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    • 2. 发明授权
    • Scroll type compressor with elongated discharge port
    • 涡旋式压缩机带有细长的排放口
    • US5242283A
    • 1993-09-07
    • US849173
    • 1992-03-10
    • Tatsushi MoriTetsuhiko FukanumaYuji IzumiTetsuo Yoshida
    • Tatsushi MoriTetsuhiko FukanumaYuji IzumiTetsuo Yoshida
    • F04C18/02
    • F04C18/0261F04C18/0269F04C2250/102F05B2250/502
    • An improved scroll type compressor having enlarged fixed and orbiting spiral element tips with parallel flat faces is disclosed. A discharge port for discharging compressed fluids is positioned in the fixed end plate. The discharge port is shaped to provide an opening that is effectively elongated adjacent the flat face of the fixed spiral element. In one preferred embodiment, the discharge port has a pair of elongated sides that extend in parallel with the flat face of the fixed spiral element. Another preferred embodiment the discharge port includes a plurality of holes arranged such that a common tangent to the perimeter of the holes is substantially parallel to the flat face of the fixed spiral element. A tapered surface may also be provided in the flat face of the enlarged tip of the orbiting spiral element to improve communication between the compression chamber and the discharge port.
    • 公开了一种改进的涡旋式压缩机,其具有具有平行平面的具有扩大的固定和旋转的螺旋形元件尖端。 用于排出压缩流体的排出口位于固定端板中。 排出口被成形为提供邻近固定螺旋元件的平坦表面有效地伸长的开口。 在一个优选实施例中,排出口具有与固定螺旋元件的平坦表面平行延伸的一对细长边。 另一优选实施例,排出口包括多个孔,其布置成使得孔的周边的共同切线基本上平行于固定螺旋元件的平坦面。 也可以在旋转螺旋元件的扩大的尖端的平坦面中设置锥形表面,以改善压缩室和排出口之间的连通。
    • 4. 发明授权
    • Scroll type compressor with intake port aligned with counterweight
    • 涡旋式压缩机,进气口与配重对准
    • US5221198A
    • 1993-06-22
    • US987539
    • 1992-12-07
    • Yuji IzumiTetsuhiko FukanumaTetsuo YoshidaTatsushi Mori
    • Yuji IzumiTetsuhiko FukanumaTetsuo YoshidaTatsushi Mori
    • F04C18/02F04C29/12
    • F04C29/12F04C18/0215F04C2250/101F05B2250/501
    • A scroll type compressor comprising a stationary scroll member (2) and a movable scroll member (4) accommodated in a housing (10, 39), the scroll members (2, 4) being engaged with each other so that the movable scroll member (4) is subjected to an orbital motion around the stationary scroll member (2) and forms compression chambers (39) therebetween, in which chambers (39) a coolant gas is compressed by a volume reduction of the chamber (39) in accordance with the orbital motion, and is discharged therefrom to a refrigeration circuit. An intake port (8) for introducing the coolant gas into the housing (10, 30) is provided at a position closer to lubrication indispensable mechanisms such as a main bearing (32) or a sealing means (31) while confronting the periphery of a counterweight (35). The coolant gas is sucked into the interior of the housing (10, 39) and fed to the lubrication indispensable mechanisms (31, 32). When the counterweight (35) is positioned on the side closer to the intake port (8), the coolant gas is introduced directly therefrom to the compression chamber (39).
    • 一种涡旋式压缩机,包括容纳在壳体(10,39)中的固定涡旋构件(2)和可动涡旋构件(4),涡旋构件(2,4)彼此接合,使得可动涡旋构件 4)在固定涡旋件(2)周围进行轨道运动,并在它们之间形成压缩室(39),在这些腔室(39)中,冷却剂气体通过室(39)的体积减小被压缩,根据 轨道运动,并从其排出到制冷回路。 用于将冷却剂气体引入到壳体(10,30)中的进气口(8)设置在更靠近诸如主轴承(32)或密封装置(31)的润滑不可缺少的机构的位置,同时面对 配重(35)。 冷却剂气体被吸入壳体(10,39)的内部并被供给到不可缺少的润滑机构(31,32)。 当配重(35)位于靠近进气口(8)的一侧时,冷却剂气体从其直接引入压缩室(39)。
    • 7. 发明授权
    • Scroll type compressor having a counterweight mounted with a clearance
on a driveshaft
    • 涡卷式压缩机具有在驱动轴上安装有间隙的配重
    • US5366357A
    • 1994-11-22
    • US152825
    • 1993-11-12
    • Tetsuhiko FukanumaShinya YamamotoMasao IguchiKiyohiro YamadaKunifumi GotoTetsuo YoshidaTetsuya YamaguchiTatsushi MoriKazuhiro Kuroki
    • Tetsuhiko FukanumaShinya YamamotoMasao IguchiKiyohiro YamadaKunifumi GotoTetsuo YoshidaTetsuya YamaguchiTatsushi MoriKazuhiro Kuroki
    • F04C29/00F16F15/28F04C18/04F04C29/02
    • F04C29/0021F04C29/0057F16F15/28
    • The scroll type compressor includes a stationary and orbiting scroll members, of which the spiral elements are interfit at an offset angle to form line contacts defining at least one fluid pocket, and an anti-spin mechanism for causing the orbiting member to orbit within the stationary member. A drive shaft is rotatably supported in a housing, and has an outer end a cylindrical inner end and, depending upon the embodiment, either a crank pin or a sliding guide portion projecting axially inward from its inner end. A drive bush couples the drive shaft to the orbiting scroll member, and has either a circular aperture for receiving the crank pin or an engaging slotted recess for receiving the sliding guide portion, as the case may be, whereby the drive bush is either pivotable or slidable with respect to the drive shaft. A counterweight is mounted on either the crank pin or the sliding guide portion between the drive bush and the drive shaft, and is coupled to the drive bush for conjoint movement therewith. The counterweight has a cylindrical recess for receiving the cylindrical inner end of the drive shaft, with a clearance maintained between the radially inner perimeter of the recess and the radially outer perimeter of the inner end of the drive shaft, so as to allow the drive bush and counterweight either to pivot relative to the crank pin or to slide relative to the sliding guide portion, depending upon the embodiment.
    • 涡旋式压缩机包括固定和绕动的涡旋构件,其中螺旋元件以偏移角相互配合以形成限定至少一个流体袋的线触点,以及防旋转机构,用于使轨道构件在静止状态下轨道运动 会员。 驱动轴可旋转地支撑在壳体中,并且具有外端圆柱形内端,并且根据实施例,曲柄销或从其内端轴向向内突出的滑动引导部。 驱动衬套将驱动轴联接到绕动涡旋件,并且具有接收曲柄销的圆形孔或用于接收滑动导向部的接合开槽凹部(视情况而定),由此驱动衬套可枢转或 相对于驱动轴可滑动。 配重安装在曲柄销或驱动衬套与驱动轴之间的滑动导向部分上,并联接到驱动衬套上,以与其一起运动。 配重具有用于接收驱动轴的圆柱形内端的圆柱形凹部,其间隙保持在凹部的径向内周边与驱动轴的内端的径向外周边之间,以便允许驱动衬套 和配重相对于曲柄销枢转或相对于滑动导向部分滑动,这取决于实施例。
    • 8. 发明授权
    • Scroll type compressor with improved bearing arrangement for drive shaft
    • 涡旋式压缩机具有改进的驱动轴轴承布置
    • US5120205A
    • 1992-06-09
    • US637158
    • 1991-01-03
    • Takashi BanTetsuhiko FukanumaTatsushi Mori
    • Takashi BanTetsuhiko FukanumaTatsushi Mori
    • F01C21/02F04C18/02F04C29/02
    • F04C18/0215F01C21/02F04C29/02
    • In a scroll type compressor, a movable scroll is engaged with an immovable scroll so that spaces are formed for taking in a fluid to be compressed. The movable scroll is revolved around a central axis of the immovable scroll, so that the spaces are displaced toward the centers of the walls while a volume thereof is reduced to compress the fluid therein. The revolution of the movable scroll is converted from a rotation of a drive shaft through an eccentric mechanism provided therebetween. The shaft is rotatably supported by first and second angular bearings, which are spaced apart from each other along a longitudinal axis of the shaft and are far from and adjacent to the eccentric mechanism, respectively. The first and second bearings are correlatively oriented, and thus an increase of a load to which the second bearing is subjected due to a force exerted upon the shaft in a cantilever manner during a compression operation is suppressed.
    • 在涡旋式压缩机中,动涡旋盘与不动涡旋件接合,形成用于吸入要被压缩的流体的空间。 动涡旋盘围绕不动涡旋件的中心轴线旋转,使得空间朝向壁的中心移动,同时其体积减小以压缩其中的流体。 动涡旋盘的转动是通过设置在其间的偏心机构从驱动轴的转动转换出来的。 轴由第一和第二角轴承可旋转地支撑,第一和第二角轴承分别沿着轴的纵向轴线彼此间隔开并且分别远离偏心机构并且与偏心机构相邻。 第一和第二轴承相互取向,因此抑制了在压缩操作期间由于在悬臂上施加在轴上的力而使第二轴承承受的载荷的增加。
    • 9. 发明授权
    • Scroll type compressor having gradually thinned wall thickness
    • 滚动式压缩机具有厚度均匀的厚度
    • US5151020A
    • 1992-09-29
    • US745488
    • 1991-08-15
    • Tatsushi MoriHisao KobayashiYuji Izumi
    • Tatsushi MoriHisao KobayashiYuji Izumi
    • F04C18/02
    • F04C18/0269
    • A scroll type compressor has a stationary scroll (1) and a movable scroll (2) rotating around the former in an orbital manner, while forming volume variable sealed spaces therebetween to compress a coolant gas. To reduce a wall thickness of the scroll, an outer wall curve (E.sub.1.sup.+) of the scroll (1,2) is defined by the modification of a basic involute curve (D.sup.+) by reducing a certain value B.theta..sup.n) from a length (L.sub.0) of the respective involute line of the basic involute curve, which value is increased as the involute angle (.theta.) is developed, and an inner wall curve (E.sub.1.sup.-) is generated from the outer wall curve (E.sub.1.sup.+) by first transferring the respective point (p.sub.3, 4) on the outer wall curve (E.sub.1.sup.+) in the normal direction to the outer wall curve (E.sub.1.sup.+) at the respective point (p.sub.3, 4) by a distance (r) equal to a radius of the orbital circle (R) to form an intermediate curve (E.sub.1) and then symmetrically transferrring the respective point (p.sub.5) on the intermediate curve (E.sub.1) around the center (O.sub.1) of the basic circle (C.sub.1).
    • 涡旋式压缩机具有静止涡旋件(1)和以轨道方式围绕前者旋转的动涡旋盘(2),同时在其间形成体积可变的密封空间以压缩冷却剂气体。 为了减小涡旋件的壁厚,通过从一个长度(D +)减小一定的值B theta n)来修改涡卷(1,2)的外壁曲线(E1 +)来限定基本渐开线曲线(D +) 基本渐开线曲线的相应渐开线的L0),随着渐开线角度(θ)的展开,该值增加,并且通过首先将外壁曲线(E1 +)产生内壁曲线(E1-) 在相应点(p3,4)上的外壁曲线(E1 +)的法线方向上的外壁曲线(E1 +)上的相应点(p3,4)距离(r)等于轨道圆的半径 形成中间曲线(E1),然后在基本圆(C1)的中心(O1)周围的中间曲线(E1)上对称地转移相应点(p5)。
    • 10. 发明授权
    • Motor-driven compressor
    • 电动压缩机
    • US08162626B2
    • 2012-04-24
    • US12333982
    • 2008-12-12
    • Hiroshi FukasakuTatsushi MoriKazuo MurakamiMasao IguchiMasahiro KawaguchiKen Suitou
    • Hiroshi FukasakuTatsushi MoriKazuo MurakamiMasao IguchiMasahiro KawaguchiKen Suitou
    • F04B17/00F04B35/04
    • H02K5/10F04C18/0215F04C23/008F04C27/00H02K5/12H02K7/14H02K11/33
    • A motor-driven compressor has a compression mechanism, a rotary shaft, an electric motor, a motor drive circuit, a connecting terminal and a housing assembly. The compression mechanism, the electric motor, and the motor drive circuit are disposed along the axial direction of the rotary shaft in the housing assembly having first through third housings. The first housing is used for mounting the electric motor and the compression mechanism. The second housing has a terminal mounting portion for fixing the connecting terminal. The first and second housings have fastening portions at the radially peripheral portion thereof. The third housing is joined to the second housing to form an accommodation space for accommodating the motor drive circuit. The closed casing is formed by fastening the fastening portions of the first and second housings by means of a first bolt and connecting the second housing to the open end of the first housing.
    • 电动压缩机具有压缩机构,旋转轴,电动马达,马达驱动电路,连接端子和壳体组件。 压缩机构,电动马达和马达驱动电路沿着具有第一至第三壳体的壳体组件中的旋转轴的轴向设置。 第一壳体用于安装电动机和压缩机构。 第二壳体具有用于固定连接端子的端子安装部。 第一和第二壳体在其径向周向部分处具有紧固部分。 第三壳体连接到第二壳体以形成用于容纳马达驱动电路的容置空间。 封闭的壳体通过借助于第一螺栓紧固第一和第二壳体的紧固部分并将第二壳体连接到第一壳体的开口端而形成。