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    • 8. 发明公开
    • AXIAL-PISTON MACHINE
    • AXIALKOLBENMASCHINE。
    • EP0563378A1
    • 1993-10-06
    • EP91910231.9
    • 1990-12-17
    • TSENTRALNY NAUCHNO-ISSLEDOVATELSKY AVTOMOBILNY I AVTOMOTORNY INSTITUT
    • ROMANCHEV, Jury AlexandrovichKUTENEV, Vadim FedorovichISTOMIN, Sergei Sergeevich
    • F02B75/26F01B3/02F01B3/00F16H23/08
    • F16H23/08F01B3/0002F01B3/02F02B75/26
    • In the casing (1) of the proposed axial-piston machine is located a cylinder block (2) with cavities (10). The axes of the cavities (10) are parallel to the longitudinal axis (O₁-O₁) of the shalt (11) and pistons (12) are mounted inside said cavities with the possibility of reciprocating movement. Each of the pistons (12) is hingedly connected to one end (14a) of a rod (14). The other end (14b) of the rod (14) is hingedly connected to a sloped washer (15) which is mounted by means of a first support (22) on a sloped neck (23) of the shaft (11) mounted on supports in the casing (1) and which is hingedly connected by means of universal couplings (34 and 35) to the casing (1). The machine is further provided with a second spherically shaped support (49) of the sloped washer (15). The support (49) is connected to the casing (1) and its centre (O₃) coincides essentially with the geometrical centre of a coupling element (47) of the universal couplings (34 and 35). Through the centre (O₃) passes a bisector plane (p-p) constituting the symmetry plane of the universal couplings (34 and 35).
    • 在所提出的轴向活塞机械的壳体(1)中设有具有空腔(10)的气缸体(2)。 空腔(10)的轴线平行于井口(11)的纵向轴线(O1-O1),并且活塞(12)安装在所述空腔内部并具有往复运动的可能性。 每个活塞(12)铰接地连接到杆(14)的一端(14a)。 杆(14)的另一端(14b)铰接地连接到倾斜垫圈(15),该倾斜垫圈(15)通过第一支撑件(22)安装在安装在支撑件上的轴(11)的倾斜颈部(23)上 在壳体(1)中并且通过通用联接器(34和35)铰接地连接到壳体(1)。 该机器还设置有倾斜垫圈(15)的第二球形支撑件(49)。 支撑件(49)连接到壳体(1)并且其中心(O3)基本上与通用联接器(34和35)的联接元件(47)的几何中心重合。 通过中心(O3)通过构成通用联轴器(34和35)的对称平面的二等分平面(p-p)。
    • 9. 发明授权
    • AXIAL-PISTON MACHINE
    • 轴向活塞机器
    • EP0563378B1
    • 1995-11-15
    • EP91910231.9
    • 1990-12-17
    • TSENTRALNY NAUCHNO-ISSLEDOVATELSKY AVTOMOBILNY I AVTOMOTORNY INSTITUT
    • ROMANCHEV, Jury AlexandrovichKUTENEV, Vadim FedorovichISTOMIN, Sergei Sergeevich
    • F02B75/26F01B3/02F01B3/00F16H23/08
    • F16H23/08F01B3/0002F01B3/02F02B75/26
    • In the casing (1) of the proposed axial-piston machine is located a cylinder block (2) with cavities (10). The axes of the cavities (10) are parallel to the longitudinal axis (01-01) of the shaft (11) and pistons (12) are mounted inside said cavities with the possibility of reciprocating movement. Each of the pistons (12) is hingedly connected to one end (14a) of a rod (14). The other end (14b) of the rod (14) is hingedly connected to a sloped washer (15) which is mounted by means of a first support (22) on a sloped neck (23) of the shaft (11) mounted on supports in the casing (1) and which is hingedly connected by means of universal couplings (34 and 35) to the casing (1). The machine is further provided with a second, spherically shaped support (49) of the sloped washer (15). The support (49) is connected to the casing (1) and its centre (03) coincides essentially with the geometrical centre of a coupling element (47) of the universal couplings (34 and 35). Through the centre (03) passes a bisector plane (p-p) constituting the symmetry plane of the universal couplings (34 and 35).
    • 在所提出的轴向活塞机器的壳体(1)中设置具有空腔(10)的缸体(2)。 空腔(10)的轴线平行于轴(11)的纵向轴线(01-01),并且活塞(12)安装在所述空腔内且具有往复运动的可能性。 每个活塞(12)铰接连接到杆(14)的一端(14a)。 杆(14)的另一端(14b)铰接连接到倾斜垫圈(15)上,该垫圈通过第一支撑件(22)安装在轴(11)的倾斜颈部(23)上,所述倾斜颈部(23)安装在支撑件 在壳体(1)中并且通过万向联轴器(34和35)铰接到壳体(1)上。 该机器还设置有倾斜垫圈(15)的第二球形支撑件(49)。 支撑件49连接到壳体1并且其中心03基本上与通用联接器34和35的联接元件47的几何中心重合。 通过中心(03)通过构成通用联轴器(34和35)的对称平面的平分面(p-p)。