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    • 11. 发明授权
    • Liquid energy absorber device
    • 液体能量吸收装置
    • US4389045A
    • 1983-06-21
    • US342799
    • 1982-01-26
    • Douglas P. Taylor
    • Douglas P. Taylor
    • F16F9/42F16F13/06B60G13/00B60G15/00F16F9/00F16F11/00
    • F16F9/42F16F13/06
    • A liquid energy absorber device including an elongated liquid energy absorber member mounted on a base, an annular elastomeric member also mounted on the base in surrounding relationship to the liquid energy absorber member, a sleeve mounted on the liquid energy absorber member for sliding movement, a plate connected to the sleeve and supported on the end of the annular elastomeric member remote from the base, grooves in the plate and in the portion of the sleeve facing the liquid energy absorber member to conduct atmospheric air to a space which is formed between the sleeve and the elastomeric member as the latter distorts in operation to thereby cool the liquid energy absorber member and the annular elastomeric member, with the annular elastomeric member being longer than the liquid energy absorber member so that there is deflection of the annular elastomeric member prior to the activation of the liquid energy absorber member.
    • 一种液体能量吸收器装置,包括安装在基座上的细长液体能量吸收体构件,环形弹性体构件,其也以与液体能量吸收体构件相关的方式安装在基座上;安装在液体能量吸收体构件上用于滑动运动的套筒, 板连接到套筒并且支撑在远离基座的环形弹性体构件的端部,板中的凹槽和套筒的面向液体能量吸收器构件的部分中,以将大气空气传导到形成在套筒之间的空间 并且随后的弹性体构件在操作中变形,从而冷却液体能量吸收器构件和环形弹性体构件,其中环形弹性构件比液体能量吸收构件更长,使得环形弹性构件在 活化液体能量吸收体。
    • 12. 发明授权
    • Pneumatic spring, especially for vehicles
    • 气动弹簧,特别适用于车辆
    • US4200270A
    • 1980-04-29
    • US959800
    • 1978-11-13
    • Josef Merkle
    • Josef Merkle
    • B60G11/27B60G15/12F16F9/04F16F9/05F16F9/42F16F9/48F16F3/08
    • B60G11/27B60G15/12F16F9/0436F16F9/05F16F9/42F16F9/48B60G2206/424
    • A pneumatic spring for vehicles which spring includes two supports as well as at least one closed spring volume and two differently sized spring areas which are subjected to a pressure acting in opposite directions. The two spring surfaces are separated from one another and are variable in size as a function of the travel of the pneumatic spring, two roll bellows are arranged in a casing of the pneumatic spring with opposite spring surfaces of the bellows being supported upon connected spring pistons. The supports are formed, on the one hand, by the spring pistons and, on the other hand, by a casing associated with the walls of the roll bellows. Partial volumes are defined by the roll bellows with the partial volumes being separated from one another so as to maintain the respective volumes essentially independent of the travel of the pneumatic spring.
    • 用于车辆的气动弹簧包括两个支撑件以及至少一个闭合弹簧体积和两个不同尺寸的弹簧区域,这些弹簧区域受到沿相反方向作用的压力。 两个弹簧表面彼此分离,并且随着气动弹簧行程的不同而具有不同的尺寸,两个气流弹簧布置在气动弹簧的壳体中,波纹管的相对的弹簧表面被支撑在连接的弹簧活塞上 。 一方面,支撑件由弹簧活塞形成,另一方面由与波纹管的壁相关联的壳体形成。 部分体积由辊式波纹管限定,其中部分体积彼此分离,以便维持各自的体积基本上与气动弹簧的行程无关。
    • 16. 发明申请
    • COOLER FOR A SUSPENSION DAMPER
    • 冷却器用于悬挂阻尼器
    • US20120222927A1
    • 2012-09-06
    • US13411086
    • 2012-03-02
    • John Marking
    • John Marking
    • F16F9/42
    • F16F9/42B60G13/08B60G17/08B60G2400/05B60G2400/106B60G2400/204B60G2400/50B60G2400/52B60G2500/10B60G2600/18B60G2800/16F16F2228/066F16F2230/18
    • A method and apparatus are disclosed for cooling damping fluid in a vehicle suspension damper unit. A damping unit includes a piston mounted in a fluid cylinder. A bypass fluid circuit having an integrated cooling assembly disposed therein is fluidly coupled to the fluid cylinder at axial locations that, at least at one point in the piston stroke, are located on opposite sides of the piston. The cooling assembly may include a cylinder having cooling fins thermally coupled to an exterior surface of the cylinder and made of a thermally conductive material. The bypass channel may include a check valve that permits fluid flow in only one direction through the bypass channel. The check valve may be remotely operated, either manually or automatically by an electronic controller. A vehicle suspension system may implement one or more damper units throughout the vehicle, controlled separately or collectively, automatically or manually.
    • 公开了一种用于在车辆悬架阻尼器单元中冷却阻尼流体的方法和装置。 阻尼单元包括安装在流体缸中的活塞。 具有设置在其中的集成冷却组件的旁路流体回路在至少在活塞行程中的一个位置处于活塞的相对侧的轴向位置处流体地联接到流体缸。 冷却组件可以包括具有热耦合到气缸的外表面并由导热材料制成的散热片的气缸。 旁通通道可以包括允许流体仅沿一个方向流过旁路通道的止回阀。 止回阀可以由电子控制器手动或自动地远程操作。 车辆悬挂系统可以在整个车辆中实现一个或多个阻尼单元,其被自动地或手动地单独地或集体地控制。
    • 17. 发明申请
    • MULTISTRUCTURAL SHOCK ABSORBING SYSTEM FOR ANATOMICAL CUSHIONING
    • 用于解剖学的多结构震动吸收系统
    • US20120048663A1
    • 2012-03-01
    • US13283919
    • 2011-10-28
    • Kevin McDonnell
    • Kevin McDonnell
    • F16F9/42
    • A43B13/12A43B1/0054A43B13/181A43B13/189A43B13/206
    • A shock absorbing system for impact energy dissipation employs compressible members each having an internal void containing a first working fluid. At least one accumulator is connected to the compressible members through a fluid conduit such that the first working fluid is transferred from the compressible member to the accumulator responsive to compression induced by an impact. A pad and a liner intermediately constrain the compressible members. Resilient structural members are placed intermediate the compressible members to deform responsive to compression of the foot bed induced by foot strike provide both energy dissipation and resilient recovery of the compression cylinders to their uncompressed state.
    • 用于冲击能量耗散的减震系统采用可压缩构件,每个都具有包含第一工作流体的内部空隙。 至少一个蓄能器通过流体管道连接到可压缩构件,使得第一工作流体响应于由冲击引起的压缩而从可压缩构件传递到蓄能器。 衬垫和衬垫中间限制可压缩构件。 弹性结构构件放置在可压缩构件之间,以响应于由脚蹬引起的脚床的压缩而变形,从而提供压缩气缸的能量耗散和弹性恢复到其未压缩状态。
    • 19. 发明授权
    • Vehicle bed having hidden storage and transverse collapsible support
beams
    • 车床具有隐藏的存储和横向可折叠的支撑梁
    • US5979973A
    • 1999-11-09
    • US896392
    • 1997-07-18
    • Scott ClareNeil G. Long
    • Scott ClareNeil G. Long
    • B60J10/00B60J10/08B60R11/06B62D33/02F16F9/42
    • F16F9/42B60J10/00B60J10/24B60J10/80B60R11/06B62D33/02
    • A hidden storage system is incorporated in the bed of a vehicle without altering the bed's external appearance and the bed is provided with collapsible support beams. The storage system is located adjacent the wheel well sections of the bed, and uses hinges to open and close the fender/side panel of the bed. The collapsible support beams provide a support/safety mechanism if impacted from the side. Since the storage system does not alter the truck's external appearance, it reduces the attraction for theft. Also, since the storage area does not extend inwardly beyond the conventional wheel wells, the storage system leaves most of the truck bed free for use. The hidden storage system is incorporated into the bed by either an initial fabrication method or a conversion method using an existing bed.
    • 隐藏的存储系统被并入车辆的床中而不改变床的外观,并且床设置有可折叠的支撑梁。 存储系统位于床的轮井部分附近,并且使用铰链来打开和关闭床的挡泥板/侧板。 如果从侧面受到撞击,可折叠的支撑梁提供支撑/安全机构。 由于存储系统不会改变卡车的外观,因此减少了盗窃的吸引力。 此外,由于存储区域不会向内延伸超过传统的轮井,因此存储系统使大多数卡车车床免费使用。 隐藏的存储系统通过初始制造方法或使用现有床的转换方法并入床中。
    • 20. 发明授权
    • One piece aluminum pressure tube with rod guide for shock absorbers
    • 一体式铝压力管,带减震器导杆
    • US5893436A
    • 1999-04-13
    • US587416
    • 1996-01-16
    • Yoram Guy
    • Yoram Guy
    • B60G13/08F16F9/32F16F9/36F16F9/42F16F9/34
    • F16F9/3235F16F9/366
    • A shock absorber includes an integral pressure tube and rod guide. The integration of these two components manufactured from aluminum allows the use of an aluminum pressure tube to eliminate axial differential thermal expansion between the pressure tube and an aluminum reserve tube. The use of aluminum for these two components reduces weight and improves the heat dissipation for the shock absorber. On addition, by producing the rod guide integral with the pressure tube and also of aluminum, additional weight savings are realized. Further advantages for the integration of these components include the elimination of leak paths, the limitation of assembly operations and the opportunity to utilize a "near net-shape" manufacturing process such as impact extrusion or semi-solid forming for the manufacture of the integral pressure tube and rod guide.
    • 减震器包括一体的压力管和杆导向器。 由铝制成的这两个部件的集成允许使用铝压力管来消除压力管和铝储备管之间的轴向差分热膨胀。 对于这两个部件,铝的使用减少了重量并改善了减震器的散热。 此外,通过生产与压力管和铝一体的杆导向器,实现了额外的重量节省。 这些组件的整合的其他优点包括消除泄漏路径,组装操作的限制以及利用“接近网状”制造过程(例如冲击挤出或半固体成形)来制造积分压力的机会 管和导杆。