Ex Parte Sudolcan - Page 3




              Appeal No. 2005-2615                                                                       3                                       
              Application No. 09/908,405                                                                                                         


              Clark Corp., 713 F.2d 760, 772, 218 USPQ 781 (Fed. Cir. 1983), cert. denied, 465 U.S.                                              
              1026 (1984).                                                                                                                       
                     The examiner’s findings in support of the rejection can be found on pages 2 and                                             
              3 of the final rejection.                                                                                                          
                     Appellant argues, in regard to claim 1, that Peckels does not describe a serial                                             
              data jumper movable to a first position that inhibits the flow of serial communication data                                        
              beyond the volumetric module as required by claim 1.                                                                               
                      The appellant’s specification discloses that volumetric modules 35, 36 etc. for a                                          
               drink dispenser are connected in series as depicted in Figure 2.  Each module 35, 36 is                                           
               serially connected to the next module via a bus 30.  The modules include serial data                                              
               jumper 39 which includes a single throw switch 40 with and interface 41 to one of the                                             
               I/O ports 38.  In the address assignment of the present invention, all of the switches of                                         
               the each module is set to the open position.  The system first determines whether there                                           
               is a non addressed module on the bus.  As the switches are all open, the only module                                              
               that is on the bus is the first module 35 and therefore it is the only module which is non                                        
               addressed on the bus.  The system then assigns an address to the first module and                                                 
               closes the switch in the first module so that the second module is now on the bus.  The                                           
               system then asks whether there are any non addressed modules on the bus and                                                       
               because module one has received an address, the only non addressed module is the                                                  
               second module.  The system then assigns an address to the second module.  In this                                                 

















Page:  Previous  1  2  3  4  5  6  7  8  Next 

Last modified: November 3, 2007