Ex Parte Miyachi et al - Page 4




          Appeal No. 2003-1193                                                        
          Application No. 09/570,123                                                  


          desirability of the incorporating of the latch means in the main            
          body of the connector assembly of the type described in Chihara.            
          See Kyomasu, column 8, lines 51-65.                                         
               However, we find no suggestion or motivation to construct              
          Chihara’s sleeve supporter with a plastic material less resilient           
          than the one used to form the main body of Chihara.  As argued by           
          the appellants (Brief, page 3), Chihara employs a metal to                  
          construct its sleeve supporter so that its device 17 can be                 
          welded thereto.  See column 3, line 18.  Kyomasu does not teach             
          that its plastic material used to form the case (second housing             
          corresponding to the sleeve supporter) is useful for the welding            
          purpose.  See Kyomasu in its entirety.  Nor does Kyomasu                    
          recognize the importance of constructing the case (second                   
          housing) with a plastic material which is less resilient than               
          that used to construct the holding section (first housing).  See            
          Kyomasu in its entirety.  Kyomasu teaches that the case (second             
          housing) and the holding section (first housing) are made of a              
          liquid crystal polymer and sometimes, the holding section (second           
          housing) may be made of polycarbonate.  See column 8, line 66 to            
          column 9, line 2.  Kyomasu never indicates that these polymers              
          (plastics) have the claimed resiliency requirements, much less              
          different resiliency requirements.                                          

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