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    • 4. 发明授权
    • Method and apparatus for adjusting die stroke
    • 调整冲程行程的方法和装置
    • US06695996B2
    • 2004-02-24
    • US10020237
    • 2001-12-18
    • Cheng-Ming Chou
    • Cheng-Ming Chou
    • B29C4358
    • B29C43/58B29C33/30B29C43/36B29C45/561B29C45/80B29C2043/5841B29C2945/76083B29C2945/7627B29C2945/76525B29C2945/76568B29C2945/76745B29C2945/76785
    • An apparatus for adjusting die stroke includes a plurality of adjustable helical springs, each of which is equipped with a displacement sensor, a rotation sleeve, and a rotation sleeve driver; a plurality of supporting rods; and a central processing unit. The apparatus is mounted between an oil-pressure cylinder and a top die movable above a bottom die. After the top and the bottom dies are closed to each other, deformation of the adjustable helical springs detected by the displacement sensors and errors measured at different points of molded product released from the dies are sent to the central processing unit for operation. Based on operation results, the central processing unit sends adjusting signals to the rotation sleeve drivers for the same to turn the rotation sleeves and thereby adjusts the helical springs to required modulus of elasticity for use in next cycle of molding process to reduce product errors.
    • 一种用于调整冲程行程的装置包括多个可调节的螺旋弹簧,每个弹簧配备有位移传感器,旋转套筒和旋转套筒驱动器; 多个支撑杆; 和中央处理单元。 该装置安装在油压缸和可在底模上方移动的顶模之间。 在顶部和底部模具彼此闭合之后,由位移传感器检测到的可调节螺旋弹簧的变形以及从模具释放的模制产品的不同点处测量的误差被发送到中央处理单元以进行操作。 基于操作结果,中央处理单元向旋转套筒驱动器发送调整信号以转动旋转套筒,从而将螺旋弹簧调整到所需的弹性模量,以用于下一个成型循环中,以减少产品误差。
    • 7. 发明申请
    • Method and apparatus for adjusting die stroke
    • 调整冲程行程的方法和装置
    • US20020180081A1
    • 2002-12-05
    • US10020237
    • 2001-12-18
    • Cheng-Ming Chou
    • B29C045/80
    • B29C43/58B29C33/30B29C43/36B29C45/561B29C45/80B29C2043/5841B29C2945/76083B29C2945/7627B29C2945/76525B29C2945/76568B29C2945/76745B29C2945/76785
    • An apparatus for adjusting die stroke includes a plurality of adjustable helical springs, each of which is equipped with a displacement sensor, a rotation sleeve, and a rotation sleeve driver; a plurality of supporting rods; and a central processing unit. The apparatus is mounted between an oil-pressure cylinder and a top die movable above a bottom die. After the top and the bottom dies are closed to each other, deformation of the adjustable helical springs detected by the displacement sensors and errors measured at different points of molded product released from the dies are sent to the central processing unit for operation. Based on operation results, the central processing unit sends adjusting signals to the rotation sleeve drivers for the same to turn the rotation sleeves and thereby adjusts the helical springs to required modulus of elasticity for use in next cycle of molding process to reduce product errors.
    • 一种用于调整冲程行程的装置包括多个可调节的螺旋弹簧,每个弹簧配备有位移传感器,旋转套筒和旋转套筒驱动器; 多个支撑杆; 和中央处理单元。 该装置安装在油压缸和可在底模上方移动的顶模之间。 在顶部和底部模具彼此闭合之后,由位移传感器检测到的可调节螺旋弹簧的变形以及从模具释放的模制产品的不同点处测量的误差被发送到中央处理单元以进行操作。 基于操作结果,中央处理单元向旋转套筒驱动器发送调整信号以转动旋转套筒,从而将螺旋弹簧调整到所需的弹性模量,以用于下一个成型循环中,以减少产品误差。