PACKING MACHINE CORE AND STRAP CUTTING AND IRONING ADHERING METHOD
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    发明申请
    PACKING MACHINE CORE AND STRAP CUTTING AND IRONING ADHERING METHOD 审中-公开
    包装机芯和带切割和焊接加工方法

    公开(公告)号:US20160090201A1

    公开(公告)日:2016-03-31

    申请号:US14892133

    申请日:2013-07-03

    摘要: A packing machine core and a strap cutting and ironing adhering method, including: a control mechanism, a packing strap ironing adhering and strap cutting mechanism, an ironing adhering sliding plate mechanism, and a machine core bracket (200), where the control mechanism includes a machine core mainshaft (100) and a mainshaft motor (110). Multiple control cams are mounted on the machine core mainshaft (100) and include multiple cams for controlling the ironing adhering and strap cutting mechanism and a first cam (101) for controlling a swinging arm of the ironing adhering sliding plate mechanism. The mainshaft motor (110) drives, by means of a speed reducing mechanism, the machine core mainshaft (100) to rotate, and the multiple cams for controlling the ironing adhering and strap cutting mechanism include a left cutter cam (103), a middle cutter cam (104), a right cutter cam (105), and a second cam (102) for controlling a swinging arm of an ironing head to work. The packing machine core is simple in an internal structure, reasonable in positions and fit of various structures, easy for control, and capable of ensuring accuracy of a packing strap in the case of high-speed packing, thereby improving the speed and reducing interference with other parts and the packing strap, good in integral performance, high in precision, convenient for assembly, compact in motion coherence, high in efficiency, high in packing quality and low in fault rate.

    摘要翻译: 一种包装机芯和带切割和熨烫粘合方法,包括:控制机构,包装带熨烫粘附和带切割机构,熨烫粘合滑板机构和机芯支架(200),其中控制机构包括 机芯主轴(100)和主轴马达(110)。 多个控制凸轮安装在机芯主轴(100)上,并且包括用于控制熨烫附着和带切割机构的多个凸轮和用于控制熨烫粘附滑板机构的摆动臂的第一凸轮(101)。 主轴马达110通过减速机构驱动机芯主轴100旋转,并且用于控制熨烫附着和切带机构的多个凸轮包括左切割凸轮103,中间 切割器凸轮(104),右切割凸轮(105)和用于控制熨烫头的摆动臂工作的第二凸轮(102)。 包装机芯内部结构简单,各种结构的位置合适,易于控制,并能在高速包装的情况下确保包装带的精度,从而提高速度,减少干扰 其他部件和包装带,整体性能好,精度高,组装方便,运动相干紧凑,效率高,包装质量高,故障率低。