Ex Parte Low et al - Page 3




              Appeal No. 2004-1456                                                                  Page 3                
              Application No. 09/624,151                                                                                  


                     Claims 29, 34 and 35 stand rejected under 35 U.S.C. § 103 as being                                   
              unpatentable over Scaringe in view of Camaret.                                                              
                     Rather than reiterate the conflicting viewpoints advanced by the examiner and                        
              the appellants regarding the above-noted rejections, we make reference to the answer                        
              (Paper No. 18) for the examiner's complete reasoning in support of the rejections and to                    
              the brief and reply brief (Paper Nos. 17 and 19) for the appellants’ arguments                              
              thereagainst.                                                                                               
                                                       OPINION                                                            
                     In reaching our decision in this appeal, we have given careful consideration to                      
              the appellants’ specification and claims, to the applied prior art references, and to the                   
              respective positions articulated by the appellants and the examiner.  As a consequence                      
              of our review, we make the determinations which follow.                                                     
                     Claim 24, the sole independent claim before us on appeal, reads as follows:                          
                            24.  In a spacecraft having a plurality of surfaces, including                                
                            at least one radiating surface and at least one solar loaded                                  
                            surface, a heat dissipating system for dissipating heat from a                                
                            spacecraft payload comprising:                                                                
                                   an evaporator which receives a fluid medium heated                                     
                            by said payload, and evaporates said medium producing an                                      
                            evaporated fluid medium at a first operating temperature,                                     
                                   a compressor which receives the evaporated fluid                                       
                            medium and compresses the evaporated fluid medium                                             
                            raising the temperature of the evaporated fluid medium to a                                   
                            second operating temperature which is greater than the                                        
                            temperature of the at least one solar loaded surface; and                                     








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