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    • 1. 发明公开
    • Driving force transmitting device
    • Antriebsübertragungsvorrichtung
    • EP1975446A1
    • 2008-10-01
    • EP08005616.1
    • 2008-03-26
    • Univance Corporation
    • Kato, TadahikoSuzuki, TatsuyaNakabayashi, AkiraMasuda, YosukeTakada, MasahiroOnishi, Yoshitaka
    • F16D48/06F16D25/02
    • F16D25/02F16D48/066F16D2500/1026F16D2500/10431F16D2500/3024F16D2500/502F16D2500/70406Y10T74/19005
    • A driving force transmitting device including a power plant (10) that generates a driving force, an input shaft (94) to which the driving force generated by the power plant (10) is inputted, an output shaft (95) to which the driving force inputted to the input shaft (94) is outputted, and a main clutch (101) that intermittently transmits the driving force transmitted to the output shaft (95) from the input shaft (94), comprising:
      a primary clutch (136,137) that intermittently transmits the driving force transmitted from the input shaft at the side of the input shaft from the main clutch;
      a hydraulic pump (202) that generates a hydraulic pressure;
      a piston (151) that presses the primary clutch (136,137) by the hydraulic pressure generated by the hydraulic pump; and
      a cam mechanism (132,133) that is fitted to the primary clutch (136,137), and that presses the main clutch (101) with a press-contact force amplified more than the press-contact force of the piston (151) by utilizing the driving force inputted from the input shaft (94) through the primary clutch with the primary clutch engaged by the piston (151), so as to engage the main clutch (101).
    • 一种驱动力传递装置,包括产生驱动力的动力装置(10),输入由动力装置(10)产生的驱动力的输入轴(94),输出轴(95),驱动 输出输入到输入轴(94)的力,以及从输入轴(94)间歇地传递到输出轴(95)的驱动力的主离合器(101),包括:主离合器(136,137),其 从主离合器间歇地传递从输入轴侧输入轴传递的驱动力; 产生液压的液压泵(202); 由所述液压泵产生的液压压迫所述主离合器(136,137)的活塞(151) 以及安装在所述主离合器(136,137)上的凸轮机构(132,133),并且通过利用所述主离合器(131,137)压紧所述主离合器(101)的压力接触力而超过所述活塞(151)的压力接触力 由主动离合器与主动离合器啮合的从动输入轴(94)输入的主动力与主离合器(101)接合。
    • 2. 发明授权
    • SELF-CONTAINED HYDRAULIC COUPLING
    • 独立的液压离合器
    • EP1027545B1
    • 2005-09-28
    • EP98955154.4
    • 1998-10-27
    • New Venture Gear, Inc.
    • BURNS, Timothy, M.
    • F16D25/02F16D25/0638F16D43/284
    • F16D43/286F16D25/0638
    • A hydraulic coupling (10) for use in motor vehicle driveline applications to limit speed differentiation and transfer drive torque between two rotary members. The hydraulic coupling includes a multi-plate clutch assembly (22) operably connecting the two relatively rotatable members, and a sealed actuator assembly (20) for actuating the clutch assembly (22) in response to the magnitude of speed differentiation between the two rotary members. The actuator assembly (20) includes a hydraulic pump (24) and a piston (70) which are sealed relative to the clutch assembly (22). The sealed actuator assembly (20) includes an internal recirculation path for supplying hydraulic fluid retained therein between a low pressure supply chamber (130) at the inlet side of the hydraulic pump (24) and a high pressure piston chamber (72) provided at the discharge side of the hydraulic pump (24). Hydraulic pressure in the piston chamber (72) controls the magnitude of the clutch engagement force exerted by the piston (70) on the clutch assembly (22). As a further feature, the recirculation path includes a flow restrictor (146) which provides a bleed flow path for supplying high pressure fluid from the piston chamber (72) to the supply chamber (130) following cessation of the pumping action to release the clutch assembly (22).
    • 8. 发明公开
    • Driving force transmitting device
    • Antriebsübertragungsvorrichtung
    • EP2196692A1
    • 2010-06-16
    • EP10158876.2
    • 2008-03-26
    • Univance Corporation
    • Kato, TadahikoSuzuki, TatsuyaNakabayashi, AkiraMasuda, YosukeTakada, MasahiroOnishi, Yoshitaka
    • F16D48/06F16D25/02
    • F16D25/02F16D48/066F16D2500/1026F16D2500/10431F16D2500/3024F16D2500/502F16D2500/70406Y10T74/19005
    • A driving force transmitting device including a power plant (10) that generates a driving force, an input shaft (94) to which the driving force generated by the power plant (10) is inputted, an output shaft (95a,95b) to which the driving force inputted to the input shaft is outputted, and a main clutch (101a,101b) that intermittently transmits the driving force transmitted to the output shaft (95a,95b) from the input shaft, comprising:
      a primary clutch (135a,135b,136a,136b) that intermittently transmits the driving force transmitted from the input shaft (94) at the side of the input shaft from the main clutch (101a,101b);
      a hydraulic pump (202a,202b) that generates a hydraulic pressure;
      a piston (153a,153b) that presses the primary clutch (135a,135b,136a,136b) by the hydraulic pressure generated by the, hydraulic pump (202a,202b); and
      a cam mechanism (131a,131b) that is fitted to the primary clutch, and that presses the main clutch (101a,101b) with a press-contact force amplified more than the press-contact force of the piston by utilizing the driving force inputted from the input shaft (94) through the primary clutch with the primary clutch engaged by the piston (153a,153b), so as to engage the main clutch (101a,101b).
    • 一种驱动力传递装置,包括产生驱动力的动力装置(10),输入由动力装置(10)产生的驱动力的输入轴(94),输出轴(95a,95b) 输出输入到输入轴的驱动力,从输入轴间歇地传递到输出轴(95a,95b)的驱动力的主离合器(101a,101b)包括:主离合器(135a,135b ,136a,136b),其从所述主离合器(101a,101b)间歇地传递从所述输入轴(94)在所述输入轴侧传递的驱动力; 产生液压的液压泵(202a,202b) 由液压泵(202a,202b)产生的液压压迫主离合器(135a,135b,136a,136b)的活塞(153a,153b); 以及凸轮机构(131a,131b),其配合到所述主离合器,并且通过利用所述驱动力将所述主离合器(101a,101b)以比所述活塞的压力接近力更大的压力接触力 从所述输入轴(94)通过所述主离合器输入,所述主离合器与所述活塞(153a,153b)接合,以与所述主离合器(101a,101b)接合。
    • 9. 发明公开
    • SELF-CONTAINED HYDRAULIC COUPLING
    • 独立的液压离合器
    • EP1027545A1
    • 2000-08-16
    • EP98955154.4
    • 1998-10-27
    • New Venture Gear, Inc.
    • BURNS, Timothy, M.
    • F16D25/02F16D25/0638
    • F16D43/286F16D25/0638
    • A hydraulic coupling (10) for use in motor vehicle driveline applications to limit speed differentiation and transfer drive torque between two rotary members. The hydraulic coupling includes a multi-plate clutch assembly (22) operably connecting the two relatively rotatable members, and a sealed actuator assembly (20) for actuating the clutch assembly (22) in response to the magnitude of speed differentiation between the two rotary members. The actuator assembly (20) includes a hydraulic pump (24) and a piston (70) which are sealed relative to the clutch assembly (22). The sealed actuator assembly (20) includes an internal recirculation path for supplying hydraulic fluid retained therein between a low pressure supply chamber (130) at the inlet side of the hydraulic pump (24) and a high pressure piston chamber (72) provided at the discharge side of the hydraulic pump (24). Hydraulic pressure in the piston chamber (72) controls the magnitude of the clutch engagement force exerted by the piston (70) on the clutch assembly (22). As a further feature, the recirculation path includes a flow restrictor (146) which provides a bleed flow path for supplying high pressure fluid from the piston chamber (72) to the supply chamber (130) following cessation of the pumping action to release the clutch assembly (22).