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    • 5. 发明公开
    • Compressor for use in a vehicle
    • 在einem Fahrzeug的Verdichter zur Verwendung
    • EP2312156A2
    • 2011-04-20
    • EP10173865.6
    • 2010-08-24
    • Kabushiki Kaisha Toyota Jidoshokki
    • Hoshino, NobuakiKawaguchi, MasahiroOta, MasakiKimoto, YoshioOnishi, Toru
    • F04B23/06F04B1/14F04B17/04
    • F04B23/06F04B1/145F04B17/046
    • A compressor for use in a vehicle includes a mechanical compression mechanism including a first casing and a drive shaft. The first casing has therein a first suction chamber and a first discharge chamber. The drive shaft is rotatably supported by the first casing and mechanically driven by a drive source for compression of refrigerant. The compressor further includes a linear electric compression mechanism including a second casing and a piston. The second casing has therein a second suction chamber and a second discharge chamber. The piston is reciprocally movable in the second casing and driven by electromagnetic force for compression of refrigerant. The first casing is integrated with the second casing so as to allow at least one of fluid communication between the first suction chamber and the second suction chamber and between the first discharge chamber and the second discharge chamber.
    • 一种用于车辆的压缩机包括:机械压缩机构,包括第一壳体和驱动轴。 第一壳体具有第一吸入室和第一排出室。 驱动轴由第一壳体可旋转地支撑并由用于压缩制冷剂的驱动源机械驱动。 压缩机还包括线性电动压缩机构,其包括第二壳体和活塞。 第二壳体具有第二吸入室和第二排出室。 活塞在第二壳体中可往复运动,并由用于压缩制冷剂的电磁力驱动。 第一壳体与第二壳体集成,以允许第一抽吸室和第二抽吸室之间以及第一排出室和第二排出室之间的流体连通中的至少一个。
    • 7. 发明公开
    • Scroll compressor
    • 涡旋压缩机
    • EP2206926A2
    • 2010-07-14
    • EP09180547.3
    • 2009-12-23
    • Kabushiki Kaisha Toyota Jidoshokki
    • Umemura, SatoshiIto, TatsuyaKawaguchi, MasahiroSuitou, Ken
    • F04C28/24F04C18/02F04C23/00
    • F04C18/0215F04C27/005F04C2270/21
    • A compressor includes a housing (10), a fixed scroll (16), a movable scroll (22) and a control valve (72). The housing (10) has a suction chamber (42), a discharge chamber (47) and a backpressure chamber (39) formed therein. The scrolls are pressed against each other by backpressure in the backpressure chamber (39). The control valve (72) for controlling the backpressure has first (74A), second (74B) and third chambers (74C) arranged in this order. The first, second and third chambers are connected to the discharge chamber (47), the backpressure chamber (39) and the suction chamber (42), respectively. The control valve (72) has a valve member (76). The valve member (76) has a first pressure-receiving surface (S1) located in the first chamber (74A), a second pressure-receiving surface (S2) located in the second chamber (74B) and a third pressure-receiving surface (S3) located in the third chamber (74C). The area of the third pressure-receiving surface (S3) is larger than the area of the first pressure-receiving surface (S1) and larger than the area of the second pressure-receiving surface (S2).
    • 压缩机包括壳体(10),固定涡旋件(16),动涡旋件(22)和控制阀(72)。 壳体(10)具有形成于其中的吸入室(42),排出室(47)和背压室(39)。 通过反压室(39)中的背压使涡旋件彼此压靠。 用于控制背压的控制阀(72)具有按此顺序布置的第一(74A),第二(74B)和第三腔(74C)。 第一,第二和第三室分别连接到排放室(47),背压室(39)和吸入室(42)。 控制阀(72)具有阀部件(76)。 阀部件76具有:位于第一室74A内的第一受压面S1;位于第二室74B内的第二受压面S2;以及位于第一室74A内的第三受压面(S1) S3)位于第三腔室(74C)中。 第三受压面(S3)的面积比第一受压面(S1)的面积大,比第二受压面(S2)的面积大。