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    • 7. 发明申请
    • FLUID MACHINE AND REFRIGERATION CYCLE APPARATUS
    • 流体机和制冷循环装置
    • US20100202909A1
    • 2010-08-12
    • US12670231
    • 2009-05-21
    • Yu ShiotaniHiroshi HasegawaTakeshi OgataShingo OyagiMasanobu WadaOsamu Kosuda
    • Yu ShiotaniHiroshi HasegawaTakeshi OgataShingo OyagiMasanobu WadaOsamu Kosuda
    • F04C23/00F04C29/04
    • F25B31/002F01C11/004F01C13/04F04C18/0223F04C18/356F04C23/001F04C23/003F04C23/008F04C23/02F04C28/02F04C29/021F04C29/042F04C2240/806F04C2240/809F04C2270/24F04C2270/48F25B9/06F25B2400/075
    • A fluid machine (101) includes a first compressor (107) and a second compressor (108). The first compressor (107) has a first closed casing (111), a first compression mechanism (102a), an expansion mechanism (104), and a shaft (113). A first oil reservoir (112) is formed in the first closed casing (111). The second compressor (108) has a second closed casing (125) and a second compression mechanism (102b). A second oil reservoir (126) is formed at a bottom portion in the second closed casing (125). The first closed casing (111) and the second closed casing (125) are connected to each other by an oil passage (109) so that a lubricating oil can flow between the first oil reservoir (112) and the second oil reservoir (126). An opening (109a) of the oil passage (109) on a side of the first closed casing (111) is located above the expansion mechanism (104) with respect to the vertical direction. This configuration prevents the high temperature lubricating oil in a surrounding space of the expansion mechanism (104) and the high temperature lubricating oil in the second compressor (108) from flowing. Thereby, the heat transfer between the first compressor (107) and the second compressor (108) is suppressed.
    • 流体机械(101)包括第一压缩机(107)和第二压缩机(108)。 第一压缩机107具有第一封闭壳体111,第一压缩机构102a,膨胀机构104以及轴113。 在第一封闭壳体(111)中形成有第一储油器(112)。 第二压缩机(108)具有第二封闭壳体(125)和第二压缩机构(102b)。 第二储油器(126)形成在第二封闭壳体(125)的底部。 第一封闭壳体111和第二封闭壳体125通过油路109彼此连接,使得润滑油能够在第一储油部112和第二储油部126之间流动, 。 在第一封闭壳体111的一侧的油路109的开口109a相对于上下方向位于膨胀机构104的上方。 这种结构防止膨胀机构(104)的周围空间中的高温润滑油和第二压缩机(108)中的高温润滑油流动。 由此,抑制了第一压缩机107和第二压缩机108之间的热传递。
    • 9. 发明申请
    • REFRIGERATION CYCLE APPARATUS AND FLUID MACHINE USED THEREFOR
    • 制冷循环装置及其使用的流体机
    • US20100089092A1
    • 2010-04-15
    • US12443584
    • 2008-02-25
    • Hiroshi HasegawaMasaru MatsuiTakeshi OgataShingo OyagiMasanobu Wada
    • Hiroshi HasegawaMasaru MatsuiTakeshi OgataShingo OyagiMasanobu Wada
    • F25B1/00F04B17/00
    • F04C23/006F01C13/04F01C21/007F04C18/0215F04C18/3564F04C23/008F04C2240/809F25B1/10F25B9/06F25B2309/061
    • A fluid machine (10) includes a closed casing (11) in which an oil reservoir (16) for holding oil is formed in a bottom part. Disposed in the closed casing (11) are: a main compression mechanism (3), for compressing a working fluid, to which the oil held the oil reservoir (16) is supplied; a rotary electric motor (8) disposed above the oil reservoir (16) in the closed casing (11); a main compressor shaft (38) for coupling the main compression mechanism (3) and the rotary electric motor (8) to each other; a power recovery mechanism (5) for recovering motive power from the working fluid by performing a suction process for drawing the working fluid and a discharge process for discharging the drawn working fluid; a sub compression mechanism (2), which is driven by the power recovery mechanism (5), for compressing the working fluid and discharging the working fluid to the main compression mechanism (3) side; and a power recovery shaft (12) for coupling the power recovery mechanism (5) and the sub compression mechanism (2) to each other.
    • 流体机械(10)包括封闭壳体(11),其中在底部形成有用于保持油的储油器(16)。 设置在封闭壳体(11)中的是:主压缩机构(3),用于压缩供给储油器(16)的油的工作流体; 设置在所述封闭壳体(11)中的所述贮油器(16)上方的旋转电动机(8)。 主压缩机轴(38),用于将主压缩机构(3)和旋转电动机(8)彼此联接; 用于通过执行用于抽取工作流体的抽吸处理和用于排出所抽取的工作流体的排放过程来从工作流体回收动力的动力回收机构(5) 由动力回收机构(5)驱动的副压缩机构(2),用于压缩工作流体并将工作流体排出到主压缩机构(3)侧; 以及用于将动力回收机构(5)和副压缩机构(2)彼此联接的动力回收轴(12)。
    • 10. 发明授权
    • Refrigeration cycle apparatus and fluid machine used therefor
    • 制冷循环装置及其使用的流体机械
    • US08316664B2
    • 2012-11-27
    • US12443584
    • 2008-02-25
    • Hiroshi HasegawaMasaru MatsuiTakeshi OgataShingo OyagiMasanobu Wada
    • Hiroshi HasegawaMasaru MatsuiTakeshi OgataShingo OyagiMasanobu Wada
    • F25B1/00F04B17/00
    • F04C23/006F01C13/04F01C21/007F04C18/0215F04C18/3564F04C23/008F04C2240/809F25B1/10F25B9/06F25B2309/061
    • A fluid machine (10) includes a closed casing (11) in which an oil reservoir (16) for holding oil is formed in a bottom part. Disposed in the closed casing (11) are: a main compression mechanism (3), for compressing a working fluid, to which the oil held the oil reservoir (16) is supplied; a rotary electric motor (8) disposed above the oil reservoir (16) in the closed casing (11); a main compressor shaft (38) for coupling the main compression mechanism (3) and the rotary electric motor (8) to each other; a power recovery mechanism (5) for recovering motive power from the working fluid by performing a suction process for drawing the working fluid and a discharge process for discharging the drawn working fluid; a sub compression mechanism (2), which is driven by the power recovery mechanism (5), for compressing the working fluid and discharging the working fluid to the main compression mechanism (3) side; and a power recovery shaft (12) for coupling the power recovery mechanism (5) and the sub compression mechanism (2) to each other.
    • 流体机械(10)包括封闭壳体(11),其中在底部形成有用于保持油的储油器(16)。 设置在封闭壳体(11)中的是:主压缩机构(3),用于压缩供给储油器(16)的油的工作流体; 设置在所述封闭壳体(11)中的所述贮油器(16)上方的旋转电动机(8)。 主压缩机轴(38),用于将主压缩机构(3)和旋转电动机(8)彼此联接; 用于通过执行用于抽取工作流体的抽吸处理和用于排出所抽取的工作流体的排放过程来从工作流体回收动力的动力回收机构(5) 由动力回收机构(5)驱动的副压缩机构(2),用于压缩工作流体并将工作流体排出到主压缩机构(3)侧; 以及用于将动力回收机构(5)和副压缩机构(2)彼此联接的动力回收轴(12)。