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    • 2. 发明授权
    • Compressor
    • 用于压缩机的排放阀的保持装置
    • US06454545B1
    • 2002-09-24
    • US08972849
    • 1997-11-18
    • Hayato IkedaNoriyuki ShintokuTomohiro WakitaKeishi Nakagaki
    • Hayato IkedaNoriyuki ShintokuTomohiro WakitaKeishi Nakagaki
    • F04B112
    • F04B39/1073F04B27/1009Y10T137/7892Y10T137/7893
    • In the present compressor, a retainer is prevented from being deformed without impairing the sealing performance of a metal gasket provided between a covering member for closing a compression chamber of a cylinder block assembly and a discharge valve forming plate. A discharge valve forming plate is provided between a valve plate having at least one discharge port through which a fluid compressed in a compression chamber of a cylinder block assembly is discharged into a discharge chamber of a housing and the cylinder block assembly. A retainer for restricting the magnitude of opening of a discharge valve is integrally formed in a metal gasket which is provided between the discharge valve forming plate and the housing. The housing is provided with a restricting section at a position corresponding to a proximal portion of a rising portion of the retainer for restricting the proximal portion of the top surface of a rising portion.
    • 在本压缩机中,防止保持器变形而不损害设置在用于关闭气缸体组件的压缩室的盖构件与排出阀形成板之间的金属垫圈的密封性能。 排气阀形成板设置在具有至少一个排出口的阀板之间,将气缸体组件的压缩室中压缩的流体排放到壳体的排出室和气缸体组件中。 用于限制排出阀的开度的保持器一体地形成在设置在排出阀形成板和壳体之间的金属垫圈中。 壳体在与保持器的上升部分的近端部分相对应的位置处设置有限制部分,用于限制上升部分的顶表面的近侧部分。
    • 3. 发明授权
    • Gasket for sealing a refrigerant compressor
    • 用于密封制冷剂压缩机的垫片
    • US06186514B1
    • 2001-02-13
    • US09003020
    • 1998-01-05
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • F02F1100
    • F04B39/1073F02F11/00F04B39/1066
    • A gasket having a surface thereof coated with an elastic membrane and adapted to be interposed, together with a valve plate and a discharge valve member, between a cylinder block and a housing of a refrigerant compressor under compression. The gasket includes an outer sealing portion for sealing an outer circumference of the compressor against an atmospheric environment therearound, and an inner sealing portion, connected to the outer sealing portion, for sealing between a high pressure region and a low pressure region within the compressor. Each of the outer and inner sealing portions includes in its entirety a deformable ridge which is shaped as a convexly curved projection with an apex line continuously extending along a length of the each outer and inner sealing portion. When the gasket is located in a proper position in the compressor, the apex lines of the ridges of the respective sealing portions are abutted to the front or rear housing of the compressor.
    • 一种垫圈,其表面涂覆有弹性膜,并且适于在气缸体和压缩机之间的制冷剂压缩机的壳体之间与阀板和排出阀构件一起插入。 垫圈包括用于密封压缩机的外围的外部密封部分,以抵抗其周围的大气环境,以及连接到外部密封部分的用于密封压缩机内的高压区域和低压区域之间的内部密封部分。 外部密封部分和内部密封部分中的每一个整体上包括可变形的脊,其形状为凸形弯曲的突起,顶端线沿着每个外部和内部密封部分的长度连续地延伸。 当垫片位于压缩机中的适当位置时,各个密封部分的脊的顶线与压缩机的前壳体或后壳体抵接。
    • 4. 发明授权
    • Gasket for sealing a refrigerant compressor
    • 用于密封制冷剂压缩机的垫片
    • US06250648B1
    • 2001-06-26
    • US09536516
    • 2000-03-27
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • F16J1510
    • F04B27/1036F16J15/122
    • A metallic base gasket coated with elastic membrane having an outer sealing portion for sealing an outer circumference of a refrigerant compressor and an inner sealing portion for sealing boundaries between high and low pressure regions within the compressor, the outer and inner sealing portions being formed in an elastically deformable ridge, and at least one section of the ridge of the inner sealing portion being trifurcatedly connected to a portion of the ridge of the outer sealing portion to have a geometrical arrangement in which apex lines of the connected three ridges are equiangularly spaced apart from one another with respect to the center of the trifurcated connection of the ridges. The gasket may have an extended flat or curved face portion at the trifurcatedly connected ridges to permit the apexes of the connected ridges lie in the extended flat or curved face portion.
    • 一种涂有弹性膜的金属基垫片,具有用于密封制冷剂压缩机的外周的外密封部分和用于密封压缩机内的高压区域和低压区域之间的边界的内密封部分,外密封部分和内密封部分形成为 可弹性变形的脊,并且内密封部分的脊的至少一个部分与外密封部分的脊的一部分三叉连接,以具有几何布置,其中所连接的三个脊的顶线等距地与 相对于脊的三叉连接的中心。 垫圈可以在三叉连接的脊处具有延伸的平坦或弯曲的面部分,以允许连接的脊的顶点位于延伸的平坦或弯曲的面部分中。
    • 5. 发明授权
    • Gasket for sealing a refrigerant compressor
    • 用于密封制冷剂压缩机的垫片
    • US6068265A
    • 2000-05-30
    • US988078
    • 1997-12-10
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • Hayato IkedaNoriyuki ShintokuKeishi NakagakiTomohiro Wakita
    • F04B39/00F04B27/10F16J15/08F16J15/12F16J15/10
    • F04B27/1036F16J15/122
    • A metallic base gasket coated with elastic membrane having an outer sealing portion for sealing an outer circumference of a refrigerant compressor and an inner sealing portion for sealing boundaries between high and low pressure regions within the compressor, the outer and inner sealing portions being formed in an elastically deformable ridge, and at least one section of the ridge of the inner sealing portion being trifurcatedly connected to a portion of the ridge of the outer sealing portion to have a geometrical arrangement in which apex lines of the connected three ridges are equiangularly spaced apart from one another with respect to the center of the trifurcated connection of the ridges. The gasket may have an extended flat or curved face portion at the trifurcatedly connected ridges to permit the apexes of the connected ridges lie in the extended flat or curved face portion.
    • 一种涂有弹性膜的金属基垫片,具有用于密封制冷剂压缩机的外周的外密封部分和用于密封压缩机内的高压区域和低压区域之间的边界的内密封部分,外密封部分和内密封部分形成为 可弹性变形的脊,并且内密封部分的脊的至少一个部分与外密封部分的脊的一部分三叉连接,以具有几何布置,其中所连接的三个脊的顶线等距地与 相对于脊的三叉连接的中心。 垫圈可以在三叉连接的脊处具有延伸的平坦或弯曲的面部分,以允许连接的脊的顶点位于延伸的平坦或弯曲的面部分中。
    • 6. 发明授权
    • Positive-displacement-type refrigerant compressor with a novel
oil-separating and lubricating system
    • 具有新型油分离润滑系统的正排量制冷压缩机
    • US6134898A
    • 2000-10-24
    • US345565
    • 1999-07-08
    • Satoshi UmemuraShinya YamamotoKeishi Nakagaki
    • Satoshi UmemuraShinya YamamotoKeishi Nakagaki
    • F04B39/04F04B27/10F25B31/00
    • F04B27/109
    • A capacity type refrigerant compressor having a compression chamber in which a refrigerant introduced from a suction system is compressed and discharged as a compressed high pressure refrigerant, and an oil-separating and lubricating system for lubricating an interior of the compressor by an oil separated from the compressed refrigerant, which has an oil-separating unit to separate the oil from the compressed refrigerant, an oil-storing chamber storing the separated oil, an oil-supply passage to supply the oil from the oil-storing chamber to the suction system, a pressure-operated valve arranged in the oil supply passage to regulate an amount of flow of the oil, which includes a valve chamber and a movable valve spool in the valve chamber to control a communication between the upstream and downstream of the oil-supply passage. The valve spool element moves in response to a change in a pressure differential between pressures in the compression chamber and the suction system, and blocks the oil flow in the oil-supply passage when the pressure differential is overcome by a spring force arranged in the valve chamber.
    • 一种容量型制冷剂压缩机,其具有压缩室,其中从吸入系统引入的制冷剂作为压缩的高压制冷剂被压缩和排出;以及油分离和润滑系统,用于通过与所述压缩室分离的油润滑所述压缩机的内部 压缩制冷剂,其具有用于将油与压缩的制冷剂分离的油分离单元,存储分离的油的储油室,将油从储油室供给到抽吸系统的供油通路, 设置在供油通道中的压力操作阀,以调节在阀室中包括阀室和可动阀芯的油流量,以控制供油通道的上游和下游之间的连通。 阀芯元件响应于压缩室和抽吸系统中的压力之间的压力差的变化而移动,并且当通过布置在阀中的弹簧力克服压力差时,阻塞供油通道中的油流 房间。
    • 7. 发明授权
    • Double-headed piston type compressor
    • 双头活塞式压缩机
    • US08197229B2
    • 2012-06-12
    • US12473024
    • 2009-05-27
    • Tsubasa MitsuiShinichi SatoManabu SugiuraKeishi NakagakiAkio Saiki
    • Tsubasa MitsuiShinichi SatoManabu SugiuraKeishi NakagakiAkio Saiki
    • F04B1/26
    • F04B27/1054
    • A double-headed piston type compressor includes front and rear housings, a cylinder block defining therein a crank chamber and a plurality of cylinder bores and having a shaft hole therethrough, a double-headed piston accommodated in the cylinder bores for reciprocating therein, a rotary shaft rotatably supported by the shaft hole, compression chambers defined by the cylinder bores, a suction chamber defined by the front housing and an introduction passage having a rotary valve for introducing refrigerant from the suction chamber into the compression chambers. The introduction passage includes a communication passage formed in the cylinder block for connecting the suction chamber to the shaft hole, suction passages connecting the shaft hole and the compression chambers and a recessed passage formed in the outer circumferential surface of the rotary shaft for connecting intermittently between the communication passage and the respective suction passages in accordance with the rotation of the rotary shaft.
    • 双头活塞式压缩机包括前壳体和后壳体,其中限定有曲柄室的气缸体和多个气缸孔,并且具有穿过其的轴孔,容纳在气缸孔中用于往复运动的双头活塞,旋转 由轴孔可旋转地支撑的轴,由缸孔限定的压缩室,由前壳体限定的吸入室和具有用于将制冷剂从吸入室引入压缩室的旋转阀的引入通道。 引入通道包括形成在气缸体中的用于将抽吸室连接到轴孔的连通通道,连接轴孔和压缩室的抽吸通道以及形成在旋转轴的外周表面中的凹入通道,用于间歇地连接在 连通通道和根据旋转轴的旋转的各个吸入通道。