Inventors and Patents From the City of Beaverton

In Beaverton, the longest time between filing a patent and obtaining it was 609 days. A patent for A-Way Hunting Products, Inc. was approved in December of 2021. Although patents are necessary for inventions, they do not necessarily guarantee success. Dennis Crouch, co-director of the Center for Intellectual Property and Entrepreneurship in Beaverton, said that a patent does not guarantee that an invention will make it to market.


The history of a community is filled with inventions. Some of the most important were developed by residents of Bedford. In fact, inventors from the city filed for patents on their ideas, which were subsequently protected. The list of pending applications can be found here, as are the lists of patents that were granted by the United States Patent and Trademark Office. The Bedford area is home to several innovative companies, including the Italmatch School, LLC, which filed for a patent on a metal working fluid on July 16, 2019.


The city of Bedford is home to the National Museum of American History, which has a collection of inventions by local residents. A statue of Lewis Temple stands in front of the New Bedford Free Public Library on Pleasant Street, and his statue features his son’s photo. The monument honors his contributions to the advancement of science and technology. In the last few years, the museum has been home to a variety of local inventors and inventions.

The USPTO publishes an index of patents issued in the Dallas-Fort Worth area. This database includes images and full-text of patents and inventors. It’s a great resource for researching inventions from the city. You can also learn about local inventors by visiting the local library. This will give you a better understanding of the region’s patenting history.

Growth in patenting after recessions

A growing body of evidence suggests that patent filing activity generally decreases during economic recessions. This is because there is less innovation and, therefore, fewer patents. For example, during the Great Recession, USPTO patent applications declined by almost 80%. While this decrease was not accompanied by a decline in the number of allowed patent applications, this decrease may be a precursor to a similar drop in COVID-19-related recessions.

The decline in GDP during the Great Recession of 2007-2008 coincided with an abrupt decrease in patenting. The slope of the line was lower than it was in the previous five decades. Thus, there is no correlation between patenting and GDP, and the number of patents issued may double or even disappear altogether. In other words, US patents do not contribute to the overall growth of the economy. This is an important fact to consider for anyone who wishes to implement the patent system in the US.

In the United States, patenting increased until 1973, but then fell flat for the remainder of the decade. The only exception to the decline was patenting in renewable energy fields. While the number of patents filed for nuclear energy was down, the number of patents filed in this area nearly doubled. In contrast, patenting in other industries (including the pharmaceutical industry) continued to decline. The World Intellectual Property Indicators 2009 provides accurate IP data, and is free and universally available. However, the figures don’t adequately reflect the recession.

The data also show that patents that were divested during recessions have long-term impacts on patent litigation. For example, the orange-colored patents after the dot-com crash represent a substantial portion of patent litigation in the ten to twelve years following the Great Recession. During the same period, NPE litigation based on dot-com assets also accounted for the majority of patent litigation filed since 2008 until 2014.

STEM-educated workers

The City of Bedford, Vermont, is home to more than 2,000 STEM-educated workers. These workers hold degrees in STEM fields, but many of them have broader career interests. They pursue jobs in a wide variety of fields, from financial and personnel specialists to education administrators and sales and marketing workers. Overall, more than 70 percent of STEM-educated workers report that their occupation is related to their degree field.

The STEM workforce is growing across the United States. According to the American Immigration Council, immigrants from India account for one-fourth of all STEM workers. Other significant immigrant populations include workers from China, Mexico, and Vietnam. The number of STEM-educated workers has increased significantly since 2000. Moreover, the percentage of foreign-born STEM workers is growing faster than the average for all occupations, with the largest increases in math and computer occupations.

The City of Bedford is creating an environment that supports STEM education. The Inventor school, which opened its first U.S. location in Bedford, has a curriculum based on 11 years of research and experimentation. It prioritizes integrating the school into the community. Residents in Bedford have welcomed the school’s arrival and the development of new businesses in the city. In addition, the Bedford business community has praised the creation of seven new jobs in the area. In addition, many families are supporting these new opportunities for education during the COVID-19 pandemic.

STEM education is important because it powers many industries and products. The City of Bedford’s STEM workforce is a strong asset to the economy and to the community. It is a great way to attract skilled immigrants. The STEM workforce is the backbone of the city. So, while STEM education is important for the City of Bedford, it isn’t available for every citizen. This is especially true for minority and female workers.

University research programs

New Bedford is spearheading a new fourth industrial revolution by investing in the next generation of technologies. This type of innovation will diversify the industrial and commercial base of the city, catapulting it to global economic significance. The key to this type of regeneration is data, real-world technological application and creative class innovation. The City of Bedford is ideally positioned to support innovation in fields such as renewable energy, blue tech, and robotics.

Dr. David Bedford’s work focuses on genome sequencing and real-time analysis of SARS-CoV-2 viruses. He was one of the early advocates for genomic sequencing and widespread testing. His research also demonstrated how different viral strains can spread from one place to another. Nextstrain, the platform he built, has become a vital source of information for scientists worldwide and has supported surveillance of COVID-19 outbreaks.

Students from the City of Bedford can get a real hands-on experience in biotechnology through internships and workshops. The programs will help students become interested in this exciting field. Students will be able to network with industry experts and learn about the latest advancements in biotechnology. They will also be able to get a taste of biotechnology and how to apply it in their career path. A biotechnology internship can help students make informed decisions about their future careers.