Ex parte MIYANO et al. - Page 3




          Appeal No. 1999-0884                                                        
          Application No. 08/464,577                                                  


          (page 7, lines 7-11), and providing a connector for the                     
          mounting of the heat sink (page 7, line 26 to page 8, line 8).              
          The film carrier tape has a superimposed metallic layer, which              
          is etched to form the leads and heat sink for the                           
          semiconductor chip                                                          
          (page 6, lines 16-23); the metallic leads extend in a first                 


          direction, and the heat sink extends in a second direction                  
          transverse to the first (page 6, lines 19-28; see Figs. 1 and               
          2).  At least one positioning mark is provided on the heat                  
          sink                                                                        
          (page 7, line 28 to page 8, line 8), and a corresponding mark               
          is provided on the connector, corresponding to the first mark.              
          A heat conducting pattern is formed on the substrate (page 9,               
          lines 1-17), and the heat sink is connected to the substrate                
          through the conducting pattern.  An opening may be provided in              
          the heat sink (page 10, lines 3-11), overlaying the                         
          semiconductor chip.  Radiation fins may be provided at an                   
          outer exposed portion of the heat sink (page 12, lines 6-9).                
          A heat insulator may be provided between adjacent ones of the               
          semiconductor chip devices to                                               
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