Ex Parte DRAIM - Page 4




          Appeal No. 2002-1146                                                         
          Application No. 09/160,634                                                   

               Appellant argues that the Examiner, in relying on Gagnon for            
          teaching the movement of the centerline of the antenna in                    
          response to likelihood of interference (col. 2, lines 25-37; col.            
          6, lines 1-5), improperly characterizes the movement of the                  
          antenna for maximizing its signal quality with the claimed moving            
          the antenna away from the centerline or the perfect orientation              
          (brief, page 6).  Additionally, Appellant points to the teachings            
          of the applied references as attempting to maximize the tracking             
          instead of the claimed mis-tracking the satellite (brief, page               
          7).  Appellant further asserts that Lusignan’s forming nulls in              
          an antenna transmitting pattern is done by aperture synthesis                
          (col. 6, line 45) and does not meet the claimed feature of moving            
          the antenna to apply the beam null to the area of the interfering            
          satellite (reply brief, pages 1 & 2).                                        
               In response to Appellant’s arguments, the Examiner provides             
          a lengthy discussion of the transmitting pattern of antennas                 
          (answer, pages 8-11) and concludes that the interfering signals              
          can be taken out of the pattern by moving the antenna and tuning             
          it to get a better signal (answer, pages 9).  The Examiner                   
          further asserts that the claimed moving the antenna away from the            
          center line of the satellite does not require moving the antenna             
          away from perfect signal quality (answer, pages 9 & 10).                     

                                          4                                            





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

Last modified: November 3, 2007