Ex Parte YAMASHITA - Page 6



          Appeal No. 1999-2691                                                        
          Application No. 08/590,348                                                  

          that “changes either said read timing signal or said hold timing            
          signal so that the same data from the starting point of the output          
          of the image data is held, when changing the output period of the           
          image data for image enlargement or reduction processing.”  For             
          such a teaching, the examiner turned to Higashitsutsumi.  According         
          to the examiner (answer, page 5), “Higashitsutsumi ‘445 teaches the         
          use of the timing generator (i.e., 111, 112 and 113) for changing           
          the read timing signal so that the same data from the starting              
          point of the output of the image data is held during the image              
          reduction process (see Figs. 7, 8, 10 and 22, col. 6, line 50 -             
          col. 8, lines [sic, line] 68.”  The examiner is of the opinion              
          (answer, pages 5 and 6) that the combined teachings of the                  
          references would “produce a high-quality reproduced picture by              
          using a solid-state image apparatus having a small number of pixels         
          as taught by Higashitsutsumi.”                                              
               Appellant argues (brief, page 11) that Higashitsutsumi “does           
          not utilize any A/D conversion of CCD image signals, but to the             
          contrary inputs the CCD image signals directly to a display,” and           
          is completely irrelevant to the invention set forth in claim 4.  We         
          agree with appellant’s arguments.  Higashitsutsumi is directed to           
          an image pickup apparatus 110, and to the circuitry 111, 112 and            
          113 (Figure 7) for controlling the operation of the image pickup            
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