Ex parte BARONOSKY et al. - Page 10




          Appeal No. 95-3194                                                          
          Application 08/020,232                                                      


          flats as recited in claims 7 and 8.  Therefore, we do not sustain           
          the rejection of these claims.                                              
          With respect to claim 9, appellants argue that there is                     
          no teaching in any of the applied references of a means for                 
          retaining the coils on the poles [brief, page 11].  The examiner            
          responds that Finegold clearly teaches such a means [answer, page           
          6].  We agree with the examiner that Finegold would have                    
          suggested to the artisan the broad idea of a means for retaining            
          the stator coils on the stator poles.  Therefore, we sustain the            
          rejection of claim 9.  Since appellants merely list what is                 
          recited in claims 10-13 without any additional arguments as to              
          why these limitations would not have been obvious to the artisan,           
          these claims stand or fall with claim 9 from which they depend.             
          Accordingly, we also sustain the rejection of claims 10-13.                 
          With respect to claim 15, appellants argue that there is                    
          no teaching in any of the applied references of the start and               
          finish windings extending circumferentially about the coils                 
          [brief, page 12].  The examiner responds that Finegold teaches              
          this feature in his terminals 50 and 76 [answer, page 6].                   
          Although Finegold only shows two terminals for all the coils, we            
          agree with the examiner that the separate coils of a variable               
          reluctance motor are typically situated in a circumferential                

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