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    • 5. 发明授权
    • Carton feeding method and apparatus
    • 纸箱进料方式和装置
    • US06490843B1
    • 2002-12-10
    • US09536657
    • 2000-03-28
    • Kevin May
    • Kevin May
    • B65B4100
    • B65B43/185B65H3/0808B65H5/062B65H2301/321B65H2404/1119B65H2404/1411
    • A carton feeder for a continuous motion packaging machine utilizes a speed compensation mechanism implemented through a rotating valve assembly and actuation system. The rotating valve assembly provides a vacuum and compression to vacuum cups, for facilitating the transfer and release, respectively, of cartons within the carton feeder. The valve assembly includes a base plate and a rotating port plate. A circumferential position adjustment of the base plate advances or retards timing of the vacuum/compression to the vacuum cups within the carton feeder. A pneumatic cylinder assembly adjusts the circumferential position of the base plate. A speed sensor senses machine speed and sends a machine speed signal to a controller. The controller signals a solenoid responsive to machine speed to extend or retract the pneumatic cylinder assembly, thereby circumferentially adjusting the valve base to advance or retard vacuum timing.
    • 用于连续运动包装机的纸箱进料器利用通过旋转阀组件和致动系统实现的速度补偿机构。 旋转阀组件为真空杯提供真空和压缩,以便于分别在纸箱供料器内的纸箱的转印和释放。 阀组件包括基板和旋转端口板。 基板的圆周位置调整使真空/压缩的时间推进或延迟到纸箱供给器内的真空杯。 气缸组件调节基板的圆周位置。 速度传感器感应机器速度,并将机器速度信号发送到控制器。 控制器响应于机器速度向螺线管发出信号以延伸或缩回气缸组件,从而周向地调节阀座以推进或延迟真空定时。
    • 6. 发明授权
    • Carton feeding method and apparatus
    • 纸箱进料方式和装置
    • US06311457B1
    • 2001-11-06
    • US09366608
    • 1999-08-03
    • Kevin MayJames W. McCoy
    • Kevin MayJames W. McCoy
    • B65B4344
    • B65H3/0808B65B43/185B65H5/062B65H2301/321B65H2404/1119B65H2404/1411
    • A carton feeder for a continuous motion packaging machine includes a speed compensation controller and a solenoid dual valve assembly, which enable the feeder to operate at higher speeds. The dual valve assembly includes a vacuum valve coupled to an air pressure valve which is controlled by an electronic controller. The speed compensation assembly is electronically connected to the valve controller, and includes an encoder driven by the feeder and a programmable limit switch for receiving data from the encoder and transmitting control signals to the valve controller. The method of operation includes detecting the position of the selector and transmitting position data to the limit switch. The limit switch calculates optimum valve actuation timing based upon both programmed information and data from the encoder, and transmits the control signals to the valve controller.
    • 用于连续运动包装机的纸盒供料器包括速度补偿控制器和螺线管双阀组件,其使得进料器能够以更高的速度运行。 双阀组件包括联接到由电子控制器控制的空气压力阀的真空阀。 速度补偿组件电连接到阀门控制器,并且包括由馈线器驱动的编码器和用于从编码器接收数据并将控制信号发送到阀控制器的可编程限位开关。 操作方法包括检测选择器的位置并将位置数据发送到限位开关。 限位开关基于来自编码器的编程信息和数据来计算最佳阀门致动定时,并将控制信号发送到阀控制器。
    • 8. 发明申请
    • Flat primary and secondary locking system
    • 平面主和辅助锁定系统
    • US20050199514A1
    • 2005-09-15
    • US10801523
    • 2004-03-15
    • Robert SutherlandKevin May
    • Robert SutherlandKevin May
    • B65D71/00B65D71/20B65D75/00
    • B65D71/20B65D2571/0016B65D2571/00172B65D2571/00277B65D2571/00444B65D2571/00561B65D2571/0066B65D2571/00716
    • A new type of secondary locking system for article carriers consisting of at least one secondary male lock with two shoulders that is attached by a neck to the edge of a outer flap on the carrier for use with a primary locking system. An inner flap has a secondary female opening for each secondary male lock. The secondary female opening is formed by a secondary cut line and fold line with the center of the fold line projecting towards the edge of the flap while of the center of the secondary cut line projects away from the edge of the flap to guide the secondary male lock into a flat position against the inside of the inner flap. The shoulders on the secondary male lock are engaged against locking ledges along the extensions of the secondary cut line. A pair of slits may be formed at the end of the fold lines that project inwardly to allow the secondary male lock to slide into a flat position. This locking system is especially useful in wrapping containers that have a flat bottom that would interfere with conventional locking systems.
    • 一种用于物品载体的新型二次锁定系统,其由至少一个具有两个肩部的次级阳锁组成,其中两个肩部由颈部附接到载体上的外部翼片的边缘以与主要锁定系统一起使用。 内侧翼片具有用于每个次级雄性锁定件的次要凹形开口。 次级阴开口由二次切割线和折叠线形成,折线的中心朝向折片的边缘突出,而在二次切割线的中心处突出离开瓣片的边缘以引导次级男性 锁定在内侧翼片内部的平坦位置。 次级阳锁上的肩部沿着二次切割线的延伸部分与锁定凸缘接合。 可以在折叠线的端部处形成一对狭缝,所述折叠线向内突出以允许次级阳锁定件滑入平坦位置。 该锁定系统特别适用于具有平坦底部的容器,这些容器将干扰常规的锁定系统。