We study optimal patent design, contrasting the case that two or more innovations are needed to operate a new technology with the traditional case that a single innovation is directly commercialisable. The major finding is that with complementary innovations the patentability requirements should be stronger than in the case of stand-alone innovation. This reduces the fragmentation of intellectual property, which is socially costly. However, to preserve the incentives to innovate, if a patent is granted the strength of protection should be generally higher than in the stand-alone case.
Optimal patentability requirements with complementary innovations
DENICOLO', VINCENZO;
2012
Abstract
We study optimal patent design, contrasting the case that two or more innovations are needed to operate a new technology with the traditional case that a single innovation is directly commercialisable. The major finding is that with complementary innovations the patentability requirements should be stronger than in the case of stand-alone innovation. This reduces the fragmentation of intellectual property, which is socially costly. However, to preserve the incentives to innovate, if a patent is granted the strength of protection should be generally higher than in the stand-alone case.File in questo prodotto:
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