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    • 1. 发明授权
    • Bodymaker
    • 主持人
    • US08789403B2
    • 2014-07-29
    • US12745999
    • 2008-11-17
    • Daniel EgertonWilliam WouldsIan Scholey
    • Daniel EgertonWilliam WouldsIan Scholey
    • B21D22/28B21J9/18B21D51/26B21D22/30
    • B21D22/30B21D22/28B21D51/26B30B1/06B30B15/0035
    • A can bodymaker and a method of forming different sizes of drawn and wall ironed cans from the same bodymaker, in which the bodymaker includes a ram (4), a crank (22), first and second connecting rods (21, 23) and a swing lever (20) connecting the crankshaft (22) to the ram (4). Different locking positions (X, Z) are provided on the swing lever so that the first (primary) connecting rod is connected to alternative positions on the swing lever. The primary connecting rod (21) then rotates about an axis between the selected locking position and position (Y) of pivot pin 30 on the swing lever (20). The primary connecting rod drives the swing lever to rotate by a corresponding degree, and thereby converts the swing lever rotation into axial movement of the ram (4) so as to move the ram by a specific stroke length. By altering the locking pin (25) position and therefore the pivot point for the primary connecting rod, the stroke of the ram is changed.
    • 一种身体制造者和从同一主体制造不同尺寸的拉制和熨烫的罐的方法,其中主体包括柱塞(4),曲柄(22),第一和第二连杆(21,23)和 将曲轴(22)连接到冲头(4)的摆动杆(20)。 在摆动杆上设置有不同的锁定位置(X,Z),使得第一(主)连杆连接到摆动杆上的替代位置。 主连杆(21)然后围绕所选择的锁定位置和摆动杆(20)上的枢轴销30的位置(Y)之间的轴线旋转。 主连杆驱动摆动杆旋转相应的程度,从而将摇杆旋转转换成冲头(4)的轴向运动,以使冲头移动特定行程长度。 通过改变锁定销(25)的位置,因此改变主连杆的枢转点,冲头的行程被改变。
    • 6. 发明申请
    • BODYMAKER
    • US20100296897A1
    • 2010-11-25
    • US12745999
    • 2008-11-17
    • Daniel EgertonWillaim WouldsIan Scholey
    • Daniel EgertonWillaim WouldsIan Scholey
    • B21D51/26
    • B21D22/30B21D22/28B21D51/26B30B1/06B30B15/0035
    • A can bodymaker and a method of forming different sizes of drawn and wall ironed cans from the same bodymaker, in which the bodymaker includes a ram (4), a crank (22), first and second connecting rods (21, 23) and a swing lever (20) connecting the crankshaft (22) to the ram (4). Different locking positions (X, Z) are provided on the swing lever so that the first (primary) connecting rod is connected to alternative positions on the swing lever. The primary connecting rod (21) then rotates about an axis between the selected locking position and position (Y) of pivot pin 30 on the swing lever (20). The primary connecting rod drives the swing lever to rotate by a corresponding degree, and thereby converts the swing lever rotation into axial movement of the ram (4) so as to move the ram by a specific stroke length. By altering the locking pin (25) position and therefore the pivot point for the primary connecting rod, the stroke of the ram is changed.
    • 一种身体制造者和从同一主体制造不同尺寸的拉制和熨烫的罐的方法,其中主体包括柱塞(4),曲柄(22),第一和第二连杆(21,23)和 将曲轴(22)连接到冲头(4)的摆动杆(20)。 在摆动杆上设置有不同的锁定位置(X,Z),使得第一(主)连杆连接到摆动杆上的替代位置。 主连杆(21)然后围绕所选择的锁定位置和摆动杆(20)上的枢轴销30的位置(Y)之间的轴线旋转。 主连杆驱动摆动杆旋转相应的程度,从而将摇杆旋转转换成冲头(4)的轴向运动,以使冲头移动特定行程长度。 通过改变锁定销(25)的位置,因此改变主连杆的枢转点,冲头的行程被改变。
    • 7. 发明授权
    • Hydraulic drive for use in can manufacture
    • 液压驱动器可用于制造
    • US06776021B2
    • 2004-08-17
    • US10368590
    • 2003-02-20
    • Ian Scholey
    • Ian Scholey
    • B21D2414
    • B21D24/14
    • A drive for use in the manufacture of cans comprises a hydraulically powered guide pod to which a can bodymaker is attached. The guide pod slides along a guide rod which is fixed in the bodymaker. Forward and rear hydraulic chambers are defined between the pod and the guide rod by means of bushings and a seal. Passage of fluid through ports to and from the chambers causes the pod and bodymaker to move forwards and backwards. The length of the stroke can be set by the distance between the ports. A rotary valve is used to control the timing of the drive and control flow of hydraulic fluid, which is typically obtained from the bodymaker coolant supply.
    • 用于罐头制造的驱动装置包括一个液压动力的导向荚,一个罐体可以附着在其上。 引导盒沿着固定在主体中的导杆滑动。 前后液压室通过衬套和密封件限定在荚和导杆之间。 流体通过端口到室和从腔室通过导致荚和身体向前和向后移动。 行程的长度可以通过端口之间的距离设置。 旋转阀用于控制液压流体的驱动和控制流程的时序,这通常是从制动器冷却剂供应器获得的。
    • 8. 发明授权
    • Drive for a hold down assembly of a can bodymaker a method of use thereof
    • 驱动罐主体的按压组件的使用方法
    • US06761055B2
    • 2004-07-13
    • US10276420
    • 2002-11-15
    • Ian ScholeyWilliam Woulds
    • Ian ScholeyWilliam Woulds
    • B21D2408
    • B21D24/14
    • A drive for use in the manufacture of cans comprises a hydraulically powered guide pod to which a hold down assembly is attached. The guide pod slides along a guide rod which is fixed in the bodymaker. Forward and rear hydraulic chambers are defined between the pod and the guide rod by means of bushings and a seal. Passage of fluid through ports to and from the hydraulic chambers causes the pod and hold down assembly to move forward and backward. The length of the stroke can be set by the distance between the ports. A rotary valve is used to control the timing of the drive and control flow of hydraulic fluid, which is typically obtained from the bodymaker coolant supply.
    • 用于罐头制造的驱动装置包括一个液压动力导向荚,一个压紧组件被连接到该导向荚上。 引导盒沿着固定在主体中的导杆滑动。 前后液压室通过衬套和密封件限定在荚和导杆之间。 流体通过端口进入和离开液压室导致荚和压紧组件向前和向后移动。 行程的长度可以通过端口之间的距离设置。 旋转阀用于控制液压流体的驱动和控制流程的时序,这通常是从制动器冷却剂供应器获得的。