Ex Parte TAKANO - Page 16


          Appeal No. 2002-0816                                                        
          Application No. 09/442,895                                Page 16           

          Riggs are in the outer type rotor, that it is well known in the             
          art that a rotor can be made as either the outer type or the                
          inner type.                                                                 
               We find that Riggs supports the position of the examiner,              
          disclosing (col. 4, lines 17 and 18) that “[a]nother possible               
          construction has the rotor within the stator."  Because Riggs               
          teaches that an alternate construction would be to have the rotor           
          within the stator, we are not persuaded by appellant’s argument             
          that Riggs does not show the claimed structure in an arrangement            
          wherein the rotor is fixed within an outer housing.                         
          Accordingly, we affirm the rejection of claim 3 under 35 U.S.C.             
          § 103(a).                                                                   
               We turn next to claims 6 and 11.  As evidence of                       
          obviousness, the examiner offers Shiraki, in addition to                    
          Shirakawa, Knappe, and Carrier.  The examiner’s position is that            
          it would have been obvious to provide a protective coating on the           
          magnets as taught by Shiraki (col. 7, lines 20-40).  Appellant’s            
          position (brief, page 5) is that Shiraki relates to a linear                
          motor which includes a plurality of windings, which do not                  
          surround radially projecting armature cores.  Appellant argues              
          that Shiraki does not disclose sheet type magnets that are                  
          affixed to the face of a magnet carrier that faces away from the            





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