Ex parte OXMAN - Page 3




          Appeal No. 95-0992                                                          
          Application 08/014,104                                                      


                                   THE REFERENCES                                     
                        Reference relied upon by the examiner                         
          Stoner et al. (Stoner)       4,064,629         Dec. 27, 1977                
                         References relied upon by appellant                          
          The Chemist’s Ready Reference Handbook 16.1-16.4 (Gershon J.                
          Shugar et al. eds., McGraw-Hill 1990) (Chemist’s Handbook).                 
          CRC Handbook of Chemistry and Physics D-157 - D-159 (Robert C.              
          Weast ed., CRC Press 1980) (CRC Handbook).                                  
                                    THE REJECTION                                     
               Claims 1-4, 7, 9, 14-18, 21, 22 and 31 stand rejected under            
          35 U.S.C. § 103 as being unpatentable over Stoner.                          
                                       OPINION                                        
               We have carefully considered all of the arguments advanced             
          by appellant and the examiner and agree with appellant that the             
          aforementioned rejection is not well founded.  Accordingly, this            
          rejection will be reversed.                                                 
               Stoner discloses that when the surfaces of a dental cavity             
          are coated with a metallic film of a metal more positive than tin           
          in the International Electromotive Series such as silver, gold,             
          platinum, indium, copper, alloys thereof or alloys with a metal             
          inert to the system, and then the lined cavity is filled with               
          dental amalgam, the restoration produced is extremely resistant             
          to corrosion and has a long lifetime compared to conventional               
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