Abstract: A conveying system useful for synchronous conveying of articles along a straight line path between a driving and driven pulley. Selected teeth of a synchronous belt are modified to provide passages between a backing and a top land. Each modified tooth is formed with a reduced addendum. A tip plate is bolted to the top land of the modified teeth so that the height of the teeth become compatible with the standard size teeth of the belt. The tip plate bolts are also used to fasten transporting devices to the backing of the belt at the locations of the nonstandard teeth.

Abstract: Continuous strips of a first material, e.g., elastic strips, are continuously supplied to flexible strip supports in a supply zone while the strip supports are in a linear configuration. The strip supports are carried on respective transfer members which are mounted on a rotatable support so that individual transfer members follow a closed (orbital) path upon rotation of the support. The continuous strips are cut into discrete strips adhered to respective flexible strip supports whose configuration, and that of the discrete strips adhered thereto, is then changed to a desired curvilinear configuration. The transfer members are then brought into transfer contact in a transfer zone with a moving web of second material, which may comprise the backing sheet of a disposable diaper construction, and the curvilinear strips are transferred to the web.

Abstract: Synchronous conveying belts are formed by modifying teeth grooves of a molding gear used in a molding device employing the gear. A groove plate is configured to fixedly mount in a bottom land of selected teeth of the molding gear for reducing the depth of the selected teeth of the belt to be molded. Sleeves for fixedly attaching the groove plate to the bottom land serve as molding post for forming passageways in the modified teeth extending from a backing of the belt to a top land of the modified teeth. Upon forming the reinforced elastomeric belt using the modified molding gear, transporting devices can be fastened to the backing of the belt using attachment fixtures.

Abstract: Continuous strips of a first material, e.g., elastic strips, are continuously supplied to flexible strip supports in a supply zone while the strip supports are in a linear configuration. The strip supports are carried on respective transfer members which are mounted on a rotatable support so that individual transfer members follow a closed (orbital) path upon rotation of the support. The continuous strips are cut into discrete strips adhered to respective flexible strip supports whose configuration, and that of the discrete strips adhered thereto, is then changed to a desired curvilinear configuration. The transfer members are then brought into transfer contact in a transfer zone with a moving web of second material, which may comprise the backing sheet of a disposable diaper construction, and the curvilinear strips are transferred to the web.

Abstract: An apparatus and method for cutting a web of material having a conveyor carrying and continuously moving a length of the web material, an oscillating means, a cutting arm mounted on the oscillating means and moveable between a position over the web and a position laterally outside of the web in a turn-around area. A nozzle mounted on the cutting arm and connected to a source of high pressure fluid and a fluid jet ejected from the nozzle towards the web and moved by the cutting arm in an oscillating manner along a path between the turn-around area and the position over the web. As the fluid jet oscillates along its path, the movement of the fluid jet in conjunction with the movement of the web results in the cutting out of a section of the web.

Abstract: An apparatus and method for cutting a web of material having a conveyor carrying and continuously moving a length of the web material, an oscillating means, a cutting arm mounted on the oscillating means and moveable between a position over the web and a position laterally outside of the web in a turn-around area. A nozzle mounted on the cutting arm and connected to a source of high pressure fluid and a fluid jet ejected from the nozzle towards the web and moved by the cutting arm in an oscillating manner along a path between the turn-around area and the position over the web. As the fluid jet oscillates along its path, the movement of the fluid jet in conjunction with the movement of the web results in the cutting out of a section of the web.