Ex Parte Paul et al - Page 13



          Appeal No. 2006-0894                                      Page 13           
          Application No. 10/412,840                                                  

          Fracalossi, 681 F.2d 792, 794, 215 USPQ 569, 571 (CCPA 1982); In            
          re Pearson, 494 F.2d 1399, 1402, 181 USPQ 641, 644 (CCPA 1974).             
               While we find that Erickson anticipates and hence renders              
          the claimed method prima facie obvious for the reasons outlined             
          above, we further determine that one of ordinary skill in the art           
          would have been led to the claimed process by simply following              
          the teachings of Erickson by avoiding the presence of water                 
          during the radiation cross-linking of the adhesive while on a               
          substrate, such as Mylar.  In selecting appropriate conditions              
          for avoiding water being present in the polymeric adhesive                  
          material during cure as suggested by Erickson, certainly one of             
          ordinary skill in the art would have been led to use a substrate,           
          which is in contact with that adhesive, that has a low moisture             
          content, including moisture contents within the ranges claimed.             
          Morever, one of ordinary skill in the art would have been led by            
          the teachings of Erickson to employ curing conditions such that             
          moisture would remain low in the substrate onto which the                   
          adhesive is applied, as variously claimed at herein.  We note               
          that the Examples of Erickson describe the coating and curing of            
          adhesives, as claimed, onto a Mylar substrate/liner in a manner             
          that results in a functional product; that is, a product that has           
          adequate gel formation and cohesive strength and shear                      





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