Ex Parte Arbab et al - Page 5

                Appeal 2006-2690                                                                                  
                Application 10/101,242                                                                            

                disclose the percent transmittance of visible light through the article is                        
                different when illuminating the first surface as compared to illuminating the                     
                second surface (Br. 6).                                                                           
                       We do not find Appellants’ arguments persuasive.  With regard to the                       
                first argument, non-analogous art arguments are not germane to a rejection                        
                based on section 102.  See In re Self, 671 F.2d 1344, 1350-51, 213 USPQ 1,                        
                7 (CCPA 1982).  With regard to the second argument, we find that Long                             
                discloses a glass article formed by a process as follows:                                         
                       The strip of flat glass is floated on the upper surface of the molten                      
                       metal bath in heat exchange relation therewith.  An admixture of                           
                       powdered glass and a cellulating agent is distributed onto the upper                       
                       surface of the flat glass strip as the strip moves longitudinally through                  
                       the heating chamber.  The admixture is heated to a temperature where                       
                       the powdered glass particles soften and coalesce and the cellulating                       
                       agent reacts to form entrapped bubbles in the coalesced glass particles                    
                       to thereby form a sheet of multicellular glass that is in overlying                        
                       relation with the strip of flat glass.  The sheet of multicellular glass is                
                       fused or bonded to the upper surface of the strip of flat glass to form a                  
                       unitary continuous strip comprising the flat glass and the sheet of                        
                       multicellular glass.  [Col. 1, l. 66-col. 2, l. 9; see also col. 4, ll. 26-32].            
                Thus we find that the glass article disclosed by Long has a surface                               
                comprising at least some particles incorporated into a float glass ribbon.2                       
                We also find that Long discloses that the exposed surface of the                                  
                                                                                                                 
                2 We note that “to incorporate” as recited in claim 34 on appeal is defined in                    
                the Specification as where the added particle material “interacts with, e.g.,                     
                chemically bonds with” or is mechanically entrapped in, or fuses with the                         
                glass of the float glass ribbon (Specification, ¶ [0040]).  Additionally, the                     
                Specification teaches that the particle material can be “fused with, e.g.,                        
                adhered to, the glass ribbon 78” (Specification, ¶ [0044]).  See In re Graves,                    
                69 F.3d 1147, 1152, 36 USPQ2d 1697, 1701, (Fed. Cir. 1995)(During                                 
                examination proceedings, claims are given their broadest reasonable                               
                interpretation consistent with the specification).                                                
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