Ex Parte YAMASAKI - Page 4




          Appeal No. 2001-2662                                                        
          Application No. 09/124,962                                                  


          to them, but rather a strained reading of the reference on the              
          features of the claims.  The examiner’s correlations appear to us           
          to be rather force fed and not reasonable to the artisan.  We               
          generally agree with appellant’s observations at page 3 of the              
          reply brief that neither the voltage V1 nor the voltage at the              
          node between Resistor R3 and R4 is a power supply voltage in                
          Lim’s figure 2.  R3 and R4 would be readily recognized by the               
          artisan as together providing a voltage dividing function.  As              
          such, the resistor R4 cannot be considered as a separate unit for           
          performing a predetermined operation as asserted by the examiner.           
               These conclusions are buttressed by our consideration of               
          Lim’s prior art figures 1 and 2 together with their corresponding           
          description at column 1 of this reference.  A study of the                  
          teachings associated there with both figures 1 and 2 clearly                
          indicates that Lim sees as part of the prior art to him internal            
          power supply conversion circuits separately shown and described             
          in each respective figure but which each supply only a single               
          internal power supply voltage VINT.                                         
               Thus, in the context of the electronic device associated               
          with these figures, which is clearly indicated to be a                      
          semiconductor memory element, the relied upon figure 2 showing              
          does not provide a first internal circuit coupled to receive a              

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