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    • 2. 发明申请
    • Inclined rotation control device of variable displacement hydraulic pump
    • 可变排量液压泵的倾斜旋转控制装置
    • US20070017219A1
    • 2007-01-25
    • US10558703
    • 2004-11-19
    • Takashi NiidomeYoshitomo YabuuchiTakeshi Kobayashi
    • Takashi NiidomeYoshitomo YabuuchiTakeshi Kobayashi
    • F16D31/02
    • F04B1/324F04B49/002
    • A motion converting section (31) and a translation bar (33) of a feedback mechanism (30) are provided between a lateral side of a swash plate (21) and a control sleeve (26) of a regulator (24). When the swash plate (21) is in a neutral position, the motion converting section (31) is located in an initial position (F-F) at one end of axial direction along an axis line (O-O) passing through a tilting center (C) of tilting motions, and, when the swash plate (21) is driven to tilt in a forward or reverse direction, displaced to the other end of axial direction along the axis line (O-O) to convert a tilting motion of the swash plate (21) into an axial displacement. Through the translation bar (33), the axial displacement is transmitted to the control sleeve (26) of the regulator (24) as an axial displacement.
    • 反转机构(30)的运动转换部分(31)和平移杆(33)设置在斜盘(21)的侧面和调节器(24)的控制套筒(26)之间。 当旋转斜盘21处于中立位置时,运动变换部31沿着轴线方向的一端沿着穿过倾斜中心(C)的轴线(OO)位于初始位置(FF) 倾斜运动,并且当旋转斜盘21被驱动以向前或反向倾斜时,沿着轴线(OO)移动到轴向另一端以转换斜盘(21)的倾斜运动 )进入轴向位移。 通过平移杆(33),轴向位移作为轴向位移传递到调节器(24)的控制套筒(26)。
    • 4. 发明申请
    • Hydraulic Drive Device
    • 液压驱动装置
    • US20090090103A1
    • 2009-04-09
    • US11915041
    • 2006-05-25
    • Yoshitomo YabuuchiGenroku SugiyamaTakeshi KobayashiTakashi NiidomeTakeshi Kurihara
    • Yoshitomo YabuuchiGenroku SugiyamaTakeshi KobayashiTakashi NiidomeTakeshi Kurihara
    • F15B15/00
    • F16H47/02F04B23/06F16H2039/005F16H2047/025
    • A hydraulic drive system is provided with a front casing 50 and a rear ceasing 51. The front casing 50 is formed of a single member, and accommodates therein rotary members, which include a cylinder block 30A and the like, and a part of an output shaft 36 of a hydraulic motor 30 and rotary members, which include a cylinder block 31A and the like, and a part of an output shaft 32 of a hydraulic motor 31. The rear casing 51 is joined to the front casing 50, and has a ports plate 30C and a ports plate 31C arranged therein. The rear casing 51 has an oilway 52 communicating to a first port 30C1 of the ports plate 30C, an oilway 53 communicating to the oilway 52 and also communicating to a first port 31C1 of the ports plate 31C, an oilway 54 communicating to a second port 30C2 of the ports plate 30C, and an oilway 55 communicating to the oilway 54 and also communicating to a second port 31C2 of the ports plate 31C.
    • 液压驱动系统设置有前壳体50和后挡块51.前壳体50由单个构件形成,并且容纳在其中的包括气缸体30A等的旋转构件和一部分输出 液压马达30的轴36和包括气缸体31A等的旋转构件和液压马达31的输出轴32的一部分。后壳体51接合到前壳体50,并且具有 端口板30C和布置在其中的端口板31C。 后壳体51具有与端口板30C的第一端口30C1连通的油路52,与油路52连通并且还与端口板31C的第一端口31C1连通的油路53,与第一端口连通的油路54 30C2,以及与油路54连通的油路55,并与端口板31C的第二端口31C2连通。
    • 5. 发明申请
    • Swash plate type variable displacement hydraulic rotary machine
    • 斜盘式可变排量液压旋转机
    • US20070180986A1
    • 2007-08-09
    • US10588497
    • 2005-05-18
    • Takashi NiidomeYoshitomo YabuuchiTakeshi Kobayashi
    • Takashi NiidomeYoshitomo YabuuchiTakeshi Kobayashi
    • F01B3/00
    • F04B1/2092
    • A pair of leg portions are provided on a swash plate. A main hydrostatic bearing is provided on one leg portion, in communication with one supply/discharge passage through an oil guide passage, and an auxiliary hydrostatic bearing is provided on the other leg portion, in communication with the oil guide passage. Another main hydrostatic bearing is provided on the other leg portion, in communication with the other supply/discharge passage through an oil guide passage, and another auxiliary hydrostatic bearing is provided on one leg portion, in communication with the oil guide passage. By the main hydrostatic bearings and auxiliary hydrostatic bearings, dissociative forces are generated between the leg portions of the swash plate and a swash plate support member in balance with hydraulic reaction forces which are exerted on the swash plate by pistons.
    • 一对腿部设置在斜盘上。 一个主静压轴承设置在一个支脚部分上,与一个供油/排出通道相连,通过一个导油通道​​,另一个支腿部分设有辅助静压轴承,与导油通道连通。 另一个主静压轴承设置在另一个腿部,通过导油通道与另一个供排气通道连通,另一个辅助静压轴承设置在与导油通道连通的一个支腿部分上。 通过主静压轴承和辅助静压轴承,在旋转斜盘支脚和旋转斜盘支撑构件之间产生解离力,与液压反作用力平衡,并通过活塞施加在旋转斜盘上。