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    • 25. 发明授权
    • Reduced height sealed compressor and incorporation of suction tube
    • 降低密封压缩机并结合吸管
    • US06261071B1
    • 2001-07-17
    • US09410593
    • 1999-10-01
    • John R. WilliamsTracy L. Milliff
    • John R. WilliamsTracy L. Milliff
    • F04B3902
    • F04C23/008F04C2240/603
    • An improved compressor incorporates structure for facilitating the alignment of a suction tube with the motor stator windings. In one embodiment, the motor stator is provided with a protective coating such that the refrigerant entering the compressor housing through the suction tube does not damage the motor windings. In another feature, the chamber housing is bumped out in the location where the suction tube is mounted such that the distance between the radially inner end of the suction tube and the radially outer portion of the windings is increased. The above provides better protection for the motor windings in a sealed compressor wherein the suction tube is axially aligned with the motor windings.
    • 改进的压缩机结合了便于吸引管与电动机定子绕组对准的结构。 在一个实施例中,电动机定子设置有保护涂层,使得通过吸入管进入压缩机壳体的制冷剂不会损坏电动机绕组。 在另一个特征中,腔室壳体在吸入管安装的位置处被撞出,使得吸入管的径向内端与绕组的径向外部之间的距离增加。 以上为密封压缩机中的电动机绕组提供了更好的保护,其中吸入管与电动机绕组轴向对准。
    • 26. 发明授权
    • Check valve mounted adjacent scroll compressor outlet
    • 止回阀安装在相邻的涡旋压缩机出口
    • US06227830B1
    • 2001-05-08
    • US09366808
    • 1999-08-04
    • Gene Michael FieldsJoe T. HillJohn R. WilliamsTracy L. MilliffMichael R. Young
    • Gene Michael FieldsJoe T. HillJohn R. WilliamsTracy L. MilliffMichael R. Young
    • F04C1804
    • F04C29/126F04C18/0215Y10T137/7913
    • Several discharge check valve arrangements for scroll compressors move the check valve closer to the discharge port and the compression chambers. This reduces the amount of discharge pressure backflow, and thus reduces the amount of reverse rotation at shutdown. In one type of check valve arrangement, a plug is mounted within a check valve chamber to provide a stop for the check valve. The plug allows the check valve to seat against its valve seat while the compressor is operating to allow gas to flow around the check valve into a discharge plenum. At shutdown, the check valve arrangement is constructed to cause the check valve to rapidly close the discharge port. In other arrangements, the discharge check valve assembly may be mounted in a separator plate as a separate valve plug. This embodiment is similar to an earlier embodiment in the basic operation of the check valve.
    • 用于涡旋压缩机的多个排放止回阀装置将止回阀移动到更靠近排出口和压缩室的位置。 这减少了排出压力的回流量,从而减少了关闭时的反转量。 在一种类型的止回阀装置中,塞子安装在止回阀室内以为止回阀提供停止。 当压缩机运行时,该插头允许止回阀抵靠其阀座座位,以允许气体在止回阀周围流动到排气室。 关闭时,止回阀装置构造成使止回阀快速关闭排放口。 在其他布置中,排放止回阀组件可以作为单独的阀塞安装在隔板中。 该实施例与止回阀的基本操作中的早期实施例类似。
    • 28. 发明授权
    • Scroll compressor having bearing structure in the orbiting scroll to
eliminate tipping forces
    • 涡旋式压缩机在绕动涡旋件中具有轴承结构,以消除倾翻力
    • US6030192A
    • 2000-02-29
    • US979878
    • 1997-11-26
    • Joe T. HillGene M. FieldsJohn R. WilliamsTerry L. Lyons
    • Joe T. HillGene M. FieldsJohn R. WilliamsTerry L. Lyons
    • F04C18/02F04C23/00F04C27/00F04C29/00F04C18/04
    • F04C18/0215F04C18/0261F04C27/005F04C29/0057F04C23/008
    • A scroll compressor having a housing containing an orbiting scroll and a non-orbiting scroll each having a base formed with a free side and a compression side and having an involute extending generally normally from the compression side, each the involute terminating in an axially outer, substantially planar edge and having a radially outer inlet end and a radially inner discharge end, the scrolls being mounted within the housing in mating arrangement about a center axis of the involutes for relative orbital motion for compressing gas between the base and adjacent side portions of the involutes, the orbiting scroll having special bearing structure for eliminating the laterally directed tipping forces which are generally experienced by the orbiting scrolls of conventional scroll compressors, the bearing structure having a bearing hub integral with the discharge end of the involute of the orbiting scroll, the hub having a cylindrical bore oriented substantially normal to the compression side of the orbiting scroll for rotatably receiving an eccentric shaft section of a compressor crankshaft, bearing means formed axially thru the base of the non-orbiting scroll, a crankshaft having an axial section and an eccentric section, the axial section being rotatably mounted in the bearing and the eccentric section being rotatably mounted in the hub, whereby rotation of the crankshaft will move the orbiting scroll thru an orbit relative to the non-orbiting scroll to thereby generate compression pockets between both the base and the involutes.
    • 一种涡旋式压缩机,其具有容纳有绕动涡旋件和非绕动涡旋件的壳体,每个涡旋盘具有形成有自由侧和压缩侧的基部,并且具有通常从压缩侧延伸的渐开线,每个渐开线终止于轴向外侧, 基本平坦的边缘并且具有径向外部入口端和径向内部排出端,所述涡旋件围绕所述渐开线的中心轴线以配合方式安装在所述壳体内,用于相对轨道运动,用于压缩所述基部和相邻侧部分之间的气体 渐开线,具有特殊轴承结构的绕动涡旋件用于消除通常由常规涡旋压缩机的绕动涡卷经受的横向倾斜力,该轴承结构具有与旋转涡卷的渐开线​​的排出端一体的轴承毂, 毂具有基本上垂直于压缩的圆柱形孔 可转动地容纳压缩机曲柄轴的偏心轴部的动涡旋盘侧面,轴向通过非定涡旋盘的底座形成的轴承装置,具有轴向部分和偏心部的曲轴,轴向部分可旋转地安装在 轴承和偏心部分可旋转地安装在轮毂中,由此曲轴的旋转将相对于非绕动涡旋件使绕动涡旋件通过轨道运动,从而在基部和渐开线之间产生压缩袋。