By Richard Maldanis, Ph.D., Nerac Analyst,
Originally Published: November 4th, 2014
The evolution of smart materials has allowed researchers to incorporate stimuli adaptive polymers, metals, composites and other systems in their new innovations. From phase changing and temperature/pH sensitive materials, shape memory alloys and piezoelectric ceramics, these materials having properties that change with respect to their designed sensitive conditions, which are utilized to create novel responsive products.
This paper will provide a brief review on pH-responsive systems as well as the identification of new emerging technologies utilizing these polymers by screening patent classification codes. In addition, the top researchers on designing these new polymers will be detailed with a synopsis of their recent research activities.
Examining patent classification codes relative to a type of material or a company’s activity can be useful in obtaining competitive intelligence information on how potential threats are moving forward in a field as well as locating Universities/affiliations to collaborate with or potential licensures.
- 52Nerac was selected as the primary go-to resource for IP vetting services including freedom to operate, invalidity and IP landscape studies. Have a question for Kevin? Want to give Nerac a shot? Let us know!
- 49By Kevin Closson, M.S., MBA, Nerac Analyst, Originally Published: October 14th, 2015 Faced with continuing business uncertainty, intellectual property professionals across a wide variety of industries are seeking ways to gain competitive advantage for their firms while simultaneously capitalizing on their companies’ own R&D investments. This article takes a look at a recent survey of…
- 48Clients trying to understand how their business is evolving can benefit from taking a step back to look at the current state of intellectual property. A patent landscape analysis helps Nerac clients quickly assess their position within a technology area in terms of their business objectives. The insights can help support critical decisions on new…