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    • 16. 发明申请
    • ELECTRO-HYDRAULIC VARIABLE VALVE LIFT SYSTEM
    • 电动液压可变阀提升系统
    • US20130146002A1
    • 2013-06-13
    • US13528616
    • 2012-06-20
    • Jei Choon YangByong Young ChoiYoung Hong KwakWonjun LeeJin Kook KongSoo Hyung Woo
    • Jei Choon YangByong Young ChoiYoung Hong KwakWonjun LeeJin Kook KongSoo Hyung Woo
    • F01L9/00F01L9/04F01L9/02
    • F01L9/021F01L13/0015
    • An electro-hydro valve lift system may include a drive cam, a pump piston, a first and a second EHV apparatus, a first oil control valve, a first oil control hydraulic line fluid-communicating the main chamber with the first oil control valve, a second oil control hydraulic line fluid-communicating the first oil control valve with the first EHV apparatus, a third oil control hydraulic line fluid-communicating the main chamber with the second EHV apparatus, a fourth oil control hydraulic line selectively fluid-communicated with the second oil control hydraulic line according to the first oil control valve, an accumulator fluid-communicated with the fourth oil control hydraulic line, and a second oil control valve disposed on the fourth oil control hydraulic line, wherein the fourth oil control hydraulic line is fluid-communicated with the third oil control hydraulic line according to the second oil control valve.
    • 电动水阀提升系统可以包括驱动凸轮,泵活塞,第一和第二EHV装置,第一油控阀,第一油控液压管路,其将主室与第一油控阀连通, 将第一油控阀与第一EHV装置连通的第二油控液压管路,与第二EHV装置连通主室的第三油控液压管路,与第一EHV装置连通的第四油控液压管路, 第二油控油路,根据第一油控阀,与第四油控液压管路流体连通的蓄液器和配置在第四油控液压管路上的第二油控阀,其中第四油控液压管线为流体 根据第二油控阀与第三油控液压管路连通。
    • 17. 发明申请
    • VARIABLE COMPRESSION RATIO APPARATUS
    • 可变压缩比设备
    • US20120012090A1
    • 2012-01-19
    • US12957209
    • 2010-11-30
    • Ju Hun LeeDong Seok LeeJei Choon YangEun Ho LeeByong Young ChoiJin Kook KongSoo Hyung Woo
    • Ju Hun LeeDong Seok LeeJei Choon YangEun Ho LeeByong Young ChoiJin Kook KongSoo Hyung Woo
    • F02B75/04
    • F02D15/04F02B75/044
    • A variable compression ratio apparatus may include an external piston, a piston pin mounted in the external piston and a connecting rod, including an internal piston including a slot and sliding in an interior circumference of the external piston, wherein the piston pin passes through the internal piston and the external piston, a latching pin passing through the piston pin and selectively sliding therein, variable sliders disposed to selectively contact one of both ends of the latching pin, at both sides thereof to push the one of the both ends to the opposite side, and a support plate slidably supporting the variable sliders such that the variable sliders reciprocate perpendicular to length direction of the latching pin, wherein one end of a connecting arm selectively rotating may be connected to the variable slider and a sliding direction of the variable sliders may be controlled by rotation of the connecting arm.
    • 可变压缩比装置可以包括外部活塞,安装在外部活塞中的活塞销和连接杆,其包括内部活塞,所述内部活塞包括狭槽并且在所述外部活塞的内周中滑动,其中所述活塞销穿过所述内部活塞 活塞和外部活塞,通过活塞销并且选择性地在其中滑动的闩锁销,设置成选择性地接触闩锁销的两端之一的可变滑块,以将两端中的一个推向相对侧 以及可滑动地支撑可变滑动件的支撑板,使得可变滑块垂直于闩锁销的长度方向往复运动,其中选择性地旋转的连接臂的一端可以连接到可变滑块,并且可变滑块的滑动方向可以 通过连接臂的旋转来控制。
    • 18. 发明授权
    • Variable compression ratio apparatus
    • 可变压缩比装置
    • US08468984B2
    • 2013-06-25
    • US12957209
    • 2010-11-30
    • Ju Hun LeeDong Seok LeeJei Choon YangEun Ho LeeByong Young ChoiJin Kook KongSoo Hyung Woo
    • Ju Hun LeeDong Seok LeeJei Choon YangEun Ho LeeByong Young ChoiJin Kook KongSoo Hyung Woo
    • F02B75/04
    • F02D15/04F02B75/044
    • A variable compression ratio apparatus may include an external piston, a piston pin mounted in the external piston and a connecting rod, including an internal piston including a slot and sliding in an interior circumference of the external piston, wherein the piston pin passes through the internal piston and the external piston, a latching pin passing through the piston pin and selectively sliding therein, variable sliders disposed to selectively contact one of both ends of the latching pin, at both sides thereof to push the one of the both ends to the opposite side, and a support plate slidably supporting the variable sliders such that the variable sliders reciprocate perpendicular to length direction of the latching pin, wherein one end of a connecting arm selectively rotating may be connected to the variable slider and a sliding direction of the variable sliders may be controlled by rotation of the connecting arm.
    • 可变压缩比装置可以包括外部活塞,安装在外部活塞中的活塞销和连接杆,其包括内部活塞,所述内部活塞包括狭槽并且在所述外部活塞的内周中滑动,其中所述活塞销穿过所述内部活塞 活塞和外部活塞,通过活塞销并且选择性地在其中滑动的闩锁销,设置成选择性地接触闩锁销的两端之一的可变滑块,以将两端中的一个推向相对侧 以及可滑动地支撑可变滑动件的支撑板,使得可变滑块垂直于闩锁销的长度方向往复运动,其中选择性地旋转的连接臂的一端可以连接到可变滑块,并且可变滑块的滑动方向可以 通过连接臂的旋转来控制。
    • 19. 发明授权
    • Electro-hydraulic variable valve lift system
    • 电动液压可变气门升程系统
    • US08607751B2
    • 2013-12-17
    • US13528616
    • 2012-06-20
    • Jei Choon YangByong Young ChoiYoung Hong KwakWonjun LeeJin Kook KongSoo Hyung Woo
    • Jei Choon YangByong Young ChoiYoung Hong KwakWonjun LeeJin Kook KongSoo Hyung Woo
    • F01L1/34
    • F01L9/021F01L13/0015
    • An electro-hydro valve lift system may include a drive cam, a pump piston, a first and a second EHV apparatus, a first oil control valve, a first oil control hydraulic line fluid-communicating the main chamber with the first oil control valve, a second oil control hydraulic line fluid-communicating the first oil control valve with the first EHV apparatus, a third oil control hydraulic line fluid-communicating the main chamber with the second EHV apparatus, a fourth oil control hydraulic line selectively fluid-communicated with the second oil control hydraulic line according to the first oil control valve, an accumulator fluid-communicated with the fourth oil control hydraulic line, and a second oil control valve disposed on the fourth oil control hydraulic line, wherein the fourth oil control hydraulic line is fluid-communicated with the third oil control hydraulic line according to the second oil control valve.
    • 电动水阀提升系统可以包括驱动凸轮,泵活塞,第一和第二EHV装置,第一油控阀,第一油控液压管路,其将主室与第一油控阀连通, 将第一油控阀与第一EHV装置连通的第二油控液压管路,与第二EHV装置连通主室的第三油控液压管路,与第一EHV装置连通的第四油控油压管路, 第二油控油路,根据第一油控阀,与第四油控液压管路流体连通的蓄液器和配置在第四油控液压管路上的第二油控阀,其中第四油控液压管线为流体 根据第二油控阀与第三油控液压管路连通。