Ex parte MICHAEL et al. - Page 2




                Appeal No. 97-0752                                                                                                            
                Application 08/354,304                                                                                                        


                allowable if rewritten in independent form to include all the                                                                 
                limitations of base claim 1.2                                                                                                 
                         Appellants’ invention pertains to a mechanical coupling                                                              
                device for transmitting rotational movement from one member to                                                                
                another.  A basic understanding of the invention can be derived                                                               
                from a reading of exemplary claim 1, a copy of which is appended                                                              
                to appellants’ brief.                                                                                                         
                         In support of the rejection, the examiner relies on the                                                              
                reference listed below:                                                                                                       
                Moore                             4,240,763                                Dec. 23, 1980                                      
                         Claims 1-4 stand rejected under 35 U.S.C. § 103 as being                                                             
                unpatentable over Moore.  The examiner’s findings with respect to                                                             
                Moore are as follows:                                                                                                         
                         [T]he examiner views member 16 as a particulate charge                                                               
                         residing with a chamber, and means for compressing or                                                                
                         releasing the charge as the transfer of torsional                                                                    
                         forces between the inner and outer shafts 11 and 12                                                                  
                         (described in column 3, lines 8-13). . . . [T]he                                                                     
                         material of the coupling member 16 of Moore is designed                                                              
                         such that it comprises elastomeric material and acts as                                                              
                         a resilient coupling, and such that at predetermined                                                                 
                         stress’ [sic] the member will transfer the applied                                                                   
                         torque between members.  [answer, page 3]                                                                            



                         2The amendment filed on May 9, 1996 subsequent to the final                                                          
                rejection has not been entered.  See the advisory letters dated                                                               
                June 7, 1996 (Paper No. 9) and June 19, 1996 (Paper No. 10).                                                                  
                                                                    -2-                                                                       





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