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    • 1. 发明授权
    • Vehicle suspension beam-to-axle connection
    • 车辆悬挂梁 - 轴连接
    • US4775166A
    • 1988-10-04
    • US140902
    • 1987-12-22
    • Ervin K. VanDenbergJim Eckelberry
    • Ervin K. VanDenbergJim Eckelberry
    • B60G5/02B60G9/00B60G11/22B60G5/00
    • B60G9/003B60G11/22B60G5/02B60G2204/41B60G2204/4306B60G2204/45
    • An axle-to-beam connection for a vehicle having a beam type suspension system is disclosed. The beam-to-axle connection includes an axle connection, a beam connection and a resilient member located therebetween. The resilient member forms a continuous path between the axle connection and the beam connection such that the axle connection and the beam connection do not directly interface at any point. The axle connection includes a saddle plate, which retains the axle, and a pair of extension plates which are connectable to the saddle plate and extend down along both sides of the beam. The resilient member is of a non-uniform shape and thickness and includes a continuum of loci which is designed and shaped so that each locus assumes its fair share, but not more, of the torsional, vertical and horizontal forces exerted on the resilient member during operation of the vehicle. The axle-to-beam connection is also unique in that the axle is resiliently attached to the beam without affecting the structural integrity of the beam.
    • 公开了一种用于具有梁型悬挂系统的车辆的轴对梁连接。 梁对轴连接包括轴连接,梁连接和位于它们之间的弹性构件。 弹性构件在轴连接和梁连接之间形成连续路径,使得轴连接和梁连接在任何点处不直接接合。 轴连接件包括一个鞍板,其保持轴,以及一对延伸板,其可连接到鞍座板并沿梁的两侧向下延伸。 弹性构件具有不均匀的形状和厚度,并且包括连续的轨迹,其被设计和成形为使得每个轨迹在其中施加在弹性构件上的扭转,垂直和水平力均匀地分布,但不是更多 车辆的操作。 轴对梁连接也是独特的,因为轴被弹性地附接到梁而不影响梁的结构完整性。
    • 2. 发明授权
    • Internal lift axle suspension system
    • 内部升降桥悬挂系统
    • US4573704A
    • 1986-03-04
    • US340940
    • 1982-01-20
    • Ervin K. VanDenbergJim Eckelberry
    • Ervin K. VanDenbergJim Eckelberry
    • B60G11/56B62D61/12B60G11/26
    • B60G11/56B62D61/12B60G2200/31B60G2202/152B60G2204/4504
    • Provided is a lift axle suspension system employing an extendible air chamber in which the lifting mechanism is located. The mechanism for lifting the vehicle's wheels out of road engagement includes a spirally coiled spring connected to a reel having a cable wrapped around it. The unwrapped end of the cable is connected to the vehicle and the reel is connected to the suspension. When air is supplied to the air chamber it extends, lowering the wheels into road engagement. In doing so, the chamber acts against the normal bias of the spirally coiled spring, playing out the cable as the reel rotates. Release of air from the chamber causes the bias of the spring to automatically rotate the reel in the opposite direction which in turn takes up the cable and raises the wheels from the road surface. Preloading of the spring serves to hold the suspension firmly in its riding position. The predetermined length of cable to be played out serves as a stop or shock absorber against over-extension of the air chamber.
    • 提供了一种采用可伸缩空气室的提升轴悬挂系统,其中提升机构位于其中。 用于将车辆的车轮提升出公路接合的机构包括连接到具有缠绕在其上的电缆的卷轴的螺旋状盘绕的弹簧。 电缆的展开端连接到车辆,卷轴连接到悬架上。 当空气供应到空气室时,它延伸,将车轮降低为道路接合。 在这样做的时候,腔室可以抵抗螺旋盘旋弹簧的正常偏压,当卷轴旋转时播放电缆。 从腔室释放空气使得弹簧的偏压沿着相反的方向自动旋转卷轴,这又反过来占据了电缆并使车轮从路面上升起。 弹簧的预加载用于将悬架牢固地固定在其骑行位置。 要播放的电缆的预定长度用作防止空气室的过度延伸的停止或减震器。
    • 4. 发明授权
    • Suspension system with integral box beam
    • 具有整体箱梁的悬挂系统
    • US5988672A
    • 1999-11-23
    • US908109
    • 1997-08-11
    • Ervin K. VanDenberg
    • Ervin K. VanDenberg
    • B60G11/64B60G21/05B60G5/00
    • B60G11/64B60G21/051B60G2200/21B60G2200/31B60G2202/136B60G2202/152B60G2204/126B60G2204/1434B60G2204/41B60G2206/20B60G2206/30
    • A vehicle suspension system having a box shaped beam having a top plate, a bottom plate, a front plate and a pair of end plates. The top plates and bottom plates are spaced apart a distance substantially equal to the axle height and are securely welded thereto along both the top and bottom of the axle. A pair of axially aligned and spaced apart pivots are secured intermediate the top plates and bottom plate, and receive a pivot pin for mounting the box beam to a vehicle. Each pivot includes a bushing, which, in an alternative embodiment, includes a horizontal spring rate, a vertical spring rate and an axial spring rate. Additionally, the top plate and bottom plate are welded to the axle along a substantial portion of the length thereof for substantially reducing torque in the axle, and for significantly reducing bending stresses felt by the axle. In an alternative embodiment, the sidewalls are integrally formed with the top and bottom walls for ease of manufacture.
    • 一种车辆悬架系统,具有具有顶板,底板,前板和一对端板的箱形梁。 顶板和底板间隔开一个基本上等于车轴高度的距离,并且沿轴的顶部和底部被牢固地焊接到其上。 一对轴向对准和间隔开的枢轴固定在顶板和底板之间,并且接收用于将箱梁安装到车辆上的枢轴销。 每个枢轴包括衬套,其在替代实施例中包括水平弹簧刚度,垂直弹簧刚度和轴向弹簧刚度。 此外,顶板和底板沿其长度的大部分焊接到轴上,用于基本上减小车轴中的扭矩,并且用于显着降低车轴感觉到的弯曲应力。 在替代实施例中,侧壁与顶壁和底壁一体地形成,以便于制造。
    • 5. 发明授权
    • Spring beam suspension system
    • 弹簧梁悬挂系统
    • US5845919A
    • 1998-12-08
    • US705758
    • 1996-08-30
    • Ervin K. VanDenberg
    • Ervin K. VanDenberg
    • B60G11/10B60G11/46F16F1/368B60G11/18
    • B60G11/10B60G11/465F16F1/3683B60G2200/31B60G2200/314B60G2202/112B60G2202/152B60G2204/121B60G2204/41B60G2204/4302B60G2204/4306B60G2206/42B60G2206/7101
    • A suspension system includes a pair of spring beams with each spring beam pivotally mounted to a hanger bracket extending downwardly from a vehicle. An axle seat is mounted to an end of each spring beam and includes a passage extending therethrough. The spring beam passes through the passage formed in the axle seat and is permitted to deflect in response to vertical loads within the passage. A resilient bushing is positioned within the passage and intermediate the axle seat and the spring beam to permit the spring beam to assist in retaining the axle seat onto the beam, and to assure that the spring beam may flex along its entire length. The axle seat is retained on the spring beam by the pin connection extending through an eyelet formed in one end of the spring beam. In alternative embodiments, one end of the spring beam is movable relative to either the hanger bracket or the axle seat with the axle seat being retained on the spring beam by an adjustable link mounted via a pair of mounting pins to the hanger bracket or mounting hood and to the axle seat.
    • 悬架系统包括一对弹簧梁,每个弹簧梁枢转地安装到从车辆向下延伸的吊架支架。 轴座安装到每个弹簧梁的端部并且包括延伸穿过其中的通道。 弹簧梁通过形成在轴座中的通道,并且允许其响应于通道内的垂直负载而偏转。 弹性衬套定位在通道内并且位于轴座和弹簧梁之间,以允许弹簧梁帮助将轴座保持在梁上,并且确保弹簧梁可沿其整个长度弯曲。 轴座通过穿过形成在弹簧梁一端的孔眼的销连接件保持在弹簧梁上。 在替代实施例中,弹簧梁的一端可相对于悬挂支架或轴座移动,其中轴座通过一对安装销安装到吊架支架或安装罩上的可调节连杆保持在弹簧梁上 和轴座。
    • 8. 发明申请
    • SUSPENSION ASSEMBLY
    • 悬挂总成
    • US20090278329A1
    • 2009-11-12
    • US12117366
    • 2008-05-08
    • Ervin K. VanDenbergDavid H. Croston
    • Ervin K. VanDenbergDavid H. Croston
    • B60G11/18
    • B60G11/225B60G11/62B60G2200/132B60G2200/31B60G2202/1424B60G2202/152B60G2204/125B60G2204/126B60G2204/143B60G2204/148B60G2204/41B60G2204/4302B60G2300/04
    • A vehicle suspension system includes a pair of suspension assemblies mounted on a pair of spaced vehicle frame members for supporting a vehicle body on the vehicle wheels. A torsion axle extends between the pair of suspension assemblies and terminates in a pair of stub shafts. The axle is mounted on a pair of spaced frame brackets attached to the vehicle frame. An air spring extends between the vehicle frame and an outer end of a support arm pivotally mounted on each end of the torsion axle. The stub shafts are supported within an outer tube of the torsion axle by a plurality of elastomeric members. One end of each stub shaft is connected to a spindle arm which has a spindle extending from an opposite end of the arm. The length of the air spring support arm and the distances between the pivot axis of the support arm and the axii of the spindle and torsion axle are chosen so that the surface of the air spring is always out of contact with the mounting bracket and has a portion inboard between the axis of the spindle and axis of the torsion axle.
    • 车辆悬架系统包括一对悬架组件,其安装在一对间隔开的车架构件上,用于将车体支撑在车轮上。 扭转轴在一对悬架组件之间延伸并终止于一对短轴。 轴安装在一对连接在车架上的间隔框架支架上。 空气弹簧在车架和枢转地安装在扭转轴的每一端的支撑臂的外端之间延伸。 短轴通过多个弹性构件支撑在扭转轴的外管内。 每个短轴的一端连接到具有从臂的相对端延伸的心轴的心轴臂。 选择空气弹簧支撑臂的长度以及支撑臂的枢转轴线与主轴和扭转轴的轴线之间的距离,使得空气弹簧的表面总是与安装支架不接触,并且具有 在主轴的轴线和扭转轴的轴线之间的内部。
    • 10. 发明授权
    • Tag axle assembly
    • 标签轴总成
    • US5540454A
    • 1996-07-30
    • US376023
    • 1995-01-20
    • Ervin K. VanDenbergSteven R. MillerJeffrey A. RussoDavid H. Croston
    • Ervin K. VanDenbergSteven R. MillerJeffrey A. RussoDavid H. Croston
    • B62D61/12
    • B62D61/12B60G2204/47B60G2300/03B60G2300/40B60G2300/402B60G2400/61
    • A tag axle assembly has a frame having a pair of hanger brackets, an upper cross tube and a lower cross tube. A pair of rocker beams having a primary pivot for pivotally mounting the rocker beam to the support frame is mounted to the frame. A suspension air spring extends between the upper cross tube and each rocker beam, and a lift air spring extends between each hanger bracket and the front end of the rocker beam. An axle seat is hingedly mounted to the rear end of each rocker beam. An upper beam having an actuator beam and a lift bar are pivotally mounted to the axle seat and to the support frame. A linear actuator extends between the support frame and the actuator beam. Inflation of the lift air spring causes the rocker beams to rotate about the primary pivots, and expansion of the linear actuator causes the actuator beam and the interconnected lift bar to raise. As the interconnected lift bar raises, it applies an upward force to the axle seats such that the axle seats rotate about the hinge pins relative to the rocker beams. Such rotation causes the axle seats to raise further out of the ground engaging position and forward. To move the suspension into ground engaging position, the lift air springs are collapsed, and the effective length of the linear actuator is reduced while simultaneously, the suspension air springs are inflated to carry load.
    • 标签轴组件具有框架,该框架具有一对悬挂架,上横管和下横管。 具有用于将摇臂可枢转地安装到支撑框架的主枢轴的一对摇臂安装到框架。 悬挂空气弹簧在上横管和每个摇臂之间延伸,并且升降空气弹簧在每个悬挂支架和摇臂梁的前端之间延伸。 轴座铰接地安装到每个摇臂的后端。 具有致动器梁和提升杆的上梁可枢转地安装到轴座和支撑框架。 线性致动器在支撑框架和致动器梁之间延伸。 升降空气弹簧的充气导致摇臂梁围绕主枢轴旋转,并且线性致动器的膨胀导致致动器梁和互连的升降杆升高。 当互连提升杆升高时,其向轴座施加向上的力,使得轴座相对于摇臂梁围绕铰链销转动。 这种旋转使得轴座进一步升高到地面接合位置并向前移动。 为了将悬架移动到地面接合位置,升降空气弹簧折叠,并且线性致动器的有效长度同时减小,悬架空气弹簧被充气以承载负载。