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    • 1. 发明申请
    • Drive device for displacing two linearly moveable components pertaining to a plastic injection moulding machine
    • 用于移动与塑料注射成型机有关的两个线性可移动部件的驱动装置
    • US20040013764A1
    • 2004-01-22
    • US10415561
    • 2003-04-30
    • Jorg Dantlgraber
    • B29C045/07
    • B29C45/07B29C45/5008B29C2045/506B29C2045/5068
    • A drive device which is intended for displacing two linearly movable components of a plastics injection-molding machine at least partly at successive times, in particular for displacing the injection unit for bringing the injection nozzle into contact with a mold and for displacing the injection mechanism for injecting polymer into the mold. With a known drive device, arranged downstream of an electric rotating motor are two clutches, by which rotational movements are transmitted on the basis of frictional engagement, and with which wear accordingly occurs. Each clutch is followed by a threaded drive, by which the rotational movement of the output element of a clutch is transformed into the linear movement of the machine component to be displaced. To make the known drive device for a plastics injection-molding machine less susceptible to wear and less costly in a first way the threaded drive is arranged between the electric motor and the two clutches and, for displacing the one movable component, the linearly movable drive output element of the threaded drive is able to be moved beyond the displacement distance necessary for displacing the other movable component. In a second way the electric motor is an electric linear motor with a linearly movable drive output element, arranged downstream of which in the force chains are the two clutches, and for displacing the one movable component, the drive output element is movable beyond the displacement distance necessary for displacing the other movable component.
    • 驱动装置,其用于至少部分地连续地移动塑料注射成型机的两个线性移动部件,特别是用于移动注射单元以使注射喷嘴与模具接触并且用于使注射机构移位 将聚合物注入模具中。 利用已知的驱动装置,布置在电动旋转马达的下游是两个离合器,通过该离合器,旋转运动是基于摩擦接合传递的,并且相应地发生磨损。 每个离合器之后是螺纹驱动,离合器的输出元件的旋转运动通过该驱动转换成待移动的机器部件的线性运动。 为了使已知的用于塑料注射成型机的驱动装置不易磨损,并且在第一方式中成本较低,螺纹驱动器布置在电动马达和两个离合器之间,并且为了使一个可移动部件移动线性运动驱动装置 螺纹驱动器的输出元件能够移动超过用于移动另一个可移动部件所需的位移距离。 在第二种方式中,电动机是具有线性可移动驱动输出元件的电动线性电动机,其布置在下游,在力链中是两个离合器,并且用于移动一个可移动部件,驱动输出元件可移动超过位移 移动其他可动部件所需的距离。
    • 7. 发明授权
    • Drive mechanism, particularly for a closing unit, an injection unit or an ejector of a plastic injection moulding machine
    • 驱动机构,特别是用于注塑机的关闭单元,注射单元或喷射器
    • US07124581B2
    • 2006-10-24
    • US10343731
    • 2001-07-20
    • Jörg Dantlgraber
    • Jörg Dantlgraber
    • B29C45/67
    • B29C45/07B29C45/4005B29C45/5008B29C45/67B29C45/68B29C45/70B29C2045/506B29C2045/5088B29C2045/685
    • A drive mechanism for an injection molding machine has an output element that is moveable in a straight line and an electric motor drive unit having an electric motor and a piston-cylinder unit which has a first piston-cylinder unit in the force chain between the output element of the electric-motor drive unit and the movable component. A rapid actuating movement is possible and, the action of a high force is also achievable wherein a second piston-cylinder unit and a third piston-cylinder unit. A fluidic connection between the first cylinder chamber and the second cylinder chamber is controllable via a valve. When the valve is open, the second hydraulic piston displaces pressurized liquid from the second cylinder chamber into the first cylinder chamber, to actuate the movable component and, when the valve is closed, the third hydraulic piston displaces pressurized liquid from the third cylinder chamber into the first cylinder chamber to exert a high force on the movable component.
    • 一种用于注射成型机的驱动机构具有能够沿直线移动的输出元件和具有电动马达和活塞 - 气缸单元的电动机驱动单元,该单元具有在所述输出端之间的力链中的第一活塞 - 气缸单元 电动机驱动单元的元件和可动部件。 快速致动运动是可能的,并且也可实现高力的作用,其中第二活塞 - 气缸单元和第三活塞 - 气缸单元。 第一气缸室和第二气缸室之间的流体连接通过阀门是可控的。 当阀打开时,第二液压活塞将加压液体从第二气缸室移动到第一气缸室中,以启动可移动部件,并且当阀关闭时,第三液压活塞将加压液体从第三气缸室移位到 第一气缸室,以在可移动部件上施加大的力。
    • 8. 发明授权
    • Drive device for displacing two linearly moveable components pertaining to a plastic injection moulding machine
    • 用于移动与塑料注射成型机有关的两个线性可移动部件的驱动装置
    • US06913456B2
    • 2005-07-05
    • US10415561
    • 2001-11-08
    • Jörg Dantlgraber
    • Jörg Dantlgraber
    • B29C45/07B29C45/50B29C45/68
    • B29C45/07B29C45/5008B29C2045/506B29C2045/5068
    • A drive device which is intended for displacing two linearly movable components of a plastics injection-molding machine at least partly at successive times, in particular for displacing the injection unit for bringing the injection nozzle into contact with a mold and for displacing the injection mechanism for injecting polymer into the mold. With a known drive device, arranged downstream of an electric rotating motor are two clutches, by which rotational movements are transmitted on the basis of frictional engagement, and with which wear accordingly occurs. Each clutch is followed by a threaded drive, by which the rotational movement of the output element of a clutch is transformed into the linear movement of the machine component to be displaced. To make the known drive device for a plastics injection-molding machine less susceptible to wear and less costly in a first way the threaded drive is arranged between the electric motor and the two clutches and, for displacing the one movable component, the linearly movable drive output element of the threaded drive is able to be moved beyond the displacement distance necessary for displacing the other movable component. In a second way the electric motor is an electric linear motor with a linearly movable drive output element, arranged downstream of which in the force chains are the two clutches, and for displacing the one movable component, the drive output element is movable beyond the displacement distance necessary for displacing the other movable component.
    • 驱动装置,其用于至少部分地连续地移动塑料注射成型机的两个线性移动部件,特别是用于移动注射单元以使注射喷嘴与模具接触并且用于使注射机构移位 将聚合物注入模具中。 利用已知的驱动装置,布置在电动旋转马达的下游是两个离合器,通过该离合器,旋转运动是基于摩擦接合传递的,并且相应地发生磨损。 每个离合器之后是螺纹驱动,离合器的输出元件的旋转运动通过该驱动转换成待移动的机器部件的线性运动。 为了使已知的用于塑料注射成型机的驱动装置不易磨损,并且在第一方式中成本较低,螺纹驱动器布置在电动马达和两个离合器之间,并且为了使一个可移动部件移动线性运动驱动装置 螺纹驱动器的输出元件能够移动超过用于移动另一个可移动部件所需的位移距离。 在第二种方式中,电动机是具有线性可移动驱动输出元件的电动线性电动机,其布置在下游,在力链中是两个离合器,并且用于移动一个可移动部件,驱动输出元件可移动超过位移 移动其他可动部件所需的距离。
    • 9. 发明申请
    • Drive mechanism, particularly for a closing unit, an injection unit or an ejector of a plastic injection moulding machine
    • US20030175380A1
    • 2003-09-18
    • US10343731
    • 2003-01-30
    • J?ouml;rg Dantlgraber
    • B29C045/67
    • B29C45/07B29C45/4005B29C45/5008B29C45/67B29C45/68B29C45/70B29C2045/506B29C2045/5088B29C2045/685
    • The invention is based on a drive mechanism which is used particularly for the closing unit, the injection unit or the ejector of a plastics injection molding machine and which comprises an output element that can be moved in a straight line and an electric-motor drive unit having an electric motor and a piston-cylinder unit which has a first cylinder housing and a first hydraulic piston which, with a first active surface, bounds a first cylinder chamber filled with pressurized liquid and lies in the force chain between the output element of the electric-motor drive unit and the movable component. The invention is based on the object of developing such a drive mechanism in such a way that, with little expenditure, first of all a rapid actuating movement is possible and, secondly, the action of a high force can also be achieved. This object is achieved in the following way: There is is a second piston-cylinder unit, which has a second cylinder housing and a second hydraulic piston which, with a second active surface, bounds a second cylinder chamber filled with pressurized liquid. There is is a third piston-cylinder unit, which has a third cylinder housing and a third hydraulic piston which, with a third active surface, bounds a third cylinder chamber filled with pressurized liquid and whose active surface is substantially smaller than the first and the second active surface. A fluidic connection between the first cylinder chamber and the second cylinder chamber can can be controlled via a valve. When the valve is open, the second hydraulic piston can be displaced via the output element, with the effect of displacing pressurized liquid from the second cylinder chamber into the first cylinder chamber, for an actuating movement of the movable component and, when the valve is closed, the third hydraulic piston can be displaced, with the effect of displacing pressurized liquid from the third cylinder chamber into the first cylinder chamber, to exert a high force on the movable component.