Reduced drag side flexing conveyor system
AssigneeSpan Tech LLC
InventorsJames L. Layne, Wendell S. Bell, Michael D. McDaniel, Mark T. Johnson
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AssigneeSpan Tech LLC
InventorsJames L. Layne, Wendell S. Bell, Michael D. McDaniel, Mark T. Johnson
Estimating the term…
A modular conveyor system having an improved side flexing conveyor belt and improved active guide rail is provided. One or more roller assemblies replace the passive inside or outside guide rails in a curved section of the conveyor system for reducing the drag force on the conveyor belt as it negotiates the curve. Pairs of articulated members interconnect roller assemblies and allow the relative angular position of each to be selectively adjusted. The improved side flexing conveyor belt includes side links having a curved skirt which bridges the gap between the side links, thereby providing a continuous bearing surface for smooth operation. The skirts of adjacent links engage each other in edge-to-edge contact to prevent the tendency to sag, as well as assisting the conveyor belt in ramping up and down and the retention of the conveyor belt along a return run.
An active guide rail for a modular link conveyor belt having an inner guide face, comprising a first roller for guiding a first run of the belt and a second roller for guiding a second run of the belt, wherein a periphery of each said roller engages the inner guide face along at least one side of the belt such that reduced friction, rolling contact is provided.
An active guide rail for a modular link conveyor belt including a plurality of side links having an inner guide face, comprising an upper roller for guiding a forward run of the belt, wherein a periphery of said roller engages the inner guide face of the side links along at least one side of the belt such that reduced friction, rolling contact is provided.
A modular link conveyor system, comprising:
Dependencies are inferred from the claim text.