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    • 1. 发明申请
    • SUSPENSION SYSTEM FOR VEHICLE
    • 车辆悬挂系统
    • WO1994012359A1
    • 1994-06-09
    • PCT/KR1993000107
    • 1993-12-02
    • HYUNDAI MOTOR COMPANYLEE, Un, Koo
    • HYUNDAI MOTOR COMPANY
    • B60G03/26
    • B60G3/26B60G7/006B60G15/062B60G2200/46B60G2204/143B60G2204/42F16F1/38
    • A suspension system for a vehicle, the vehicle having a front side, a rear side, a left side, a right side, and a longitudinal axis, the rear suspension including a wheel carrier (13) for supporting a wheel (10), a strut assembly (1) including a shock absorber (11) and a spring (12) and having a lower end connected with the wheel carrier (13) and an upper end connected with a vehicle body (15), a lower control arm (2) connecting a lower side of the wheel carrier (13) to the vehicle body (15) for guiding up-and-down movement of the wheel (10), and a camber control device (3) for maintaining a camber angle in a negative (-) state by pushing the lower control arm (2) outward according to an ascenting operation of the strut assembly (1) when the wheel (10) ascends over a normal section by a vibration applied from a road surface.
    • 一种用于车辆的悬架系统,所述车辆具有前侧,后侧,左侧,右侧和纵向轴线,所述后悬架包括用于支撑车轮(10)的轮架(13), 支撑组件(1)包括减震器(11)和弹簧(12),并且具有与所述车轮承载件(13)连接的下端和与车体(15)连接的上端,下控制臂(2) )将车轮载体(13)的下侧连接到车身(15),用于引导车轮(10)的上下移动;以及外倾控制装置(3),用于将外倾角维持在负 (1)当通过从路面施加的振动而在正常部分上升时,根据支柱组件(1)的上升操作将下控制臂(2)向外推动( - )状态。
    • 2. 发明申请
    • SUSPENSION SYSTEM FOR VEHICLE
    • 车辆悬挂系统
    • WO1995015865A1
    • 1995-06-15
    • PCT/KR1994000174
    • 1994-12-08
    • HYUNDAI MOTOR COMPANYLEE, Un, Koo
    • HYUNDAI MOTOR COMPANY
    • B60G03/26
    • B60G3/265B60G2200/184B60G2200/46B60G2204/1244
    • The present invention relates to a suspension system which can enhance driving safety and margin cornering performance by optimally controlling the camber and thread changes as well as roll center in accordance with vehicle's driving conditions. The suspension system includes a wheel carrier (1) supporting a wheel (2) and having upper and lower ends, a lower control arm (5) connecting the lower end of said wheel carrier (1) to a vehicle body, an upper control arm (3) for connecting the upper end of the wheel carrier (1) to the vehicle body, and a strut assembly (7) formed by uniting a shock absorber (71) and a spring (72) to absorb an up-and-down vibration of the vehicle body, and a camber control member (9) provided for controlling the camber of the wheel by pushing the lower control arm (5) to a wheel side and pulling the upper control arm (3) to a vehicle body side when the wheel pumps or rebounds, the camber control member (9) including first, second and third hinge points connected to the respective one of the upper control arm (3), lower control arm (5) and the strut assembly (7).
    • 悬架系统技术领域本发明涉及一种悬架系统,其可以根据车辆的行驶条件,通过最佳地控制弯度和螺纹的变化以及滚转中心来提高行驶安全性和边缘转弯性能。 该悬架系统包括支撑轮(2)并具有上端和下端的轮架(1),将所述车轮架(1)的下端连接到车体的下控制臂(5),上控制臂 (3),用于将车轮支架(1)的上端连接到车身;以及支柱组件(7),其通过将减震器(71)和弹簧(72)结合在一起而吸收上下 车体的振动,以及设置用于通过将下控制臂(5)推向车轮侧并将上控制臂(3)拉向车体侧而设置用于控制车轮的外倾的外倾控制构件(9) 所述车轮泵或回弹件,所述外倾控制构件(9)包括连接到上控制臂(3),下控制臂(5)和支柱组件(7)中的相应一个的第一,第二和第三铰链点。
    • 4. 发明申请
    • PARALLEL ROD SYSTEM
    • 平行杆系统
    • WO1996024500A1
    • 1996-08-15
    • PCT/NO1996000026
    • 1996-02-05
    • HÅNDLYKKEN, Alf
    • B60G03/26
    • F16H21/04B60G3/26
    • Rod system adapted to allow second and third rods being moved parallelly to each other without substantial amendment of their mutual distance, where second (6) and third (7) rods providing corresponding substantially vertical sides of respectively first and second parallelograms, a lower rod and the upper medium length side of an upper triangle providing respectively lower and upper sides in the first parallelogram, that the longest side of the lower triangle and the upper rod providing respectively lower and upper sides in the second parallelogram, and that a momentum rod (8) connecting the intersection of the two short sides of the lower triangle with the connection between the longest side with the shortest side in the upper triangle, the two ends of the momentum rod (8) thereby being arranged each on one side of the first rod.
    • 杆系统适于允许第二和第三杆彼此平行地彼此移动,而没有实质上修改它们的相互距离,其中第二(6)和第三(7)杆提供分别为第一和第二平行四边形的相应的基本上垂直的侧面,下杆和 上三角形的上中间长度侧分别设置有第一平行四边形的下侧和上侧,下三角形的最长侧和第二平行四边形中分别设置为下侧和上侧的上部杆,以及动量杆(8 )连接下三角形的两个短边与最上侧三角形中最短边之间的连接,动量杆(8)的两端分别设置在第一杆的一侧 。
    • 5. 发明申请
    • HIGH PERFORMANCE AUTOMOBILE SUSPENSION
    • 高性能汽车悬架
    • WO1995005948A1
    • 1995-03-02
    • PCT/US1994004261
    • 1994-04-18
    • ORTON, Kevin, R.
    • B60G03/26
    • B60G3/26B60G21/04B60G2200/144B60G2200/46B60G2204/421B60G2204/62B60G2300/27B60G2800/012B62D9/02
    • A suspension for a wheeled vehicle includes a chassis (11), left and right hub carriers (12, 13), and left and right support members (14, 17) for supporting the hub carriers (12, 13) on the chassis (11) in opposite positions relative to a reference axis through the chassis (11) that is vertical when the chassis (11) is level and for enabling the hub carriers (12, 13) to individually move up and down relative to a reference plane that is perpendicular to the reference axis. Left and right linkages (22, 23) are provided for cooperating with the left and right support members (14, 17) in order to control camber as the left and right hub carriers (12, 13) move up and down relative to the reference plane. The suspension also includes differential camber control components (30, 32, 33) for controlling the camber of the left and right hub carriers (12, 13) according to any difference in the positions of the hub carriers (12, 13) relative to the reference plane in order to offset for chassis roll.
    • 用于轮式车辆的悬架包括底架(11),左和右轮毂架(12,13)以及用于支撑在底盘(11)上的轮毂架(12,13)的左和右支撑构件(14,17) )相对于穿过底盘(11)的参考轴线位于相对位置,底盘(11)在底盘(11)处于水平位置时是垂直的,并且能够使轮毂支架(12,13)相对于参考平面单独地上下移动 垂直于参考轴。 左和右连杆(22,23)被设置用于与左和右支撑构件(14,17)配合,以便当左右轮毂架(12,13)相对于基准件上下移动时控制弯度 平面。 所述悬架还包括用于根据所述轮毂架(12,13)相对于所述轮毂架(12,13)的位置的任何差异来控制所述左和右轮毂架(12,13)的弯度的差速器外倾控制部件(30,32,33) 参考平面,以抵消底盘卷。