JURGENSON et al. V. DUNFIELD et al. - Page 22



          Interference 104,530                                                        
          Jurgenson v. Dunfield                                                       
          microactuator can be mounted outside of the distal end and                  
          still be on the rigid portion of the load beam.                             
               Dunfield’s argument that the rigid region of the load                  
          beam is the only place that one having ordinary skill in the                
          art would mount a second actuator (i.e., the microactuator)                 
          is misplaced.  What is at issue is whether a certain feature                
          is necessarily present in the claims of Dunfield’s parent                   
          application by way of inherency, not what one with ordinary                 
          skill in the art would see fit to do.  In any event, prior                  
          art of record that Dunfield discusses in its brief, teaches                 
          or suggests mounting the microactuator, at least partially on               
          the mounting region, e.g. away from the distal end.  For                    
          example, Boutaghou4 teaches an actuator, at least partially                 
          located on the mounting region of the load beam, e.g. on the                
          end of the load beam opposite the distal end (Boutaghou,                    
          abstract lines 4-7, Fig. 2).                                                
               Dunfield’s arguments as to the design considerations                   
          that would lead one to mount the microactuator only on the                  
          rigid region of the load beam are conclusory, and based on                  
          unsupported theories made by the attorney.  Argument of                     
          counsel cannot take the place of evidence lacking in the                    

               4  U.S. Patent 5,521,778.                                              
                                       - 22 -                                         




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