Ex parte SONG et al. - Page 7




          Appeal No. 1998-0942                                                        
          Application No. 08/324,038                                                  


          perceivable through the viewing aperture in indoor and outdoor              
          environments."  Independent claim 10 further requires that the              
          magnification produced by the optical system be "more than                  
          approximately 10x."  Moreover, dependent claim 27, for                      
          example, requires that each pixel in the LED array utilizes                 
          "less than approximately 50A of current in an ON condition."                

               None of these additional limitations are in the patented               
          claims and the examiner recognizes this.  Thus, the examiner                
          turns to Nishizawa for a teaching of a display comprising a                 
          plurality of LEDs wherein the luminance of the LEDs is                      
          proportional to the value of the current flowing therethrough.              
          From this, the examiner concludes that it would have been                   
          obvious "to obtain the luminance of LEDs which is less than 15              
          feet [sic, fL] since the luminous intensity of LEDs could be                
          decreased from 100 to zero vs current" [answer-page 4;                      
          emphasis ours].                                                             

               The examiner’s reasoning is faulty since there is no                   
          suggestion within Nishizawa for having a real image luminance               
          of "less than approximately 15fL," as claimed.  Yes, it is                  
          possible that the luminance in Nishizawa could be decreased to              
                                          7                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  13  14  Next 

Last modified: November 3, 2007