Ex parte KOIKE et al. - Page 9




          Appeal No. 1999-1663                                                        
          Application No. 08/715,221                                                  


               plus numerous pages of attachments to discuss the                      
               differences between the claimed surface waves vs.                      
               the taught surface waves of  Thompson et al (“836”).                   
               Therefore, it seems as if  “surface waves” are                         
               critical to Appellant’s invention, yet very little                     
               mention was made of said waves in claim 1, (ie the                     
               independent claim in which all of said arguments                       
               addressed). It is of the Examiner’s opinion that the                   
               Appellants’ are reading much more in to [sic] claim                    
               1, and specifically the surface waves than the                         
               chosen claim language warrants.                                        
               At the outset, we find that the specification describes a              
          “surface wave” (page 7) as “a surface wave which propagates                 
          through the surface layer of the test piece,” and (pages 8 and              
          18) as “a surface wave propagating in the surface layer of the              
          test piece.”  In addition, the specification (page 32)                      
          discloses that “[t]he surface layer stress evaluation unit 63               
          evaluates the stress in the surface layer of the test piece                 
          based on the acoustic velocity of the surface wave . . . .”                 
          We are in agreement with the appellants (brief, page 17) that               
          Thompson (‘836) is directed to (col. 3, lines 36-38) a                      
          transverse or shear wave that travels through the thickness of              
          the test block 3 to the opposite face and reflected back to                 
          the transducer.  Thompson (‘836) states (col. 3, lines 21-36)               
          that                                                                        


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