Ex parte BARON et al. - Page 2




          Appeal No. 96-0417                                         Page 2           
          Application No. 07/951,308                                                  

               The appellants' invention relates to a method of                       
          dispensing  a fluid having a non-linear characteristic of flow              
          onto a work                                                                 
          piece in a controlled manner in response to a corrected                     
          (linearized) compensated signal.  According to appellants,                  
          "[t]he invention provides for a more uniform bead size and                  
          linear deposition rate of coating material, improved economy                
          of material, and improved quality of the coated product                     
          (specification, page 8, lines 11-14).  An understanding of the              
          invention can be derived from a reading of exemplary claims 33              
          and 43 (the only independent claims on appeal), which are                   
          reproduced below.                                                           
               33. A method of maintaining a controlled relationship                  
          between a variable input signal and the actual dispensing rate              
          of a fluid having a non-linear characteristic of flow from a                
          dispensing device, the method comprising the steps of:                      
               dispensing fluid from the device onto a workpiece by:                  
                    (1) receiving an input signal;                                    
                    (2) modifying the received input signal as a                      
          function       of a measurement of a first flow of the fluid                
          from the       device to produce a compensated signal;                      
                    (3) correcting the compensated signal with stored                 
               correction data to generate a corrected compensated                    
          signal    to produce the actual dispensing rate having the                  
          controlled     relationship to the received input signal; and               








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