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    • 1. 发明授权
    • Roll control actuator
    • 滚动控制执行器
    • US06361033B1
    • 2002-03-26
    • US09578333
    • 2000-05-25
    • Nicholas JonesGuillaume DazinVincent Pichon
    • Nicholas JonesGuillaume DazinVincent Pichon
    • B60G2106
    • F15B15/068B60G21/0555
    • A roll control actuator (34) for installation between first and second axially aligned parts (14,16) of a torsion bar (12) has a cylindrical housing (36) connectable by an end wall (38) to the second part of the torsion bar. A rod (40) is positioned inside the housing, extends out of the other end (42) of the housing, and is connectable to the second part of the torsion bar. A cylindrical inner sleeve (46) is positioned inside the housing between the housing and the rod; and the housing, the rod, and the inner sleeve are coaxial on an axis (A), with the rod being rotatable about the axis relative to the housing. The actuator further has securing means (35,37,44) for securing the rod and the housing together to substantially prevent relative axial movement, first linking means (48,50,52) disposed between the housing and the inner sleeve and generating rotational movement of the housing about the axis on axial movement of the inner sleeve, and second linking means (54,56,58) disposed between the inner sleeve and the rod, generating rotational movement of the rod about the axis on rotation of the sleeve about the axis and allowing axial movement of the inner sleeve relative to the rod. Control means (66,68) are associated with the inner sleeve to control the relative rotational movement between the rod and the housing.
    • 用于安装在扭力杆(12)的第一和第二轴向对齐部分(14,16)之间的滚动控制致动器(34)具有圆柱形壳体(36),其可由端壁(38)连接到扭转的第二部分 酒吧。 杆(40)定位在壳体内部,延伸出壳体的另一端(42),并且可连接到扭杆的第二部分。 圆柱形内套筒(46)位于壳体内部的壳体和杆之间; 并且所述壳体,所述杆和所述内套筒在轴线(A)上同轴,所述杆可相对于所述壳体绕所述轴线旋转。 致动器还具有用于将杆和壳体固定在一起以基本上防止相对轴向移动的固定装置(35,37,44),第一连接装置(48,50,52)设置在壳体和内套筒之间并产生旋转运动 所述壳体围绕所述轴线在所述内套筒的轴向运动上;以及第二连接装置(54,56,58),所述第二连接装置设置在所述内套筒和所述杆之间,当所述套筒绕所述套筒旋转时绕所述轴线产生旋转运动 并且允许内套筒相对于杆的轴向移动。 控制装置(66,68)与内套筒相关联,以控制杆和壳体之间的相对旋转运动。
    • 3. 发明授权
    • Elongated vibrator made in several detachable elements assembled with each other through secured connections
    • 多个可拆卸元件制成的细长振动器通过固定连接相互组装
    • US08282264B2
    • 2012-10-09
    • US12491777
    • 2009-06-25
    • Guillaume Dazin
    • Guillaume Dazin
    • E02D3/054B01F11/00
    • E02D3/054
    • A vibrator includes a tubular element including one or more sections, the upper end of which is provided with an element for suspension from a hoisting and/or guiding machine and the lower end of which is connected to an endpiece successively including a damper-isolator, a generator of vibrations (4) and a tip (5). This vibrator is made in several detachable elements assembled end-to-end by an element of a plurality of fixing screws (30), the heads or nuts of which are accessible by an element of at least one cavity (27) provided in at least one of the elements and at least one removable locking part (C1, C2) which engages into the cavity (27) by bearing upon the heads or the nuts, so as to ensure the captivity of the screws (30) and to avoid that the assembly be able to dissociate during use.
    • 振动器包括一个包括一个或多个部分的管状元件,其上端设置有用于从提升和/或引导机悬挂的元件,并且其下端连接到依次包括阻尼器隔离器的端部件上, 振动发生器(4)和尖端(5)。 该振动器由多个可由多个固定螺钉(30)的元件端对端组装的几个可拆卸元件制成,其头部或螺母可由至少一个至少一个空腔(27)的元件接近, 元件中的一个和至少一个可移除的锁定部分(C1,C2),其通过承载在头部或螺母上而接合到空腔(27)中,以便确保螺钉(30)的被定位,并且避免 组装能够在使用过程中解离。
    • 4. 发明申请
    • ELONGATED VIBRATOR MADE IN SEVERAL DETACHABLE ELEMENTS ASSEMBLED WITH EACH OTHER THROUGH SECURED CONNECTIONS
    • 通过安全连接组装的几个可拆卸元件的延长振动器
    • US20090324345A1
    • 2009-12-31
    • US12491777
    • 2009-06-25
    • Guillaume DAZIN
    • Guillaume DAZIN
    • E02D3/02
    • E02D3/054
    • A vibrator includes a tubular element including one or more sections, the upper end of which is provided with an element for suspension from a hoisting and/or guiding machine and the lower end of which is connected to an endpiece successively including a damper-isolator, a generator of vibrations (4) and a tip (5). This vibrator is made in several detachable elements assembled end-to-end by an element of a plurality of fixing screws (30), the heads or nuts of which are accessible by an element of at least one cavity (27) provided in at least one of the elements and at least one removable locking part (C1, C2) which engages into the cavity (27) by bearing upon the heads or the nuts, so as to ensure the captivity of the screws (30) and to avoid that the assembly be able to dissociate during use.
    • 振动器包括一个包括一个或多个部分的管状元件,其上端设置有用于从提升和/或引导机悬挂的元件,并且其下端连接到依次包括阻尼器隔离器的端部件上, 振动发生器(4)和尖端(5)。 该振动器由多个可由多个固定螺钉(30)的元件端对端组装的几个可拆卸元件制成,其头部或螺母可由至少一个至少一个空腔(27)的元件接近, 元件中的一个和至少一个可移除的锁定部分(C1,C2),其通过承载在头部或螺母上而接合到空腔(27)中,以便确保螺钉(30)的被定位,并且避免 组装能够在使用过程中解离。
    • 6. 发明授权
    • Transmission device for land vehicle, such as a cart
    • 陆上车辆的传动装置,如推车
    • US07229379B2
    • 2007-06-12
    • US10515322
    • 2003-05-13
    • Roumen AntonovGuillaume Dazin
    • Roumen AntonovGuillaume Dazin
    • F16H3/74
    • F16D43/10F16H3/54F16H37/04
    • For a first gear ratio, the flyweights engage the clutch and thus connect the input to the sun wheel, whilst the ring gear is immobilised by the free wheel. For the second gear ratio, the flyweights push the ring gear against the axial thrust of the helical teeth in a direction causing the engagement of the clutch against the ring and thus, at the same time, the disengagement of the clutch. The thrust produced by the teeth on the ring gear decreases and transmission then occurs from the input to the ring gear, whilst the sun wheel is immobilised by its free wheel. The speed increases further, the flyweights rise further, compress the prestressed springs and push the ring in the direction of the engagement of the clutch, which produces direct drive.
    • 对于第一齿轮比,飞轮与离合器接合,从而将输入端连接到太阳轮,而齿圈由自由轮固定。 对于第二传动比,飞轮推动齿圈抵抗螺旋齿的轴向推力,使得离合器与环接合,从而同时离合器的脱离。 由齿轮上的齿产生的推力减小,然后从输入到齿圈传递,而太阳轮被其自由轮固定。 速度进一步提高,飞重进一步升高,压缩预应力弹簧,并沿离合器接合方向推动环,从而产生直接驱动。
    • 7. 发明授权
    • Roll control actuator
    • 滚动控制执行器
    • US06318737B1
    • 2001-11-20
    • US09578331
    • 2000-05-25
    • Michel MarechalGuillaume Dazin
    • Michel MarechalGuillaume Dazin
    • B60G21055
    • F15B15/068B60G21/0555
    • A roll control actuator (34) for installation between first and second axially aligned parts (14,16) of a torsion bar comprises a first cylindrical housing (36) connectable at one end (38) to the first part of the torsion bar and having a cylindrical wall (44) with an inner surface (68) and a second cylindrical housing (40) connectable at one end (42) to the second part of the torsion bar and having a cylindrical wall (46) with an inner surface (50,72). The cylindrical wall of the first housing is coaxial with, rotatable relative to, and axially fixed relative to, the cylindrical wall of the second housing. A shaft (62) positioned inside the first and second housings is capable of moving in the axial direction relative to the first and second housings. A first tripot joint (76) is mounted on the shaft and has rollers (80) positioned in helically extending grooves (70) formed in the inner surface of the cylindrical wall of the first housing. A second tripot joint (76) is mounted on the shaft and has rollers (80) positioned in helically extending grooves (74) formed in the inner surface of the cylindrical wall of the second housing. The grooves in the inner surface of the cylindrical wall of the first housing have an opposite rotational direction about the axis (A) to the grooves in the inner surface of the cylindrical wall of the second housing. Fluid chambers (58,60) are associated with the shaft and the first and second housings to control the relative rotational movement therebetween.
    • 用于安装在扭杆的第一和第二轴向对齐部分(14,16)之间的滚动控制致动器(34)包括:第一圆柱形壳体(36),其可在一端(38)连接到扭杆的第一部分,并且具有 具有内表面(68)的圆柱形壁(44)和在一端(42)可连接到扭力杆的第二部分的第二圆柱形壳体(40),并具有带有内表面(50)的圆柱形壁 ,72)。 第一壳体的圆柱形壁与第二壳体的圆柱形壁同轴,可相对于第二壳体的圆柱形壁可旋转并且轴向固定。 位于第一和第二壳体内的轴(62)能够相对于第一和第二壳体在轴向上移动。 第一三角接头(76)安装在轴上并且具有定位在形成在第一壳体的圆柱形壁的内表面中的螺旋形延伸的凹槽(70)中的辊(80)。 第二三角接头(76)安装在轴上并且具有定位在形成在第二壳体的圆柱形壁的内表面中的螺旋形延伸的凹槽(74)中的辊(80)。 第一壳体的圆筒壁的内表面中的凹槽具有与第二壳体的圆筒壁的内表面中的凹槽相对的轴线(A)相反的旋转方向。 流体室(58,60)与轴和第一和第二壳体相关联以控制它们之间的相对旋转运动。