Cross-Border Dynamics of IP Modularity: International Patenting in LEDs and Lithium-Ion Secondary Battery Technology

Abstract

To profit from their inventions, multinational enterprises rely on various appropriation and internationalization strategies. Intellectual property modularity serves as a reliable option to master the tradeoff between owning the “right” (i.e., valuable) patents in a technology and sharing other “less valuable” patents to spur innovation and foster technology dissemination. Through an inductive, multi-case approach looking at light-emitting diodes and lithium-ion secondary battery technology, we expand prior intellectual property modularity to incorporate internationalization effects across borders. Relying on patent classifications, we trace the development of these two technologies and key multinational enterprises in various countries longitudinally from 1990 to 2018. We introduce the Dynamic IP Modularity Application Matrix and demonstrate that integrating the firm and country levels yields insights into dynamic internationalization developments, particularly when considering the drawbacks to intellectual property modularity. Herein, decision-makers need to secure not only currently valuable but also potentially valuable intellectual property to successfully apply an international intellectual property modularity value capture strategy.

Patents and Sustainable Medical Treatment in Developing Countries: Lessons from COVID-19 Vaccines

“…Hence, those companies operating in the pharmaceutical industry need an incentive mechanism to encourage the development of new medicines. As one way of providing this incentive [7,16], patents are crucial to the industry [9]. The manufacturers of innovative drugs are at risk during the R&D process, and the patent system incentivizes them with up to 20 years of patent protection [15,17,18].…”