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    • 13. 发明授权
    • Drive power transmission comprising electromagnetic clutch
    • 驱动动力传动,包括电磁离合器
    • US06905007B2
    • 2005-06-14
    • US10415658
    • 2001-11-08
    • Yoshiaki SengaHiroshi TakunoHiroyuki InoueYasuyuki Watanabe
    • Yoshiaki SengaHiroshi TakunoHiroyuki InoueYasuyuki Watanabe
    • F16D27/115F16D27/14F16D28/00F16D27/10
    • F16D27/14F16D27/004F16D27/115
    • In a power transfer device composed of a bottomed cylindrical housing 20a rotatably mounted on an inner shaft 20b and a main friction clutch 20c and a pilot friction clutch 30a coaxially assembled within a cylindrical space between the housing 20a and inner shaft 20b through a cam mechanism 30b, the thickness of a shim plate 39b for adjustment of a clearance between an inner clutch plate or outer clutch plate located at one side of an electromagnetic clutch 30a used as the pilot friction clutch and an inner end surface of an end wall block 21b threaded into an opening end portion of the housing 20a is determined on a basis of a clearance L1 between one side surface of a thrust bearing 39a assembled with an input cam member 35 of the cam mechanism 30b and an inner clutch plate or outer clutch plate located at one side of the electromagnetic clutch 30a.
    • 在由可旋转地安装在内轴20b上的有底圆柱形壳体20a和主摩擦离合器20c以及同轴组装在壳体20A和内轴20之间的圆柱形空间内的先导摩擦离合器30a组成的动力传递装置中 b通过凸轮机构30b,用于调节位于作为导向摩擦离合器的电磁离合器30a的一侧的内离合器板或外离合器板之间的间隙的垫板39b的厚度和内端 基于在与凸轮机构的输入凸轮构件35组装的推力轴承39a的一个侧表面之间的间隙L 1来确定拧入壳体20A的开口端部的端壁块21b的表面 30b和位于电磁离合器301的一侧的内离合器片或外离合器片。
    • 14. 发明授权
    • Power transfer device
    • 电力传输装置
    • US06722482B2
    • 2004-04-20
    • US10025918
    • 2001-12-26
    • Hiroshi TakunoYasunari Saito
    • Hiroshi TakunoYasunari Saito
    • F16D2700
    • F16D27/115
    • A power transfer device including a main clutch, a cam mechanism and an electromagnetic pilot clutch mechanism coaxially assembled within a cylindrical space between an external cylindrical rotary member and an internal rotary member, wherein an electromagnetic coil of the pilot clutch mechanism is applied with an electric current to produce pilot torque, the cam mechanism is applied with the pilot torque to produce thrust force in an axial direction, and the main clutch is engaged by the thrust force applied from the cam mechanism to effect drive connection between the rotary members. In the power transfer device, residual thrust force of the cam mechanism is electrically or mechanically decreased at an instance when differential rotation of the rotary members is reversed.
    • 一种动力传递装置,其特征在于,包括主离合器,凸轮机构和电磁先导离合器机构,其同轴地组装在外部圆柱形旋转构件和内部旋转构件之间的圆柱形空间内,其中先导离合器机构的电磁线圈被施加电 电流以产生导向扭矩,凸轮机构被施加有先导扭矩以在轴向方向上产生推力,并且主离合器通过从凸轮机构施加的推力接合以实现旋转构件之间的驱动连接。 在动力传递装置中,在旋转构件的差动旋转相反的情况下,凸轮机构的剩余推力被电或机械地减小。
    • 15. 发明授权
    • Driving force transmission apparatus
    • 驱动力传动装置
    • US08967350B2
    • 2015-03-03
    • US13591782
    • 2012-08-22
    • Noriyuki FujiiHiroshi TakunoKunihiko SuzukiYuji Tsuzuki
    • Noriyuki FujiiHiroshi TakunoKunihiko SuzukiYuji Tsuzuki
    • F16D27/115F16D27/12F16D27/00
    • F16D27/115F16D13/52F16D13/757F16D27/004F16D2023/123F16D2500/5029
    • A driving force transmission apparatus includes: a first cam mechanism that converts rotational force from a housing into first cam thrust force used as clutch force of a main clutch when the first cam mechanism is actuated through clutch action of a pilot clutch; and a second cam mechanism that is actuated prior to conversion of the rotational force into the first cam thrust force by the first cam mechanism, and that generates second cam thrust force for reducing an interval between clutch plates of the main clutch. The second cam mechanism includes an input cam member that rotates upon receiving rotational force used as actuating force of the input cam member from a cam actuating driving source, and an output cam member that generates the second cam thrust force between the output cam member and the input cam member and outputs the second cam thrust force.
    • 驱动力传递装置包括:第一凸轮机构,当第一凸轮机构通过先导离合器的离合作用致动时,将来自壳体的旋转力转换成用作主离合器的离合器力的第一凸轮推力; 以及第二凸轮机构,其在通过第一凸轮机构将旋转力转换成第一凸轮推力之前被致动,并且产生用于减小主离合器的离合器板之间的间隔的第二凸轮推力。 第二凸轮机构包括输入凸轮构件,该凸轮构件在从凸轮致动驱动源接收到用作输入凸轮构件的致动力的旋转力时旋转;以及输出凸轮构件,其在输出凸轮构件与输出凸轮构件之间产生第二凸轮推力 输入凸轮构件并输出第二凸轮推力。
    • 16. 发明申请
    • ELECTROMAGNETIC CLUTCH
    • 电磁离合器
    • US20130075219A1
    • 2013-03-28
    • US13611438
    • 2012-09-12
    • Minoru ONITAKEHiroshi TakunoKazuya AndoKenji Korenaga
    • Minoru ONITAKEHiroshi TakunoKazuya AndoKenji Korenaga
    • F16D27/04
    • F16D27/112F16D27/004
    • An electromagnetic clutch includes: a first cam member having a first cam surface; a second cam member having a second cam surface facing the first cam surface; a coned disc spring that urges the second cam member such that the first and second cam surfaces are separated from each other; a clutch plate that contacts the second cam member due to urging force of the urging member, and generates friction force between the clutch plate and the second cam member; and an electromagnetic coil that generates magnetic force with which the second cam member is separated from the clutch plate against the urging force of the urging member. The first cam surface and the second cam surface generate thrust force by which the second cam member is pushed against the friction member, through relative rotation between the first cam member and the second cam member due to the friction force.
    • 电磁离合器包括:具有第一凸轮表面的第一凸轮构件; 第二凸轮构件,具有面向第一凸轮表面的第二凸轮表面; 盘形弹簧,其推动第二凸轮构件,使得第一和第二凸轮表面彼此分离; 离合器板,其由于所述推动构件的推动力而与所述第二凸轮构件接触,并且在所述离合器板和所述第二凸轮构件之间产生摩擦力; 以及产生磁力的电磁线圈,抵抗推动构件的推动力使第二凸轮构件与离合器片分离。 第一凸轮表面和第二凸轮表面产生推力,通过该推力,第二凸轮构件通过摩擦力通过第一凸轮构件和第二凸轮构件之间的相对旋转而被推靠在摩擦构件上。
    • 17. 发明授权
    • Differential for vehicle
    • 差分车辆
    • US08092335B2
    • 2012-01-10
    • US12031370
    • 2008-02-14
    • Masashi SuzukiShinichiro NakajimaHiroshi Takuno
    • Masashi SuzukiShinichiro NakajimaHiroshi Takuno
    • F16H48/06
    • F16H48/08F16H48/40F16H2048/087F16H2048/387
    • A differential (1) for a vehicle includes a differential case (2), side gears (5L, 5R) rotatably accommodated in the differential case (2), pinion gears (3, 4) engaged with the side gears (5L, 5R), and pinion gear shaft (50) inserted through the pinion gears (3, 4) to be supported by the differential case (2), in which the differential case (2) has pinion gear supporting portions (10, 11) for rotatably supporting the pinion gears (3, 4), respectively, the pinion gear shaft (50) has pinion gear supporting surfaces (50A, 50B) for rotatably supporting the pinion gears (3, 4), respectively, and the pinion gear supporting surfaces (50A, 50B) are disposed on a side of an axis line of rotation of the differential case (2) with respect to the pinion gear supporting portions (10, 11).
    • 用于车辆的差速器(1)包括差速器壳体(2),可旋转地容纳在差速器壳体(2)中的侧齿轮(5L,5R),与侧齿轮(5L,5R)接合的小齿轮(3,4) 和小齿轮轴(50),其通过小齿轮(3,4)插入以由差速器壳体(2)支撑,差速器壳体(2)具有小齿轮支撑部分(10,11),用于可旋转地支撑 小齿轮(3,4)分别具有用于分别可旋转地支撑小齿轮(3,4)和小齿轮支承面(50A)的小齿轮支承面(50A,50B) ,50B)相对于小齿轮支撑部(10,11)设置在差速器壳体(2)的轴线的一侧。