
    • F04C23/008F01C21/0863F04C18/3564F04C23/001
    • A setting method of displacement volume ratio for a multi-stage compression type rotary compressor (10), comprising an electrical-power element (14), first and second rotary compression elements (32,34) driven by a rotary shaft (16) of the electrical-power element (14), first and second rollers (48,46) respectively eccentrically revolving within the cylinders (40,38) at a first eccentric portion (44) and a second eccentric portion (42) provided on the rotary shaft (16) with a phase difference there between in a sealed vessel (12), wherein a refrigerant compressed and discharged by the first rotary compression element (32) is sucked and then compressed und discharged by the second rotary compression element (34), characterized in that the method comprises: constructing the first anti second eccentric portions (44,42), the first and second rollers (48,46), and the first and second cylinders (40,38), wherein dimensions of the first and second eccentric portions (44,42) are same, dimensions of the first and second rollers (48,46) are same, and dimension of the first and second cylinders (40,38) are same; and
      setting a displacement volume ratio of the first and second rotary compression elements (32,34) by expanding the second cylinder (38) outwardly from a suction port (161) in a range of a predetermined angle in a rotation direction of the second roller (46) to adjust a compression-starting angle of die second rotary compression element (34).
    • 一种多级压缩式旋转式压缩机10的排量容积比的设定方法,该多级压缩式旋转式压缩机10包括电动元件14,由第一旋转压缩元件32的旋转轴16驱动的第一旋转压缩元件32和第二旋转压缩元件32, 在第一偏心部分(44)和第二偏心部分(42)处分别在气缸(40,38)内偏心旋转的第一和第二滚轮(48,46),第一偏心部分(42)设置在旋转轴 (32)压缩并排出的制冷剂被第二旋转压缩元件(34)吸入而被压缩并排出的密封容器(12)之间具有相位差的第二旋转压缩元件(16) 该方法包括:构造第一反第二偏心部分(44,42),第一和第二辊子(48,46)以及第一和第二缸体(40,38),其中第一和第二偏心轮 部分(44,42)是相同的尺寸 第一和第二辊子(48,46)的尺寸相同,并且第一和第二圆筒(40,38)的尺寸相同; 通过在所述第二辊的旋转方向上的规定角度的范围内从所述吸入口(161)向外侧膨胀所述第二气缸(38),来设定所述第一旋转压缩元件(32)和所述第二旋转压缩元件(32) (46)调整第二旋转压缩元件(34)的压缩开始角度。