Ex Parte FRENCH et al - Page 5




          Appeal No. 2002-1316                                                        
          Application No. 09/049,036                                                  

          through 6), characterizes the conductive contact between the                
          elastic conductive shielding member 16 and the walls 14a and 14b            
          as “slight” (column 7, line 29).  Harada also suggests (see                 
          column 5, lines 41 through 43) that the shielding member as a               
          whole can be fixed to the wall 14a by a conductive adhesive                 
          agent.                                                                      
               The examiner concedes (see page 3 in the answer) that Harada           
          does not respond to the limitation in independent claim 1                   
          requiring the electrically conductive gasket to extend beyond the           
          opposed first and third sides of the magnetic strip.  Harada’s              
          electrically conductive gasket element, i.e., elastic conductive            
          shielding member 16, extends beyond the upper or “third” side of            
          the magnetic strip 12 to which it is attached, but not beyond the           
          lower or “first” side of the strip.  To cure this deficiency, the           
          examiner turns to Hartwell.                                                 
               Hartwell discloses an electrical shielding arrangement for             
          preventing radiation leakage through the seam between a cover and           
          wall of a conductive container.  The arrangement comprises a                
          strip 10 having a generally rectangular cross-section and an                
          elastic conductive filamentary shielding member 17 attached to a            
          side surface of the strip and dimensioned to extend beyond the              
          top and bottom surfaces of the strip (see Figure 3).  When                  


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