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    • 1. 发明授权
    • Flow-control passive valve and damping-adjustable shock absorber comprising same
    • 流量控制被动阀和包括其的阻尼可调减震器
    • US08875852B2
    • 2014-11-04
    • US13393609
    • 2010-09-02
    • Walter BrunoGianfranco De Lillo
    • Walter BrunoGianfranco De Lillo
    • F16F9/50F16F9/32
    • F16F9/325
    • A flow-control passive valve controls flow of fluid between an upstream space at high pressure and downstream space at low pressure. The valve comprises a valve body in fluid communication with the upstream and downstream spaces and within which are defined first and second spaces. A movable member is slidably received in a body chamber, and a force is applied to the member tending to keep it in a given “non-working” position. Metering discs meter the flow from the upstream to downstream space through the body and comprise first, second, and third fixed restrictors and first and second variable restrictors. Pressure in the first space is lower than that in the upstream space via a pressure drop through the first fixed restrictor while pressure in the second space is variable between the pressure in the first space and that in the downstream space depending on the position of the member.
    • 流量控制被动阀控制高压上游空间和低压下游空间之间的流体流动。 所述阀包括与所述上游和下游空间流体连通的阀体,并且在所述阀体中限定第一和第二空间。 可移动部件可滑动地容纳在主体室中,并且向构件施加力以将其保持在给定的“非工作”位置。 计量盘测量从上游到下游空间通过身体的流量,并包括第一,第二和第三固定限制器以及第一和第二可变节流器。 第一空间中的压力通过第一固定节流器的压降而低于上游空间中的压力,而第二空间中的压力根据构件的位置在第一空间中的压力与下游空间中的压力之间是可变的 。
    • 2. 发明申请
    • TRAILING ARM FOR A MOTOR-VEHICLE REAR INDEPENDENT SUSPENSION
    • 拖车用于电动车后置独立悬架
    • US20090315291A1
    • 2009-12-24
    • US12375604
    • 2007-07-31
    • Armando D'AponteMichele Spina
    • Armando D'AponteMichele Spina
    • B60G3/12
    • B60G3/202B60G3/22B60G7/001B60G7/008B60G2200/182B60G2204/1244B60G2204/129B60G2204/143B60G2204/148B60G2206/011B60G2206/10B60G2206/11B60G2206/162B60G2206/50
    • The trailing arm (10) comprises a beam-like mounting structure (32) and a plurality of components separate from each other and securely connected, directly or indirectly, to the mounting structure (32) to perform each a specific function, namely a first component (38, 40) for the mounting of a first bush (20) for articulated connection of the trailing arm (10) to the vehicle structure, a second component (42) for support of a wheel-carrying spindle; a third component (50, 56) for the mounting of a second bush (22) for articulated connection of the trailing arm (10) to a first rod (12), a fourth component (58) for the mounting of a third bush (24) for articulated connection of the trailing arm (10) to a second rod (12), a fifth component (28) for support of a spring, a sixth component (64) for connection of the trailing arm (10) to a shock absorber (16), and a seventh component (66) for connection of the trailing arm (10) to a torsion bar (18).
    • 牵引臂(10)包括一个梁状的安装结构(32)和多个彼此分开并且直接或间接地牢固地连接到安装结构(32)的部件,以执行每个特定功能,即第一 用于安装用于牵引臂(10)与车辆结构的铰接连接的第一衬套(20)的组件(38,40),用于支撑车轮承载主轴的第二部件(42) 用于安装用于将所述拖臂(10)铰接到第一杆(12)的第二衬套(22)的第三部件(50,56),用于安装第三衬套的第四部件(58) 24),用于将所述牵引臂(10)铰接到第二杆(12),用于支撑弹簧的第五部件(28),用于将所述牵引臂(10)连接到冲击的第六部件(64) 吸收器(16)和用于将拖臂(10)连接到扭杆(18)的第七部件(66)。
    • 4. 发明申请
    • HYDRAULIC LINEAR ACTUATOR WITH A LOCKING SYSTEM FOR LOCKING THE COMPRESSION MOVEMENT OF THE ACTUATOR
    • US20200325954A1
    • 2020-10-15
    • US16305807
    • 2018-01-23
    • SISTEMI SOSPENSIONI S.p.A.
    • Walter BrunoPiero Antonio ContiGiordano GrecoMassimo SeminaraMatteo Vergani
    • F16F9/46F16F9/06
    • The actuator comprises a cylinder and a rod. The cylinder comprises an inner cylindrical tube and an outer cylindrical tube which extend coaxially to each other along a longitudinal axis (z). The inner cylindrical tube accommodates a plunger which is rigidly connected to the rod and separates an inner volume of the inner cylindrical tube into a compression chamber and an extension chamber, wherein at least the compression chamber contains oil. The inner cylindrical tube and the outer cylindrical tube enclose with each other a reservoir chamber which is permanently in fluid communication with the extension chamber via at least one first passage provided in the inner cylindrical tube and contains a pressurized gas in a first portion thereof and oil in a remaining portion thereof. The cylinder further comprises an intermediate cylindrical tube which extends along the longitudinal axis (z) between the inner cylindrical tube and the outer cylindrical tube and encloses, along with the inner cylindrical tube, an intermediate chamber permanently in fluid communication with the compression chamber via at least one second passage provided in the inner cylindrical tube. The actuator further comprises a check valve associated to the inner cylindrical tube to allow the oil to flow in the direction from the reservoir chamber to the compression chamber only, and an electrically-operated flow control valve which is associated to the intermediate cylindrical tube for controlling the flow of the oil between the intermediate chamber and the reservoir chamber. The flow control valve is movable between a first operating position, in which it allows the oil to flow between the intermediate chamber and the reservoir chamber, and a second operating position, in which it prevents the oil from flowing between the intermediate chamber and the reservoir chamber.