Ex Parte DE HAAN et al - Page 3




          Appeal No. 2003-1085                                                        
          Application No. 09/190,670                                                  

          to which each rejection applies, i.e., claims 1 and 4.  See In re           
          Ochiai, 71 F.3d 1565, 1566 n.2, 37 USPQ2d 1127, 1129 n.2 (Fed.              
          Cir. 1995); 37 CFR § 1.192(c)(7)(1997).                                     
                                       Claim 1                                        
               The appellants’ claim 1 claims a method comprising supplying           
          every third frame without motion vectors or motion parameters,              
          and motion-compensated predictively encoding that every third               
          frame using motion vectors between a preceding pair of frames.              
          The transition term “comprising” opens the claim to steps other             
          than those recited.  See In re Baxter, 656 F.2d 679, 686, 210               
          USPQ 795, 802 (CCPA 1981).  Such steps include motion-compensated           
          predictively encoding frames other than every third frame using             
          motion vectors between a preceding pair of frames.  This claim              
          interpretation is consistent with the appellants’ specification.            
          The specification discloses motion-compensated predictively                 
          encoding picture P3 using motion vectors between a preceding pair           
          of frames (MVP1-P2) and then motion-compensated predictively                
          encoding picture P4 using motion vectors between a preceding pair           
          of frames (MVP2-P3), and discloses that this process can go on              
          indefinitely (page 10, lines 18-33).                                        
               Suzuki discloses a method of motion-compensated predictively           
          encoding image signals wherein “the direct mode may predictively            

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