Ex Parte Patel et al - Page 3


            Appeal No. 2006-3310                                                          Page 3              
            Application No. 10/282,424                                                                        

                         wherein said composition is dispensable at room temperature                          
                   without the application of heat and has a Mil-907-E breakaway torque                       
                   of less than 250 foot-pounds.                                                              
                   20. An article of manufacturer comprising:                                                 
                         a. a dispensing container for housing and returnably dispensing                      
                   a non-flowable anti-seize composition, said container comprising a                         
                   generally elongate hollow body having first and second ends, with one                      
                   of said ends defining a dispense opening;                                                  
                         b. the solid anti-seize composition of Claim 1 within said                           
                   container.                                                                                 
                   21. A method of using the article of Claim 20 comprising:                                  
                         dispensing a portion of said anti-seize composition from said                        
                   dispense opening;                                                                          
                         applying an amount of said portion of said anti-seize composition                    
                   onto a threaded surface of a substrate;                                                    
                         retracting an unapplied amount of said portion of said                               
                   composition through said dispense opening and into said elongate                           
                   hollow body.                                                                               
                   22. A method for preparing a solid anti-seize composition comprising:                      
                         selecting a grease with an ASTM D 217 penetration at 25°C from                       
                   about 200 to about 400 mm;                                                                 
                         selecting a naphthenic petroleum oil with a viscosity of less than                   
                   about 300 SUS at 100°F and an API gravity at 60°F from about 23 to                         
                   about 25;                                                                                  
                         mixing said grease and said oil to form a combined oil/grease                        
                   composition;                                                                               
                         adding and mixing into said oil/grease composition (a) a solid                       
                   anti-seize lubricant; and (b) a polymeric matrix to form said solid anti-                  
                   seize composition.                                                                         
                   24. The composition of Claim 1, wherein said anti-seize composition is                     
                   dimensionally stable up to 130°F.                                                          

                   The claimed anti-seize composition of claim 1 has three recited components:                
            anti-seize lubricant, grease, and a carrier.  The carrier, which can be oil, polymeric            
            matrix, wax or petroleum oil, is present “in an amount to render said composition non-            
            flowable at temperatures greater than about 120°F.”  The term “non-flowable” is not               





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