Appeal 2006-2835 Application 10/033,496 [a]s to the toughness, it is noted that Dontula ‘976 does expressly teach that the upper and lower sheets are chosen to satisfy specific requirements of properties, such as flexural modulus, etc. In particular, a toughness related problem with the element in cutting, punching, slitting, and chopping during transport through a photofinishing equipment is solved (column 5, lines 45-64). [Answer 3-4; original emphasis deleted.] Thus, the Examiner concludes that Dontula ‘976 does teach exactly the same subject matter (an imaging member of the same laminate structure and comprising exactly the same polymers), made by exactly the same process (coextrusion, quenching, orienting, heat setting and laminating), and having the same toughness related required properties for application processing (i.e., having suitable cutting, slitting and chopping properties to be processed through a photofinishing equipment) as the instant invention . . . [and] although Dontula ‘976 is silent about the toughness data, a suitable toughness of each layer is also clearly anticipated by Dontula ‘976, because the imaging member meets the same toughness related required properties for processing through a photofinishing equipment. [Answer 4.] Appellants submit that Dontula ‘976 is not anticipatory because it does not describe “toughness” for the sheets in the base component, arguing that this property “is dependent upon issues such as chemical structure, crosslinking, and the amount and direction of orientation of the polymer sheet,” and “not directly dependent upon modulus and . . . may differ substantially among materials with a similar modulus” (Br. 5). Appellants argue that “[t]oughness and modulus are distinct properties,” explaining the difference (id. 6-7). In response, the Examiner admits that “there is no constant correlation between toughness and modulus” but maintains the grounds of rejection because “nowhere does Dontula ‘976 teach an imaging element which differs from the instant invention in structure, composition, - 5 -Page: Previous 1 2 3 4 5 6 7 8 9 NextLast modified: November 3, 2007