Ex parte KELLER - Page 13




          Appeal No. 95-2622                                                          
          Application 08/125,524                                                      
          extruded through an orifice having a minimum diameter of                    
          0.009-inch                                                                  
          (9 mils)  and a maximum diameter of 0.018-inch (18 mils) and3                                                                   
          thereafter were drawn about from 3.4 to 7.0 times their                     
          original length (Spec., p. 3, l. 8-9).                                      
               McKay (‘363) also describes multifilament yarn composed                
          of monofilaments having multilobal cross sections (McKay                    
          (‘363), col. 2, l. 32-35).  However, McKay (‘363) describes                 
          yarn made from polyester filaments (McKay (‘363), col. 2, l.                
          33), preferably polyethylene terephthalate (McKay (‘363), col.              
          3,                                                                          
          l. 33).  The yarns “comprise polyester filaments which have                 
          multilobal cross-section with 6-10 lobes which are essentially              
          symmetric, of substantially equal length and equispaced                     
          radially about the center of the filament” (McKay (‘363), col.              
          2, l. 43-47).                                                               
          The cross-sectional view of the monofilament depicted in Fig.               
          1 of McKay (‘363) is substantially identical to the Figure in               
          McKay (‘749) and is similarly described (McKay (‘363), col. 3,              

           According to Hackh’s Chemical Dictionary, Fourth Edition,3                                                                      
          Julius Grant, ed., McGraw-Hill Book Company, New York, p. 430               
          (1969)(copy attached), a mil is “[a] measure of thickness,                  
          especially of wire: 1 mil = 1/1,000 in. . . . .”                            
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