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    • 1. 发明申请
    • SINGLE CAM PHASER CAMSHAFT
    • 单相相机CAMSHAFT
    • WO2009092996A1
    • 2009-07-30
    • PCT/GB2008/051204
    • 2008-12-18
    • MECHADYNE PLCLANCEFIELD, Timothy, MarkLAWRENCE, Nicholas, JamesMETHLEY, IanOWEN, Richard, Alwyn
    • LANCEFIELD, Timothy, MarkLAWRENCE, Nicholas, JamesMETHLEY, IanOWEN, Richard, Alwyn
    • F01L1/344F01L1/047
    • F01L1/34413F01L1/047F01L2001/0473F01L2103/00Y10T29/49293
    • A camshaft assembly is disclosed which comprises an inner shaft (12), an outer tube (14) surrounding and rotatable relative to the inner shaft (12), and two groups of cam lobes mounted on the outer tube, the first group of cam lobes being fast in rotation with the outer tube, and each cam (10) lobe (18) of the second group being rotatably mounted on the outer surface of the tube (14) and connected for rotation with the inner shaft (12) by means of one or more drive members (50) passing through circumferentially elongated slots in the outer tube. In the invention, each drive member comprises a (15) drive component (50d) engaged with fixed alignment in the cam lobe (18) and a separate fastener (50b) that is rotatable to clamp the drive component against a flat surface on the inner shaft (12), each drive member (50) being constructed such that during the tightening of the fastener (50b) no relative (20) sliding movement is required at the interface between the drive component (50d) and the inner shaft (12).
    • 公开了一种凸轮轴组件,其包括内轴(12),围绕内轴(12)并且可旋转的外管(14),以及安装在外管上的两组凸轮凸角,第一组凸轮凸角 与外管快速旋转,并且第二组的每个凸轮(10)叶片(18)可旋转地安装在管(14)的外表面上,并且通过以下方式连接以与内轴(12)一起旋转: 一个或多个驱动构件(50)穿过外管中的周向细长的槽。 在本发明中,每个驱动构件包括在凸轮凸角(18)中与固定对准接合的(15)驱动部件(50d)和可旋转的单独的紧固件(50b),以将驱动部件夹紧在内部的平坦表面上 每个驱动构件(50)被构造成使得在紧固件(50b)的紧固期间,在驱动部件(50d)和内轴(12)之间的界面处不需要相对(20)的滑动运动, 。
    • 7. 发明申请
    • ENGINE VALVE SYSTEM
    • 发动机阀门系统
    • WO2011027304A2
    • 2011-03-10
    • PCT/IB2010/053927
    • 2010-09-01
    • MECHADYNE PLCMETHLEY, IanLANCEFIELD, Timothy, Mark
    • METHLEY, IanLANCEFIELD, Timothy, Mark
    • F01L1/047F01L1/18F01L13/0047
    • An engine valve system comprises two cams (10,12) mounted coaxially, a summation rocker (14) coupled to followers (16,18) of both cams and movable in proportion to the instantaneous sum of the lifts of the respective cams, and a valve actuating rocker (20) pivotably coupled to the summation rocker (14) and operative to open an engine valve (22) in dependence upon the movement of the summation rocker (14). In the invention, the actuating rocker (20) rests on a hydraulic lash adjuster (24). A control spring (136) is provided to urge the summation rocker (14) in a direction to compress the hydraulic lash adjuster (24). A stop (138) associated with the control spring (136) limits the movement of the summation rocker (14) towards the lash adjuster (24) so as to set the clearance in the valve system when the valve (22) is closed and the cam followers (16,18) are on the base circles of the two cams (10,12).
    • 发动机阀系统包括同轴安装的两个凸轮(10,12),耦合到两个凸轮的从动件(16,18)的相加摇杆(14),并且可以相应于相应凸轮的升降机的瞬时总和成比例地移动 阀驱动摇杆(20),其可枢转地联接到所述总和摇杆(14)并且可操作以根据所述求和摇杆(14)的移动来打开发动机气门(22)。 在本发明中,致动摇杆(20)位于液压间隙调节器(24)上。 控制弹簧(136)被设置成沿着压缩液压间隙调节器(24)的方向推动求和摇杆(14)。 与控制弹簧(136)相关联的止动件(138)限制加和摇杆(14)朝向间隙调节器(24)的移动,以便当阀门(22)关闭时将间隙设定在阀门系统中,并且 凸轮从动件(16,18)位于两个凸轮(10,12)的基圆上。
    • 8. 发明申请
    • VARIABLE PHASE MECHANISM
    • 可变相机
    • WO2008009983A1
    • 2008-01-24
    • PCT/GB2007/050309
    • 2007-06-01
    • MECHADYNE PLCLANCEFIELD, Timothy, MarkMETHLEY, Ian
    • LANCEFIELD, Timothy, MarkMETHLEY, Ian
    • F01L1/344
    • F01L1/3442F01L1/047F01L1/344F01L2001/0473F01L2001/34489
    • A variable phase mechanism (110) is described which comprises a drive member (112) rotatable about an axis, first and second driven members (118, 124) rotatable in synchronism with the drive member (112), means (120, 122) for rotating the first driven member (124) relative to the drive member (112) to vary the phase of rotation of the first driven member (124) relative to the drive member (112), and a yoke (128) coupling the second driven member (118) for rotation with one of the drive member (112) and the first driven member (124) and movable transversely relative to the axis of the drive member (112) to vary the phase of rotation of the second driven member (118) relative to the drive member (112). In the invention, transverse movement of the yoke (128) is effected by means of interaction between the other of the drive member (112) and the first driven member (124) and a radially outwards facing surface defined by the yoke (128).
    • 描述了可变相位机构(110),其包括可绕轴线旋转的驱动构件(112),与驱动构件(112)同步旋转的第一和第二从动构件(118,124),用于 相对于驱动构件(112)旋转第一从动构件(124)以改变第一从动构件(124)相对于驱动构件(112)的旋转相位,以及将第二从动构件(124) (118),用于与驱动构件(112)和第一从动构件(124)中的一个一起旋转并且可相对于驱动构件(112)的轴线横向移动,以改变第二从动构件(118)的旋转相位, 相对于驱动构件(112)。 在本发明中,轭架(128)的横向移动通过驱动构件(112)中的另一个与第一从动构件(124)之间的相互作用和由轭架(128)限定的径向向外的表面进行。
    • 10. 发明申请
    • OIL FEED ARRANGEMENT FOR AN SCP CAMSHAFT
    • 石油供应安排为SCP CAMSHAFT
    • WO2009098497A1
    • 2009-08-13
    • PCT/GB2009/050079
    • 2009-01-28
    • MECHADYNE PLCLANCEFIELD, Timothy, MarkALWYN, Owen, Richard
    • LANCEFIELD, Timothy, MarkALWYN, Owen, Richard
    • F01L1/047F01L1/34
    • F01L1/047F01L1/344
    • A camshaft is formed of an inner shaft (12), an outer tube (14) surrounding and rotatable relative to the inner shaft. Two groups of cam lobes (16, 18) are mounted on the outer tube. The cam lobes (16) of the first group being fast in rotation with the outer tube and the cam lobes (18) of the second group are rotatable relative to the outer tube (14) In the invention, one end of the camshaft (10) communicates with a cavity (31) in the engine to which a lubricant is supplied under pressure. The lubricant enters into the camshaft in an axial direction and serves to pressurise an annular passage between the inner shaft (12) and the outer tube (14) via which the lubricant is applied to the interface between the outer tube (14) and the cam lobes (18) of the second group.
    • 凸轮轴由内轴(12),外管(14)构成,外管(14)围绕内轴可旋转。 两组凸轮凸角(16,18)安装在外管上。 第一组的凸轮凸角(16)与外管快速旋转,第二组的凸轮凸角(18)可相对于外管(14)旋转。在本发明中,凸轮轴(10)的一端 )与在压力下供给润滑剂的发动机中的空腔(31)连通。 润滑剂沿轴向进入凸轮轴,用于对内轴(12)和外管(14)之间的环形通道加压,润滑剂通过该外管施加到外管(14)和凸轮 第二组的叶(18)。