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    • 2. 发明公开
    • 2-CYLINDER, 2-STAGE COMPRESSION TYPE ROTARY COMPRESSOR
    • 2缸,2级压缩式旋转压缩机
    • EP1195526A1
    • 2002-04-10
    • EP01912412.2
    • 2001-03-15
    • Sanyo Electric Co., Ltd.
    • Ebara, ToshiyukiTadano, MasayaYamakawa, TakashiOda, Atsushi
    • F04C23/00
    • F04C27/008F04C18/3564F04C23/001F04C23/008F04C2240/603
    • A double-cylinder two-stage compression rotary compressor (10) comprising a first and a second compressors (32, 34), driven by an electric motor (14), all accommodated in a sealed container (12). The first and the second compressor (32, 34) have respective first and second cylinders (40, 42) accommodating first and second rollers (48, 50), fitted on respective first and second eccentric cams (44, 46). The inner spaces of the first and second cylinders are partitioned by respective first and second vanes (52, 54) to form suction spaces and compression spaces. The two cylinders are separated by an intermediate partition panel (38), which has a central bore (36) for passing therethrough a shaft (16) of the motor (14). The center of the bore (36a) of the intermediate partition panel (38) facing the first roller (48) is offset away from the center of the shaft (16) to an angular position having a central angle about the center of the shaft in the range of 90 ± 45 degrees with reference to the first vane (52), and the center of the bore (36b) of the intermediate partition panel (38) facing the second roller (50) is offset about the center of the shaft (16) by an angle in the range of 270 - 360 degrees to increase the sealing areas of the rollers with the intermediate partition panel, thereby decreasing the leakage of the refrigerant gas and increasing volumetric efficiency and pressure efficiency of the compressor.
    • 一种双缸双级压缩旋转式压缩机(10),包括由电动机(14)驱动的第一和第二压缩机(32,34),全部容纳在密封容器(12)中。 第一和第二压缩机(32,34)具有分别装配在相应的第一和第二偏心凸轮(44,46)上的第一和第二辊(48,50)的第一和第二缸(40,42)。 第一和第二气缸的内部空间由相应的第一和第二叶片(52,54)分隔以形成吸入空间和压缩空间。 两个汽缸由中间隔板(38)隔开,中间隔板具有用于穿过电机(14)的轴(16)的中心孔(36)。 中间分隔板38的面对第一辊48的孔36a的中心从轴16的中心偏移到具有围绕轴中心的中心角的角位置, 相对于第一叶片(52)以及中间隔板(38)的面向第二辊(50)的孔(36b)的中心的90±45度的范围围绕轴的中心偏移 16)以270-360度范围内的角度移动,以增加具有中间分隔板的辊的密封面积,从而减少制冷剂气体的泄漏并提高压缩机的容积效率和压力效率。