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    • 11. 发明申请
    • VARIABLE DISPLACEMENT VANE PUMP
    • 可变位移帆泵
    • US20150267700A1
    • 2015-09-24
    • US14431786
    • 2013-09-20
    • KAYABA INDUSTRY CO., LTD.
    • Tomoyuki FujitaMasamichi SugiharaKoichiro AkatsukaFumiyasu Kato
    • F04C14/22F04C15/06F04C2/344
    • F04C14/226F01C21/108F04C2/344F04C2/3448F04C15/06
    • A variable displacement vane pump includes: a rotor to be rotatively driven; a plurality of vanes slidably housed in the rotor; a cam ring allowed of eccentric with respect to a center of the rotor, the cam ring having an inner circumferential cam surface in sliding contact with a distal end portion of the vane; a pump chamber defined by the adjacent vanes, the rotor, and the cam ring; a suction port to guide hydraulic fluid to be suctioned to the pump chamber; and a discharge port to guide hydraulic fluid to be discharged from the pump chamber. An outer circumference of an opening portion of the suction port is formed so as to be positioned along the inner circumferential cam surface of the cam ring or at an outside of the inner circumferential cam surface regardless of eccentricity of the cam ring with respect to the rotor.
    • 可变排量叶片泵包括:转子,其被旋转驱动; 可滑动地容纳在转子中的多个叶片; 相对于转子的中心允许偏心的凸轮环,所述凸轮环具有与所述叶片的远端部分滑动接触的内周凸轮表面; 由相邻叶片,转子和凸轮环限定的泵室; 用于引导要泵送到泵室的液压流体的吸入口; 以及用于引导要从泵室排出的液压流体的排出口。 吸入口的开口部的外周形成为能够沿着凸轮环的内周凸轮面或内周凸轮表面的外侧定位,而与凸轮环相对于转子的偏心无关 。
    • 13. 发明授权
    • Control system for hybrid construction machine
    • 混合施工机械控制系统
    • US09127438B2
    • 2015-09-08
    • US13579925
    • 2011-02-17
    • Haruhiko KawasakiMasahiro Egawa
    • Haruhiko KawasakiMasahiro Egawa
    • F15B21/14E02F9/22E02F9/20
    • E02F9/2235E02F9/2075E02F9/2217E02F9/2242E02F9/2282E02F9/2285E02F9/2292E02F9/2296F15B21/14F15B2211/20546F15B2211/20576
    • A control system for construction machine includes a pair of first and second main pumps which are variable-displacement pumps, first and second circuit systems connected to the first and second main pumps and including a plurality of control valves, main switching valves provided between the first and second circuit systems and the first and second main pumps, a hydraulic motor for power generation connected to the first and second main pumps via the main switching valves, a generator coupled to the hydraulic motor for power generation, and a battery for storing power generated by the generator. When at least the main switching valve connected to one circuit system is at a position to cause one main pump connected thereto to communicate with the hydraulic motor for power generation, the main switching valve connected to the other circuit system causes the other main pump to communicate with the other circuit system.
    • 一种施工机械的控制系统,包括一对第一和第二主泵,它们是可变排量的泵,连接到第一和第二主泵的第一和第二回路系统,并且包括多个控制阀,主切换阀设置在第一和第二主泵之间 和第二回路系统以及第一和第二主泵,用于通过主切换阀连接到第一和第二主泵的用于发电的液压马达,耦合到用于发电的液压马达的发电机和用于存储发电的电池的电池 由发电机。 当至少连接到一个回路系统的主切换阀处于使与其连接的一个主泵与用于发电的液压马达连通的位置时,连接到另一个回路系统的主切换阀使另一主泵进行通信 与其他电路系统。
    • 15. 发明申请
    • HYDRAULIC CONTROL APPARATUS
    • 液压控制装置
    • US20150226236A1
    • 2015-08-13
    • US14416283
    • 2013-10-29
    • KAYABA INDUSTRY CO., LTD.
    • Takeshi Fujiwara
    • F15B13/042F16K27/04
    • F15B13/0426F15B11/166F15B13/0842F16K11/00F16K27/00F16K27/003F16K27/041Y10T137/7768Y10T137/87885
    • A hydraulic control apparatus includes: a plurality of spools incorporated into a valve main body; a cap provided on the valve main body; pilot chambers provided in the cap to correspond to the respective spools; a maximum pressure introduction passage to which a maximum pressure of the pilot chambers is led; connecting passages connecting the maximum pressure introduction passage to the respective pilot chambers; and selection valves provided in the connecting passages. The maximum pressure of the respective pilot chambers is selected by the selection valve and led to the maximum pressure introduction passage. The maximum pressure introduction passage is provided in the cap on an opposite side of the pilot chambers to a side on which the valve main body is provided.
    • 一种液压控制装置,包括:与阀主体结合的多个阀芯; 设置在阀主体上的盖; 引导室设置在盖中以对应于相应的卷轴; 引导引导室的最大压力被引导到的最大压力引入通道; 将最大压力导入通路连接到各导向室的连接通路; 以及设置在连接通道中的选择阀。 各先导室的最大压力由选择阀选择并被引导到最大压力引入通道。 最大压力引入通道设置在与先导室相对的一侧的盖中,设置有阀主体的一侧。
    • 16. 发明申请
    • SHOCK ABSORBER
    • 减震器
    • US20150210136A1
    • 2015-07-30
    • US14431772
    • 2013-09-24
    • KAYABA INDUSTRY CO., LTD.
    • Takashi TeraokaKazutaka InamitsuHideki Kawakami
    • B60G13/08F16F9/348F16F9/516
    • B60G13/08F16F9/348F16F9/3487F16F9/3488F16F9/5165
    • A shock absorber includes a cylinder, a piston, a piston rod, an expansion-side passage that allows a fluid to flow only from an expansion-side chamber toward a contraction-side chamber, a contraction-side passage that allows the fluid to flow only from the contraction-side chamber toward the expansion-side chamber, an expansion-side damping valve that applies resistance to a flow of fluid passing through the expansion-side passage, a contraction-side damping valve that applies resistance to a flow of fluid passing through the contraction-side passage, an expansion-side bypass passage that connects the expansion-side chamber to the contraction-side chamber, an expansion-side relief valve that is opened by pressure in the expansion-side chamber so as to open the expansion-side bypass passage, a contraction-side bypass passage that connects the expansion-side chamber to the contraction-side chamber, and a contraction-side relief valve that is opened by pressure in the contraction-side chamber so as to open the contraction-side bypass passage.
    • 减震器包括缸体,活塞,活塞杆,允许流体仅从膨胀侧室朝向收缩侧室流动的膨胀侧通道,允许流体流动的收缩侧通道 仅从收缩侧室朝向膨胀侧室的膨胀侧阻尼阀,对通过膨胀侧通路的流体的流动施加阻力的收缩侧阻尼阀,对流体流动施加阻力 通过收缩侧通道,将膨胀侧室与收缩侧室连接的膨胀侧旁通通道,膨胀侧安全阀,其在膨胀侧室中通过压力而打开,以便打开 膨胀侧旁通通道,将膨胀侧室与收缩侧室连接的收缩侧旁通路和收缩侧旁通通路,该收缩侧旁通通路在收缩侧ch 琥珀色以打开收缩侧旁路通道。