construct the support member of the present invention and will provide sufficient support strength while being resilient enough to permit this method of attachment support member 10 is shown attached to several parallel shafts the present invention however also contemplates that the support member may be connected to only one shaft or to a larger number of shafts it is preferable that the support member be connected to several shafts since the attachment and removal of the support member is easily performed for a large number of shafts attachment of one support member to several shafts may be accomplished more quickly than attaching individual support members to each of the shafts to accommodate attachment to a large number of shafts the support member 10 is simply made the appropriate length and the partial enclosures are positioned accordingly if the shafts of the conveyor are not arranged in parallel manner then the number of shafts which any one support member may be practically attached to will decrease the support member may however be formed in such a configuration as to be attachable to essentially any arrangement of shafts where this is not practical individual support members may be connected to each shaft as may be best seen in fig6 and 7 the support afforded by support member 10 is provided by top edge 11 the preferred location of top edge 11 will depend on several factors including the size and weight of the transported object 19 the size and spacing of the rollers and the angle of incline of the conveyor the top edge 11 is positioned below the plane defined by the tops of the rollers on adjacent shafts so that the action.