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    • 3. 发明授权
    • Centrifugal boost wheel for strapping machine
    • 离心式增压轮用于捆扎机
    • US07270055B1
    • 2007-09-18
    • US11558673
    • 2006-11-10
    • James A. HaberstrohChristopher S. KrohnAllan J. Bobren
    • James A. HaberstrohChristopher S. KrohnAllan J. Bobren
    • B65B13/04B65B13/18
    • B65B13/32B65B13/22B65B2210/12
    • A refeed system for use in a strapping machine for feeding a strapping material around a load, positioning, tensioning and sealing the strapping material around the load. The refeed system refeeds strapping material into feed elements. The refeed system includes a driven, rotatable boost wheel having a first diameter when in a stationary mode and a second, larger diameter when in a second, rotating mode and an idler element opposite of the boost wheel. When the boost wheel is in the stationary mode, a first gap is defined between the boost wheel and the idler element to permit the free conveyance of strap through the gap and when the boost wheel is in the second rotating mode a strap, positioned in the gap is engaged by the boost wheel and is conveyed through the gap.
    • 一种用于捆扎机的再装系统,用于将捆扎材料周围的载荷进给,将捆扎材料定位,张紧和密封在负载周围。 重新进料系统将捆扎材料重新加入进料元件。 该再补给系统包括一个驱动的,可旋转的增压轮,当处于固定模式时具有第一直径,而当处于第二旋转模式时具有第二直径较大的直线,以及与增压轮相对的空转元件。 当助推轮处于静止模式时,在增压轮和惰轮元件之间限定第一间隙,以允许带通过间隙的自由传送,并且当增压轮处于第二旋转模式时,位于 间隙由助推轮接合并被传送通过间隙。
    • 4. 发明授权
    • Anti-rotation system for strap dispenser outer flange
    • 带式分配器外部法兰的防旋转系统
    • US08336801B2
    • 2012-12-25
    • US12778404
    • 2010-05-12
    • Allan J. BobrenDustin D. Elliott
    • Allan J. BobrenDustin D. Elliott
    • B65H23/06
    • B65B13/18B65B41/12B65H49/34B65H75/22B65H2701/375
    • An anti-rotation system that prevents undesired rotation of an outer flange of a strap dispenser includes an anti-rotation element mounted to a shaft of the dispenser and the outer flange mounted to the anti-rotation element. The anti-rotation element and the outer flange have complementary mating surfaces such that when the shaft, on which the coil rotates, ceases rotation, the anti-rotation element, engaged with the outer flange, ceases rotation of the outer flange; thus, inertia of the coil cannot force the outer flange to rotate undesireably. A locking element abuts the outer flange to secure the flange to the anti-rotation element and a pin extends out from the shaft and inserts into a helical track in the locking element so that the pin rides in the helical track. The anti-rotation element also includes a through-bore for a fastener to secure the anti-rotation element to the shaft.
    • 防止带分送器的外凸缘不期望旋转的防旋转系统包括安装到分配器的轴上的防旋转元件和安装到防旋转元件的外凸缘。 防旋转元件和外凸缘具有互补的配合表面,使得当线圈旋转的轴停止旋转时,与外凸缘接合的防旋转元件停止外凸缘的旋转; 因此,线圈的惯性不能迫使外部凸缘不期望地旋转。 锁定元件邻接外凸缘以将凸缘固定到防旋转元件,并且销从轴延伸出并插入到锁定元件中的螺旋轨道中,使得销骑在螺旋轨道中。 防旋转元件还包括用于将防旋转元件固定到轴上的紧固件的通孔。
    • 5. 发明申请
    • ANTI-ROTATION SYSTEM FOR STRAP DISPENSER OUTER FLANGE
    • 带状分配器外法兰的反转系统
    • US20100308150A1
    • 2010-12-09
    • US12778404
    • 2010-05-12
    • Allan J. BobrenDustin D. Elliott
    • Allan J. BobrenDustin D. Elliott
    • B65H59/02B65H49/18B65H49/00
    • B65B13/18B65B41/12B65H49/34B65H75/22B65H2701/375
    • An anti-rotation system that prevents undesired rotation of an outer flange of a strap dispenser includes an anti-rotation element mounted to a shaft of the dispenser and the outer flange mounted to the anti-rotation element. The anti-rotation element and the outer flange have complementary mating surfaces such that when the shaft, on which the coil rotates, ceases rotation, the anti-rotation element, engaged with the outer flange, ceases rotation of the outer flange; thus, inertia of the coil cannot force the outer flange to rotate undesireably. A locking element abuts the outer flange to secure the flange to the anti-rotation element and a pin extends out from the shaft and inserts into a helical track in the locking element so that the pin rides in the helical track. The anti-rotation element also includes a through-bore for a fastener to secure the anti-rotation element to the shaft.
    • 防止带分送器的外凸缘不期望旋转的防旋转系统包括安装到分配器的轴上的防旋转元件和安装到防旋转元件的外凸缘。 防旋转元件和外凸缘具有互补的配合表面,使得当线圈旋转的轴停止旋转时,与外凸缘接合的防旋转元件停止外凸缘的旋转; 因此,线圈的惯性不能迫使外部凸缘不期望地旋转。 锁定元件邻接外凸缘以将凸缘固定到防旋转元件,并且销从轴延伸出并插入到锁定元件中的螺旋轨道中,使得销骑在螺旋轨道中。 防旋转元件还包括用于将防旋转元件固定到轴上的紧固件的通孔。
    • 6. 发明授权
    • Modular strap feeder with motor for indexing and gripping
    • 带电机的模块式带式进料器用于分度和夹紧
    • US09296501B2
    • 2016-03-29
    • US13099876
    • 2011-05-03
    • James A. HaberstrohAllan J. BobrenRoy J. Jensen
    • James A. HaberstrohAllan J. BobrenRoy J. Jensen
    • B65B27/12B65B13/22B65B13/02
    • B65B27/12B65B13/02B65B13/22
    • A strap feed assembly for a strapping machine reduces wear on the pinch and drive wheels of feed head components by creating a gap between the pinch and drive wheels while using a cam and an engagement surface to grip the strap during a cut-and-seal phase of a strapping cycle. In the strap feed assembly, a rocker arm has an engagement surface and a pivot axis parallel to both the axis of rotation of the pinch wheel and the axis of rotation of the drive wheel. An eccentric cam, driven by a cam motor, is engageable with the engagement surface of the rocker to move the pinch wheel into and out of engagement with the drive wheel. Thus, the pinch and drive wheels are configured to grip the strap during a strap feed phase, while the cam and the engagement surface grip the strap during the cut-and-seal phase.
    • 用于捆扎机的带子进给组件通过在夹紧和驱动轮之间产生间隙来减少进给头部件的夹紧和驱动轮上的磨损,同时在切割和密封阶段期间使用凸轮和接合表面来抓握带 的捆扎周期。 在带式进给组件中,摇臂具有接合表面和平行于夹紧轮的旋转轴线和驱动轮的旋转轴线的枢转轴线。 由凸轮马达驱动的偏心凸轮可与摇臂的接合表面相接合,以使夹紧轮移动到与驱动轮啮合的过程中。 因此,夹紧和驱动轮被配置为在带进给阶段期间夹持带,同时凸轮和接合表面在切割和密封阶段期间抓住带。
    • 7. 发明申请
    • MODULAR STRAP FEEDER WITH MOTOR FOR INDEXING AND GRIPPING
    • 具有电机的模块化带式进料器用于索引和传送
    • US20120017780A1
    • 2012-01-26
    • US13099876
    • 2011-05-03
    • James A. HaberstrohAllan J. BobrenRoy J. Jensen
    • James A. HaberstrohAllan J. BobrenRoy J. Jensen
    • B65B13/02
    • B65B27/12B65B13/02B65B13/22
    • A strap feed assembly for a strapping machine reduces wear on the pinch and drive wheels of feed head components by creating a gap between the pinch and drive wheels while using a cam and an engagement surface to grip the strap during a cut-and-seal phase of a strapping cycle. In the strap feed assembly, a rocker arm has an engagement surface and a pivot axis parallel to both the axis of rotation of the pinch wheel and the axis of rotation of the drive wheel. An eccentric cam, driven by a cam motor, is engageable with the engagement surface of the rocker to move the pinch wheel into and out of engagement with the drive wheel. Thus, the pinch and drive wheels are configured to grip the strap during a strap feed phase, while the cam and the engagement surface grip the strap during the cut-and-seal phase.
    • 用于捆扎机的带子进给组件通过在夹紧和驱动轮之间产生间隙来减少进给头部件的夹紧和驱动轮上的磨损,同时在切割和密封阶段期间使用凸轮和接合表面来抓握带 的捆扎周期。 在带式进给组件中,摇臂具有接合表面和平行于夹紧轮的旋转轴线和驱动轮的旋转轴线的枢转轴线。 由凸轮马达驱动的偏心凸轮可与摇臂的接合表面相接合,以使夹紧轮移动到与驱动轮啮合的过程中。 因此,夹紧和驱动轮被配置为在带进给阶段期间夹持带,同时凸轮和接合表面在切割和密封阶段期间抓住带。
    • 8. 发明授权
    • Strapping machine with twisted belt drive
    • 捆扎机带扭带传动
    • US06367732B1
    • 2002-04-09
    • US09597339
    • 2000-06-19
    • Allan J. BobrenJames A. HaberstrohTimothy B. Pearson
    • Allan J. BobrenJames A. HaberstrohTimothy B. Pearson
    • B65H2002
    • B65B13/184
    • A strapping machine having an inertial rotating system allowing for strapping materials to be continually fed to the feed wheel of the device is provided. The inertial rotating system allows the strapping machine to continue to feed strapping material such that loops of excess material are not generated upon the cessation of pull force on the strapping material. The inertial rotating system includes a twisted belt allowing the motor shaft to be placed approximately perpendicular to the pulley attached to the reel of strapping material such that the pulley and strap may be housed within the housing of the strapping machine. The use of a twisted belt allows for the use of a motor having a single drive shaft, thus simplifying the motor used in the strapping machine. The inertial rotating system further provides a means to rewind and recover strapping material from the strapping machine.
    • 提供一种具有惯性旋转系统的捆扎机,其允许捆扎材料连续地馈送到装置的进给轮。 惯性旋转系统允许捆扎机继续进给捆扎材料,使得在捆扎材料上的拉力停止时不会产生多余材料的回路。 惯性旋转系统包括扭转带,其允许电动机轴大致垂直于附接到捆扎材料卷轴的滑轮放置,使得滑轮和带可以容纳在捆扎机的壳体内。 使用扭绞带允许使用具有单个驱动轴的马达,从而简化了捆扎机中使用的马达。 惯性旋转系统还提供了一种用于从捆扎机回卷和回收捆扎材料的装置。
    • 9. 发明申请
    • STRAPPING MACHINE
    • 分条机
    • US20070256576A1
    • 2007-11-08
    • US11672252
    • 2007-02-07
    • Matt E. KirarAllan J. Bobren
    • Matt E. KirarAllan J. Bobren
    • B65B13/04
    • B65B13/06B65B13/18B65B13/183B65B13/186B65B13/20
    • A strapping machine feeds strapping material around a load, positions, tensions and seals the material around the load. The machine includes a work surface, a portion of which is upwardly pivotal. A conveyor mounted within the work surface has a friction belt drive. The conveyor roller closest to the strap chute has a middle portion that has a smaller diameter than the end portions. The middle portions are fitted together to rotate as a unitary element. A load compression assembly is mounted at the strap chute. A side squaring assembly aligns the load in the direction transverse to the load direction. A strap guide extends between a pre-feed assembly and the feed assembly and includes a fixed portion and a movable portion forming a guide path that is opened to access the guide path. An interlocked enclosure is mounted to the machine frame below the work surface to access the sealing head and the feed assembly.
    • 捆扎机将捆扎材料围绕负载,位置,张力和物料周围的物料送入。 该机器包括工作表面,其一部分向上枢转。 安装在工作表面内的传送带具有摩擦带传动。 最靠近带状斜槽的输送辊具有比端部部分小的直径的中间部分。 中间部分被装配在一起以作为整体元件旋转。 负载压缩组件安装在带槽上。 侧平面组件使负载沿与负载方向横切的方向对齐。 带引导件在预供给组件和进给组件之间延伸,并且包括固定部分和可移动部分,该可移动部分形成打开以便进入引导路径的引导路径。 互锁的外壳在工作表面下方安装到机架上,以便进入密封头和进给组件。