Ex parte WICKS - Page 3




          Appeal No. 95-1645                                                          
          Application No. 07/866,780                                                  


          waste, was known prior to the date of the claimed invention,                
          however the specific use of microwave energy in the specific                
          manner claimed is the inventive contribution of the disclosure              
          and claims at issue herein.                                                 
                                     DISCUSSION                                       
               Claims 1-9 and 11-21 stand rejected under 35 U.S.C. § 103              
          over Hardwick.  Hardwick teaches vitrification of particular                
          wastes using microwave energy.  Hardwick is silent with                     
          respect to incineration or incineration temperatures.  All of               
          the claims specifically recite applying both a first                        
          incineration temperature and a second higher temperature to                 
          the waste being treated.  However, the examiner concludes that              
          the overall process claimed and the end result are the same as              
          that disclosed by Hardwick.  With respect to the first and                  
          second temperatures the examiner states on page 4 of the                    
          Examiner's Answer that:                                                     
                    the microwave heating taught by the Hardwick                      
                    reference would inherently include a low and                      
                    a high temperature.                                               
          The examiner has not pointed to any recitation of low and high              
          temperatures in Hardwick.  We presume that the examiner is                  
          referring to the fact that to reach a high temperature one                  
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