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    • 1. 发明授权
    • Rotary type compressor for automotive air conditioners
    • 汽车空调用旋转式压缩机
    • US4459090A
    • 1984-07-10
    • US368701
    • 1982-04-15
    • Teruo MaruyamaShinya YamauchiNobuo KagorokuYoshikazu Abe
    • Teruo MaruyamaShinya YamauchiNobuo KagorokuYoshikazu Abe
    • F04C18/344F01C1/00F01C1/32F04C18/00F04C18/348F04C25/00F04C28/18F04C29/12
    • F04C29/12F04C28/18
    • A compressor adapted for capacity control includes a rotor mounting thereon vanes slidably, a cylinder receiving therein the rotor and the vanes, side plates secured to the opposite sides of the cylinder, a vane chamber defined by the vane, rotor and the cylinder and closed at its sides by the side plates, suction ports and a discharge port. Suction loss produced when the pressure within the vane chamber becomes below the pressure of the refrigerant supply source during a suction stroke is utilized for suppressing the refrigerating capacity of the compressor at high speed operation. With the arrangement of the compressor, the effective area of the flow passage leading to the vane chamber from the suction ports varies in at least two stages such that it becomes smaller in the latter half of the suction stroke than in the former half thereof. Thus, in the compressor, driving torque can be reduced at low speed operation and adequate effects of capacity control can be obtained at high speed operation.
    • 适用于容量控制的压缩机包括:转子,其上可滑动地安装有叶片,其中容纳转子和叶片的气缸,固定到气缸相对侧的侧板,由叶片,转子和气缸限定的叶片室, 其侧面由侧板,吸入口和排出口组成。 当在吸入行程期间使叶片室内的压力变得低于制冷剂供给源的压力时产生的吸入损失用于抑制高速运转时的压缩机的制冷能力。 利用压缩机的布置,从吸入口导向叶片室的流动通道的有效面积至少在两个阶段变化,使得在吸入冲程的后半部分中比其前半部分变小。 因此,在压缩机中,在低速运转时可以降低驱动转矩,能够在高速运转时获得充分的容量控制效果。
    • 2. 发明授权
    • Self-controllable capacity compressor
    • 自控式压缩机
    • US4413963A
    • 1983-11-08
    • US341608
    • 1982-01-22
    • Teruo MaruyamaShinya YamauchiYoshikazu Abe
    • Teruo MaruyamaShinya YamauchiYoshikazu Abe
    • F04C18/344F04C28/18F04C29/12F04C29/08
    • F04C29/12F04C28/18
    • This invention relates to a compressor controllable in capacity, and more particularly to a compressor comprising a rotor having vanes slidably fitted thereto, a cylinder for receiving the rotor and vanes, side plates rigid on both sides of the cylinder and enclosing a space of a vane chamber defined by the vanes, rotor and cylinder at the sides thereof, and inlet and outlet ports each serving as a passage to communicate the vane chamber with the exterior, wherein the cylinder is oriented to have its top portion where a distance between the outer periphery of the rotor and the inner periphery of the cylinder becomes minimum. The improvement according to this invention is in that the inlet port is positioned so as to make a(.theta.) almost constant, or meet a(.theta.)=a, in a range of 1/2.theta..sub.s
    • 本发明涉及一种可控制的压缩机,更具体地涉及一种压缩机,其包括具有可滑动地装配有叶片的转子,用于容纳转子和叶片的气缸,在气缸的两侧刚性并包围叶片空间的侧板 由叶片,转子和气缸在其侧面限定的腔室,以及各自用作将叶片室与外部连通的通道的入口和出口,其中气缸定向成具有其顶部,其外周 的转子和气缸的内周变得最小。 根据本发明的改进在于,入口端口被定位成使得(θ)几乎恒定,或者满足θ(θ)= 1,在1 /2θsθθ 并确定压缩机的参数以满足以下关系: 0.025θ/ Vo <0。
    • 3. 发明授权
    • Fluid rotating apparatus and method of controlling the same
    • 流体旋转装置及其控制方法
    • US5271719A
    • 1993-12-21
    • US903322
    • 1992-06-24
    • Yoshikazu AbeTeruo MaruyamaAkira Takara
    • Yoshikazu AbeTeruo MaruyamaAkira Takara
    • F04C25/02F04C18/16F04C28/06F04C28/08F04C28/26F04C29/00
    • F04C28/26F04C18/16F04C29/0085F04C2240/402
    • A fluid rotating apparatus of a positive displacement pump includes a plurality of rotors accommodated in a housing, a bearing for rotatably supporting the rotors, a suction port and a discharge port formed in the housing, a suction chamber and a discharge chamber in the housing respectively communicating with the suction port and the discharge port, a plurality of motors for individually rotating the rotors, and a detecting device for detecting rotating angles and rotating numbers of the motors. In the apparatus, a fluid is sucked and discharged due to capacity change of a space defined by the rotors and the housing through synchronous control of the rotation of the plurality of motors by a signal from the detecting device. The housing has a communicating path with a flow control device to make an upstream side communicate with a downstream side of the apparatus when the rotational numbers of the rotors are less than a predetermined value. A method of controlling the apparatus includes the steps of opening the communicating path by operating the flow control device to cause the upstream side to communicate with the downstream side of the apparatus when the rotational numbers of the rotors are less than a predetermined value, and closing the communicating path by operating the flow control device when the rotational numbers of the rotors are not less than a predetermined value.
    • 容积式泵的流体旋转装置包括容纳在壳体中的多个转子,用于可旋转地支撑转子的轴承,形成在壳体中的吸入口和排出口,分别在壳体中的吸入室和排出室 与吸入口和排出口连通,用于单独旋转转子的多个电动机和用于检测电动机的旋转角度和转数的检测装置。 在该装置中,通过由来自检测装置的信号同步控制多个电动机的旋转,由于由转子和壳体限定的空间的容量变化,流体被吸入和排出。 壳体具有与流量控制装置的连通路径,当转子的转数小于预定值时,使上游侧与装置的下游侧连通。 一种控制装置的方法包括以下步骤:当转子的转数小于预定值时,通过操作流量控制装置来打开通信路径,使得上游侧与设备的下游侧通信,并且关闭 当转子的转数不小于预定值时通过操作流量控制装置的通信路径。