Ex Parte MOHRI et al - Page 5



            Appeal No. 2000-1869                                                                       
            Application No. 08/922,478                                                                 
            that this pressure “would not be much different” than the claimed                          
            atmospheric pressure given experimental error.  Id.                                        
                  The examiner finds that the claims of S.N. 08/606,679                                
            “overlap in scope of subject matter claimed.”  (Answer, page 5).                           
            Similarly, the examiner finds that the claims of S.N. 08/730,217                           
            “overlap in scope of subject matter claimed.”  Id.                                         
                  The claims on appeal require that the transition alumina is                          
            obtained by calcination of aluminum hydroxide, which in turn is                            
            prepared by hydrolysis of aluminum isopropoxide (e.g., see claim                           
            1 on appeal).  On this record, the examiner has not presented any                          
            factual findings from any applied reference by citing any                                  
            disclosure or suggestion (or pointed to any claimed subject                                
            matter of copending applications S.N. 08/606,679 or S.N.                                   
            08/730,217) regarding the first step in the claimed process,                               
            i.e., the hydrolysis of aluminum isopropoxide to form aluminum                             
            hydroxide (see the findings discussed above and the Answer in its                          
            entirety).  On this record, the examiner has not taken notice or                           
            cited evidence that the hydrolysis of aluminum isopropoxide to                             
            form aluminum hydroxide is conventional or well known in the art                           
            (id.).  As correctly argued by appellants, the teachings of the                            
            applied references and the claims of the cited applications do                             


                                                  5                                                    




Page:  Previous  1  2  3  4  5  6  7  8  9  Next 

Last modified: November 3, 2007