Ex parte NOBLE - Page 3




          Appeal No. 1998-3078                                       Page 3           
          Application No. 08/365,617                                                  


          area on the silicon level than the conventional cell.  The                  
          invention further provides a segment gate                                   
          and spacer word line integrated with this smaller silicon                   
          level cell design to reduce the area of the whole cell.  In                 
          summary, the invention provides a structure having a reduced                
          cell area because of reductions in area on both levels while                
          providing the transistor in conventional seam-free single                   
          crystal semiconductor.                                                      


               Claim 1, which is representative for our purposes,                     
          follows:                                                                    
               1.   A semiconductor structure, comprising                             
                    a device having a gate, said gate consisting of                   
               an individual segment of gate conductor on a thin                      
               gate dielectric, said device further comprising a                      
               seam-free single crystal semiconductor substrate;                      
               and                                                                    
                    a connector on top of and electrically                            
               contacting said segment gate conductor, said                           
               connector being a conductive spacer rail extending                     
               beyond said device.                                                    


               The references relied on in rejecting the claims follow:               
               Dhong et al. (Dhong)     5,214,603           May  25,                  
               1993                                                                   







Page:  Previous  1  2  3  4  5  6  7  8  Next 

Last modified: November 3, 2007