Ex parte KUROKI et al. - Page 4




          Appeal No. 98-1529                                         Page 4           
          Application No. 08/446,375                                                  


          perspective, one of ordinary skill in the art would have                    
          understood from the specification that the treatment of the                 
          component of the enclosed hard disk drive could include coating             
          the component of the hard disk enclosure with a porous layer,               
          whereupon the micro holes would originate in the coating.                   
          Thus, we cannot agree with the examiner that the appellants’                
          were not in possession of this feature of the invention when                
          the application was filed.                                                  
               This rejection is not sustained.                                       
                The Rejection Under 35 U.S.C. § 112, Second Paragraph                 
               The examiner finds two problems with the language of claim             
          6.  The first is that the phrase “treating a surface” is                    
          unclear.  He has not, however, provided reasons why this is the             
          case, and we can find none.  Second, the examiner contends that             
          whereas the claim recites that forming the micro holes                      
          increases the size of the treated surface, it actually is                   
          decreased.  It is clear to us, however, that such is not the                
          case.  Considered in the light of the specification, it is                  
          clear that “area size” and “surface” should be interpreted as               
          applying to the total exposed area, including both the planar               
          surface and the inner surfaces of the micro holes.                          







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

Last modified: November 3, 2007