Ex Parte TANIGUCHI et al - Page 2




          Appeal No. 2003-0450                                                        
          Application 09/394,039                                                      

          claims 21, 25, and 29 have been indicated to be allowable                   
          (examiner's answer, p. 9).  Claims 5, 10, and 27 were amended by            
          amendment after final rejection (Paper No. 15) pursuant to the              
          examiner's recommendation (examiner's answer, Paper No. 19,                 
          p. 9).  Since the examiner noted that claim 5, and presumably               
          claim 10, would be allowable if amended (examiner's answer,                 
          p. 9), we assume that the amendment overcomes the rejection of              
          claims 5 and 10 although the examiner makes no mention of this in           
          the communication (Paper No. 17) noting entry of the reply brief            
          and the amendment.  Since the examiner only noted a problem with            
          the language of claim 27 and did not say that it would be allowed           
          if amended, we assume that claim 27 still stands rejected.                  
               We reverse.                                                            
                                     BACKGROUND                                       
               The disclosed invention relates to a semiconductor memory              
          device capable of performing a high speed read modify write                 
          operation.  Separate pins (or data buses) are provided for                  
          reading data from memory and writing data to memory.  An input              
          address is input to a read address decoding means to address the            
          memory for reading and is also input to an address delay means,             
          such as a first-in first-out (FIFO) buffer.  The address is                 
          delayed for a predetermined number of clock cycles and becomes              
          the write address which is decoded by a write address decoding              


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