Ex Parte Button et al - Page 2




         Appeal No. 2003-0587                                                  
         Application No. 09/533,514                                            


         consideration by the examiner pursuant to a restriction               
         requirement. Claims 1 through 19, 36 and 42 through 44 have been      
         canceled.                                                             

         As noted on page 1 of the specification, appellants’                  
         invention relates to a case packer designed to pack containers        
         (typically bottles or cans) into cases or trays at speeds up to       
         40 cases per minute. The particular problems addressed by             
         appellants relate to perceived deficiencies in prior art lift         
         table arrangements associated with such drop-type case packers        
         1) where high levels of shock loading are transmitted to              
         containers released from the grid section of the case packer when     
         they fall into the empty cases or trays on the lift table, and        
         2) with concerns over machine speed. In the paragraph bridging        
         pages 6 and 7 of the specification, appellants make note that         
             [t]he lifting table of the present invention is motor             
             driven and controlled to limit the shock loading                  
             experienced by the containers as they are positioned              
             within the cases. The lifting table includes a pair               
             [sic] spur gears driven by the motor in meshing                   
             arrangement with a pair [sic] rack gears each mounted             
             to a table and a novel gear guide to maintain proper              
             engagement between the racks and gears and further to             
             provide for backlash adjustment between the gears. A              
             vibration and shock absorbing mount is used to position           
             the motor to the machine to eliminate shock loading               
             effects on the drive system and on the containers                 
             themselves.                                                       

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