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    • 5. 发明公开
    • Hinge mechanism for a variable displacement compressor
    • 变容式压缩机的铰链机构
    • EP1148241A2
    • 2001-10-24
    • EP01109379.6
    • 2001-04-18
    • KABUSHIKI KAISHA TOYODA JIDOSHOKKI SEISAKUSHO
    • Ota, MasakiTarutani, TomojiWakita, TomohiroNishimura, KentaInoue, YoshinoriIto, Masafumi
    • F04B27/10
    • F04B27/1072
    • Compressor are taught that may include a suction port 20 to draw refrigerant and a discharge port 22 to discharge compressed refrigerant. A driving shaft 8 is disposed within a compressor driving chamber 7. A swash plate 12 is inclinably and slidably coupled to the driving shaft 8. The swash plate 12 rotates together with the driving shaft 8 at an inclination angle with respect to a plane perpendicular to the rotational axis of the driving shaft 8. A cylinder bore 17 is disposed adjacent to the compressor driving chamber 7. A piston 18 is disposed within the cylinder bore 17 and an end portion of the piston 18 is connected to a peripheral edge of the swash plate 12 by a shoe 19. Preferably, the piston 18 reciprocates within the cylinder bore to compress the refrigerant in response to rotation of the inclined swash plate 12. A rotor 9 is connected to the driving shaft 8. A hinge mechanism 26 connects the swash plate 12 with the rotor 9 and transmits torque from the driving shaft 8 to the swash plate 12 regardless of the inclination angle of the swash plate 12. The hinge mechanism 26 includes a projection 27 disposed on one of the rotor 9 or the swash plate 12 and at least one arm 29 disposed on the other of the rotor 9 or the swash plate 12. The projection 27 has a recessed structure 27a and at least one arm 29 is coupled to the projection 27 to transmit torque from the driving shaft 8.
    • 教导压缩机可包括吸入制冷剂的吸入口20和排出压缩制冷剂的排出口22。 驱动轴8设置在压缩机驱动室7内。斜盘12可倾斜地且可滑动地联接到驱动轴8.斜盘12与驱动轴8一起以相对于垂直于 驱动轴8的旋转轴线。气缸孔17设置在压缩机驱动室7附近。活塞18设置在气缸孔17内,并且活塞18的端部连接到斜盘的外围边缘 优选地,活塞18在气缸孔内往复运动,以响应于斜盘12的旋转而压缩制冷剂。转子9连接到驱动轴8.铰链机构26将斜盘 不管斜板12的倾斜角度如何,铰链机构26都具有转子9并将来自驱动轴8的扭矩传递到斜盘12。 e和转子9或斜盘12的至少一个臂29以及设置在转子9或斜盘12的另一个上的至少一个臂29.突起27具有凹陷结构27a,并且至少一个臂29联接到突起27 以传递来自驱动轴8的扭矩。
    • 7. 发明公开
    • Displacement control valve for variable displacement type compressors
    • Kontrollventilfür变量Verdrängungskompressoren
    • EP1033489A2
    • 2000-09-06
    • EP00104150.8
    • 2000-02-29
    • Kabushiki Kaisha Toyoda Jidoshokki Seisakusho
    • Ota, MasakiSuitou, KenNishimura, KentaKurakake, Hirotaka
    • F04B27/18
    • F04B27/1804F04B2027/1813F04B2027/1827F04B2027/1831F04B2027/1854F04B2027/1859
    • A control valve for a variable displacement type compressor includes a movable body (43) supported by the housing (38) such that the movable body (43) moves in the housing (38). The movable body (43) includes a first valve hole (46) that forms part of a bleed passage (30). A first valve body (41) adjusts the opening of the first valve hole (46). The first valve body (41) abuts against the movable body (43) such that the first valve hole (46) is closed. A second valve hole (49) extends in the housing (38) and forms part of a supply passage (31). A second valve body (48) adjusts the opening of the second valve hole (49). The second valve body (48) is movable integrally with the movable body (43). When the movable body (43) is located at an initial position, the second valve body (48) closes the second valve hole (49). However, when the first valve body (41) separates the movable body (43) from the initial position while abutting against the movable body (43), the second valve body (48) is moved to open the second valve hole (49). In this control valve, the first valve hole (46) and the second valve hole (49) are never open at the same time. Furthermore, the control valve controls the compressor displacement with high accuracy and an responsiveness.
    • 用于可变排量型压缩机的控制阀包括由壳体(38)支撑的可移动体(43),使得可移动体(43)在壳体(38)中移动。 可移动体(43)包括形成排出通道(30)的一部分的第一阀孔(46)。 第一阀体(41)调节第一阀孔(46)的开口。 第一阀体(41)与第一阀孔(46)关闭,抵靠在可动体(43)上。 第二阀孔(49)在壳体(38)中延伸并形成供应通道(31)的一部分。 第二阀体(48)调节第二阀孔(49)的开口。 第二阀体(48)与可动体(43)一体地移动。 当可移动体(43)位于初始位置时,第二阀体(48)关闭第二阀孔(49)。 然而,当第一阀体(41)在与可动体(43)抵接的同时将可动体(43)与初始位置分开时,第二阀体(48)移动以打开第二阀孔(49)。 在该控制阀中,第一阀孔(46)和第二阀孔(49)不会同时打开。 此外,控制阀以高精度和响应性来控制压缩机排量。
    • 9. 发明公开
    • Regulating valve for variable displacement swash plate compressor and its assembly method
    • 用于与可变容量和组装的方法斜盘式压缩机控制阀
    • EP0961031A2
    • 1999-12-01
    • EP99109303.0
    • 1999-05-27
    • Kabushiki Kaisha Toyoda Jidoshokki Seisakusho
    • Ota, MasakiAdaniya, TakuKurakake, HirotakaNishimura, Kenta
    • F04B27/18
    • F04B27/1804F04B2027/1813F04B2027/1827F04B2027/1859Y10S137/907
    • A variable displacement type refrigerant compressor including a compressor housing having internally a compressing mechanism for compressing a refrigerant, a displacement varying mechanism for adjustably varying an amount of the refrigerant compressed and discharged by the compressing mechanism, and a displacement control valve unit controlling the operation of the displacement varying mechanism, which is an assembly of a pressure sensing mechanism formed by a flanged bellows element, a valve element, a valve seat having a port cooperating with the valve element, and a valve rod engaging the pressure sensing mechanism with the valve element, and are assembled by using a fixing screw member and a jig tool in position in a pressure sensing chamber, a valve chamber, and a valve rod bore coaxially formed in the compressor housing by drilling or boring from two sides of the compressor housing. The flanged bellows element of the displacement control valve unit is fixed in the pressure sensing chamber via the flange thereof by being threadedly engaged in the pressure sensing chamber.
    • 一种可变排量式致冷压缩机,其包括具有内部压缩制冷剂,在通过压缩机构压缩并排出的制冷剂的量可调节地改变一个容积可变机构的压缩机构的压缩机壳体,和一个容量控制阀单元,其控制操作的 位移变化机构,所有这些是在通过带凸缘的波纹管元件,阀元件具有阀口与阀元件相配合的阀座而形成的压力传感机构的组件,以及一个阀杆接合与阀元件的压力感测机构 的,并且通过使用固定螺钉构件和压力感测腔室中的位置的夹具工具,一个阀室和一个阀杆孔在通过钻孔或镗压缩机壳体同轴地形成从所述压缩机壳体的两侧组装。 排量控制阀单元的带凸缘的波纹管元件被其通过被螺纹接合在压力传感室固定在经由凸缘的压力感测腔室中。