Ex Parte Zschieschang et al - Page 4

               Appeal  2007-1932                                                                            
               Application 11/066,550                                                                       
                      The following findings of fact and any set out in the Discussion are                  
               supported by a preponderance of the evidence of record.  To the extent a                     
               finding of fact is a conclusion of law, it should be treated as such.                        
                      Zschieschang Application                                                              
               1. The application on appeal, 11/066,550, was filed 28 February 2005, as                     
               a continuation of                                                                            
                      PCT/DE03/02837, which was filed 25 August 2003, and which claims                      
               the benefit or priority under 35 U.S.C. § 119 of German application                          
                      DE 102 40 105.5, which was filed 30 August 2002.                                      
               2. According to the specification, conductive organic polymers can be                        
               used to fabricate structures on substrates for electronic microchips in a                    
               "relatively uncomplicated manner" using suitable printing techniques.                        
               (Specification at 1:14–23.)                                                                  
               3. The inventors indicate that their method avoids costly process steps                      
               associated with photolithography, and that it can yield high resolution,                     
               unlike mechanical patterning (Specification at 2:22–31) and inkjet printing                  
               of polymer layers (id. at 2:32 to 3:18).                                                     
                      Okazaki                                                                               
               4. Okazaki3 describes an intaglio printing process for making fine                           
               patterns for electrical circuits, etc., in which a fine pattern of a "setting type"          
               ink is applied to an intaglio printing plate, at least partially setting (i.e.,              
               hardening) the ink, and then pressing the printing plate against a print object              
                                                                                                           
               3 Satoshi Okazaki et al., EP 0,402,942, Method of Printing Fine Patterns,                    
               published 19 December 1990.                                                                  
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