Ex parte HUBBELL - Page 6







              Appeal No. 1999-0602                                                                                        
              Application 08/469,393                                                                                      



              us on the merits and no persuasive arguments on a procedural basis, we sustain the                          
              rejection.                                                                                                  
                     Turning next to the rejection of claim 15 under 35 U.S.C. §102(b) and its separate                   
              rejection under 35 U.S.C. §103(a), we sustain both rejections.  We make reference initially                 
              to the examiner’s statement of this rejection at pages 2 and 3 of the final rejection as                    
              further amplified at pages 4 and 5 of the answer.  The examiner has essentially correlated                  
              the structural features presented in appellant’s "method of achieving an . . . antenna" of                  
              claim 15 in the noted pages of the final rejection and answer.                                              
                     Our study of the translation of Yokozawa is consistent with the examiner’s views                     
              expressed in these portions of the final rejection and answer.  Claim 15 does not recite the                
              manner in which the plurality of magnetic field transducing devices are connected in the                    
              array claimed.  Thus, the various serially connected and parallel connected SQUIDs in                       
              Yokozawa meet this broadly defined feature of the claims.  The various figures of                           
              Yokozawa show the manner in which this SQUIDs are connected in series, in parallel and                      
              in a combination of serial and parallel networks.  As such, the electromagnetic radiation is                
              therefore broadly distributed as claimed over the entire arrays shown in these figures.  Not                
              only does the amplifier 5 in the figures provide a means of combining the output signals                    


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