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    • 2. 发明授权
    • Responsive energy absorbing device for steering columns
    • 转向柱响应能量吸收装置
    • US06749222B2
    • 2004-06-15
    • US10268330
    • 2002-10-10
    • Marvin V. ManwaringMelvin Lee TinninRavindra JwalapathyRay Garnet Armstrong
    • Marvin V. ManwaringMelvin Lee TinninRavindra JwalapathyRay Garnet Armstrong
    • B60R119
    • B62D1/195F16F7/128
    • An energy absorbing device for a collapsible steering column has a plurality of plastically deformable straps each with one end connected to the steering column and an opposite end bent around an anvil connected to stationary vehicle support structure. When the steering column collapses, the straps unwind from the anvils, thereby resisting steering column collapse and absorbing energy. One or more of the straps may be cut in two by a knife at the time of the collision, thereby removing it from the energy absorbing system. In another form of the invention, an energy absorbing strap extends around a piston which has two or more different size anvils. The piston is axially movable in a cylinder to positions surrounding one or another of the anvils. The strap is drawn over the anvil it surrounds when the steering column collapses, thereby resisting collapse of the steering column and absorbing a certain amount of energy depending on the size of the anvil.
    • 用于可折叠转向柱的能量吸收装置具有多个可塑性变形的带,每个带有一端连接到转向柱,相对端围绕连接到固定车辆支撑结构的砧弯曲。 当转向柱塌陷时,皮带从砧座上展开,从而抵抗转向柱塌陷并吸收能量。 碰撞时可以用刀将一个或多个带子切成两个,从而将其从能量吸收系统中除去。 在本发明的另一形式中,能量吸收带围绕具有两个或更多个不同尺寸的砧座的活塞延伸。 活塞在气缸中可轴向移动以围绕一个或另一个砧座。 当转向柱塌陷时,带子被覆在其围绕的砧座上,从而抵抗转向柱的塌陷并且根据砧座的尺寸吸收一定量的能量。
    • 4. 发明授权
    • Steering column for a vehicle
    • 车辆转向柱
    • US06761376B2
    • 2004-07-13
    • US10445664
    • 2003-05-27
    • Richard Kremer RiefeMarvin V. ManwaringRay Garnet ArmstrongRavindra JwalapathyStephen W. Skillman
    • Richard Kremer RiefeMarvin V. ManwaringRay Garnet ArmstrongRavindra JwalapathyStephen W. Skillman
    • B62D118
    • B62D1/184B62D1/195
    • A vehicle steering column has a rake adjustment mechanism which includes a rake bracket having a rake slot provided with rake slot teeth. A tooth lock is supported in the rake slot with teeth opposing the rake slot teeth. A rake bolt is rotatable to a first rotative position to move the tooth lock to a retracted position with the teeth of the tooth lock out of engagement with the rake slot teeth. The bolt is axially rotatable to a second rotative position permitting the tooth lock to be moved to a locking position by a spring in which the teeth of the tooth lock engage the rake slot teeth. The bolt, when in the second rotative position, is movable, in response to an application of an impact force on the steering column to collapse the steering column, into bearing engagement with the tooth lock to positively retain the tooth lock in the locking position. The steering column is also provided with a release mechanism having shear pins and an energy absorption mechanism.
    • 车辆转向柱具有耙调节机构,其包括具有设有耙槽齿的耙槽的耙架。 齿槽支撑在耙槽中,齿槽与耙槽齿相对。 耙螺栓可旋转到第一旋转位置以将齿锁移动到缩回位置,其中齿锁的齿与耙槽齿啮合。 螺栓可轴向旋转到第二旋转位置,允许通过弹簧将齿锁移动到锁定位置,在弹簧中,齿锁的齿与其啮合。 当处于第二旋转位置时,螺栓可以响应于在转向柱上施加冲击力而使转向柱塌陷,从而与齿锁定件的轴承接合以将锁定件牢固地保持在锁定位置。 转向柱还设置有具有剪切销和能量吸收机构的释放机构。
    • 5. 发明授权
    • Motor vehicle steering column and method
    • 机动车转向柱及方法
    • US6134983A
    • 2000-10-24
    • US305988
    • 1999-05-06
    • Ray Garnet ArmstrongRichard Kremer Riefe
    • Ray Garnet ArmstrongRichard Kremer Riefe
    • B62D1/18B62D1/187
    • B62D1/187
    • A tilt-adjustable motor vehicle steering column including a stationary mast jacket, a tilt housing supported on the mast jacket for up and down pivotal movement, an articulated steering shaft having a lower portion rotatably supported on the mast jacket and an upper portion rotatably supported on the tilt housing, a steering hand wheel on the upper portion of the steering shaft, and a balance spring preloaded in compression flexure between an inboard spring seat on the mast jacket and an outboard spring seat on the tilt housing. The tilt housing has a spring bore therein facing the inboard spring seat. The outboard spring seat is a screw thread in the spring bore defined by a raised boss in the spring bore. The balance spring is a helical coil spring having a helix angle matching the screw thread in the spring bore. Rotation of the balance spring in the spring bore advances an inboard end of the balance spring toward the inboard spring seat. After the inboard end of the balance spring engages the inboard spring seat, continued rotation of the balance spring preloads the latter in compression flexure between the inboard and the outboard spring seats.
    • 一种可倾斜调节的机动车辆转向柱,包括固定的桅杆护套,支撑在桅杆护套上用于上下枢转运动的倾斜壳体,具有可旋转地支撑在桅杆护套上的下部的铰接转向轴和可旋转地支撑在 倾斜壳体,转向轴的上部上的转向手轮以及在桅杆护套上的内侧弹簧座和倾斜壳体上的外侧弹簧座之间预先加载成压缩挠曲的平衡弹簧。 倾斜壳体具有面向内侧弹簧座的弹簧孔。 外侧弹簧座是弹簧孔中的螺纹,弹簧孔由弹簧孔中的凸起凸起限定。 平衡弹簧是具有与弹簧孔中的螺纹匹配的螺旋角的螺旋形螺旋弹簧。 弹簧孔中的平衡弹簧的旋转将平衡弹簧的内侧端向内侧弹簧座推进。 在平衡弹簧的内侧端部与内侧弹簧座接合之后,平衡弹簧的继续旋转将在后侧弹簧预压在内侧和外侧弹簧座之间。
    • 6. 发明授权
    • Anti-theft steering lock
    • 防盗转向锁
    • US06598393B2
    • 2003-07-29
    • US10046102
    • 2001-11-01
    • Richard Kremer RiefeRay Garnet Armstrong
    • Richard Kremer RiefeRay Garnet Armstrong
    • F15B1301
    • B60R25/02
    • A system for steering the wheels of a vehicle. The system includes a steering gear provided with a steering rack reciprocable in a power cylinder. A steering shaft has a pinion meshing with the steering rack. A hydraulic fluid system assists the reciprocation of the steering rack. The hydraulic fluid system includes a power piston reciprocable in the power cylinder. A control valve directs hydraulic fluid from a pump to the power cylinder at one side or the other of the piston, depending on the direction of rotation of the steering shaft. A lock valve is operable when closed to lock the rack against reciprocation to prevent steering of the wheels by preventing fluid flow in the hydraulic fluid system. The lock valve is controlled by a solenoid-operated electronic controller.
    • 用于转向车辆的车轮的系统。 该系统包括设置有可在动力缸中往复运动的转向齿条的转向齿轮。 转向轴具有与转向架啮合的小齿轮。 液压流体系统有助于转向架的往复运动。 液压流体系统包括可在动力缸中往复运动的动力活塞。 取决于转向轴的旋转方向,控制阀将液压流体从泵的一侧或另一侧引导到动力缸。 当闭合时,锁定阀可操作以锁定齿条以防止往复运动,从而通过防止液压流体系统中的流体流动来防止车轮的转向。 锁阀由电磁式电子控制器控制。
    • 7. 发明授权
    • Retainer between a shaft and bearing
    • 轴与轴承之间的保持架
    • US5681118A
    • 1997-10-28
    • US715151
    • 1996-09-17
    • Ray Garnet ArmstrongRichard Kremer Riefe
    • Ray Garnet ArmstrongRichard Kremer Riefe
    • F16C35/073F16C33/58
    • F16C35/063F16C19/163F16C19/548
    • A retainer for preventing dislodgment of a shaft from a bearing including a radially expandable retaining ring, a circumferential groove in the shaft having a frustoconical side, and a frustoconical sidewall on an inner race of the bearing facing the frustoconical side of the groove in the shaft and cooperating therewith in defining an annular V-shaped retaining ring groove. In a seated position of the retaining ring in the retaining ring groove, the retaining ring is wedged between the frustoconical sidewall of the bearing inner race and the frustoconical side of the groove in the shaft to eliminate lash between the shaft and the bearing. To prevent the retaining ring from being squeezed out of the V-shaped retaining ring groove by a force on the shaft in the direction of its longitudinal centerline, the angle of convergence between the sides of the V-shaped retaining ring groove is selected from a range of angles whose tangent is less than the static coefficient of friction between the retaining ring, the frustoconical sidewall of the bearing inner race, and the frustoconical side of the groove in the shaft.
    • 一种用于防止轴从包括可径向扩张的保持环的轴承中移动的保持器,在轴中具有截头圆锥形侧的周向槽和在轴承的内圈上的截头圆锥形侧壁,该轴承面向轴中的槽的截头圆锥形侧 并与其配合以限定环形V形保持环槽。 在保持环在保持环槽中的就座位置中,保持环楔入在轴承内圈的截头圆锥形侧壁和轴的槽的截头圆锥形侧之间,以消除轴和轴承之间的间隙。 为了防止保持环沿其纵向中心线的方向被轴上的力从V形保持环槽中挤出,V形保持环槽的侧面之间的会聚角度选自 其切线小于保持环,轴承内圈的截头圆锥形侧壁和轴中凹槽的截头圆锥形侧面之间的静摩擦系数的角度范围。
    • 8. 发明授权
    • Energy absorber for steering column
    • 转向柱能量吸收器
    • US5911438A
    • 1999-06-15
    • US36676
    • 1998-03-09
    • Michael Patrick AnspaughRay Garnet ArmstrongJames Anthony Smazenka
    • Michael Patrick AnspaughRay Garnet ArmstrongJames Anthony Smazenka
    • B62D1/19B62D1/11B62D1/18
    • B62D1/192
    • An energy absorber including a yoke on a vehicle body pivotable about a lateral centerline thereof, a linear bore in the yoke surrounding a steering column mast jacket, a ball sleeve between the mast jacket and the linear bore, a plurality of steel spheres interference fitted between the mast jacket and the linear bore and loosely received in apertures in the ball sleeve, and an annular lip on the yoke. The interference fit of the steel spheres yields a rigid, lash-free connection between the vehicle body and a lower end of the mast jacket. An impact on the steering column induces linear translation of the mast jacket through the linear bore. The ball sleeve is trapped in the linear bore by the annular lip on the yoke. The steel spheres are held stationary by the apertures in the ball sleeve and plastically deform the mast jacket by plowing tracks therein to convert into work a fraction of the kinetic energy of the impact on the steering column. The interference fit of the steel spheres prevents tipping of the mast jacket relative to the yoke and pivots the yoke as a unit with the steering column to prevent binding of the mast jacket.
    • 一种能量吸收器,其包括在车身上可绕其横向中心线枢转的轭架,围绕转向柱桅杆护套的轭架中的线性孔,桅杆护套和线性孔之间的球套,多个钢球体, 桅杆护套和线性孔并松散地容纳在球套中的孔中,以及在轭上的环形唇缘。 钢球的过盈配合在车体和桅杆护套的下端之间产生刚性的无间隙连接。 对转向柱的影响引起桅杆护套通过线性孔线的线性平移。 球套被轭上的环形唇扣住在线性孔中。 钢球通过球套中的孔保持静止,并通过在其中犁轨道使桅杆护套塑性变形,以将转化柱上的冲击动能的一部分转化为工作。 钢球的过盈配合防止了桅杆护套相对于轭架的倾斜,并将轭作为转向柱的单元枢转,以防止桅杆护套的结合。
    • 9. 发明授权
    • Energy absorber for motor vehicle steering column
    • 汽车转向柱能量吸收器
    • US5720496A
    • 1998-02-24
    • US673764
    • 1996-06-17
    • Richard Kremer RiefeRay Garnet ArmstrongHoward David Beauch
    • Richard Kremer RiefeRay Garnet ArmstrongHoward David Beauch
    • B62D1/19F16F7/12
    • B62D1/195F16F7/123
    • An energy absorber for a motor vehicle steering column including a yoke pivotable about a lateral centerline of a body of the motor vehicle and an energy absorbing mechanism responsive to linear translation of a mast jacket of the steering column relative to the yoke. The mast jacket extends through a bore in the yoke and a plastic bushing in the bore prevents the mast jacket from tipping relative to the yoke. The energy absorbing mechanism includes flat metal strap wound into a spiral coil and cradled or otherwise captured in a flat recess in the yoke tangent to the mast jacket. A distal end of the flat metal strap parallel to the mast jacket is rigidly attached to the latter so that during linear translation of the mast jacket under impact, the distal end is pulled out of the flat recess and unrolls the spiral coil. As the spiral coil unrolls, the flat metal strap is plastically deformed to convert into work a fraction of the kinetic energy of the impact on the steering column.
    • 一种用于机动车辆转向柱的能量吸收器,包括可围绕机动车辆的车身横向中心线枢转的轭架,以及响应于转向柱的桅杆护套相对于轭架的线性平移的能量吸收机构。 桅杆护套延伸穿过轭架中的孔,并且孔中的塑料衬套防止桅杆护套相对于轭架倾斜。 能量吸收机构包括缠绕成螺旋线圈的扁平金属带,并且在与桅杆护套相切的轭架中的平坦凹槽中倾斜或以其他方式捕获。 平行于桅杆护套的扁平金属带的远端刚性地连接到桅杆护套,使得在桅杆护套在冲击下的线性平移过程中,将远端从平坦凹槽拉出并展开螺旋线圈。 当螺旋线圈展开时,平坦的金属带被塑性变形,以将其转化为转向柱上冲击动能的一部分。