Ex parte WATANABE et al. - Page 4




          Appeal No. 95-1987                                                          
          Application 08/076,475                                                      



          utilizing a "high frequency" dielectric heating technique.  In              
          the "Description of the Prior Art" section of appellants'                   
          specification, at page 3, appellants acknowledge that rubber                
          compounds have been vulcanized using UHF (ultra high fre-                   
          quency) dielectric heating.  However, in such processes,                    
          appellants indicate that vulcanizing and molding must be                    
          carried out separately.  According to appellants, the rubber                
          compounds utilized in such prior art processes possess a                    
          relatively low dielectric loss factor which necessitates the                
          use of ultra high frequency as predicted by the well-known                  
          heating rate equation.  Generally see the specification at                  
          page 3 and the specification at page 1, line 32, through page               
          3, line 1.                                                                  
                    Appellants' invention involves the preparation of a               
          rubber compound having a dielectric loss factor of more than                
          0.20 which enables appellants' process to accomplish "high                  
          frequency dielectric heating at a frequency less than 100                   
          MHZ."  Thus, in an apparent reference to calculations made                  
          using the well-known heating rate equation, appellants state                
          in their specification at page 9, lines 33-38, that:                        

                                          4                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15  Next 

Last modified: November 3, 2007