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foerbaettrat driv / styrsystem foer and franz och aoter roerligt transportoergolv

机译:法兰和奥特活动式输送机底板的改进的驱动/控制系统

摘要

Reciprocating floor conveyor floor members (28) are moved by hydraulic cylinders (1, 2, 3) which are slightly tilted so as to exert a vertical component of force onto the ends of longitudinal drive beams (128, 130, 132) to which the cylinders (1, 2, 3) are connected. These beams (128, 130, 132) are made from tubular stock. Each is guided by a pair of longitudinally spaced apart bearings. Each bearing is a part of a bearing assembly (128, 130) which depends from an upper central portion of a transverse truss (80, 82). Each longitudinal drive member (128, 130, 132) is welded to a transverse drive beam (10, 12, 14) by fillet welds on each side of the longitudinal drive tube (128, 130, 132). Each such drive tube (128, 130, 132) is stiffened in the region of the weld by a short tubular insert which is rammed into the drive tube. The floor members (28) of the conveyor run on plastic slide bearings (26) which are snap fitted onto longitudinal guide beams (22). The guide beams (22) are small in size and are welded on both sides to transverse support beams (24). The construction of the slide bearings (26) permits the use of large dimension, strong, undressed fillet welds. The slide bearings (26) include wing portions (68) on each side which abut similar wing portions (68) on sideways adjacent bearings (26). The floor members (28) are held vertically relative to the bearings (26) by the engagement of bottom flanges (36, 38) within side slots (72) formed in the bearings (26). The floor members (28) add strength and stiffness to the bearings (26) and the abutting contact of the wing portions (68) causes the bearings (26) to mutually brace each other.
机译:往复式地板输送机的地板构件(28)通过稍微倾斜的液压缸(1、2、3)移动,以便在纵向驱动梁(128、130、132)的端部上施加垂直的分力。气缸(1、2、3)已连接。这些梁(128、130、132)由管状坯料制成。每个轴承由一对纵向间隔开的轴承引导。每个轴承是轴承组件(128、130)的一部分,该轴承组件从横向桁架(80、82)的上部中央部分悬垂。每个纵向驱动构件(128、130、132)通过在纵向驱动管(128、130、132)的每一侧上的角焊被焊接到横向驱动梁(10、12、14)。每个这样的驱动管(128、130、132)在焊接区域中通过短的管状插入物被加强,该插入器被撞入驱动管中。输送机的地板部件(28)在塑料滑动轴承(26)上运行,该塑料滑动轴承(26)卡扣安装在纵向导向梁(22)上。导向梁(22)尺寸小,并且在两侧焊接到横向支撑梁(24)。滑动轴承(26)的结构允许使用大尺寸,坚固,无装饰的角焊缝。滑动轴承(26)在每侧包括翼部(68),其在侧向相邻的轴承(26)上邻接相似的翼部(68)。通过底部凸缘(36、38)在轴承(26)中形成的侧槽(72)内的接合,地板构件(28)相对于轴承(26)竖直地保持。地板构件(28)增加了轴承(26)的强度和刚度,并且翼部(68)的邻接接触使轴承(26)相互支撑。

著录项

  • 公开/公告号FI821955A0

    专利类型

  • 公开/公告日1982-06-02

    原文格式PDF

  • 申请/专利权人 FOSTER R. KEITH;

    申请/专利号FI19820001955

  • 发明设计人 FOSTER R. KEITH;

    申请日1982-06-02

  • 分类号B60P;

  • 国家 FI

  • 入库时间 2022-08-22 13:47:00

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