Ex parte REINDL et al. - Page 5




          Appeal No. 1997-2008                                                        
          Application No. 08/270,931                                                  


          mean that they function in the same manner.  Nowhere in any of              
          the three references does any external parameter act on the                 
          transponder, nor is there even any allusion to a sensor.                    
          Since Nysen I, Nysen II, and Skeie do not sense any external                
          parameters, we find no reason why the skilled artisan would                 
          replace each of their transponders with a sensor element and a              
          reference element.                                                          
               In addition, Schwartz teaches (column 1, lines 25-28)                  
          that the built in reference element provides independence from              
          temperature and positional effects.  The high sensitivity and               
          resolution mentioned in column 1, lines 28-30, result from the              
          use of semiconductors (see column 1, lines 11-15), not from                 
          the use of a reference element.  As to the high stability                   
          referenced in column 1, lines 29-30, Schwartz does not make                 
          clear what part of the invention is responsible for such                    
          higher stability.  Thus,                                                    
          as the examiner's summary of Schwartz's teachings is                        
          erroneous, the rationale for combining the references is                    
          groundless.  Consequently, we cannot sustain the rejection of               
          claim 1, or any of its dependents, claims 2 through 43.                     


                                          5                                           





Page:  Previous  1  2  3  4  5  6  7  Next 

Last modified: November 3, 2007