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    • 2. 发明授权
    • Conveyor belt drive sprocket locking assembly
    • 输送带驱动链轮锁定组件
    • US07207435B2
    • 2007-04-24
    • US11214550
    • 2005-08-30
    • Craig A. BudeMichael A. HoschScott M. HallDaniel E. Ertel
    • Craig A. BudeMichael A. HoschScott M. HallDaniel E. Ertel
    • B65G23/06
    • B65G23/06
    • A locking assembly for use with drive sprockets positioned to drive a conveyor belt supported by a conveyor frame assembly. The locking device includes a main body that extends through each of the drive sprockets positioned along a drive shaft of the conveyor assembly. The locking device includes spaced receiving notches that each receive one of the drive sprockets to maintain a desired spacing between the drive sprockets when the locking device is in its locking position. The locking device is movable to a release position to independently release each of the drive sprockets from the locking device. Once released, each of the drive sprockets are movable along the length of the drive shaft to facilitate cleaning of the conveyor assembly. When the locking device is in its locking position, the combination of the locking device and drive sprockets is movable along the longitudinal length of the drive shaft.
    • 用于驱动链轮的锁定组件,其被定位成驱动由输送机框架组件支撑的传送带。 锁定装置包括主体,其延伸穿过沿着传送器组件的驱动轴定位的每个驱动链轮。 锁定装置包括间隔开的接收凹口,当锁定装置处于其锁定位置时,它们各自容纳驱动链轮中的一个,以在驱动链轮之间保持期望的间隔。 锁定装置可移动到释放位置以独立地从锁定装置释放每个驱动链轮。 一旦释放,每个驱动链轮可以沿着驱动轴的长度移动,以便于清洁输送机组件。 当锁定装置处于其锁定位置时,锁定装置和驱动链轮的组合可沿驱动轴的纵向长度移动。
    • 6. 发明授权
    • Conveyor construction
    • US06298981B1
    • 2001-10-09
    • US09450368
    • 1999-11-29
    • Michael A. HoschScott M. HallDaniel E. ErtelKenneth A. Hansen
    • Michael A. HoschScott M. HallDaniel E. ErtelKenneth A. Hansen
    • B65G2344
    • B65G23/44
    • A conveyor construction includes a frame, a drive section stationarily mounted to the frame, and a tensioning section mounted for longitudinal movement relative to the frame. The drive and tensioning sections each include a spindle, and a belt is engaged with the spindles. The frame defines an upper support surface disposed below the upper run of the belt, and mating engagement structure is provided on the belt and the upper support surface for preventing lateral movement of the belt relative to the upper support surface. The drive and tensioning sections include spaced side members, each of which defines an inwardly opening cavity for receiving a bearing assembly for rotatably supporting the spindle. The bearing-receiving cavity faces the spindle, and each side member defines outer wall structure which engages and supports the belt outwardly of the spindle. The belt overlies the outer wall structure of each side member and the adjacent belt-engaging portion of the spindle, so as to seal the inwardly facing opening and prevent ingress of moisture or other contaminants into the bearing-receiving cavity. A drive and locking arrangement for imparting movement to the tensioning section and for selectively locking the tensioning section in position includes a pair of pinion carriers or retainer blocks mounted one to each side of the frame, with a drive pinion being rotatably supported by the retainer blocks. Each side member includes integrally formed gear teeth engageable with opposite ends of the drive pinion, and a drive pinion actuator is engaged with one side of the frame for imparting rotation to the drive pinion to extend and retract the tensioning section. A locking arrangement is interconnected with the opposite end of the drive pinion, and functions to selectively frictionally engage the drive pinion with one of the retainer blocks to prevent rotation of the drive pinion and to thereby maintain the tensioning section in a desired position relative to the frame.
    • 9. 发明授权
    • Extruded rail with contained mounting cavity
    • 挤压轨道带有安装空腔
    • US08763793B2
    • 2014-07-01
    • US12944276
    • 2010-11-11
    • Daniel E. ErtelScott M. HallMichael A. Hosch
    • Daniel E. ErtelScott M. HallMichael A. Hosch
    • B65G21/00B65G21/02
    • B65G21/02Y10T29/49826
    • An extruded rail for mounting objects along the length of the rail that include an enclosed receiving and containment cavity. The extruded rail includes a receiving and containment cavity that extends from an inner surface of the rail. The receiving and containment cavity includes upper and lower walls and a back wall that define an enclosed containment area. An alignment notch is formed in the generally planar outer surface of the side rail and aligned with the receiving and containment cavity. When an object is to be attached to the rail, an opening is formed in the side rail at the alignment notch. As material is removed from the side rail during formation of the opening, the received material is entrapped within the receiving and containment cavity. Thus, the extruded rail of the disclosure receives and contains material removed during attachment of an object to the rail.
    • 用于沿着轨道的长度安装物体的挤压轨道,其包括封闭的接收和容纳腔。 挤出轨道包括从轨道的内表面延伸的接收和容纳腔。 接收和容​​纳腔包括上壁和下壁以及限定封闭的密封区域的后壁。 在侧轨的大致平面的外表面上形成对准凹口并与接收和容纳腔对准。 当物体要连接到轨道上时,在对准凹口处的侧轨中形成开口。 当在开口形成期间材料从侧轨移除时,所接收的材料被截留在接收和容纳腔内。 因此,本公开的挤压轨道接收并包含在将物体附接到轨道时移除的材料。