Ex Parte Kries et al - Page 11

                Appeal 2006-2022                                                                              
                Application 10/092,320                                                                        

                doing so would destroy the function and purpose of Yamamoto’s device.                         
                Ratti, 270 F.2d at 981, 123 USPQ at 352.  See our discussion in the CLAIM                     
                1 section above for further explanation of the reasoning behind our                           
                determination.                                                                                
                      We also add that neither Yamamoto nor Hein discloses a diaphragm                        
                having a periphery with a “raised rim” as recited in claim 8.  Since all the                  
                features of claim 8 are not disclosed by the prior art, the § 103(a) rejection                
                cannot stand.  See In re Vaeck, 947 F.2d 488, 493, 20 USPQ2d 1438, 1442                       
                (Fed. Cir. 1991); In re Royka, 490 F.2d 981, 985, 180 USPQ 580, 583                           
                (CCPA 1974).                                                                                  
                      Accordingly, we cannot sustain the § 103(a) rejection over Yamamoto                     
                in view of Hein of claims 8-13.                                                               

                                                 REMAND                                                       
                      The Examiner should consider rejecting at least claim 1 under                           
                § 102(e) over Yamamoto US 6,505,822 B1.  Yamamoto appears to teach a                          
                vibration-proof device having the following features: an orifice member (11)                  
                (i.e., upper orifice plate); a partition plate (12) (i.e., lower orifice plate) and a         
                generally planar rubber membrane (13) having a central node (33a) and a                       
                diaphragm (34).  The rubber membrane is positioned between the orifice                        
                member (11) and partition plate (12) such that the central node (33a) of the                  
                rubber membrane (13) is in constant contact with both the orifice member                      
                (11) and partition plate (12) (Figure 1).  Moreover, as discussed more fully                  
                below, the “periphery” of the diaphragm 34 is spaced apart from the                           
                partition plate (12) (i.e., lower orifice plate) and is free to move between the              


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