Ex Parte Jones et al - Page 5




          Appeal No. 2004-2053                                                        
          Application 09/773,704                                                      



          fuel cell terminals.”  See the Brief, page 14.  However, the                
          appellants argue that Bonnefoy does not teach or suggest                    
          “determining whether to route excess energy to the battery; and             
          thus, it follows, Bonnefoy does not teach or suggest selectively            
          routing based on such a determination” as required by claim 1.              
          See the Brief, page 15.  We do not agree.                                   
               As pointed out by the examiner (Answer, page 5), Bonnefoy              
          teaches at column 2, lines 58-60 that “[i]f the load 4 requires             
          an electric power lower than the one available at the fuel cell 1           
          terminals, the battery takes profit from the excess of electric             
          energy and recharges.”  Implicit in this teaching is that some              
          form of determination is necessarily or inherently made as to               
          routing excess electric energy to a battery before the excess               
          energy is delivered to the battery.  Even if the excess electri-            
          cal energy is automatically routed to a battery as urged by the             
          appellants, the term “automatically” as explained by the examiner           
          at page 6 of the Answer implies having a self-acting or self-               
          regulating mechanism.  In other words, some form of determination           
          is made by one of ordinary skill in the art or by a self-                   
          regulating mechanism regarding whether to route the excess                  



                                          5                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  Next 

Last modified: November 3, 2007