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    • 3. 发明授权
    • Scroll compressor sealing
    • 涡旋压缩机密封
    • US06585501B2
    • 2003-07-01
    • US09985493
    • 2001-11-05
    • Makoto TakeuchiTakahide ItohYasuharu MaruiwaHiroshi YamazakiTakayuki HagitaTetsuzou UkaiKatsuhiro Fujita
    • Makoto TakeuchiTakahide ItohYasuharu MaruiwaHiroshi YamazakiTakayuki HagitaTetsuzou UkaiKatsuhiro Fujita
    • F04C1804
    • F04C18/0276F04C18/0269F04C27/005
    • A scroll compressor including a fixed scroll having a spiral-shaped wall body, and a swiveling scroll which has a spiral-shaped wall body and revolves while linking together the two wall bodies. The wall bodies have steps, and side faces of two end plates have high and low bottom faces in correspondence with the steps. A tip seal is provided along a join edge which connects top edges on different sides of each step, and a mechanism is provided therebetween to prevent the tip seals from becoming removed from the join edges. Furthermore, in the same scroll compressor, tip seals are provided respectively in two grooves, and join paths are provided respectively between a high-pressure compression chamber, which is formed with the bottom faces as one section, and the two grooves. The pressure inside the high-pressure compression chamber is used as a pressing force for the tip seals.
    • 一种涡旋式压缩机,包括具有螺旋状壁体的固定涡旋件和具有螺旋状壁体的旋转涡旋件,并且将两个壁体连结在一起。 壁体具有台阶,两个端板的侧面具有与台阶对应的高低底面。 沿着连接边缘设置尖端密封件,该连接边缘连接每个台阶的不同侧面的顶部边缘,并且在其间设置有机构以防止末端密封件从接合边缘移除。 此外,在同一涡旋压缩机中,末端密封件分别设置在两个槽中,并且连接路径分别设置在形成有作为一个部分的底面的高压压缩室与两个槽之间。 高压压缩室内的压力用作顶端密封件的压力。
    • 4. 发明授权
    • Scroll compressor for introducing high-pressure fluid to thrust-face side so as to decrease thrust load imposed on revolving scroll
    • 用于将高压流体引入推力面的涡旋压缩机,以减小施加在回转涡卷上的推力
    • US06334764B1
    • 2002-01-01
    • US09588776
    • 2000-06-07
    • Hiroyuki KobayashiMakoto TakeuchiTakahide ItohTetsuzou Ukai
    • Hiroyuki KobayashiMakoto TakeuchiTakahide ItohTetsuzou Ukai
    • F04C1800
    • F04C29/0021F04C27/005Y10S418/01
    • A scroll compressor having a simple structure is disclosed, which effectively decreases the thrust load imposed on the revolving scroll without degrading the compression efficiency. The scroll compressor includes a casing; a fixed scroll provided in the housing and comprising an end plate and a spiral protrusion built on one face of the end plate; and a revolving scroll provided in the casing and comprising an end plate and a spiral protrusion built on one face of the end plate, wherein the spiral protrusions of each scroll are engaged with each other so as to form a spiral compression chamber. In the above structure, an introduced working gas is compressed in the compression chamber and then discharged according to the revolution of the revolving scroll; a thrust member for thrust-supporting the end plate of the revolving scroll is provided at the back-face side of the end plate of the revolving scroll; a pressure pocket is formed in a face of one of the thrust member and the end plate of the revolving scroll, wherein the face faces the other of the thrust member and the end plate of the revolving scroll; and a high-pressure introduction hole for introducing a high-pressure fluid into the pressure pocket is provided at one of the thrust member side and the revolving scroll side.
    • 公开了一种具有简单结构的涡旋压缩机,其有效地降低了施加在旋转涡卷上的推力负荷而不降低压缩效率。 涡旋压缩机包括壳体; 设置在所述壳体中的固定涡卷,包括端板和构成在所述端板的一个面上的螺旋突起; 以及旋转涡卷,其设置在所述壳体中并且包括端板和构成在所述端板的一个面上的螺旋突起,其中每个涡旋盘的螺旋形突起彼此接合以形成螺旋压缩室。 在上述结构中,引入的工作气体在压缩室中被压缩,然后根据回转涡卷的旋转而排出; 在回转涡卷的端板的背面设置有用于推力支撑回转涡卷的端板的推力构件, 在旋转涡旋件的推力构件和端板中的一个的表面上形成有压力袋,其中面朝向旋转涡卷的止推构件和端板中的另一个; 并且在推力构件侧和回转涡卷一侧设置有用于将高压流体引入压力槽的高压引入孔。
    • 5. 发明授权
    • Scroll compressor
    • 涡旋压缩机
    • US06746224B2
    • 2004-06-08
    • US10049911
    • 2002-02-20
    • Takahide ItohMakoto TakeuchiHiroshi YamazakiYasuharu MaruiwaYukio NagatoChikako SasakawaSusumu Matsuda
    • Takahide ItohMakoto TakeuchiHiroshi YamazakiYasuharu MaruiwaYukio NagatoChikako SasakawaSusumu Matsuda
    • F03C200
    • F04C29/126F04C18/0276
    • In a scroll compressor furnished with a fixed scroll and an orbiting scroll, and provided with steps on end plates of the fixed scroll and the orbiting scroll, formed such that the height thereof is high at a central side and low at an outer peripheral end side in a spiral direction of the walls, and with upper rims of the walls formed in a stepped shape corresponding to the steps, gaps are respectively provided between the end plates and upper rims of the walls, and a height of the gaps at room temperature is formed higher than a height under operating conditions. Moreover, the steps are provided at positions which exceeds a pitch angle of &pgr; (rad) along the spiral direction from the outer peripheral end. Furthermore, a concavity is formed in the end plate of the fixed scroll, and a discharge valve is provided in the concavity. Moreover, a plate which is freely movable in an orbit axis direction of the orbiting scroll is arranged, and a pressing device which presses the plate is provided. In addition, a shape of connecting wall faces which connect adjacent parts on one side face of the end plates, is determined by an envelope drawn by an orbit locus of a connecting rim which connects adjacent parts of the upper rims. Furthermore, there is provided a communication passage which communicates between two compression chambers which are developed by contact of the connecting rim and the connecting wall face.
    • 在具有固定涡旋件和绕动涡旋件的涡旋式压缩机中,在固定涡旋盘和绕动涡旋盘的端板上设置台阶,使其高度在中心侧高,而在外周端侧低 在壁的螺旋方向上,并且壁的上边缘形成为对应于台阶的阶梯形状,在端板和壁的上边缘之间分别设置有间隙,并且室温下间隙的高度为 形成高于运行条件下的高度。 此外,在从外周端沿着螺旋方向超过间隔角pi(rad)的位置设置台阶。 此外,在固定涡旋盘的端板中形成凹部,在凹部设置有排出阀。 此外,可以在绕动涡旋盘的轨道轴线方向上自由移动的板,并且设置有压板的加压装置。 此外,连接壁面的形状连接端板的一个侧面上的相邻部分,由连接边缘的轨道轨迹拉出的外壳确定,该连接边缘连接着上边缘的相邻部分。 此外,设置有通过连接边缘和连接壁面的接触而展开的两个压缩室之间连通的连通通道。
    • 6. 发明授权
    • Open type compressor
    • 开式压缩机
    • US06264448B1
    • 2001-07-24
    • US09588731
    • 2000-06-07
    • Takahide ItohMakoto TakeuchiTetsuzou Ukai
    • Takahide ItohMakoto TakeuchiTetsuzou Ukai
    • F01C1900
    • F04C27/009Y10S418/01
    • This compressor 1 is for compressing an introduced working gas to a predetermined pressure and exhausting by means of the rotation of a crank shaft 5 which is rotatively supported by a front case 4 of a housing 1A by a main bearing 6, and has a partition means 31 (labyrinth seal for example) which is provided between the main bearing and a shaft seal 28 which is provided at the outer side of the main bearing along the axial direction, and separating a space in which the shaft seal is provided from a low pressure chamber 15 of the housing to form a sealing chamber 30, and a first lubricating agent supply passage 29 which is formed in the housing and is opened to the sealing chamber for supplying a lubricating agent to the sealing chamber. A part of the highly compressed lubricating agent which is supplied the sealing chamber can be leaked to the low pressure chamber via the partition means during the operation of said compressor.
    • 该压缩机1用于通过由主轴承6由壳体1A的前壳体4可旋转地支撑的曲轴5的旋转而将引入的工作气体压缩到预定的压力并排出,并且具有分隔装置 在主轴承和设置在主轴承的外侧的轴密封件28之间设置有沿着轴向的主轴承(例如迷宫式密封件)31,以及将设置有轴密封件的空间从低压 壳体15形成密封室30,第一润滑剂供给通道29形成在壳体中并且向密封室开口以向密封室供给润滑剂。 供给密封室的高压缩润滑剂的一部分,在压缩机的运转过程中,经由分隔装置被泄漏到低压室内。