Electrostatographic seamed belt
AssigneeXerox Corporation
InventorsEdward L. Schlueter JR., Theodore Lovallo, Laurence J. Lynd
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AssigneeXerox Corporation
InventorsEdward L. Schlueter JR., Theodore Lovallo, Laurence J. Lynd
Estimating the term…
A process for fabricating an endless flexible seamed belt, substantially equivalent in performance to a seamless belt, includes forming the belt by joining two ends of a substrate material. Each end of the substrate has mutually mating elements in interlocking relationship. The surfaces of the mutually mating elements have a gap therebetween into which bonding material is applied such that there is no substantial thickness differential between the seam and the portions of the belt adjacent the seam. The bonding material is then cured by any known means and post-cured to improve the stability of the bonding material and to achieve an effectively electrically invisible seam for an electrostatographic imaging system operating at high temperatures.
An improved process for fabricating an endless flexible seamed belt for an electrostatographic imaging system formed by joining two ends of a flexible substrate, each end of which has mutually mating elements, comprising:
An endless flexible seamed electrostatographic belt formed by joining two ends of a flexible substrate, each end of which has mutually mating elements, the opposite surfaces of which are in interlocking relationship, the surfaces of the mutually mating elements defining a gap therebetween to permit the presence of a bonding material in the gap between the surfaces of the mutually mating elements which forms a bonded seam, wherein the bonding material is both cured and post-cured to improve the stability of said bonding material.
Dependencies are inferred from the claim text.