Ex parte KEWIN - Page 6




          Appeal No. 2000-1492                                                        
          Application No. 09/255,276                                                  


          involving any clamping or torque transmitting function but                  
          instead merely a supporting function for allowing rotation of               
          the end member and its associated core member.  Given the                   
          shortcoming of Bushell, and the teachings of Kewin that the                 
          inner annular surface of the end member should be configured                
          to receive a variety of different types of chucks, the                      
          examiner’s position with respect to modifying Kewin based on                
          the construction of conventional expandable chucks and/or the               
          teachings of Bushell is not well founded.                                   
               As to utilizing Bushell as the starting point of the                   
          rejection, the examiner implicitly acknowledges that Bushell’s              
          end members do not have radially projecting lugs for                        
          cooperating with lug receiving notches in the core member, as               
          called for in the appealed claims.  The examiner contends,                  
          however, that it would have been obvious to provide the end                 
          members of Bushell with radially projecting lugs “to more                   
          securely connect the end members to the core member in view of              
          the teachings of Kewin” (answer, page 3).  Inasmuch as Kewin’s              
          radially projecting lugs are for the express purpose of                     

          III New Riverside University Dictionary, Riverside Publishing               
          Company, copyright © 1984 by Houghton Mifflin Company.                      
                                          6                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  Next 

Last modified: November 3, 2007