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    • 3. 发明授权
    • Turbulence generating device adjacent the inlet end of each discharge
port of a multi-cylinder piston-type compressor for providing internal
pulsation and noise suppression
    • 湍流发生装置邻近多缸活塞式压缩机的每个排放口的入口端,用于提供内部脉动和噪声抑制
    • US4836754A
    • 1989-06-06
    • US116367
    • 1987-11-02
    • Hayato IkedaSatoshi KitahamaHiroshi Onomura
    • Hayato IkedaSatoshi KitahamaHiroshi Onomura
    • F04B27/08F04B27/10F04B39/00F04B39/10
    • F04B27/1009F04B39/1073
    • A multi-cylinder piston type compressor having an axially extending cylinder block with cylinder bores formed therein and closed on at least one axial end by a housing defining therein suction and discharge chambers and provided therein with a reciprocative piston mechanism for drawing, compressing, and discharging a refrigerant gas. The compressor also has a valve plate member arranged between the cylinder block and the housing for defining therein suction ports and discharge ports, a suction valve sheet member defining therein suction valves openably closing the suction ports and discharge apertures for introducing the refrigerant gas after compression from the cylinder bores into the discharge chamber of the housing via the discharge port of the valve plate member. The compressor also has an internal pulsation and noise suppression unit provided by extensions formed in the suction valve sheet member and adjacent to the discharge ports of the valve plate member.
    • 一种多缸活塞式压缩机,其具有形成在其中的具有气缸孔的轴向延伸的气缸体,并且在至少一个轴向端部上由限定有吸入和排出室的壳体封闭,并且在其中设置有用于拉伸,压缩和排出的往复活塞机构 制冷剂气体。 压缩机还具有设置在气缸体和壳体之间的阀板构件,用于在其中限定吸入口和排出口;吸入阀片构件,其中限定吸入阀,其可开启地封闭吸入口和排出孔,用于将压缩后的制冷剂气体引入 气缸经由阀板构件的排出口进入壳体的排出室。 压缩机还具有内部脉动和噪声抑制单元,该单元由形成在吸入阀片构件中并与阀板构件的排出口相邻的延伸部提供。
    • 4. 发明授权
    • Piston type compressor for air conditioning unit having asymmetric valve
mechanism
    • 具有不对称阀机构的空调机组的活塞式压缩机
    • US4781540A
    • 1988-11-01
    • US937340
    • 1986-12-03
    • Hayato IkedaMitsuhiro OiwaSatoshi KitahamaHiroshi OnomuraMasahiro Sawada
    • Hayato IkedaMitsuhiro OiwaSatoshi KitahamaHiroshi OnomuraMasahiro Sawada
    • F04B39/10F04B27/08F16K15/16
    • F04B39/1073F04B39/1086Y10T137/7891
    • A piston type compressor having a cylinder block in which a plurality of compression chambers permitting a plurality of pistons to be reciprocated so as to compress a refrigerant gas pumped from a suction chamber formed in an end housing into the compression chambers through suction ports of a valve plate, openably closed by a suction valve mechanism with a plurality of suction reed valves, and to discharge the compressed refrigerant gas from the compression chambers into a discharge chamber formed in the end housing through discharge ports of the valve plate, are openably closed by a discharge valve mechanism having a plurality of discharge reed valves. The suction and discharge reed valves of the suction and discharge valve mechanisms are prevented from undergoing complicated and irregular vibrations by an asymmetrical arrangement of the suction and discharge ports of the valve plate, or by provision of asymmetrical through-openings to adjust mechanical flexibility to the suction and discharge reed valves for both reed valves.
    • 一种活塞式压缩机,具有气缸体,多个压缩室允许多个活塞往复运动,以便通过阀的吸入口将形成在端部壳体中的吸入室泵送的制冷剂气体压缩到压缩室中 通过具有多个吸入簧片阀的吸入阀机构可打开地关闭的板,并且通过阀板的排出口将压缩的制冷剂气体从压缩室排出到形成在端部壳体中的排出室中,可通过 排出阀机构具有多个排出簧片阀。 吸入和排出阀机构的吸入和排出簧片阀通过阀板的吸入和排出端口的不对称布置来防止复杂和不规则的振动,或者通过提供不对称的通孔来调节机械灵活性 两个簧片阀的吸入和排出簧片阀。
    • 6. 发明授权
    • Piston type compressor for air conditioning unit with asymmetric valve
mechanisms
    • 具有不对称阀机构的空调机的活塞式压缩机
    • US4764091A
    • 1988-08-16
    • US2307
    • 1987-01-09
    • Hayato IkedaHiroshi OnomuraSatoshi Kitahama
    • Hayato IkedaHiroshi OnomuraSatoshi Kitahama
    • F04B39/10F04B27/08F16K15/16
    • F04B39/1086F04B39/1073Y10T137/7891
    • A piston type compressor having a cylinder block in which a plurality of compression chambers permit a plurality of pistons to be reciprocated so as to compress a refrigerant gas pumped from a suction chamber formed in an end housing into the compression chambers through suction ports of a valve plate, openably closed by a suction valve mechanism with a plurality of suction reed valves oscillatorily movable with regard to two bearing points, respectively, and to discharge the compressed refrigerant gas from the compression chambers into a discharge chamber formed in the end housing through discharge ports of the valve plate, openably closed by a discharge valve mechanism having a plurality of discharge reed valves oscillatorily movable with regard to two bearing points, respectively. The suction and discharge reed valves of the suction and discharge valve mechanisms are prevented suffering the effect of complicated and irregular vibrations by an asymmetrical arrangement of the suction and discharge ports of the valve plate with regard to bisectors perpendicular to lines connecting the respective two bearing points.
    • 一种具有气缸体的活塞式压缩机,其中多个压缩室允许多个活塞往复运动,以便通过阀的吸入口将形成在端部壳体中的吸入室泵送的制冷剂气体压缩到压缩室中 通过吸入阀机构可打开地闭合,多个吸入簧片阀分别相对于两个支承点可振荡地移动,并且将压缩的制冷剂气体从压缩室排出到通过排出口形成在端部壳体中的排出室 通过排出阀机构可开启地闭合,排出阀机构分别具有可相对于两个支承点振动的多个排出簧片阀。 通过垂直于连接相应的两个轴承点的线的二等分线,通过阀板的吸入和排出端口的不对称布置来防止吸入和排出阀机构的吸入和排出簧片阀受到复杂和不规则振动的影响 。
    • 7. 发明授权
    • Integrated muffler structure for compressors
    • 压缩机集成消音器结构
    • US5899670A
    • 1999-05-04
    • US881249
    • 1997-06-25
    • Hayato IkedaSatoshi KitahamaMotonobu KawakamiTetsuya Takashima
    • Hayato IkedaSatoshi KitahamaMotonobu KawakamiTetsuya Takashima
    • F04B27/08F04B27/10F04B39/00
    • F04B27/1036F04B39/0027
    • A compressor having a housing formed by joining a plurality of housing components. A plurality of muffler elements are formed integrally with the housing components along the periphery of the housing. A muffler chamber is defined in the housing by coupling the housing components to one another. A large volume chamber and a small volume chamber are defined in the muffler chamber and connected to each other. An inlet is provided in at least one of the muffler elements for drawing the gas in the discharge chamber into the large volume chamber. An outlet is provided in the muffler elements for discharging the gas in the small volume chamber into the external circuit. The arrangement and construction of the housing is such that the pressure pulses in the discharge gas are reduced, and thus vibration and noise are reduced.
    • 一种压缩机,具有通过连接多个壳体部件而形成的壳体。 多个消声器元件沿着壳体的周边与壳体部件一体地形成。 消声器室通过将壳体部件彼此联接而限定在壳体中。 在消声器室中限定了大容积室和小容积室,并且彼此连接。 在至少一个消声器元件中设置入口,用于将排出室中的气体吸入大容积室。 在消声器元件中设置有用于将小容积室中的气体排放到外部回路中的出口。 壳体的布置和结构使得放电气体中的压力脉冲减小,从而降低振动和噪声。
    • 9. 发明授权
    • Shoe and swash plate lubricator for a swash plate type compressor
    • 用于斜盘式压缩机的鞋和斜盘润滑器
    • US4781539A
    • 1988-11-01
    • US61653
    • 1987-06-11
    • Hayato IkedaSatoshi Kitahama
    • Hayato IkedaSatoshi Kitahama
    • F04B27/08F04B27/10F04B1/16F01M1/00F04B1/18
    • F04B27/109F04B27/1054
    • A swash plate type compressor having a pair of axially combined front and rear cylinder blocks forming therein a plurality of cylinder bores and a swash plate chamber into which an oil-contained refrigerant is introduced from an air-conditioning circuit, a drive shaft centrally rotatably mounted in the combined cylinder block, a swash plate having sliding contact faces oblique to an axis of the drive shaft, and supported on the drive shaft so that the swash plate is rotated within the swash plate chamber, compressing double-headed pistons slidably fitted in the cylinder bores, shoes intervened between the swash plate and the pistons for causing reciprocating motions of the pistons in response to rotating motion of the swash plate, and a shoe and swash plate lubricator for constantly supplying a lubricating oil component contained in the refrigerant gas between the swash plate and the shoes. The shoe and swash plate lubricator is formed by recessed portions arranged in a determined part of the sliding contact faces of the swash plate, and captures and retains the oil-contained refrigerant at a position adjacent to the circularly extending flat path of the swash plate in sliding contact with the shoes while the swash plate is rotating within the swash plate chamber, to constantly supply the oil-contained refrigerant to each of the shoes and the swash plate per se.
    • 一种斜盘式压缩机,具有一对轴向组合的前后气缸体,其中形成有多个气缸孔和斜盘室,空气调节回路中装有含油制冷剂,驱动轴中心可旋转地安装 在组合气缸体中,具有与驱动轴的轴线倾斜的滑动接触面的斜盘,并且支撑在驱动轴上,使得斜盘在旋转斜盘室内旋转,压缩可滑动地装配在旋转斜盘室中的双头活塞 气缸孔,介于旋转斜盘和活塞之间的鞋,用于响应于旋转斜盘的旋转运动而引起活塞的往复运动;以及鞋和斜盘润滑器,用于不断地供应包含在制冷剂气体中的润滑油组分 斜盘和鞋子。 鞋和斜盘润滑器由布置在旋转斜盘的滑动接触面的确定部分中的凹部形成,并且将含油制冷剂捕获并保持在与斜盘的圆形延伸的平坦路径相邻的位置处 当旋转斜盘在旋转斜盘室内旋转时,与鞋滑动接触,以便将含油制冷剂不断地供给到每个鞋和斜盘本身。
    • 10. 发明授权
    • Piston type compressor with improved suction reed valve stopper
    • 活塞式压缩机具有改进的吸力簧片阀塞
    • US4749340A
    • 1988-06-07
    • US921001
    • 1986-10-17
    • Hayato IkedaHiroshi OnomuraMasahiro Sawada
    • Hayato IkedaHiroshi OnomuraMasahiro Sawada
    • F04B27/08F04B27/10F04B39/10F16K15/16
    • F04B27/1009F04B39/1073F04B39/1086Y10T137/785Y10T137/7892
    • A piston type compressor having a cylinder block in which a plurality of compression chambers permit a plurality of pistons to be reciprocated so as to compress a refrigerant sucked from a suction chamber formed in an end housing into the compression chambers through suction ports of a valve plate openably closed by a plurality of suction reed valves. The compressor also has a valve stop construction for stopping the movement of the suction reed valves when the valves reach the opening position thereof apart from the valve plate. The valve stop construction includes recessed seats formed in an axial end face of the cylinder block so as to permit a portion of the free end of respective suction reed valves to be first seated on the recessed seats, and to permit the remaining portion of the free end of the suction reed valves to be stably seated on the recessed seats. The gradual stoppage of the suction reed valves suppresses vibration of the valves and prevents noise.
    • 一种具有气缸体的活塞式压缩机,其中多个压缩室允许多个活塞往复运动,以便通过阀板的吸入口将形成在端部壳体中的吸入室吸入的制冷剂压缩到压缩室中 可打开地由多个吸入簧片闭合。 压缩机还具有阀止动结构,用于当阀门到达其与阀板的开启位置时停止吸入簧片阀的运动。 阀门止动结构包括形成在气缸体的轴向端面上的凹座,以便允许相应的吸入簧片阀的自由端的一部分首先坐在凹座上,并允许剩余部分的自由 吸入簧片阀的端部能够稳定地安置在凹座上。 吸入簧片阀的逐渐停止抑制阀的振动并防止噪音。