Ex parte SNYDER et al. - Page 7




          Appeal No. 1998-0654                                                        
          Application No. 08/522,874                                                  


          on hair, thus providing improved styling performance"                       
          (sentence bridging pages 1 and 2, and lines 2-3,                            
          respectively).  Hence, it is apparent that appellants'                      
          invention resides not in incorporating latex polymer particles              
          in aqueous-based shampoos but, rather, utilizing latex                      
          particles having a lower Tg than customary.  Accordingly, the               
          examiner should explore the specific Tg values for the latex                
          particles of the acknowledged prior art, and determine whether              
          the difference between the latex particles within the scope of              
          the appealed claims and those of the acknowledged prior art                 
          would have been obvious to one of ordinary skill in the art.                
          Also, the examiner should consider commonly-assigned U.S.                   
          Patent No. 6,113,890, for obviousness-type double patenting                 
          issues, as well as for the cited prior art.                                 
               In conclusion, based on the foregoing, the examiner's                  
          decision rejecting the appealed claims is reversed, and the                 
          application is remanded to the examiner for the reasons set                 
          forth above.                                                                
               This application, by virtue of its "special" status,                   
          requires immediate action.  See the Manual of Patent Examining              


                                         -7-                                          





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

Last modified: November 3, 2007