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    • 2. 发明授权
    • Drive/take-up assembly for accumulating live roller conveyor systems
    • 驱动/卷取组件用于积聚滚筒输送系统
    • US4293065A
    • 1981-10-06
    • US144236
    • 1980-04-28
    • Thomas A. DyerRichard L. Huelster
    • Thomas A. DyerRichard L. Huelster
    • B65G47/26B65G13/07B65G15/20
    • B65G47/261
    • An accumulating live roller conveyor is power-driven to effect rotation of a plurality of load-carrying rollers and transport loads from roller to roller without gravity assistance and includes apparatus which is specifically designed to permit loads to remain stationary on the load-carrying rollers without interferring with the operation of the conveyor's drive mechanism. The drive mechanism includes an endless conveying member having an upper frictional driving pass and a lower return pass for transporting the loads along the load-carrying rollers through friction contact therewith. A drive/take-up assembly section for an accumulating live conveyor system permits the loads to selectively remain stationary in conveyor zones located at the ends of the conveyor which typically include drive/take-up rollers and a drive motor without interferring with the operation of the drive/take-up rollers or the drive motor. The drive/take-up assembly section includes inner frame members for rotatably carrying the drive/take-up roller which are pivotally movable relative to the load-carrying rollers, and a pneumatically operable jack for raising and lowering the inner frame members, the drive/take-up roller, and at least the upper frictional driving pass of the conveying member to selectably and independently accumulate the loads in the conveyor zones adjacent the drive/take-up assemblies.
    • 积累的带式辊式输送机是动力驱动的,以实现多个承载辊的旋转并且在没有重力辅助的情况下将辊从辊运送到辊,并且包括专门设计成允许负载在承载辊上保持静止而没有 干扰输送机驱动机构的操作。 驱动机构包括具有上部摩擦驱动路径和下部返回通道的环形输送构件,用于通过与负载承载辊的摩擦接触而沿负载承载辊传送负载。 用于积累的活动输送机系统的驱动/卷取组件部分允许负载选择性地保持在位于输送机端部的传送带中的静止,通常包括驱动/卷取辊和驱动马达,而不会干扰运行 驱动/卷取辊或驱动电机。 驱动/卷取组件部分包括用于可旋转地承载驱动/卷取辊的内框架构件,其可相对于承载辊可枢转地运动,以及用于升高和降低内框架构件的气动操作的千斤顶,驱动 并且至少输送构件的上部摩擦驱动路径可选地且独立地将载荷累积在与驱动/卷取组件相邻的传送带中。
    • 3. 发明授权
    • Load-entry assembly for conveyor systems
    • 输送机系统的进料组件
    • US4334607A
    • 1982-06-15
    • US189130
    • 1980-09-22
    • Thomas A. Dyer
    • Thomas A. Dyer
    • B65G47/52B65G25/00B65G37/00
    • B65G47/52
    • A load-entry assembly for a conveyor system includes a conveyor section having laterally spaced side frame members supporting a plurality of load-carrying rollers for rotation about transverse axes which are arranged in a common plane above the side frame members to transport a load in a longitudinal direction between a first end and a second end of the conveyor section. A pair of first elongated tracks is mounted longitudinally to opposed sides of the conveyor section, and each track includes a lower horizontal track section, an upper horizontal track section, and an inclined track section connecting the lower and upper horizontal track sections in angular relationship thereto. A pair of second elongated tracks is also mounted longitudinally to opposed sides of the conveyor section. A trolley is both vertically and horizontally movable along the track sections of the first tracks in a generally constant parallel relationship to the plane of the load-carrying roller between a first position below the plane of the load-carrying rollers to allow movement of the load over the trolley to a second position above the plane of the load-carrying rollers to engage and push the load. Guide members are coupled to the trolley and movable horizontally along the second tracks in response to a propelling unit. The coupling between the guide members and the trolley controllably allows the entire trolley to move vertically relative to the guide members between two different planes to maintain its constant relationship to the plane of the load-carrying rollers.
    • 用于输送系统的装载进入组件包括具有侧向间隔开的侧框架构件的传送器部件,所述侧框架构件支撑多个承载辊,用于围绕横向轴线旋转,所述承载辊布置在侧框架构件上方的公共平面中以将负载传送到 在输送段的第一端和第二端之间的纵向方向。 一对第一细长轨道纵向地安装在传送器部分的相对侧上,并且每个轨道包括下水平轨道部分,上部水平轨道部分和以与其成角度关系连接下部和上部水平轨道部分的倾斜轨道部分 。 一对第二细长轨道也纵向安装在输送机部分的相对侧上。 在第一轨道的轨道部分上,手推车在承载辊的平面之下的第一位置与承载辊的平面大致恒定的平行关系,可以沿垂直和水平方向移动,以允许载荷的移动 在推车上方到承载辊的平面上方的第二位置以接合并推动负载。 引导构件联接到手推车并且响应于推进单元沿着第二轨道水平移动。 引导构件和手推车之间的联接可控制地允许整个手推车相对于两个不同平面之间的引导构件竖直移动,以保持其与承载辊的平面的恒定关系。
    • 4. 发明授权
    • Turntable for roller conveyor system
    • 滚筒输送系统转盘
    • US4519493A
    • 1985-05-28
    • US470205
    • 1983-02-28
    • Thomas A. Dyer
    • Thomas A. Dyer
    • B65G47/244B65G29/00B65G47/24
    • B65G47/244B65G2203/042
    • A turntable for a conveyor system has a main frame, a plurality of load-carrying rollers supported by the main frame for rotation about transverse axes to transport a load between upstream and downstream ends of the conveyor system, a lift frame supported by the main frame, a load-supporting table carried on the main frame, and glide rollers for allowing rotation of the table relative to the lift frame. Air jacks move the lift frame between a first position where the table is slightly below the load-carrying rollers to allow the load to be transported over the load-carrying rollers and a second position where the table is above the load-carrying rollers to lift the load off the load-carrying rollers. A lift-leveling mechanism provides level movement of the lift frame relative to the main frame and includes a plurality of guide plates mounted on the main frame. Each guide plate includes at least one slot, a guide bar coupled to the lift frame, a guide post enaging the slot, and linkage rods interconnecting the guide bars.
    • 用于输送系统的转台具有主框架,多个承载辊,由主框架支撑,用于围绕横向轴线旋转以在输送机系统的上游和下游端之间输送负载;由主框架支撑的升降机架 ,承载在主框架上的负载支撑台和用于允许桌子相对于升降框架旋转的滑动辊。 空气千斤顶将升降架移动到第一位置之间,该第一位置之间的桌子稍微低于承载辊,以允许负载在承载辊上运输,并且第二位置,其中桌子位于承载辊上方以提升 承载辊的负载。 升降机构提供升降机架相对于主机架的水平运动,并包括安装在主机架上的多个导板。 每个引导板包括至少一个槽,连接到提升框架的引导杆,引导槽的引导柱和互连引导杆的连杆。
    • 5. 发明授权
    • Load-pusher assembly for conveyor systems
    • 输送机系统负载推动器总成
    • US4595092A
    • 1986-06-17
    • US706246
    • 1985-02-28
    • Thomas A. Dyer
    • Thomas A. Dyer
    • B65G47/82B65G47/26
    • B65G47/82
    • In a conveyor system of the type having laterally spaced side frame members supporting a plurality of load-carrying rollers for rotation about transverse axes to transport a load in a longitudinal direction between an upstream end and a downstream end of the conveyor system, a load-pusher assembly comprises first and second assembly sections including drive and idler mechanisms, respectively, two tracks spanning the space between the side frame members of the conveyor section in parallel relationship to the transverse axes of the load-carrying rollers, a first movable trolley carried by the tracks for pushing the load in a second direction transverse to the first direction, a second movable trolley carried by the tracks for pushing the load in a third direction opposed to the second direction, and linkages connecting the trolleys. Drive linkages couple the drive mechanism to the two trolleys and idler linkages couple the two trolleys to each other whereby movement of one of the trolleys in response to the drive mechanism causes movement of the other trolley in an opposed direction to center the load therebetween on the load-carrying rollers.
    • 在具有横向间隔开的侧框架构件的输送系统中,该侧框架构件支撑多个承载辊,用于围绕横向轴线旋转以在输送系统的上游端和下游端之间沿纵向输送负载, 推动器组件包括第一和第二组装部分,分别包括驱动和惰轮机构,两个轨道跨过传送部分的侧框架部件之间的空间,与承载辊的横向轴线平行;第一可移动的手推车, 用于沿与第一方向横向的第二方向推动载荷的轨道,由轨道承载的第二可移动小车,沿与第二方向相反的第三方向推动载荷,以及连接手推车的连杆。 驱动联接将驱动机构联接到两个手推车和惰轮联动装置将两个手推车彼此联接,由此响应于驱动机构的一个手推车的移动导致另一个小车在相反方向上的移动以使其间的负载居中在 承载辊。