Ex parte FURUKAWA et al. - Page 4




          Appeal No. 1996-2805                                                        
          Application No. 08/103,055                                                  


          characteristics.                                                            
               As evidence of obviousness of the herein claimed subject               
          matter, the examiner relies on the Hayashi patent.  Although                
          each of the appealed claims requires a negative electrode                   
          formed from materials other than lithium metal, Hayashi's                   
          invention is directed to a secondary cell using a negative                  
          electrode formed from lithium.  Referring to Figure 1 of                    
          Hayashi, it can be seen that the negative electrode of the                  
          Hayashi cell specifically includes lithium metal 7 along with               
          carbonaceous material 6.  Indeed, the entire object of Hayashi              
          is the improvement of a lithium-containing cell.  Thus,                     
          nothing in the Hayashi reference suggests any reason to use                 
          the prior art carbonaceous materials  without lithium metal.                
                                                       Referring to the               
          disclosure of Hayashi at column 1, lines 12 through 15, which               
          indicates that a secondary cell formed from a conjugated                    
          pyrolysis residue of a high polymer has been used as either                 
          the anode or a cathode as proposed in Japanese Patent                       
          Publication No. 58-93176 published June 2, 1983, the examiner               
          contends that the elimination of lithium from the Hayashi                   
          patented secondary cell represents nothing more than the                    
                                          4                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  Next 

Last modified: November 3, 2007