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    • 1. 发明授权
    • Variable capacity compressor
    • 可变容量压缩机
    • US4890986A
    • 1990-01-02
    • US111314
    • 1987-10-22
    • Tatsuhisa TaguchiYoshikazu AbeKiyoji Aburaya
    • Tatsuhisa TaguchiYoshikazu AbeKiyoji Aburaya
    • F04C28/26F02F7/00F04B49/00F04C28/14
    • F04C28/14F02F7/006
    • In a variable capacity compressor having a rotary type cylinder compartment (24a), plural return ports (33) formed in a volume-decrease-step space in the cylinder compartment (24a), an exit (34) formed in a volume-increase-step space in the cylinder compartment (24a), a C-shaped guide passage (35) for connecting the plural return ports (33) and the exit (34), an arc-shaped slider (36) provided slidably for gradually opening and closing the plural return ports (33), a spring (37) for pushing the arc-shaped slider (36), and a pressure control valve (42) for pushing the arc-shaped slider (36) in opposite direction to the pushing of the spring are provided; and thereby a wide variable capacity range is realized with compact size and high efficiency.
    • 在具有旋转式气缸室(24a)的变容式压缩机中,形成在气缸室(24a)的体积减小阶段空间中的多个返回口(33),形成为体积增加型腔的出口(34) 气缸室(24a)中的台阶空间,用于连接多个返回口(33)和出口(34)的C形引导通道(35),可滑动地设置用于逐渐打开和关闭的弧形滑动件 多个返回端口(33),用于推动该弧形滑块(36)的弹簧(37)和用于沿相反方向推动该弧形滑块(36)的压力控制阀(42) 提供弹簧 从而在紧凑的尺寸和高效率下实现了宽的可变容量范围。
    • 4. 发明授权
    • Non-clutch compressor
    • 非离合器压缩机
    • US5173032A
    • 1992-12-22
    • US830750
    • 1992-02-07
    • Tatsuhisa TaguchiYoshikazu Abe
    • Tatsuhisa TaguchiYoshikazu Abe
    • F04B27/18F04B49/22
    • F04B27/1804F04B49/225F04B2027/1813F04B2027/1859
    • In a non-clutch compressor, by controlling a differential pressure between a crank chamber accommodating an oscillating plate therein and a cylinder chamber in a suction stroke, an incline angle of the oscillating plate is sequentially changed so that a maximum stroke of a piston is changeable. The compressor includes a passage opening and closing device arranged at an inlet section of one of a suction pipe connecting with a suction chamber of the compressor and the suction chamber, and a pressure control valve arranged between a discharge chamber and the crank chamber, the valve opening in a case where pressure in the suction chamber is less than a set value. In the compressor, a cross-sectional area (A) of a passage of a discharge hole for connecting the crank chamber with the suction chamber is expressed by an equation: 0.5
    • 在非离合式压缩机中,通过将容纳振荡板的曲轴室和吸入冲程中的气缸室之间的压差进行控制,振荡板的倾斜角度依次变化,使活塞的最大行程变化 。 该压缩机包括:通道开闭装置,其配置在与压缩机的吸入室和吸入室连接的吸入管的入口部和配置在排出室与曲柄室之间的压力控制阀, 在吸入室内的压力小于设定值的情况下打开。 在压缩机中,用于将曲柄室与吸入室连接的排出孔的通道的横截面面积(A)由下式表示:0.5 <(A)<1.8mm 2。
    • 5. 发明授权
    • Movable slanting plate type compressor
    • 可移动倾斜板式压缩机
    • US5000667A
    • 1991-03-19
    • US361869
    • 1989-06-06
    • Tatsuhisa TaguchiYoshikazu Abe
    • Tatsuhisa TaguchiYoshikazu Abe
    • F04B27/10F04B27/06F04B27/08F04B1/26F01B3/02
    • F04B27/0865F04B27/086
    • A compressor of a movable slanting plate type which includes a shaft to be rotated by receiving an external driving force, a rotor having a plurality of cylinder chambers disposed in a parallel relation with the shaft so as to be rotated together with the shaft, a plurality of pistons which revolve while reciprocating within each of the cylinder chambers, a plurality of rods each connected at its one end, to each of the pistons, and having a ball joint at its other end, a plurality of holder shoes each connected to the rod through the ball joint for free directivity, a movable slanting plate revolving supporting said holder shoes, and capable of changing its inclination angle to one direction with respect in the shaft, a valve plate provided with a plurality of suction ports and discharge ports communicated with the cylinder chambers of the rotor, and a guide plate fixed to the shaft or the rotor and formed with guide bores for slidably guiding the plurality of the rods in the axial direction.
    • 一种可移动倾斜板式压缩机,其包括通过接受外部驱动力而旋转的轴,具有与所述轴平行地设置以与所述轴一起旋转的多个气缸室的转子,多个 在每个气缸室内往复运动的活塞旋转的多个杆,每个活塞在其一端各自连接到每个活塞,并且在其另一端具有球形接头,多个保持架各自连接到杆 通过滚珠接头可以获得自由的方向性;旋转支撑所述保持架的可移动的倾斜板,并且能够相对于所述轴改变其与一个方向的倾斜角度;阀板,设置有多个吸入口和排出口, 转子的气缸室和固定到轴或转子上的导向板,并且形成有引导孔,用于将多个杆在轴向二维 方向
    • 9. 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。