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    • 2. 发明申请
    • SCREW COMPRESSOR
    • 螺旋压缩机
    • WO2010058182A2
    • 2010-05-27
    • PCT/GB2009/002726
    • 2009-11-20
    • AAF MCQUAY INCORPORATEDYOUNG, Terence, William, ThomasROLL, John, MichaelWOODARD, Peter, Michael
    • YOUNG, Terence, William, ThomasROLL, John, MichaelWOODARD, Peter, Michael
    • F04C18/52F04C28/12
    • F04C18/52F04C28/12F04C28/26F04C2250/10
    • A single screw compressor is arranged to vent the flutes of its main rotor at all times, without having to provide a check valve in the discharge port of the main rotor casing. An additional outlet port in the casing vents gas from the discharge ends of the flutes into the body of a slide instead of to the discharge port. The vented gas is guided to an exit port of the slide, from where it can reach either the discharge port or the bypass port of the casing at all times during use of the compressor and under all loading conditions. The design of the slide further allows the use of an offset • ' discharge port in the casing, in relation to the main rotor. This means that pressure acting through the discharge port in use of the compressor tends to press the slide against another structure than the main rotor, for instance a bearing housing, giving better support to the slide. The slide also provides an improved oil delivery arrangement
    • 单螺杆压缩机布置成一直排放其主转子的凹槽,而不必在主转子壳体的排出口中设置止回阀。 套管中的另外的出口将排气口的气体排入滑块的主体而不是排出口。 排出的气体被引导到滑动件的出口,在压缩机的使用期间以及在所有的加载条件下,它们可以从其到达壳体的排出口或旁通端口。 滑块的设计进一步允许相对于主转子使用壳体中的偏移排出口。 这意味着在使用压缩机时通过排出口作用的压力往往会使滑块抵抗比主转子(例如轴承壳体)更多的结构,从而更好地支撑滑块。 滑块还提供了改进的输油装置
    • 6. 发明申请
    • IMPROVEMENTS IN AND RELATING TO SINGLE SCREW COMPRESSORS
    • 单螺杆压缩机的改进和相关
    • WO1997016648A1
    • 1997-05-09
    • PCT/GB1996002678
    • 1996-11-01
    • AAF-McQUAY INCORPORATEDYOUNG, Terence, William, ThomasROLL, John, Michael
    • AAF-McQUAY INCORPORATED
    • F04C29/10
    • F04C28/02F04B41/06F04C23/001F25B1/10F25B2400/075F25B2400/13F25B2400/23F25B2600/026
    • A single screw compressor having at least two pumping chambers (10A, 10B) of variable volume formed in the flutes of a screw, each of which receives fluid to be compressed from a primary inlet (14:34) when the respective pumping chamber has a first volume at least close to its maximum volume and each of which discharges compressed fluid from an outlet (13a, 13b) when the respective pumping chamber has a second volume which is less than said first volume, one of said pumping chambers (10B) having a secondary inlet (12b, 36) open to the said one chamber (10B) when it has a third volume intermediate the first and second volumes after said one chamber (10B) is closed off from its primary inlet but before the said one chamber (10B) opens to its outlet, is characterised in that means (38a, 38b: 40) is provided on the compressor to connect the outlet of the other pumping chamber (10A) to the secondary inlet (12b, 36) of said one pumping chamber (10B).
    • 一种单螺杆压缩机,其具有至少两个可变容积的泵送室(10A,10B),其形成在螺杆的凹槽中,当相应的泵送室具有一个主泵(14:34)时,每个泵送室从主入口(14:34)接收要被压缩的流体 第一容积至少接近其最大体积,并且当相应的泵送室具有小于所述第一容积的第二容积时,每个所述泵送室(10B)具有 在所述一个腔室(10B)从其主入口封闭之后但在所述一个腔室(...)之前具有第一容积和第二容积之间的第三体积时,向所述一个腔室(10B)开放的次级入口(12b,36) 10B)通向其出口,其特征在于,在压缩机上设置有装置(38a,38b:40),以将另一泵送室(10A)的出口连接到所述一个泵送室的次级入口(12b,36) (10B)。
    • 9. 发明公开
    • SCREW COMPRESSOR
    • 螺杆压缩机
    • EP2359006A2
    • 2011-08-24
    • EP09796026.4
    • 2009-11-20
    • Aaf McQuay Incorporated
    • YOUNG, Terence, William, ThomasROLL, John, MichaelWOODARD, Peter, Michael
    • F04C18/52F04C28/12
    • F04C18/52F04C28/12F04C28/26F04C2250/10
    • A single screw compressor is arranged to vent the flutes of its main rotor at all times, without having to provide a check valve in the discharge port of the main rotor casing. An additional outlet port in the casing vents gas from the discharge ends of the flutes into the body of a slide instead of to the discharge port. The vented gas is guided to an exit port of the slide, from where it can reach either the discharge port or the bypass port of the casing at all times during use of the compressor and under all loading conditions. The design of the slide further allows the use of an offset • ' discharge port in the casing, in relation to the main rotor. This means that pressure acting through the discharge port in use of the compressor tends to press the slide against another structure than the main rotor, for instance a bearing housing, giving better support to the slide. The slide also provides an improved oil delivery arrangement
    • 单螺旋压缩机设置为始终排出其主转子的槽纹,而不必在主转子壳体的排出口中设置止回阀。 套管中的附加出口端口将来自排屑槽的排出端的气体排出到滑动件的主体中而不是排出口。 排出的气体被引导至滑板的出口处,在压缩机使用期间以及在所有负载条件下,其始终能够到达壳体的排气口或旁路口。 滑块的设计进一步允许在壳体内相对于主转子使用偏置•排放口。 这意味着在使用压缩机时通过排出口作用的压力倾向于将滑块压靠在除主转子之外的另一结构上,例如轴承壳体,从而更好地支撑滑块。 幻灯片还提供了一个改进的输油安排