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Patent Cooperation Treaty Yearly Review – 2022
The International Patent System
Comprehensive facts, figures and analysis of the international patent system. Special theme: How the COVID-19 crisis affected PCT application filings
Año de publicación: 2022
Hague Yearly Review 2022 - Executive Summary
International Registration of Industrial Designs
This executive brief identifies key trends in the use of the WIPO-administered Hague System for the International Registration of Industrial Designs.
Patent Landscape Report - Hydrogen fuel cells in transportation
Over the next decade, transforming the transportation sector to put it on a Net Zero pathway will require a combination of technological innovation, government and corporate decision-making, and adapted customer behavior. Reducing greenhouse gas emissions by transportation, a sector responsible for almost 24 percent of direct carbon dioxide emissions from fuel combustion is crucial. This WIPO Patent Landscape Report provides early observations on patenting activity together with complementary information from online news, press releases and corporate financial reporting in the field of hydrogen fuel cells in transportation.
WIPO Magazine, Issue 1/2022 (March)
The WIPO Magazine explores intellectual property, creativity and innovation in action across the world.
Madrid Yearly Review 2022
International Registration of Marks
Comprehensive facts, figures and analysis of the international registration of marks.
Hague Yearly Review 2022
Comprehensive facts, figures and analysis of the international registration of industrial designs.
Guide to the Madrid System International Registration of Marks under the Madrid Protocol
This Guide is primarily intended for applicants for, and holders of, international registrations of marks, as well as officials of the competent administrations of the members of the Madrid Union. It covers the various steps of the international registration procedure and explains the essential provisions of the Protocol Relating to the Madrid Agreement Concerning the International Registration of Marks and the Regulations under the Protocol.
Directing innovation towards a low-carbon future
Economic Research Working Paper No. 72
Achieving the ambition of limiting global warming to 1.5°C to 2°C by the end of the century as enacted in the Paris Climate Agreement will require massive investments in environmental technologies and a forceful change of path away from high-carbon technologies. This report presents novel descriptive evidence on global trends in patenting in low-carbon technologies, with a particular focus on the energy and road transport sector. The analysis discusses the role of public policies in driving the rate and the direction of innovation for a low-carbon future.
Innovations in the exploration of outer space
Economic Research Working Paper No. 71
Human exploration of outer space has stimulated multiple innovations from both government and private sources. The decision to invest vast sums of money over a short period of time for the moon programs of the 1960s radically increased the level of innovation. Accomplishing this required new forms of energy for launch and space operations, reductions in the weight of components, and advanced computational capabilities, among many other technological improvements. The organization and management of bringing all of the components together was also essential. This report discusses economic aspects and overall benefits of those innovations as they fit into the prior and continuing push for advanced space capabilities.
Second World War and the direction of medical innovation
Economic Research Working Paper No. 70
This paper provides an overview of the role of the United States of America (U.S.) Second World War research effort on the direction of innovation, with a particular focus on medical research. It provides an overview of the U.S. wartime research program, reviews quantitative evidence on the effects of the overall wartime research shock on postwar patenting, describes the wartime medical research effort, and summarizes case studies of five major wartime medical research programs (penicillin, antimalarials, vaccines, blood substitutes, and hormones) and their effects on postwar R&D. It concludes by drawing out implications for crisis innovation and the direction of innovation in general, discussing mechanisms through which crises may have long-run effects, and highlighting hypotheses warranting further investigation.