Ex Parte Asada - Page 11




               Appeal No. 2006-2169                                                                       Page 11                   
               Application No. 09/899,919                                                                                           


               [have] perform[ed] equally well with the chaffered edge disclosed in Herrmann. . . ."                                
               (Examiner's Answer at 5.)                                                                                            


                       Turning to the appellant's argument, the part of the specification that he cites                             
               explains that his invention offers two advantages.  First, an "optical fiber cord 90 is                              
               retained after the mounting of the stopper 40. . . ."  (Spec. at 16.)  Second, "the                                  
               stopper 40 is less liable to impart to the optical fiber 91 an excessive pressing force                              
               tending to compress this optical fiber 91 in its radial direction. . . ."  (Id.)                                     


                       Regarding the first advantage, Hermann discloses that because its blade parts                                
               pierce the insulating sheath of a cable, "the fiber-optic cable end 6 will be retained in the                        
               fiber receptacle hole 5 of the connector housing 2."  (Col. 2, ll. 46-50.)  Accordingly, we                          
               find that the arrangement of the secondary reference offers the first advantage relied on                            
               by the appellant.                                                                                                    


                       Regarding the second advantage, the appellant explains that the advantage is                                 
               achieved by "removing the excess covering portion [of a fiber optical cable], instead of                             
               merely pushing it away. . . ."  (App. Br. at 13.)  Because Herrmann's blade parts pierce                             
               the insulating sheath of a fiber-optic cable, we find that these parts likewise remove the                           
               excess insulating sheath, instead of merely pushing it away.  Consequently, we further                               








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