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    • 1. 发明申请
    • DOUBLE DAMPING FLYWHEEL AND DOUBLE DAMPING ELEMENTS
    • 双重阻尼飞轮和双重阻尼元件
    • US20120048057A1
    • 2012-03-01
    • US13143124
    • 2009-12-09
    • Olivier FafetDaniel FeniouxMichel GratonLionel Renier
    • Olivier FafetDaniel FeniouxMichel GratonLionel Renier
    • F16F15/134F16F15/123
    • F16F15/13484F16D3/77F16D13/70F16F15/13453
    • The invention relates to a double damping flywheel for a clutch, comprising primary and secondary coaxial members. The members are mobile in rotation in relation to one another and coupled by first and second damping elements arranged in series by a connecting web. The first damping element includes at least one curved elastic member running circumferentially between two first seatings carried by the connecting web; the second damping element includes at least two groups of elastic members, each including at least two straight elastic members arranged in series by an intermediate bearing element, each group of straight elastic members running circumferentially between two second seatings carried by the connecting web; one annular member for phasing the straight elastic members, separate from the connecting web, carrying the intermediate bearing element of each group; wherein, the maximum angular displacement between the primary member and the connecting web, and the maximum angular displacement between the secondary member and the connecting web, is less than 30°, preferably less than 10°.
    • 本发明涉及一种用于离合器的双阻尼飞轮,包括主和副共轴构件。 构件相对于彼此旋转移动,并且通过由连接腹板串联布置的第一和第二阻尼元件联接。 第一阻尼元件包括至少一个弯曲的弹性构件,该弹性构件在由连接腹板承载的两个第一座之间周向延伸; 所述第二阻尼元件包括至少两组弹性构件,每组包括由中间轴承元件串联布置的至少两个直的弹性构件,每组直线弹性构件在由连接腹板承载的两个第二座之间周向延伸; 一个环形构件,用于使直的弹性构件与连接腹板分开,承载每组的中间轴承元件; 其中,主构件和连接腹板之间的最大角位移以及次构件和连接腹板之间的最大角位移小于30°,优选小于10°。
    • 2. 发明授权
    • Double damping flywheel with double damping elements
    • 带双阻尼元件的双阻尼飞轮
    • US08690688B2
    • 2014-04-08
    • US13143124
    • 2009-12-09
    • Olivier FafetDaniel FeniouxMichel GratonLionel Renier
    • Olivier FafetDaniel FeniouxMichel GratonLionel Renier
    • F16F15/121
    • F16F15/13484F16D3/77F16D13/70F16F15/13453
    • A double damping flywheel comprises primary and secondary coaxial members. The members are rotatable relative to one another and coupled by first and second damping elements arranged in series by a connecting web. The first damping element includes at least one curved elastic member running circumferentially between two first seatings. The second damping element includes at least two groups of elastic members, each including at least two straight elastic members arranged in series by an intermediate bearing element. Each of the groups of straight elastic members runs circumferentially between two second seatings. An annular member for phasing the straight elastic members, separate from the connecting web, carries the intermediate bearing element of each group. The difference between the maximum angular displacement between the primary member and the connecting web, and the maximum angular displacement between the secondary member and the connecting web, is less than 30°.
    • 双阻尼飞轮包括主和副共轴构件。 所述构件可相对于彼此旋转并且通过由连接腹板串联布置的第一和第二阻尼元件联接。 第一阻尼元件包括在两个第一座之间周向延伸的至少一个弯曲弹性构件。 第二阻尼元件包括至少两组弹性构件,每组包括由中间轴承元件串联布置的至少两个直的弹性构件。 每组直的弹性构件在两个第二座之间周向延伸。 用于使直的弹性构件与连接腹板分开的相位的环形构件承载每组的中间轴承元件。 主构件和连接腹板之间的最大角位移之间的差异以及次构件和连接腹板之间的最大角位移之差小于30°。
    • 3. 发明授权
    • Axially adjustable without play coupling between flywheel and reaction plate
    • 飞轮和反作用板之间不起跳耦合的轴向可调
    • US08919516B2
    • 2014-12-30
    • US13125922
    • 2009-10-07
    • Daniel Fenioux
    • Daniel Fenioux
    • F16D13/70F16D21/06
    • F16D21/06F16D13/70
    • A system (10) for coupling a drive shaft (12) of a motor vehicle and a coaxial transmission shaft (14A, 14B) is disclosed. The coupling includes a front friction clutch device (22) which comprises a rotary drive assembly (40) comprising a reaction plate (24). The coupling further includes a rear flywheel (20) coaxial to the drive assembly (40), which flywheel is designed to be connected in rotation to the drive shaft (12). The coupling further includes an element (54, 56) for connection in rotation of the flywheel (20) and the drive assembly (40) of the clutch device (22), which includes a first, male element (54) and a second, female element (56) which are designed to be fitted axially in a sliding manner. The elements (54, 56) are provided with fittings which are adjustable axially in a predetermined gap, in that a further element (60) is provided for circumferential clamping of the male element (54) into the female element (56) in a clamped state, the male (54) and female (56) elements being positioned and engaged without circumferential play, and in that the coupling includes additional (66, 68) fasteners for blocking the male (54) and female (56) elements rigidly in their clamped state.
    • 公开了一种用于联接机动车辆的驱动轴(12)和同轴传动轴(14A,14B)的系统(10)。 联轴器包括前摩擦离合器装置(22),其包括包括反作用板(24)的旋转驱动组件(40)。 联接器还包括与驱动组件(40)同轴的后飞轮(20),该飞轮被设计成与驱动轴(12)旋转连接。 联轴节还包括用于在飞轮(20)和离合器装置(22)的驱动组件(40)的旋转中连接的元件(54,56),其包括第一公元件(54)和第二, 阴元件(56),其被设计成以滑动的方式轴向安装。 元件(54,56)设置有可在预定间隙中轴向调节的配件,其中设置有另外的元件(60)用于将公元件(54)周向夹紧到阴元件(56)中,夹紧 阳型(54)和阴(56)元件被定位和接合而没有周向游隙,并且联接器包括用于在其中刚性地阻塞阳(54)和阴(56)元件的附加(66,68)紧固件 夹紧状态。
    • 6. 发明授权
    • Double torque flywheel in particular for motor vehicle
    • 双转矩飞轮特别适用于机动车辆
    • US06299541B1
    • 2001-10-09
    • US09462160
    • 2000-04-13
    • Patrice BertinDaniel FeniouxGiovanni Grieco
    • Patrice BertinDaniel FeniouxGiovanni Grieco
    • F16D312
    • F16F15/13407F16F15/13164
    • A double flywheel vibration damper including two coaxial masses free to rotate relative to each other and acting against elastic parts, in which one of the masses, referred to as the first mass, is intended to be fastened to a drive shaft, whereas the other mass, referred to as the second mass, includes a reaction plate assuring rotational connection to a driven shaft, and in which the first mass has a central hub projecting axially and carrying bearing member operating between the second mass and the central hub to enable the second mass to rotate on the first mass, wherein the central hub comprises two aligned coaxial parts, namely a first hub supporting the second mass rotationally via the bearing member fitted on this first hub, and a second hub intended to be fastened to the drive shaft, and wherein the second hub constitutes an axial spacer between the drive shaft and the first hub. The invention is applicable to motor vehicle transmission systems.
    • 一种双飞轮减振器,包括两个相互相对旋转并且作用于弹性部分的同轴质量块,其中被称为第一质量块中的一个将被紧固到驱动轴,而另一个质量 被称为第二质量块,包括确保与从动轴的旋转连接的反作用板,其中第一质量块具有轴向突出的中心毂,并且承载在第二质量块和中心毂之间运行的承载构件,以使第二质量 在所述第一质量块上旋转,其中所述中心毂包括两个对准的同轴部分,即经由安装在所述第一轮毂上的所述轴承部件旋转地支撑所述第二质量的第一轮毂和用于紧固到所述驱动轴的第二轮毂,以及 其中所述第二轮毂构成所述驱动轴和所述第一轮毂之间的轴向间隔件。 本发明适用于机动车辆传动系统。
    • 7. 发明授权
    • Coil spring
    • 线圈弹簧
    • US08684342B2
    • 2014-04-01
    • US12449123
    • 2008-01-25
    • Daniel FeniouxNobuharu KatoTakeshi Yabushita
    • Daniel FeniouxNobuharu KatoTakeshi Yabushita
    • F16F1/08
    • F16F1/042F16H45/02
    • A coil spring has a spring wire wound in a coil shape having an outer diameter side portion and an inner diameter side portion on a peripheral shape in a cross section thereof, one of the outer diameter side portion and inner diameter side portion formed in a semi-circular shape expressed by x2+y2=b2, the other thereof formed in a non-circular shape with a long diameter “a” and a short diameter “b” expressed by (x/a)α+(y/b)α=1, and value of the “α” set in a range of 1.85 to 2.45, and contact faces provided between the inner diameter side portion and the outer diameter side portion on the peripheral shape in the cross section such that each contact face comes into contact with a contact face of an adjacent coil in an axial direction along an axis line of the coil spring.
    • 螺旋弹簧具有卷绕成线圈状的弹簧线,其外径侧部分和内径侧部分的截面为周边形状,外径侧部分和内径侧部分中的一个形成为半 由x2 + y2 = b2表示的圆弧形状,另一方形成为由(x / a)α+(y / b)α表示的长径“a”和短径“b”的非圆形 = 1,“α”的值设定在1.85〜2.45的范围内,以及设置在截面上的周边形状的内径侧部分和外径侧部分之间的接触面,使得每个接触面进入 沿着螺旋弹簧的轴线在轴向方向上与相邻线圈的接触面接触。
    • 9. 发明申请
    • AXIALLY ADJUSTABLE WITHOUT PLAY COUPLING BETWEEN FLYWHEEL AND REACTION PLATE
    • 螺旋线和反应板之间没有放置耦合的AXIALLY ADJUSTABLE
    • US20110259700A1
    • 2011-10-27
    • US13125922
    • 2009-10-07
    • Daniel Fenioux
    • Daniel Fenioux
    • F16D13/70
    • F16D21/06F16D13/70
    • A system (10) for coupling a drive shaft (12) of a motor vehicle and a coaxial transmission shaft (14A, 14B) is disclosed. The coupling includes a front friction clutch device (22) which comprises a rotary drive assembly (40) comprising a reaction plate (24). The coupling further includes a rear flywheel (20) coaxial to the drive assembly (40), which flywheel is designed to be connected in rotation to the drive shaft (12). The coupling further includes an element (54, 56) for connection in rotation of the flywheel (20) and the drive assembly (40) of the clutch device (22), which includes a first, male element (54) and a second, female element (56) which are designed to be fitted axially in a sliding manner. The elements (54, 56) are provided with fittings which are adjustable axially in a predetermined gap, in that a further element (60) is provided for circumferential clamping of the male element (54) into the female element (56) in a clamped state, the male (54) and female (56) elements being positioned and engaged without circumferential play, and in that the coupling includes additional (66, 68) fasteners for blocking the male (54) and female (56) elements rigidly in their clamped state.
    • 公开了一种用于联接机动车辆的驱动轴(12)和同轴传动轴(14A,14B)的系统(10)。 联轴器包括前摩擦离合器装置(22),其包括包括反作用板(24)的旋转驱动组件(40)。 联接器还包括与驱动组件(40)同轴的后飞轮(20),该飞轮被设计成与驱动轴(12)旋转连接。 联轴节还包括用于在飞轮(20)和离合器装置(22)的驱动组件(40)的旋转中连接的元件(54,56),其包括第一公元件(54)和第二, 阴元件(56),其被设计成以滑动的方式轴向安装。 元件(54,56)设置有可在预定间隙中轴向调节的配件,其中设置有另外的元件(60)用于将公元件(54)周向夹紧到阴元件(56)中,夹紧 阳型(54)和阴(56)元件被定位和接合而没有周向游隙,并且联接器包括用于在其中刚性地阻塞阳(54)和阴(56)元件的附加(66,68)紧固件 夹紧状态。
    • 10. 发明申请
    • COIL SPRING
    • 线圈弹簧
    • US20100090384A1
    • 2010-04-15
    • US12449123
    • 2008-01-25
    • Daniel FeniouxNobuharu KatoTakeshi Yabushita
    • Daniel FeniouxNobuharu KatoTakeshi Yabushita
    • F16F1/06
    • F16F1/042F16H45/02
    • A coil spring has a spring wire wound in a coil shape having an outer diameter side portion and an inner diameter side portion on a peripheral shape in a cross section thereof, one of the outer diameter side portion and inner diameter side portion formed in a semi-circular shape expressed by x2+y2=b2, the other thereof formed in a non-circular shape with a long diameter “a” and a short diameter “b” expressed by (x/a)α+(y/b)α=1, and value of the “α” set in a range of 1.85 to 2.45, and contact faces provided between the inner diameter side portion and the outer diameter side portion on the peripheral shape in the cross section such that each contact face comes into contact with a contact face of an adjacent coil in an axial direction along an axis line of the coil spring.
    • 螺旋弹簧具有卷绕成线圈状的弹簧线,其外径侧部分和内径侧部分的截面为周边形状,外径侧部分和内径侧部分中的一个形成为半 由x2 + y2 = b2表示的圆弧形状,另一方形成为由(x / a)α+(y / b)α表示的长径“a”和短径“b”的非圆形 = 1,“α”的值设定在1.85〜2.45的范围内,以及设置在截面上的周边形状的内径侧部分和外径侧部分之间的接触面,使得每个接触面进入 沿着螺旋弹簧的轴线在轴向方向上与相邻线圈的接触面接触。