会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 5. 发明授权
    • Front-wheel suspension system using a steering gear frame
    • 前轮悬挂系统采用舵机架
    • US07017926B2
    • 2006-03-28
    • US10447356
    • 2003-05-28
    • Unkoo Lee
    • Unkoo Lee
    • B60G3/04
    • B62D3/12B60G7/02B60G2200/142B60G2200/44B60G2204/143B60G2204/1432B60G2204/15B60G2204/4302B60G2206/0114B60G2206/602B62D21/11
    • A front-wheel suspension system comprises a steering gear frame, a control arm mounting connector, a lower control arm, a wheel carrier, and a damping device. The steering gear frame includes a front fixing plate and a rear fixing plate integrally formed on a front side and a rear side of a power cylinder and is coupled to a vehicle body. The control arm mounting connector is fixed in a longitudinal direction under the fixing plate. The lower control arm is provided with a vehicle body side connecting member coupled to both ends of the control arm mounting connector. The wheel carrier couples to a wheel side end portion of the lower control arm, rotatably supports a wheel, and is connected to a tie rod extended from the power cylinder. A damping device absorbs vertical vibration of the wheel.
    • 前轮悬挂系统包括转向齿轮架,控制臂安装连接器,下控制臂,车轮架和阻尼装置。 舵机框架包括前固定板和整体形成在动力缸的前侧和后侧的后固定板,并联接到车体。 控制臂安装连接器在固定板下方沿纵向固定。 下控制臂设置有联接到控制臂安装连接器的两端的车体侧连接构件。 轮架耦合到下控制臂的车轮侧端部,可旋转地支撑车轮,并且连接到从动力缸延伸的拉杆。 阻尼装置吸收车轮的垂直振动。
    • 10. 发明授权
    • Linkage suspension system
    • 联动悬挂系统
    • US5649719A
    • 1997-07-22
    • US606058
    • 1996-02-23
    • Gareth A. WallaceTjong T. LieMichael J. KeelerMichael GottshalkJohn RamseyAllen HatchRichard S. HolumCharles A. Van Breemen
    • Gareth A. WallaceTjong T. LieMichael J. KeelerMichael GottshalkJohn RamseyAllen HatchRichard S. HolumCharles A. Van Breemen
    • B60G9/02B60G11/26
    • B60G7/02B60G9/022B60G9/027B60G2200/314B60G2200/315B60G2200/341B60G2200/342B60G2202/152B60G2204/143B60G2204/41B60G2204/416B60G2204/4302B60G2206/12B60G2206/124B60G2206/601B60G2206/602
    • A vehicle suspension system particularly useful in the heavy duty truck and trailer industry is disclosed. The suspension features lower control rods that are pivotally connected at their leading ends to hangers attached to each side frame member. The rearward ends of the lower control rods are attached to axle seats, one at each end of the axle, which are connected to the axle of the vehicle. Air springs and shock absorbers or, alternatively, hydraulic cylinders with accumulators, are mounted between each axle seat and each side frame member. The lower control rods are in an inclined orientation with their forward ends above their trailing ends. Additionally, some embodiments of the suspension feature upper control rods with their forward ends pivotally attached to the two opposing truck side frame members. The rearward ends of the upper control rods are attached to the top center of the axle by either a bolt and bushing mount or a ball and socket mount so that the upper control rods form a "V". The upper control rods lay in a nearly horizontal plane. As an alternative to the "V" configuration of the upper control rods, a single, nearly horizontal, longitudinal upper control rod mounted between the centers of the frame cross member and the vehicle axle may be used in conjunction with either a control rod or a Watt linkage transverse to the side frame members. The suspension eliminates the heavy and costly Z-springs commonly used in air or hydraulic suspensions. The suspension has a lower frequency and is not torque reactive. Both of these features reduce vibration and provide for a better vehicle ride. The suspension also offers improved vehicle traction.
    • 公开了在重型卡车和拖车工业中特别有用的车辆悬架系统。 悬架具有下部控制杆,它们在其前端枢转地连接到附接到每个侧框架构件的悬挂件。 下部控制杆的后端连接到轴座,一个在轴的每个端部,其连接到车辆的车轴。 空气弹簧和减震器或具有蓄能器的液压缸安装在每个轴座和每个侧架构件之间。 下部控制杆处于倾斜方向,其前端位于其尾端的上方。 此外,悬架的一些实施例具有上部控制杆,其前端枢转地连接到两个相对的卡车侧框架构件。 上部控制杆的后端通过螺栓和衬套安装座或球窝座安装到车轴的顶部中心,以使上部控制杆形成“V”。 上部控制杆处于接近水平的平面。 作为上部控制杆的“V”构造的替代,安装在框架横向构件和车辆车轴的中心之间的单个几乎水平的纵向上部控制杆可以与控制杆或 与侧框架构件横向的瓦特连接。 该悬架消除了常用于空气或液压悬架的沉重和昂贵的Z-弹簧。 悬架具有较低的频率,不受扭矩反作用。 这两个功能都减少了振动,并提供了更好的车辆行驶。 悬架还提供改进的车辆牵引力。