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    • 1. 发明申请
    • METHOD AND SYSTEM FOR AUTOMATIC CAPACITY SELF-MODULATION IN A COMRPESSOR
    • 自动调谐自动调谐方法与系统
    • US20080034772A1
    • 2008-02-14
    • US11460400
    • 2006-07-27
    • Eugene K. ChumleyJoseph F. LopreteDavid T. MonkScott G. Hix
    • Eugene K. ChumleyJoseph F. LopreteDavid T. MonkScott G. Hix
    • F25B49/00
    • F25B49/022F04B39/121F04B49/035F25B2500/01F25B2600/0261F25B2700/1931F25B2700/1933F25B2700/2104
    • An automatic self-modulation capacity compressor for an HVAC&R system is disclosed. The system includes a housing, a compressor, a motor, and a pressure sensitive control valve. The HVAC&R system further comprises an expander and a condenser. In the open position, the control valve permits a portion of the pressurized gasses from the compressor to escape, creating a partial capacity compressor within the system. Once a predetermined set point pressure differential is met, the control valve moves to the closed position, where all of the pressurized gasses within the compressor are provided to the system, thereby creating a full capacity compressor. Once the compressor is operating in full capacity, the compressor remains in full capacity mode until the demands of the system are met and the compressor shuts down. Upon restart, the compressor operates in partial capacity until the predetermined set point pressure is met once again and the compressor begins operating in full capacity.
    • 公开了一种用于HVAC&R系统的自动自调制能力压缩机。 该系统包括壳体,压缩机,马达和压敏控制阀。 HVAC&R系统还包括膨胀器和冷凝器。 在打开位置,控制阀允许来自压缩机的一部分加压气体逸出,从而在系统内产生部分容积的压缩机。 一旦满足预定的设定点压差,则控制阀移动到关闭位置,在压缩机内的所有加压气体被提供给系统,从而形成满容量的压缩机。 一旦压缩机全部运行,压缩机将保持全容量模式,直到满足系统的要求并且压缩机关闭。 在重新启动时,压缩机以部分容量运行,直到再次满足预定的设定点压力,并且压缩机开始以满容量运行。
    • 5. 发明申请
    • System and method for stepped capacity modulation in a refrigeration system
    • 制冷系统中阶梯式容量调节的系统和方法
    • US20040148951A1
    • 2004-08-05
    • US10764399
    • 2004-01-23
    • Bristol Compressors, Inc,
    • Joseph Frank Loprete
    • F25B001/00F25B049/00F25B001/10
    • F25B5/02F25B49/022F25B2400/0751F25B2600/0251
    • A control system is provided for generating discrete stepped output capacities in a refrigeration system. The refrigeration system is preferably a multi-evaporator system having two or more multi-capacity compressors. The multi-capacity compressors can be any kind of reciprocating compressor or scroll compressor that can provide two or more different output capacities. The contributions of the compressors to the overall system capacity can be equal, or more preferably, they can be unequal, i.e., one compressor provides more capacity than the other compressor(s). The control system generates the stepped capacities of the refrigeration system by configuring and controlling the operation of the compressors and the output capacity provided by the compressors.
    • 提供了一种用于在制冷系统中产生离散阶梯式输出能力的控制系统。 制冷系统优选是具有两个或多个多容量压缩机的多蒸发器系统。 多容量压缩机可以是可以提供两个或更多个不同输出容量的任何种类的往复式压缩机或涡旋压缩机。 压缩机对整个系统容量的贡献可以是相等的,或者更优选地,它们可以是不相等的,即一个压缩机提供比其它压缩机更多的容量。 控制系统通过配置和控制压缩机的运行以及由压缩机提供的输出能力来生成制冷系统的阶梯式容量。
    • 6. 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。
    • 7. 发明授权
    • Gas compressor head and discharge valve construction
    • 气体压缩机头和排气阀结构
    • US5080130A
    • 1992-01-14
    • US532204
    • 1990-06-01
    • Gerald L. TerwilligerRobert D. DouglasPrasanta K. RoyMilton M. Kosfeld
    • Gerald L. TerwilligerRobert D. DouglasPrasanta K. RoyMilton M. Kosfeld
    • F04B39/10F04B39/12
    • F04B39/102F04B39/125Y10T137/7838Y10T137/7935
    • A single or multi-cylinder compressor unit being cylinder wall ported and having suction inlet means to compression chamber means through the wall and top of piston means, wherein suction valve means comprises preferably a light-weight plastic disc means mouted in an essentially free-floating manner in the piston means top, the discharge valving cooperatively comprises discharge porting plate means and discharge valve disc means reciprocably mounted on bearing means in the compressor head for enhanced operating accuracy and seat longevity and adapted to seal discharge port aperture means in the plate means on the suction stroke, and wherein the piston means top, the compression side of the suction valve disc means, the compression side of the porting plate means, and the compression side of the discharge valve disc means all being adapted to lie substantially in the same plane at the apex of the compression stroke to essentially eliminate gas reexpansion.
    • 单缸或多缸压缩机单元是气缸壁,并且具有通过活塞装置的壁和顶部的压缩室装置的吸入口装置,其中吸入阀装置优选包括轻质塑料盘装置,其基本上自由浮动 在活塞装置顶部的方式,排放阀协同地包括排出口板装置和可往复运动地安装在压缩机头中的轴承装置上的排出阀盘装置,用于提高操作精度和座椅寿命,并且适于将板装置中的排出口孔装置 吸入冲程,并且其中活塞装置顶部,吸入阀盘装置的压缩侧,移动板装置的压缩侧,排出阀盘装置的压缩侧全部适于基本上位于同一平面 在压缩行程的顶点,以基本上消除气体再膨胀。
    • 8. 发明授权
    • System and method for reducing noise in multi-capacity compressors
    • 降低多容量压缩机噪音的系统和方法
    • US07374406B2
    • 2008-05-20
    • US11240976
    • 2005-09-30
    • Bruce MoodyTyrone Scott SimerlyMark TrentDavid Turner MonkScott Garrison Hix
    • Bruce MoodyTyrone Scott SimerlyMark TrentDavid Turner MonkScott Garrison Hix
    • F04B43/12F04B1/06F04B49/00F04B7/04
    • F04B1/0452F04B27/0451
    • A method and system is provided for reducing chatter in multi-capacity compressors having disengageable eccentric structures. The multi-capacity fluid compressor includes a compression chamber having a discharge end and an inner surface. The compressor also includes a compression member having a disengageable eccentric structure allowing the compressor to provide discrete compression capacities. A valve portion is disposed adjacent to the discharge end of the compression chamber and is arranged and disposed to discharge a compressed fluid when the compression member has completed. A discharge arrangement is arranged and disposed to discharge at least a portion of fluid remaining in the compression chamber at the completion of the compression cycle. The discharge of at least a portion of the fluid remaining in the compression chamber reduces or eliminates forces on the disengageable eccentric structure to limit rotational acceleration of the disengageable eccentric structure.
    • 提供了一种用于减少具有可脱离偏心结构的多容量压缩机中​​的颤动的方法和系统。 多容量流体压缩机包括具有排出端和内表面的压缩室。 压缩机还包括具有可脱离偏心结构的压缩构件,允许压缩机提供离散的压缩能力。 阀部分邻近压缩室的排出端设置,并且被布置和设置成当压缩构件完成时排出压缩流体。 排出装置被布置和设置成在压缩循环完成时排出残留在压缩室中的至少一部分流体。 残留在压缩室中的至少一部分流体的排放减少或消除了可脱离的偏心结构上的力,以限制可脱离的偏心结构的旋转加速。