Ex Parte OZAWA et al - Page 6




          Appeal No. 2004-0557                                                        
          Application No. 08/829,187                                                  

          image signal has to be multiplied by 1 (i.e., 1-K) in multiplier            
          24 before it arrives at adder 25. This means that the signal from           
          the frame memory is cancelled (due to multiplying it by zero) and           
          thus, only one signal arrives at the adder 25. Therefore, the               
          limitation that the noise reduction system combines two non-                
          noise-reduced signals is not present in Amano (underline added              
          for emphasis).                                                              


          2) If K  0                                                                 
               If K does not equal zero, we find that the signal that was             
          previously stored in the frame memory 27 is noise reduced by                
          having been multiplied by coefficient K in multiplier 26, and               
          that the current signal is noise reduced by having been                     
          multiplied by (1-K) in multiplier 24, before the signals arrive             
          at adder 25 where the signals are then combined. As such, the               
          limitation that the noise reduction system combines two non-                
          noise-reduced signals is not present in Amano (underline added              
          for emphasis).                                                              
               Therefore, we find that Amano does not disclose all the                
          elements of independent claim 1, nor its dependents, claims 2               
          through 6 and 17, as required for an anticipation rejection.                
          Thus, we will not sustain the anticipation rejection of claims 1            
          through 6 and 17.                                                           



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