Ex Parte Hossain et al - Page 3




          Appeal No. 2004-0627                                                        
          Application No. 09/766,965                                                  


               Appellants have neither grouped nor argued separately the              
          claims on appeal (see page 4 of Brief).  Accordingly, all the               
          appealed claims stand or fall together with claim 1.                        
               We have thoroughly reviewed the respective positions                   
          advanced by appellants and the examiner.  In so doing, we find              
          that the examiner's rejection of the appealed claims is free of             
          reversible error.  Accordingly, we will sustain the examiner's              
          rejection for essentially those reasons expressed in the Answer.            
               As set forth by the examiner, appellants apparently concede            
          that Williams discloses an MOS device that comprises regions 155,           
          125 and 129 that meet the requirements for appellants' first                
          region of a second conductivity type formed in the substrate, and           
          that regions 163a/169a of Williams anticipate the claimed contact           
          region.  Appellants also state that the contact region of                   
          Williams "is arguably coupled to the channel under gate 145a                
          through electrode 169a and source region 159a" (page 6 of Brief,            
          third paragraph).  Accordingly, we agree with the examiner that             
          the dispositive issue on appeal is whether Williams describes the           
          claimed "field oxide region formed between the second region and            
          the contact region."  On this point appellants present the                  
          following argument:                                                         
               As can be seen in FIG. 25O of the reference, there is                  
               no field oxide region between p-type source region 159a                

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