Ex parte FUJISHIMA et al. - Page 7




              Appeal No. 1999-0528                                                                                     
              Application 08/472,770                                                                                   



              required by the claim is based on speculation and traversed by the noted teachings above                 
              that we have outlined from the reference itself.                                                         
                     We are unpersuaded of appellants' second argument at page 12 of the brief that                    
              the slave register 23 and the master register 22 comprise a single buffer.  Appellants'                  
              urging the Matick's real buffer does not comprise an arrangement of a plurality of rows is               
              misplaced because the single buffer comprises two separate registers which can be                        
              clearly considered to be separate row registers that receive data dumped successively by                 
              row from the DRAM storage array into the master register first and from the master                       
              register into the slave register.  In any event, the examiner has asserted and appellants                
              have noted at page 9 of the brief that column 7, lines 49 through 53 of Matick indicate that             
              there maybe “more than one row buffer per chip.”                                                         
                     Additionally, we note that figure 2 shows that the cache memory comprising the                    
              buffer 15, which in turn comprises the master and slave registers 22 and 23, has the                     
              capacity of 512 bits which is double the arrangement of a single row of the 256 K bit                    
              DRAM array itself.  Thus, each of the respective master and slave registers comprise 256                 
              bits or one row of the DRAM array itself.  This also argues for a proper consideration of the            
              reference indicating an alignment of the storage positions in the master and slave                       
              registers comprising the cache with those particular positions correspondingly located in                
              the DRAM array itself.                                                                                   

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