Ex parte WATTS et al. - Page 7




          Appeal No. 97-3423                                                          
          Application 08/336,134                                                      

               Referring to Figure 24, the system planar board 90                     
          includes, inter alia, a microcontroller 232, an electrically                
          programmable read only memory (or "EPROM") 234, and a static                
          random access memory (or "SRAM") 236 (col. 19, line 54 to col.              
          20, line 1).  In contrast to the motherboard contained in the               
          notebook computer, the system planar board 90 does not provide              
          full computer processing control; rather, its purpose is to                 
               control the operation of the . . . motorized docking                   
               system, control the energization of the notebook                       
               computer 12 and selected operating components of the                   
               docking station 14 to prevent potentially damaging                     
               voltage mismatches, provide an operative interface                     
               between the internal operating components in the                       
               docking station and notebook computer, and link the                    
               docked notebook computer to the docking station                        
               drives 72,74,88 and the external peripheral devices                    
               48,50 and 52.  [Emphasis added.] [Col. 11, lines 50-                   
               63.]                                                                   
          The examiner contends (albeit for the first time in the                     
          Answer, at 4) that this "operative interface"                               
               must have been configured[](at some time) for the                      
               hardware to properly communicate between docking                       
               units.  Also, in the design of the docking system                      
               the designer would have selected optimal options and                   
               criteria so that the best possible docking system                      
               would have been achieved.  Swindler et al. wholly                      
               anticipates properly interfacing between docking                       
               units and optimal performance would have been                          
               expected from their system.                                            



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