Ex Parte Severinsson - Page 7

                Appeal 2006-2596                                                                              
                Application 10/869,144                                                                        
                      We recognize that motor 106 produces rotary movement of caliper                         
                lever 126a via output shaft 108, toothed belt 110, pinion 112, a series of                    
                sleeves, spindles, and nuts, cover 120, brake lever 121, eccentric 122, and                   
                eccentric shaft 124 (Findings of Fact 5 and 7) and that spring 14’ produces                   
                rotary movement of caliper lever 126a via ring-shaped slide 16’, interior                     
                sleeve 20’, interior bush 66’, cover 120, brake lever 121, eccentric 122, and                 
                eccentric shaft 124 (Findings of Fact 6 and 7).  Claim 1, however, contains                   
                no limitation that excludes either the motor or spring producing the recited                  
                rotary motion through any number of intermediate components.  Moreover,                       
                claim 1 does not exclude intermediate rotary-to-linear and/or linear-to-rotary                
                movement transformations to produce the recited rotary movement.  In fact,                    
                in the first and third embodiments of Appellant’s disclosed invention, which                  
                are covered by claim 1 (Finding of Fact 2), the compression spring 15                         
                produces rotary movement by first producing linear movement, which is                         
                then transformed into the rotary movement (Finding of Fact 3) that is                         
                transformed into a translational brake applying movement by thrust rod(s)                     
                12, the force transmission mechanism recited in claim 1.  Similarly,                          
                Appellant’s electric motor 3 rotates its drive shaft 4 to provide rotary                      
                movement, which is transmitted, via coupling 5, coupling shaft 6, gear 7,                     
                planet gear 8, and intermediate gear 10, to thrust rod gear(s) 11 of thrust                   
                rod(s) 12, the force transmission mechanism recited in claim 1 (Finding of                    
                Fact 4).                                                                                      
                      In light of the above, we conclude that Appellant has not                               
                demonstrated that the Examiner erred in rejecting claim 1 as anticipated by                   
                Wolfsteiner.  The rejection of claim 1, as well as dependent claims 2-7, 9,                   



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