Ex Parte Kornberger - Page 6




             Appeal No. 2005-2168                                                           Παγε 6              
             Application No. 10/122,616                                                                         


             carbon filter of JP ‘575 is inherently disorbable when heated to a temperature in the              
             range between 120 and 180 degrees.                                                                 
                   As such, the burden has shifted to the appellant to prove that the carbon fiter of           
             JP ‘575 is not disorbable when heated to a temperature in the range between 120 and                
             180 degrees.  The appellant has not come forward with any evidence to satisfy this                 
             burden.  In fact, appellant does not challenge the finding of the examiner that JP’575 is          
             inherently desorbable when heated but rather argue that even though the property may               
             be inherent, this does not mean that the property was known or harnessable by anyone               
             in the prior art.                                                                                  
                   This argument is not persuasive because there is no requirement that the                     
             inherent feature in the prior art references be known to establish a prima facie case of           
             anticipation.                                                                                      
                   In view of the foregoing, we will sustain the examiner’s rejection of claim 12.              
                   We turn next to the examiner ‘s rejection of claims 5, 7, 9, 10 under 35 U.S.C.              
             § 103 as being unpatentable over JP’575 in view of JP’137.    Recognizing that JP’575              
             does not describe a honeycomb structure, as recited in claim 5, the examiner relies on             
             JP’137 for teaching a honeycomb catalyst structure including a ceramic support,                    
             titanium oxide and a zeolite.  The examiner concludes:                                             
                   . . . it would have been obvious to a person having ordinary skill in the art                
                   to substitute a honeycomb catalyst structure including a ceramic support                     
                   and a zeolite for the carbon fiber support of Japanese ‘575, in view of the                  
                   teaching of Japanese ‘117 [sic] [Answer at page 5].                                          







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