Ex Parte Emery et al - Page 4


                 Appeal No. 2007-0412                                                         Page 4                    
                 Application No.  10/195,609                                                                            

            1    6.     The examiner summarizes the subject matter of the claims as follows                             
            2    (Answer, pp. 3-4):                                                                                     
            3                  Appellant[s] claims a fabric having a hydraulically napped surface                       
            4         comprised of a plurality of fiber tangles of fibers that are substantially intact                 
            5         and undamaged. The fabric is a woven fabric having warp yarns of spun                             
            6         polyester. The majority of the fibers comprising tangles of the napped                            
            7         surface are comprised of fibers from said warp yarns. Appellant[s] also                           
            8         claims specific Kawabata System values of MIU, LC, DEN50, 2HB, and                                
            9         COMP properties. Additionally, appellant claims the nap index of the fabric                       
           10         increases with repeated launderings.                                                              
           11                                                                                                           
           12    7.     The examiner found that the subject matter described in Willbanks ‘952                          
           13    and ‘733 as follows (Answer, pp. 3-4):                                                                 
           14                  Both Willbanks references disclose a hydraulically napped fabric                         
           15         wherein the napped surface is produced from the warp yarns of a woven                             
           16         fabric (Willbanks ‘952: abstract and col. 3, lines 6-44; Willbanks ‘733:                          
           17         abstract and col. 3, lines 20-57). The warp yarns are preferably spun yarns,                      
           18         such as polyester, and the fibers of the nap are substantially uncut or                           
           19         broken (i.e., intact and undamaged) (Willbanks ‘952: col. 3, lines 25-29 and                      
           20         working examples; Willbanks ‘733: col. 3, lines 38-68 and working                                 
           21         examples).                                                                                        
           22                                                                                                           
           23    8.     The Examiner found that each structural element set forth in the claims is                      
           24    described in the Willbanks references.                                                                 
           25    9.     The Brief does not seem to take issue with the Examiner’s findings                              
           26    summarizing the claimed subject matter and the Willbanks ‘952 and Willbanks                            
           27    ‘733 disclosures.                                                                                      
           28    10.    The Brief contains no cogent analysis pointing out why any element set                          
           29    forth in the claims is not disclosed in the Willbanks references.                                      
           30    11.    The examiner found that the only “difference” between the claimed fabric                        
           31    and the fabric described in Willbanks ‘952 and Willbanks ‘733 is that the claims                       






Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  13  Next

Last modified: September 9, 2013