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    • 81. 发明申请
    • Air susupension system and method for regulating the air pressure in the air bellows of an air susupension system
    • 空气悬架系统和空气悬架系统空气波纹管空气压力调节方法
    • WO2010104459A2
    • 2010-09-16
    • PCT/SE2010/050260
    • 2010-03-09
    • Scania CV AB (publ)SVENSSON, RobertBJÖRNELUND, Tomas
    • SVENSSON, RobertBJÖRNELUND, Tomas
    • B60G17/017B60G17/016
    • B60G17/017B60G17/018B60G17/0525B60G2300/02B60G2400/204B60G2400/252B60G2500/30B60G2600/07B60G2800/20B60P1/6463
    • The invention relates to an air suspension system for a vehicle which is provided with a load changer, and a method for regulating the air pressure in the air bellows of such an air suspension system. A control device (21 ) of the air suspension system determines or receives values pertaining to a f first parameter which represents the distance in the height direction between a forward wheelshaft (4) of the vehicle or the air pressure in the air bellows (40) at a rear wheelshaft (6a) of the vehicle, and values pertaining to a second parameter which represents the distance in the height direction between said rear wheelshaft and the chassis of the vehicle or the air pressure in the air bellows (30) at said forward wheelshaft. The control device inactivates the automatic regulation of the height position of the vehicle's chassis when the control device finds that the following conditions, possibly in combination with one or more further conditions, are simultaneous fulfilled : • the value of said first parameter is increasing, and • the value of said second parameter is decreasing.
    • 本发明涉及一种车辆空气悬架系统,该系统设置有一个负载变换器,以及一种用于调节这种空气悬架系统的空气波纹管中的空气压力的方法。 空气悬架系统的控制装置(21)确定或接收与第一参数有关的值,该第一参数表示车辆的前轮轴(4)或空气波纹管(40)中的空气压力之间的高度方向上的距离 车辆的后轮轴(6a),以及表示所述后轮轴与车辆的底盘之间的高度方向的距离的第二参数的值,或者所述前轮的空气波纹管(30)的空气压力 。 当控制装置发现可能与一个或多个其他条件相结合的以下条件同时满足时,所述控制装置使所述车辆底盘的高度位置的自动调节失效:所述第一参数的值正在增加,并且 °,所述第二参数的值减小。
    • 85. 发明申请
    • ELEVATION ADJUSTMENT OF VEHICLE CHASSIS ELEMENTS
    • 车辆底盘元件高程调整
    • WO2008036035A1
    • 2008-03-27
    • PCT/SE2007/050640
    • 2007-09-11
    • SCANIA CV AB (PUBL)STAVAEUS, MikaelREIMDAL, RoineGRANSTRÖM, Magnus
    • STAVAEUS, MikaelREIMDAL, RoineGRANSTRÖM, Magnus
    • B60G17/017B60G17/018
    • B60G17/0155B60G17/017B60G2202/152B60G2202/412B60G2300/02B60G2300/042B60G2300/38B60G2400/252B60G2400/50B60G2500/20B60G2500/201B60G2800/204B60P1/6445
    • The present invention relates to automatic elevation control of a motor vehicle's (110) chassis element (119) above a surface (150) on which the vehicle (110) is situated, such that at least one support leg (122a, 122b) of a free-standing loadable/unloadable cargo unit (120) is off-loaded, and thus the support leg can be disengaged. A height sensor means (118) registers a height parameter indicative of the elevation (h) and a pressure sensor means (113) registers a pressure parameter indicative of a fluid pressure level (P) in a fluid chamber (112) of a level control mechanism for the chassis element (119). A control unit (117) receives the height and pressure parameters, and in response thereto, produces a control signal (C) that causes the chassis element (119) to be elevated. During elevation of the chassis elemen t (119), the control unit (117) investigates whether or not a first criterion is fulfilled with respect to a test parameter expressing a ratio of the fluid pressure level (P) increase per unit of the elevation (h). If the first criterion is fulfilled, the control unit (117) investigates whether or not a second criterion is fulfilled with respect to the test parameter. Provided that also the second criterion is fulfilled, the control unit (117) causes the elevation of the chassis element (119) to be discontinued. Namely, at this point in time, the support leg (122a, 122b) has been off-loaded.
    • 本发明涉及在车辆(110)所在的表面(150)之上的机动车辆(110)底盘元件(119)的自动升高控制,使得至少一个支撑腿(122a,122b) 独立的可卸载/卸载的货物单元(120)被卸载,因此支撑腿可以脱开。 高度传感器装置(118)记录指示高度(h)的高度参数,压力传感器装置(113)将表示流体压力水平(P)的压力参数记录在液位控制器的流体室(112)中 机架(119)。 控制单元(117)接收高度和压力参数,响应于此,产生使底架元件(119)升高的控制信号(C)。 在机架组件(119)的升高期间,控制单元(117)调查是否满足表示每单位高程的流体压力水平(P)增加率的测试参数的第一标准( H)。 如果满足第一标准,则控制单元(117)调查是否满足测试参数的第二标准。 只要也满足第二标准,则控制单元(117)使底盘元件(119)的升高停止。 也就是说,在这个时间点上,支撑腿(122a,122b)已被卸载。
    • 87. 发明申请
    • VEHICLE SUSPENSION SYSTEMS
    • 车辆悬挂系统
    • WO01083243A1
    • 2001-11-08
    • PCT/US2001/014771
    • 2001-05-03
    • B60G9/00B60G11/02B60G11/34B60G11/46
    • B60G9/003B60G11/02B60G11/34B60G11/46B60G2202/112B60G2202/152B60G2204/16B60G2300/02
    • A suspension system (10) for a vehicle wheel st comprising an upper leaf spring (21) and a lower leaf spring (20) each being mounted or mountable on opposed sides of an associated vehicle generally transversely of the associated vehicle axle (15), one end of each upper and lower leaf spring (21, 20) comprising connection means (17, 18) for attachment thereof to an associated vehicle chassis, and auxiliary spring means (30) mounted in series with the upper leaf spring (21) and arranged to provide the associated vehicle with ride characteristics and dynamic deflection geometry substantially the same as those of a conventional solo leaf spring system as herein defined (Fig. 1).
    • 一种用于车辆车轮st的悬挂系统(10),其包括上板簧(21)和下板簧(20),每个叶片弹簧(21)和下板簧(20)均大体横向于相关联的车轴(15)安装或安装在相关联的车辆的相对侧上, 每个上下板弹簧(21,20)的一端包括用于将其连接到相关联的车辆底盘的连接装置(17,18)以及与上板簧(21)串联安装的辅助弹簧装置(30)和 布置成为相关联的车辆提供与本文所定义的常规单独弹簧系统(图1)基本相同的乘坐特性和动态偏转几何形状。
    • 90. 发明申请
    • A VEHICLE SUSPENSION CONTROL SYSTEM
    • 一种车辆悬架控制系统
    • WO1990013448A1
    • 1990-11-15
    • PCT/GB1990000690
    • 1990-05-04
    • GROUP LOTUS PLCWILLIAMS, David, Allen
    • GROUP LOTUS PLC
    • B60G17/01
    • B60G17/018B60G17/015B60G2202/10B60G2202/413B60G2300/02B60G2300/04B60G2300/082B60G2300/32B60G2400/10B60G2400/102B60G2400/104B60G2400/106B60G2400/204B60G2400/206B60G2400/25B60G2400/41B60G2400/50B60G2400/60B60G2500/30B60G2600/12B60G2600/602B60G2600/604B60G2600/85B60G2800/012B60G2800/18B60G2800/24
    • The invention provides a vehicle suspension control system comprising means for determining forces acting between the sprung mass (body) of a vehicle and one or more unsprung masses (wheel and hub assemblies) connected thereto and producing signals proportional to the forces, means for resolving the force signals to represent steady state and dynamic force components respectively, first means for determining from the steady state force signals values of vector quantities required between the sprung mass and the or each unsprung mass to maintain a constant orientation of the sprung mass relative to a reference plane, second means for determining, from the dynamic force signals, values of vector quantities required between the sprung mass and the or each unsprung mass substantially to eliminate the transmission of dynamic forces between the sprung mass and the or each unsprung mass and also means for applying the required vector quantities. The invention relates to a control system which analyses the forces experienced by a vehicle suspension system in two categories, dynamic forces and steady state forces. The dynamic forces experienced by the vehicle are those occasioned by road inputs and the steady state forces experienced by the vehicle are those occasioned by vehicle motion.
    • 本发明提供了一种车辆悬架控制系统,其包括用于确定作用在车辆的簧上质量(主体)与连接到其上的一个或多个非簧载质量(轮和轮毂组件)之间的力并产生与力成比例的信号的装置,用于解决 力信号分别表示稳态和动力分量,第一装置用于从稳态力确定弹簧质量与每个非簧载质量之间所需的矢量的值的值,以保持悬挂质量相对于参考的恒定取向 平面,第二装置,用于根据动态力信号确定弹簧质量与每个非簧载质量之间所需的向量量的值,以基本上消除弹簧质量与每个簧下质量之间的动态力的传递, 应用所需的向量数量。 本发明涉及一种控制系统,其分析两类车辆悬架系统所经受的力,动力和稳态力。 车辆经受的动力是由道路输入引起的,车辆经受的稳态是由车辆运动造成的。