Ex parte MARTIN et al. - Page 4







             Appeal No. 1999-1626                                                                                    
             Application 08/820,428                                                                                  



             comprised in these figures of conductive printed circuits 14 with an intermediate insulating            
             layer 13.  The disputed teachings at column 3, lines 37 through 43 indicate that                        
             alternatively the shank 4 may not necessarily pass completely through the circuit board 12              
             but only may terminate within it or within the support 13 such as when only one printed                 
             circuit element 14 is utilized.  In any event, the shank 4 still extends into the printed circuit       
             board 14 in some manner according to the teachings and showings in Mueller.                             
                    Our understanding of Mueller is therefore consistent with the arguments presented                
             at pages 5 and 6 of the brief where the appellants argue at the bottom of page 5 "to effect             
             fastening, shank 4 passes partially through support 13.  Accordingly, the end of the shank 4            
             is not coplanar with prongs 10."  It is these prongs 10 in Figures 1 and 2 of Mueller which             
             are bent into the notches 11 of the corresponding insulating layer 3.  The examiner argues              
             the correspondence of these prongs 10 in a bent position to the claimed end of the leg                  
             portion of the cup member such as the cap 1 of Mueller.  We thus agree with appellants’                 
             arguments at the bottom of page 6 of the brief "that Mueller teaches and discloses a                    
             solderless assembly without coplanar contacts, which requires securing the assembly of                  
             FIG. 2 with a fastening means (e.g., shank 4) that extends into or completely through the               
             printed circuit panel 12."                                                                              


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