Ex parte SHORT et al. - Page 2




          Appeal No. 95-2867                                         Page 2           
          Application 07/744,324                                                      


          familiarity with the entire record.  A preponderance of the evidence        
          of record supports each of the following fact findings.                     
          A.   The nature of the case                                                 
               1.  This is an appeal under 35 U.S.C. § 134 from the final             
          rejection of claims 34, 35, and 39.  (Paper 12 at 1.)  No other             
          rejections are before us.  The examiner has indicated that claims 1-        
          33, 36-38, 40, and 41, which are the only other claims pending, are         
          all allowed.  (Paper 9 at 1.)                                               
               2.  The application on appeal was filed on 13 August 1991.             
          (Paper 1 at 1.)  Appellants have not claimed any benefit under              
          35 U.S.C. §§ 119 or 120.  At the hearing, Appellants' counsel               
          confirmed that Bose Corporation is the real party in interest.              
               3.  The application is entitled "AM noise reducing".                   
          Appellants report that alternating-current (AC) power lines are a           
          common source of radio-frequency noise.  (Paper 1 at 2:21-3:19.)  The       
          subject matter of the claimed invention is a method for reducing            
          received noise in amplitude-modulated (AM) signals.  (Paper 1 at 1.)        
          The only independent claim on appeal defines the claimed invention as       
          follows (Paper 1 at 25):                                                    
                    34. A method of processing an AM signal comprising                
               the steps of:                                                          
                    filtering at least a first portion of said AM                     
               signal to obtain a predetermined spectral range of                     





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