Ex parte RIEKKINEN et al. - Page 4




          Appeal No. 2001-0558                                                        
          Application No. 08/966,708                                                  

          (Paper No. 22) for the respective positions of the appellants               
          and the examiner with regard to the merits of these                         
          rejections.                                                                 
                                     DISCUSSION                                       
               Page 1, lines 12 through 32, of the appellants’                        
          specification describes the admitted prior art in the                       
          following words:                                                            
               For the assay of different liquids, analytic                           
               laboratories employ automatic analyzers in which the                   
               liquids to be assayed are placed in reaction                           
               vessels, designed to perform simultaneously as                         
               cuvettes of high optical quality.  Generally, a row                    
               of reaction vessels or single-cell cuvettes may be                     
               combined into a multicell module of reaction                           
               vessels, separated from each other by a vertical                       
               wall and cast into a single-piece row.  Herein, the                    
               reaction vessels are adapted side-by-side into an                      
               integral module with a common wall separating any                      
               two adjacent vessels and the long vertical sides of                    
               the multicell cuvettes made straight so that the                       
               multicell cuvettes in turn can be placed side-by-                      
               side into a contiguous row in which the long sides                     
               of the cuvettes are tightly adjacent to each other.                    
               Thus, the cuvettes can be stored in a rectangular                      
               container during transport and other handling.  Such                   
               a multicell cuvette design is disclosed in US Pat.                     
               No. 4,690,900.  Cuvettes of the above-described type                   
               are easy to handle and give reliable measurement                       
               results.                                                               
               As conceded by the examiner (see page 3 in the answer),                
          the package of multicell cuvettes embodied by the admitted                  


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