Ex parte KIM - Page 3




          Appeal No. 1997-3964                                                        
          Application No. 08/319,658                                                  


               Claims 1 through 9 stand rejected under 35 U.S.C. § 103                
          as being unpatentable over appellant’s admitted prior art in                
          view of Fukuyama and either Gotoh and Kitami.                               
               Reference is made to the briefs and the answer for the                 
          respective positions of the appellant and the examiner.                     
                                       OPINION                                        
               The obviousness rejection of claims 1, 3 and 5 is                      
          sustained, and the obviousness rejection of claims 2, 4 and 6               
          through 9 is reversed.                                                      
               Appellant has provided a detailed analysis of Teranishi                
          (Brief, pages 9 through 13).  Excerpts of such analysis of                  
          Teranishi are as follows:                                                   
                    Teranishi relates to a device for controlling                     
               the location of various components in a VTR.  As                       
               shown in Fig. 2, the device comprises a mode                           
               selecting circuit 41 to 45, a read only memory (ROM)                   
               46, a motor control circuit 47, a comparator 48,                       
               position detecting switches 49a and 49b, and a                         
               loading latch 50 . . . .                                               
                    The ROM 46 inputs the specified mode signal D .                   
                                                                 1                    
               . . and outputs a motor control signal D , a                           
                                                       3                              
               comparison signal D , and a particular mode signal D3                              
                                  4                               5                  
               . . . .  The motor control signal D  is input by the                   
                                                  3                                   
               motor control circuit 47, and such circuit 47                          
               rotates the motors M  and M  . . . .  As shown in1      2                                           
               Fig. 4, if the motor control signal D  equals 8                        
                                                    3                                 
               (1000), the control circuit 47 rotates the motor M1                    
               in a forward direction.  Similarly, . . . the                          
                                          3                                           





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