Ex Parte Kitano et al - Page 2

                  Appeal 2006-3309                                                                                             
                  Application 10/311,263                                                                                       
                  disk, placing an upper disk on a different turntable, applying an adhesive                                   
                  agent in doughnut form onto the upper disk, laminating the upper disk onto                                   
                  the lower disk, and curing the adhesive agents by irradiation with ultraviolet                               
                  light (Br. 2).  Appellants state that by using a smaller amount of adhesive                                  
                  and a smaller radius of the doughnut form on the upper disk as compared to                                   
                  the lower disk any air bubbles contained in the adhesive will be expelled                                    
                  therefrom (Br. 2-3).  Claim 11 on appeal is reproduced below:                                                
                                 11.   A method of laminating optical disks comprising the                                     
                          steps of:                                                                                            
                                         placing a lower disk single sheet on a turntable;                                     
                                         applying an adhesive agent in doughnut form onto the                                  
                          lower disk single sheet;                                                                             
                                         placing an upper disk single sheet on a different                                     
                          turntable;                                                                                           
                                         applying an adhesive agent in doughnut form onto the                                  
                          upper disk single sheet, the amount of the adhesive agent applied onto                               
                          the upper disk single sheet being smaller than the amount of the                                     
                          adhesive agent applied onto the lower disk single sheet and the radius                               
                          of the doughnut form of the adhesive agent applied onto the upper                                    
                          disk single sheet being smaller than the radius of the doughnut form of                              
                          the adhesive agent applied onto the lower disk single sheet;                                         
                                                                                                                              
                                         laminating the upper disk single sheet onto the lower disk                            
                          single sheet in a manner such that the adhesive agent on the upper                                   
                          disk single sheet and the adhesive agent on the lower disk single sheet                              
                          first contact with each other; and                                                                   
                                         curing the adhesive agents provided on the lower and                                  
                          upper disk single sheets by irradiation with ultraviolet light rays to                               
                          form an integrated, laminated optical disk.                                                          



                                                              2                                                                

Page:  Previous  1  2  3  4  5  Next

Last modified: September 9, 2013