Ex Parte Fuller et al - Page 3



         Appeal No. 2006-1678                                                       
         Application No. 10/677,869                                                 

              We have thoroughly reviewed each of appellants' arguments             
         for patentability.  However, we are in full agreement with the             
         examiner that the claimed subject matter is unpatentable over              
         the cited prior art.  Accordingly, we will sustain the                     
         examiner's rejections for the reasons set forth in the Answer,             
         which we incorporate herein, and we add the following for                  
         emphasis only.                                                             
              We consider first the examiner's § 102 rejection over                 
         Fuller.  Appellants disagree with the examiner that the system             
         of Fuller can be used as a High Velocity Oxy-Fuel combustion               
         thermal spray system, and submit an article by Dr. Ronald W.               
         Smith (Exhibit A) to show that the actual equipment and designs            
         used in High Velocity Oxy-Fuel combustion spray processes do not           
         correspond to the system disclosed by Fuller.  According to                
         appellants, "[n]one of the system [sic, systems] disclosed in              
         Fuller et al. is capable of carrying out a High Velocity Oxy-              
         Fuel combustion thermal spray process as can be seen from the              
         attached exhibit" (page 11 of principal brief, second                      
         paragraph).  Appellants maintain that "[t]he recited thermal               
         spray processes in claim 1 cannot be conducted using the system            
         disclosed in Fuller et al." (id.).  However, appellants have not           
         refuted the examiner's reasonable comparison of the apparatus              
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