Ex Parte CHUBB et al - Page 3




          Appeal No. 2003-0730                                                        
          Application No. 09/323,650                                                  


               Appellants have not set forth separate groupings of the                
          claims under the appropriate heading at page 4 of the Brief.                
          Accordingly, the groups of claims separately rejected by the                
          examiner stand or fall together.                                            
               Upon thorough review of the opposing positions advanced by             
          appellants and the examiner, it is our judgment that the                    
          examiner's rejection of claims 1, 10, 13, 16 and 17 under                   
          35 U.S.C. § 102 over Dils is well-founded.  Like appellants, Dils           
          describes an optical temperature sensor comprising an emitter               
          having a selective energy emission band, i.e., blackbody cavity             
          12.  Appellants contend that the claimed "selective emitter is              
          the antithesis of a blackbody" (page 6 of Brief, second                     
          paragraph).  Appellants further submit that "[t]he selective                
          emitter does not emit energy at a wavelength that is a function             
          of the emitter's temperature" (id.).  However, as explained by              
          the examiner, appellants' arguments are not germane to the                  
          claimed subject matter.  Appealed claim 1 does not define a                 
          "selective emitter" but, rather, "an emitter having a selective             
          energy emission band."  As noted by the examiner, the emitter of            
          the optical temperature sensor disclosed by Dils "emits radiation           
          in the wavelength band of 0.3 µm to 1.0 µm for temperature                  
          measurement in the range of 500°-2400°C, as stated in the                   


                                         -3-                                          




Page:  Previous  1  2  3  4  5  6  7  Next 

Last modified: November 3, 2007