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    • 1. 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。
    • 3. 发明授权
    • Gas compressor head and discharge valve construction
    • 气体压缩机头和排气阀结构
    • US5203857A
    • 1993-04-20
    • US775866
    • 1991-10-15
    • Gerald L. TerwilligerRobert D. DouglasPrasanta K. RoyMilton M. Kosfeld
    • Gerald L. TerwilligerRobert D. DouglasPrasanta K. RoyMilton M. Kosfeld
    • F04B39/10F04B39/12
    • F04B39/102F04B39/125Y10T137/7919
    • 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 mounted 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圆筒壁,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地包括安装在基本上自由浮动的轻质塑料盘装置 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。
    • 4. 发明授权
    • Refrigerant gas compressor unit
    • 制冷剂气体压缩机组
    • US4850816A
    • 1989-07-25
    • US214116
    • 1988-06-30
    • Milton M. Kosfeld
    • Milton M. Kosfeld
    • F04B39/12F04B39/16
    • F04B39/123F04B39/16F25B2400/02Y10S417/902
    • A refrigeration gas compressor unit having a casing, and electric motor driven compressor mounted in the casing, a housing containing and substantially isolating the inner passages or cavities of the motor from the casing cavity, a refrigerant suction port in the casing, a stationary liquid-gas separator in the casing having a wall defining a generally circular chamber communicating substantially tangentially with the suction port, a primary outlet in a radially central portion of the separator and a secondary outlet in a peripheral portion thereof, a primary-feed conduit connecting the primary outlet to the intake of the compressor, a secondary-feed conduit connecting the secondary outlet to the intake of the compressor and includes the passages between the housing, rotor and stator of the electric motor, and a refrigerant discharge port in the casing communicating with the compression chamber of the compressor.
    • 一种具有壳体的制冷气体压缩机单元和安装在壳体中的电动机驱动的压缩机,壳体包含并基本上将电动机的内部通道或空腔与壳体空腔隔离,壳体中的制冷剂吸入口, 壳体中的气体分离器具有限定基本上圆形的腔室的壁,该腔室基本上与吸入口相切地连通,分离器的径向中心部分中的主要出口和其周边部分中的次级出口,连接主要 出口到压缩机的入口,将次级出口连接到压缩机的进气口的二次进料管道,并且包括在电动机的壳体,转子和定子之间的通道,以及壳体中的制冷剂排出口, 压缩机的压缩室。
    • 5. 发明授权
    • Flapper valve for a rotary compressor
    • 旋转式压缩机的开关阀
    • US3998243A
    • 1976-12-21
    • US633406
    • 1975-11-19
    • Charles L. OsterkornMilton M. Kosfeld
    • Charles L. OsterkornMilton M. Kosfeld
    • F04C29/12F16K15/16
    • F04C29/128F16K15/16Y10T137/7892
    • The flapper valve is to be utilized in a compressor of the type having a valve chamber adjacent a discharge or outlet port. The valve comprises a flexible valve member in the valve chamber which has a port closure at the front end thereof to seal the discharge port of the compressor. A backer plate is similarly received in the valve chamber and has one end in engagement with the rear end of the valve member to normally bias the port closure to a position wherein the discharge port of the compressor is closed. The valve member is provided with forwardly extending arms which cooperate with upturned ears on the backer plate to prevent longitudinal and lateral movement of the valve member. Accordingly, the valve member and backer plate need not be connected together prior to placement into the valve chamber. Alternatively, if the member and plate are connected together, their relative positions will be maintained even if the connection breaks.
    • 挡板阀应用于具有与排放口或出口相邻的阀室的类型的压缩机中。 该阀包括在阀室中的柔性阀构件,其在其前端处具有端口封闭件以密封压缩机的排出口。 支撑板类似地容纳在阀室中并且具有与阀构件的后端接合的一端,以将端口封闭件正常地偏压到压缩机的排出口关闭的位置。 阀构件设置有向前延伸的臂,其与衬垫上的上翻耳配合,以防止阀构件的纵向和横向移动。 因此,在安装到阀室之前,阀构件和支承板不需要连接在一起。 或者,如果构件和板连接在一起,即使连接断开,它们的相对位置将被保持。
    • 6. 发明授权
    • Injection cooling arrangement for rotary compressor
    • 旋转式压缩机的注射冷却装置
    • US3945220A
    • 1976-03-23
    • US565844
    • 1975-04-07
    • Milton M. Kosfeld
    • Milton M. Kosfeld
    • F04C29/04F25B31/00
    • F25B31/008F04C29/042
    • Liquid refrigerant is injected into the high-pressure side of a rotary compressor so as to cool the refrigerant being compressed to allow it to be useful in cooling the compressor motor. The injection port is located on the bottom face of the compressor chamber, within an area removed from the compressor chamber wall, immediately adjacent the compressor chamber discharge. The feed to the injection port is through a larger tube containing two non-connected capillaries, the first capillary being connected to the inlet of the tube and the second capillary being connected to the injection port. In this manner, a column of liquid remains in the second capillary. The combination of the placement of the injection port and the form of the inlet tubing to the injection port prevents liquid from being carried over into the suction side of the compressor, where efficiency and economy would be diminished, avoids the necessity for a check valve in the suction line to the compressor chamber, and allows for the parts of the compressor chamber to be used with varying compressor rollers without remachining.
    • 液体制冷剂被注入到旋转压缩机的高压侧,以冷却被压缩的制冷剂,使其可用于冷却压缩机电动机。 注射口位于压缩机室的底面上,在与压缩机室壁隔离的区域内,紧邻压缩机室排出口。 注入口的进料通过一个较大的管,其中包含两个未连接的毛细管,第一毛细管连接到管的入口,第二毛细管连接到注射口。 以这种方式,一列液体残留在第二毛细管中。 将注入口的放置和入口管的形式组合到注射端口防止液体被运送到压缩机的吸入侧,其中效率和经济性将被降低,避免了止回阀的必要性 到压缩机室的吸入管线,并且允许压缩机室的部件与不同的压缩机辊子一起使用而不需要再加工。