Abstract: A method and apparatus for manufacturing endless reinforced belts is disclosed. The method comprising the steps of laying up on a flat build table at least one sheet of curable material and at least one sheet of reinforcement material forming a carcass, curing a central portion of the carcass, and then splicing and curing the uncured ends of the carcass to form the endless lugged track. The manufacturing system has three cells: a building cell, a flat cure press cell, and a splice cure press cell. Each cell is operated in series.

Abstract: A method and apparatus for manufacturing endless reinforced belts is disclosed. The method comprising the steps of laying up on a flat build table at least one sheet of curable material and at least one sheet of reinforcement material forming a carcass, curing a central portion of the carcass, and then splicing and curing the uncured ends of the carcass to form the endless lugged track. The manufacturing system has three cells: a building cell, a flat cure press cell, and a splice cure press cell. Each cell is operated in series.

Abstract: This invention relates to a method of making a steel cable reinforced conveyor belt while monitoring the tensions of all the cables.

Abstract: A hose/clamp combination wherein the clamp is oriented axially and circumferentially in its radially open position and held in place by a glued fabric overlay.

Abstract: The useful life of an abrasive material transport hose (10) can be maximized if the hose is repositioned at the first signs of internal wear. This is accomplished by disposing at least two wear sensing elements (17, 21), each at a specified distance from the inwardmost surface of the inner tube (12), and each monitoring a condition indicative of wear of the hose (10) at its specified distance from the inwardmost surface of the inner tube. When the innermost wear sensing element (17) implies wear, the hose can be repositioned to extend the useful life until the outermost wear sensing element (21) indicates wear requiring replacement of the hose.

Abstract: A conveyor belt (10) contains at least one integrated circuit transponder (30) which, upon interrogation by an external radio signal, transmits identification information in digitally encoded form. The transponder (30) has a generally planar, circular antenna (36A) surrounding a printed circuit board to which an integrated circuit is attached. The transponder may be encased in a rigid epoxy material to protect the structure from damage during use. Transponders placed adjacent splices (60, 62, 64) in a splice segment provide non-contact means of locating and monitoring the repair.