Inventors and Patents From the City of San Jose

If you want to become an inventor, there are a few things you can do to start. For example, you can get a library card and go to a makerspace to learn how to design and build your own products. There are also mobile workshops where you can use 3D printers and laser cutting tools. The San Jose Public Library also offers workshops that teach people entrepreneurship and the basic skills needed for patent filing.

Intuit, Mountain View, Calif., has been assigned a patent

The new patent covers an automatic time-tracking process based on user interface events. The patent was filed by James A. Slattery, a resident of McKinney, Texas, on Nov. 30, 2006. Other co-inventors include Alan C. Nilsson of Mountain View, Calif., and Todd M. Fitch of Los Altos, Calif. The patent has been issued to Intuit since March 27, 2008.

The company was originally founded in San Jose in 1973. Since then, it has become an international software giant and has offices in many countries. It has a global customer base and employs nearly 10,000 people. Its patents cover a number of innovative products and services.

Intuit is one of the many companies with patents from the City of San Jose. The company has two patents. One is on its mobile app, the other is for the company’s website. Intuit also has a patent issued on a software program called QuickBase. This software makes it easier to organize and manage your business.

The company also has a patent for an innovative application for creating a spreadsheet program. The application was submitted on Nov. 4, 2002 by Magnus George Goertz and co-inventors Michael David Whitt and Venkat Rami Reddy Macherla. They were awarded the patent on Nov. ten, 2009.

Intuit, Mountain View, Calif, has also received a patent for a software application that involves creating spreadsheets and other business software. This technology, which includes a program for parallelizing source code, was first filed in March 2006.

The company has also received a patent for an ornamental design for a wheel. The new patent, No. 7,881,054, was filed by Michael A. Morris, a Westford, Mass., resident. Another one was assigned to Genesis Microchip, San Jose, Calif., on Nov. 30. These companies are working on new products to improve business processes.

The company has filed two applications for the patent. The first one is a patent application for a wireless network communication system. The second is for a device that connects computer components. The application for the new technology, No. 7,882,675, was filed by four other co-inventors: John Sadowsky of Mesa, Ariz., and Vadim S. Sergeyev of Portland.

Intel has been assigned a patent

Intel is not the only company to receive a patent from the City of San Jose. Google and Cisco Technology have each been assigned a patent that covers a different aspect of data security. Google was granted a patent for a memory system that enables it to process encrypted electronic documents. Cisco Technology is also located in the City of San Jose.

Intel has also been awarded a patent for LDPC codes developed by Broadcom. The invention involves low-density parity-check codes that use CSI (Cyclic Shifted Identity) and null sub-matrices. It was invented by four people from the city. The co-inventors of the patent are Ba-Zhong Shen, Hau Thien Tran, Tak K. Lee, and Kelly Brian Cameron. The patent was filed on September 19, 2013.

This case is a perfect example of how a patent can protect the public from a business that has violated the law. A company that fails to make a product that uses its patents cannot earn money. Nevertheless, companies need to protect their intellectual property if they wish to protect their products. While a court decision may not be final, the company must follow the law and the patent laws.

The ‘759 Patent covers a system and method for managing clock speed in an electronic device. It was issued on May 25, 2010. It mainly deals with clock speed management. In the lawsuit, VLSI had argued that Intel had deliberately used two technologies that violated their patent. Intel, however, denied the allegations.

Despite the patents, the lawsuits are not yet final. The Court has yet to rule on the validity of the patent. Its decision on this case is subject to appeal. Until then, the company will continue to pay royalties to AMD and other patent holders. Its legal team will be able to litigate the case.

After the successful launch of the 386, Intel began focusing on higher-performance chip designs. They became the main processor supplier and their profits were reinvested in new manufacturing processes. By the early 1990s, Intel was the undisputed leader in the personal computer industry.

The city of San Jose is home to many major technology companies. Companies such as eBay, Pay Pal, Apple, and Samsung have all established headquarters in the San Jose area. In addition to these major companies, San Jose has an thriving cultural scene. The Diablo and Santa Cruz mountain ranges are nearby. Residents and tourists can spend the evening stargazing at the Lick Observatory, or enjoy the twinkling lights in the Santa Clara Valley after sundown.

Xerox has been assigned a patent for manufacturing photoreceptor layers

Xerox has been assigned a US patent for its production of photoreceptor layers for eyeglasses. The technology allows the company to make eyeglasses with thinner, lighter lenses. This is the same technology used in the development of digital cameras. It is a highly-efficient way to make the lenses.

Xerox may grant sublicenses to its subsidiaries, affiliates and third parties to use the technology, provided that they consult with Fuji Xerox first. In such a case, the licensee must obtain permission from Xerox before using any of its photoreceptor layers.

Another issue that may arise when mounting photoreceptor belts is their length. These long belts can rub against the drive assembly and belt module, and can cause wrinkles. Long photoreceptor belts also have limited mounting space, as they must be shaped to fit the shape of the module.

Xerox and Fuji Xerox sell and manufacture products. They also provide consulting services and other solutions to their customers. One such solution is Xerography, the process of applying electrostatic charges to insulating surfaces. The process has been used to produce a variety of photographic products and is still under patent protection.

The patents issued to Xerox include a patent on a method for manufacturing photoreceptor layers. It is unclear whether this technology is a breakthrough or just another gimmick. In any case, the technology has the potential to change the way we look at images and how they interact with the world.

This technology is important for the production of high-quality photographs. The ability to capture details in a photo is vital for making good images. But this process is not without its risks. While there are many patents available on photoreceptor layers, Xerox’s is the most valuable one. The company also has a wide range of applications for the technology.

Both companies may also visit one another’s premises. If they are working together, personnel in Xerox’s full-time employment may obtain a disclosure of Xerographic Technical Information. However, these individuals should not request access to facilities that are not involved in the production of Xerographic Technical Information.

https://www.ycombinator.com/documents/
https://techcrunch.com/
https://www.uspto.gov/learning-and-resources/startup-resources
https://www.sba.gov/business-guide/plan-your-business/fund-your-business
https://hbr.org/1998/11/how-venture-capital-works
http://patentpc.com/
http://uspto.gov/

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