Sentence examples for data on patents from inspiring English sources

There are many sources of the raw data on patents–not the least of which is the U.S. Patent Office's own online database.

Contrary to claims that H-1B workers are the best and brightest, "on average, [H-1B guest workers] are slightly below the quality of Americans," Matloff said in the article, citing data on patents per capita.

Here, we use patent application data instead of data on patents granted as it usually takes long time for a patent to be granted (on average, 5 years in our data).

An original dataset covering 23 OECD countries over the period 1990 2010 combines the full set of policies in the energy efficiency domain for the residential sector with data on patents applied over the same period in this specific technological sector.

Using data on patents obtained from the CRIOS-PATSTAT database for four EU countries (Germany, UK, France and Italy), we provide empirical evidence that bridging platforms are likely to connect more effectively innovations across distant technological domains, fostering inter-sectoral technological integration and the development of original innovation.

In this study we use data on patents filed with the European Patent Office EPOO) for OECD countries to analyze the impact of physical distance and country borders on inter-regional links in four different networks over the period 1988–2009: (1) co-inventorship, (2) patent citations, (3) inventor mobility and (4) the location of R&D laboratories.

For each country, we use data on patent applications to the European Patent Office in the period 1978 1993 by 1200 1400 manufacturing firms.

The econometric analysis uses survey data on patent applicants at the European Patent Office and addresses the identification problem caused by differences in firms' propensity to patent.

We provide an exploratory and a regression-based comparison of the innovation count data and data on patent counts at the lowest possible levels of geographical aggregation.

The study combines data on scientific co-authorship with data on patent co-invention, at the level of individual researchers, for three science-intensive technology fields, i.e. lasers, semiconductors and biotechnology, in order to assess the extent of the overlap between the two communities and to identify the role of key individuals in the process of knowledge transfer.

Publicly available data on patenting from publicly funded research institutions in Germany does not allow conclusions to be drawn regarding commercial viability of patents.