Inventors and Patents From the City of New York
New York City has a long history of innovation and creativity. This history is evidenced by the number of patents assigned to individuals and companies in New York City. For example, Lockheed Martin is the owner of a patent that describes a biometric sample quality assessment method using wavelets and a boosting classifier. The patent was co-authored by Weizhong Yan, Frederick W. Wheeler, Peter H. Tu and Xiaoming Liu.
Developing partnerships with local community organizations
For entrepreneurs and inventors living in New York City, developing partnerships with local community organizations is one of the most effective ways to promote patents and inventors. A patent is the exclusive right to create a new product or process. However, few local inventors take the step to obtain a patent. The process can be frustrating for local inventors, and many fail to obtain patents because of technical and formal errors.
One organization that provides mentoring to inventors in New York City is Inventopreneurs. This organization nurtures startups and entrepreneurs through their Win-Win Concept. This organization provides free one-on-one counseling, workshops, and webinars. It also offers a database of professional advisers.
Another resource that is available for New York City residents is the US Patent and Trademark Office. The Office of Patents and Trademarks offers a variety of services for inventors and entrepreneurs, including help filing patent applications. Additionally, the US Patent and Trademark Office offers a central Inventor and Entrepreneur Resources hub, which gives users centralized access to USPTO products and services.
The Patent Office also has several satellite offices. Its aim is to foster innovation by empowering future innovators and spurring job growth in the United States. It also documents its progress toward these goals. The Unleashed American Innovators Act requires the Patent Office to conduct outreach in local communities and to study whether more satellite offices are needed.
New York City inventors can network with other inventors and entrepreneurs through groups such as the Inventors Association of Manhattan. The group helps inventors improve their skills and ideas, and holds monthly meetings. It also offers a guest speaker every 2nd Monday of the month. The presentation is followed by an open discussion. For example, Stephen Key gave a talk on “How to License Ideas Without a Patent” in a recent event.
Identifying underrepresented inventors
In a recent study, Chetty et al. found that children from higher-income families were more likely to become inventors than their low-income counterparts. In addition, children from white families were more likely to become inventors than those from black families. These findings show that the diversity of inventors is not only geographically limited, but also impacted by gender.
This study points to the need to expose young people to inventors, and shows the value of doing so. In addition, it highlights the value of targeting underrepresented groups by involving demographically similar adults. However, such an exposure program would be expensive. It would also require public funds, which is counterproductive to the goals of innovation and growth.
While there have been improvements in women’s representation in the field of invention, there is still a gender gap. Girls are less likely to become inventors than their male counterparts, even if they do possess technical skills. However, the gender gap is closing slowly. At the present rate, it will take 118 years to reach parity.
One of the greatest challenges facing technology companies is diversifying their inventors’ workforce. It has been shown that a child who is in the 75th percentile of their birth cohort will have a 37% higher chance of becoming an inventor than a child who is at the 25th percentile. This result indicates that a child who is relocated from CZ at the 25th percentile of their birth cohort will have more chances of becoming an inventor.
Another obstacle to the inclusion of women in the field of technology development is a lack of STEM education. Furthermore, women are less likely to stay in STEM fields long enough to become an inventor. A diverse inventor community is more likely to produce a wide variety of inventions. It also has a greater chance of identifying new innovations.
The USPTO report points to an important trend: women are more likely to be female inventors in areas where teamwork is important. Similarly, female inventors tend to specialize in fields where female predecessors have already cleared the way. For example, the field of chemistry has seen several female patent holders, including late DuPont’s Stephanie Kwolek, who discovered the material Kevlar.
Identifying companies that have been assigned patents
Identifying companies that have been assigned patent from the City of New York is an important part of the patenting process. This is especially true when it comes to biopharmaceutical patents. Biopharma patents are those that deal with biotechnology and pharmaceuticals. These patents are often assigned to small startups and individuals, which may be difficult to identify.
A patent database is often useful in identifying companies that have been assigned patents from the city. Companies that have a large number of patents from the city are a good candidate for clustering. In a patent database, assignees can be identified by their patent publication numbers, which can be linked to USPTO or OECD databases. Patents can also be grouped by patent inventors, assignees, and year of application.
Patent data provide useful information about knowledge production, innovation, and technology evolution. A major challenge in extracting useful information from patent data is name disambiguation. Name disambiguation is a process that uniquely identifies parties that have participated in knowledge production. In patent data, this process uses high-resolution geolocation and an algorithm to separate patent assignees from their names.
Patent data can also be used to identify innovation city-regions worldwide. By using patent data to identify innovative companies, city-regions can be classified as high-tech hubs. Patent data can also be used to understand the changes in R&D and collaboration between innovators and assignees.
Identifying companies that have been assigned patent from the City of New York can be difficult if geolocation is not available. However, patent disambiguation can help in this case. For example, a patent for a company with an address in the city of New York has four co-inventors. Two of them live in the city of New York and one in Virginia.