Ex Parte Boutaghou et al - Page 6


                 Appeal No. 2006-2457                                                                               
                 Application No. 10/358,831                                                                         


                 establishing that undue experimentation is required for the skilled artisan to make                
                 or use the invention as disclosed.                                                                 
                       We agree with appellants that the drawings sufficiently illustrate the                       
                 structure of the invention including the spring members.  Furthermore, we agree                    
                 with appellants that the skilled artisan could readily couple such spring members                  
                 to the anchor and suspension in any known manner including conventional                            
                 mechanical coupling methods.                                                                       
                       The operation of the invention is clearly shown in Figs. 5A and 5B of the                    
                 present application.  As shown in those figures, suspension 520 with data head                     
                 530 is swept laterally over storage media 506 by the interaction of the magnetic                   
                 fields generated in the actuator component (i.e., by current flowing in coil 540)                  
                 and magnet 470.  The spring arms 550, however, bias the suspension to neutral                      
                 position 570 due to the expansion and contraction of spring arms 550 [Figs. 5A,                    
                 5B; specification, page 11, line 10 – page 13, line 5].                                            
                       Furthermore, the specification states that the spring arms are designed to                   
                 provide a biasing force that counteracts the applied actuation force from the                      
                 actuation component [specification, page 9, lines 20-23].  To this end, the springs                
                 are designed to be bent out of plane, and the thickness of the spring arms                         
                 depends upon the desired flexibility or biasing force for a particular application --              
                 preferably 200 microns thick [id., lines 23-29].                                                   
                       Based on the disclosure, we see no reason why the skilled artisan could                      
                 not make or use spring arms that are 200 microns thick to provide a biasing force                  


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