Ex Parte WALL et al - Page 9


         Appeal No. 2001-0130                                                       
         Application No. 09/050,491                                                 

         ranging to a maximum of about ten hours; and (d) removing the              
         ceramic substrate from the chamber, the discrete metal-covered             
         area having nickel diffusion-bonded thereto.  (Column 3, lines             
         26-46.)  Park ‘942 further teaches that the process is carried             
         out in an inert atmosphere.  (Column 6, lines 12-26.)                      
              The examiner’s basic theory behind the conclusion of                  
         anticipation is that the inert atmosphere described in Park ‘942           
         meets the limitation “at least one inert material is in floating           
         contact with at least a portion of said at least one receiving             
         metal” recited in appealed claim 1.  We disagree.                          
              As described in the specification (page 4, lines 14-30;               
         page 8, lines 12-23; page 10, line 10 to page 11, line 6), the             
         recited “inert material” is an inert “stand-off material” that             
         is solid.  Accordingly, we find the examiner’s interpretation of           
         “inert material...in floating contact” as including gaseous                
         atmospheres to be unreasonable.  It follows then that Park ‘942            
         does not describe each and every element of appealed claim 1.              

                  Rejection III: 35 U.S.C. § 102(b) over Park ‘095                  
              As pointed out by the examiner (answer, page 5), Park ‘095            
         describes a process that anticipates claim 1.  Specifically,               
         Park ‘095 describes a process comprising: (a) providing an                 
         ultrasonically cleaned ceramic chip carrier with tungsten                  

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