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    • 5. 发明公开
    • 차량의 에어 스프링 장치
    • 汽车空气弹簧装置
    • KR1020160035341A
    • 2016-03-31
    • KR1020140126812
    • 2014-09-23
    • 현대모비스 주식회사
    • 이승철
    • B60G17/052B60G17/056
    • B60G17/052B60G17/0523B60G17/056B60G2202/152
    • 본발명은커버내부에구비된피스톤과, 상기피스톤의작동면에설치되는플레이트와, 상기플레이트를관통하여슬라이딩되도록설치된로드와, 상기로드의일단부에설치되어상기피스톤이상기로드를압입시상기커버내의공기를배기시키도록구비된판막으로개폐되어, 체크밸브를적용하기위한구조의변경되어체크밸브압의조절이가능하여배기속도를조절할수 있어배기를빠르게할 수있는반면에원가를절감할수 있는효과가있으며, 에어스프링내공기의급배기시필요이상의공기가배출되어차량의주저앉음을방지하는차량의에어스프링장치에관한것이다.
    • 本发明涉及一种车辆的空气弹簧装置,其包括:设置在盖内的活塞; 安装在活塞的工作表面上的板; 一根安装成通过穿过板滑动的杆; 以及安装在所述杆的一个端部中的阀,以当所述活塞压在所述杆中时排出所述盖内的空气。 车辆的空气弹簧装置由阀门打开和关闭。 因此,改变了应用止回阀的结构,以控制止回阀的压力,从而调节排气速度,使排气快速,同时降低生产成本。 此外,当空气弹簧内的空气迅速排出时,即使排出不需要的空气,也可以防止车辆的塌陷。
    • 6. 发明授权
    • 푸셔 액슬 시스템용 에어 스프링 장치
    • 用于推杆系统的空气弹簧装置
    • KR101575269B1
    • 2015-12-07
    • KR1020140155663
    • 2014-11-10
    • 현대자동차주식회사
    • 손태영
    • B60G17/015B60G17/017
    • B60G11/28B60G11/27B60G17/016B60G2202/152B60G2300/026B62D61/12B60G17/015B60G17/00B60G17/017
    • 푸셔액슬시스템용에어스프링장치가개시된다. 본발명의실시예에따른푸셔액슬시스템용에어스프링장치는전방하부에마운팅브라켓이일체로구성되는양측프레임; 전단이상기프레임의각 마운팅브라켓에마운팅부시를통하여연결되는링크암; 상기양측프레임의하부에배치되며바퀴가축 결합되는푸셔액슬을지지하며, 상기링크암의후단에힌지연결되는액슬시트; 및상기액슬시트의후단과상기프레임의하면사이에구성되어상기액슬시트를상승및 하강제어하여상기푸셔액슬의높이를조정함과동시에, 주행중 노면으로부터의진동을흡수하는복합에어스프링을포함한다.
    • 公开了一种用于推进轴系统的空气弹簧系统。 根据本发明的实施例的用于推动轴系统的空气弹簧装置包括:两侧框架,其与前底部的安装支架集成; 连杆臂,其前端通过安装衬套连接到每个安装支架; 轴座,其支撑设置在所述两侧框架的下部并具有连接到其上的轮的推动轴,并且通过铰链连接到所述连杆臂的后部; 以及复杂的空气弹簧,其通过在轴座的后部和框架的底面之间构成而通过控制轴座的上升和下降来调节推动轴的高度,并且同时吸收来自道路的振动 驾驶。
    • 8. 发明授权
    • 차량의 보조바퀴 축 구조
    • 车辆稳定器的轴结构
    • KR101445300B1
    • 2014-09-29
    • KR1020130038993
    • 2013-04-10
    • 한국상용트럭 주식회사
    • 조용균
    • B60G9/02B60G11/04B60G17/044
    • B60G9/02B60G7/001B60G7/008B60G17/04B60G2202/152B60G2204/43B60G2300/026B60G2500/40B60Y2200/142
    • Disclosed is an auxiliary wheel shaft structure for a vehicle having an improved structure. According to the present invention, a sufficient ground clearance can be ensured while a large-capacity air spring with a relatively large height is applied. Also, a sufficient space can be ensured for self-steering and power steering while structural stability and firmness are improved. The auxiliary wheel shaft structure for a vehicle includes a frame that is coupled with a vehicle body; a rod arm that is rotatably coupled with the frame about an axis of rotation; a lift air bag and a ride air bag that are provided in the frame, are expanded by compressed air, and lift and lower auxiliary wheels; and an axle that connects the auxiliary wheels. The rod arm is provided with a bent portion, and at least a part of the bent portion is formed to be bent upward. The axle is fastened to a lower side of the bent portion. The auxiliary wheel shaft structure for a vehicle can be significantly improved in structural strength, and a deformation of the auxiliary wheel shaft structure for a vehicle can be minimized against a larger force compared to a linear rod arm of the related art. Also, the present invention can be controlled in vertical and horizontal directions while a stable driving effect can be obtained. In addition, tire wear and vehicle body impact are decreased, fuel economy is improved, a sufficient ground clearance is ensured, interference with a driving shaft, the axle, and the like is effectively prevented, and load weight distribution is optimized.
    • 公开了一种具有改进结构的用于车辆的辅助轮轴结构。 根据本发明,当施加具有相对较大高度的大容量空气弹簧时,可以确保足够的离地间隙。 此外,可以确保自动转向和动力转向的足够空间,同时结构稳定性和坚固性得到改善。 用于车辆的辅助轮轴结构包括与车身联接的框架; 杆臂,其围绕旋转轴线与框架可旋转地联接; 设置在框架中的提升气囊和行李安全气囊通过压缩空气膨胀,升降和下辅助轮; 以及连接辅助轮的轴。 杆臂设有弯曲部分,并且弯曲部分的至少一部分形成为向上弯曲。 轴固定在弯曲部分的下侧。 用于车辆的辅助轮轴结构可以显着地提高结构强度,并且与现有技术的直杆杆相比,可以使与车辆的辅助轮轴结构的变形相比较大的力被最小化。 此外,本发明可以在垂直和水平方向上进行控制,同时可获得稳定的驱动效果。 此外,轮胎磨损和车体冲击降低,燃料经济性得到改善,确保了足够的离地间隙,有效地防止了与驱动轴,车轴等的干扰,并优化了负载重量分布。