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    • 4. 发明授权
    • Shock absorber having self pumping unit
    • 减震器具有自动抽油机
    • US08567575B2
    • 2013-10-29
    • US13298052
    • 2011-11-16
    • Woo Jin JungMyung Hwa Hyun
    • Woo Jin JungMyung Hwa Hyun
    • F16F9/00
    • F16F9/066B60G17/044B60G2202/154B60G2400/25B60G2500/11F16F9/50Y10S267/02
    • A shock absorber, in which external gas is sucked by movement of a piston rod to obtain compressed gas, which is used for inhibiting the “lag” phenomenon. A piston valve is connected to one end of a piston rod received in an inner shell and moved between rebound and compression strokes, an inner space of the inner shell being divided into a rebound chamber and a compression chamber by the piston valve. A reservoir chamber is provided in an outer shell outside of the inner shell to supply oil to the compression chamber in the rebound stroke and to recover oil in the compression stroke. The shock absorber has a high pressure tank with a high pressure chamber installed outside of the outer shell, and a self pumping unit for sucking gas and pumping it into the high pressure chamber using energy generated by movement of the piston rod.
    • 一种减震器,其中外部气体通过活塞杆的移动被吸入以获得压缩气体,其用于抑制“滞后”现象。 活塞阀连接到容纳在内壳中并在回弹和压缩冲程之间移动的活塞杆的一端,内壳的内部空间被活塞阀分成回弹室和压缩室。 储存室设置在内壳外部的外壳中,以在回弹冲程中向压缩室供油,并在压缩行程中回收油。 减震器具有高压罐,其中高压室安装在外壳的外部,以及自吸泵单元,用于吸入气体,并使用活塞杆运动产生的能量将其泵入高压室。
    • 6. 发明申请
    • Shock absorber having self pumping unit
    • 减震器具有自动抽油机
    • US20080156603A1
    • 2008-07-03
    • US11985554
    • 2007-11-15
    • Woo Jin JungMyung Hwa Hyun
    • Woo Jin JungMyung Hwa Hyun
    • F16F9/00
    • F16F9/066B60G17/044B60G2202/154B60G2400/25B60G2500/11F16F9/50Y10S267/02
    • A shock absorber, in which external gas is sucked by movement of a piston rod to obtain compressed gas, which is used for inhibiting the “lag” phenomenon. A piston valve is connected to one end of a piston rod received in an inner shell and moved between rebound and compression strokes, an inner space of the inner shell being divided into a rebound chamber and a compression chamber by the piston valve. A reservoir chamber is provided in an outer shell outside of the inner shell to supply oil to the compression chamber in the rebound stroke and to recover oil in the compression stroke. The shock absorber has a high pressure tank with a high pressure chamber installed outside of the outer shell, and a self pumping unit for sucking gas and pumping it into the high pressure chamber using energy generated by movement of the piston rod.
    • 一种减震器,其中外部气体通过活塞杆的移动被吸入以获得压缩气体,其用于抑制“滞后”现象。 活塞阀连接到容纳在内壳中并在回弹和压缩冲程之间移动的活塞杆的一端,内壳的内部空间被活塞阀分成回弹室和压缩室。 储存室设置在内壳外部的外壳中,以在回弹冲程中向压缩室供油,并在压缩行程中回收油。 减震器具有高压罐,其中高压室安装在外壳的外部,以及自吸泵单元,用于吸入气体,并使用活塞杆运动产生的能量将其泵入高压室。
    • 7. 发明授权
    • Shock absorber having self pumping unit
    • 减震器具有自动抽油机
    • US08100236B2
    • 2012-01-24
    • US11985554
    • 2007-11-15
    • Woo Jin JungMyung Hwa Hyun
    • Woo Jin JungMyung Hwa Hyun
    • F16F9/00
    • F16F9/066B60G17/044B60G2202/154B60G2400/25B60G2500/11F16F9/50Y10S267/02
    • A shock absorber, in which external gas is sucked by movement of a piston rod to obtain compressed gas, which is used for inhibiting the “lag” phenomenon. A piston valve is connected to one end of a piston rod received in an inner shell and moved between rebound and compression strokes, an inner space of the inner shell being divided into a rebound chamber and a compression chamber by the piston valve. A reservoir chamber is provided in an outer shell outside of the inner shell to supply oil to the compression chamber in the rebound stroke and to recover oil in the compression stroke. The shock absorber has a high pressure tank with a high pressure chamber installed outside of the outer shell, and a self pumping unit for sucking gas and pumping it into the high pressure chamber using energy generated by movement of the piston rod.
    • 一种减震器,其中外部气体通过活塞杆的移动被吸入以获得压缩气体,其用于抑制“滞后”现象。 活塞阀连接到容纳在内壳中并在回弹和压缩冲程之间移动的活塞杆的一端,内壳的内部空间被活塞阀分成回弹室和压缩室。 储存室设置在内壳外部的外壳中,以在回弹冲程中向压缩室供油,并在压缩行程中回收油。 减震器具有高压罐,其中高压室安装在外壳的外部,以及自吸泵单元,用于吸入气体,并使用活塞杆运动产生的能量将其泵入高压室。