Ex Parte Hirota et al - Page 3


         Appeal No.  2006-1014                                                      
         Application No. 10/255,081                                                 

              Appellants indicate that claims 1-4 and 7-9 stand together            
         as one group.  (Brief, page 5).  Also, Appellants have not                 
         separately argued the claims in their brief.  As such, we will             
         focus on independent claim 1 (which is the broadest claim on               
         appeal) as the representative claim on which to render our                 
         decision.                                                                  
              Appellants argue that Suzuki does not teach either a “high-           
         rigidity brittle fracture portion” or a “low-rigidity ductile              
         fracture portion” as required by claim 1.  (Brief, page 7).  In            
         order to determine if Suzuki teaches these claim features, we              
         must first determine the meaning and scope of the claim                    
         language.  We look to the specification for any claim term                 
         definitions to be used in construing the claim.  Phillips v. AWH           
         Corporation, 415 F.3d 1303, 1316, 75 USPQ2d 1321, 1329 (Fed.               
         Cir. 2005).  We note that Appellants’ specification defines the            
         “high-rigidity” and “low- rigidity” claim phrases as follows:              
              As used herein, “high-rigidity brittle fracture                       
              portion” can be defined as a component that has a                     
              large repulsive energy at unit deformation (load [N]                  
              versus deformation) and that undergoes fracture at                    
              small deformation, and “low-rigidity ductile fracture                 
              portion” can be defined as a component that has a                     
              small repulsive energy at unit deformation (load [N]                  
              versus deformation) and that undergoes fracture at                    
              high deformation. Specification, page 3, lines 9-17.                  



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