Ex Parte Albert et al - Page 9



          Appeal No. 2005-1348                                                        
          Application No. 09/534,466                                                  

               The examiner contends that Huth discloses the instant                  
          claimed subject matter, with the mode change signal coming from             
          the input by an operator, through operator means 36, in the form            
          of push buttons of levers and control means 35.  The examiner               
          explains that the white web mode of the instant invention is                
          equivalent to the webbing mode or the reverse mode in Huth since,           
          in both of these modes, no printing is taking place while the web           
          is being fed.  Specifically, the examiner points to column 3,               
          lines 26-43, of Huth for a disclosure of slack removal (reverse)            
          and normal running (printing) operation, indicative of different            
          tensions in different modes.                                                
               In our view, the examiner reasonably explains that when a              
          new roll of paper is to be installed in Huth, the web needs to be           
          webbed-up through the printing press to the printing unit and any           
          slack removed by reversing the web feed.  Such preparatory                  
          operations are carried out at a relatively low speed and tension.           
          This is borne out by column 3, lines 26-31, of Huth.  Then, when            
          the operator presses the run button, this generates a signal                
          indicating a change to a printing mode from a white web mode, and           
          the printing press starts to run at a greater web speed and                 
          tension to carry out the printing operation.  Thus, the infeed              
          tension is increased in response to a signal indicating a change            
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