Patents for humanity: Special edition of Technology and Innovation

How universities and government are reaching the next billion people

The current special issue of Technology and Innovation, is devoted to patents that benefit people around the world who live with limited resources, in challenging environments, and are in need of better access to basic needs and improved standards of living, health and infrastructure.

The issue includes original articles from winners of the 2013 USPTO Patents for Humanity Awards, aimed at rewarding innovators for deploying patented technologies to address humanitarian needs. Winners featured in the issue include SIGN Fracture Care International, the University of California, Berkeley and Nokero International Ltd.

Other institutions represented include the University of South Florida (USF); University of Toronto; Institute for Regulatory Science; University of Tennessee Chattanooga, and Technopolis Group Austria on behalf of the European Patent Office. Read more

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Filing for a Patent Versus Keeping Your Invention a Trade Secret

For many years, beginning in 1942, Premarin was the only hormone replacement therapy drug on the market derived from a natural source. The drug, provided as a treatment for negative symptoms of menopause, became the most widely prescribed drug in the US and Canada during that time. Wyeth, a pharmaceutical acquired by Pfizer in 2009, was the sole supplier of Premarin. A series of patents were issued on the drug in the 1940s, but long after they had expired, there were still no generic competitors on the market. How could Wyeth sustain this exclusivity for such an extended period of time, decades beyond the 20 years of the patent’s term?

The answer is that no one succeeded at duplicating the extraction process, which Wyeth had not patented, but rather kept as a trade secret. The key ingredient in Premarin is conjugated estrogens extracted from pregnant mare urine. That’s right. The secret sauce of the multimillion drug is horse pee, and the process for extracting the equine estrogens was kept in Wyeth’s manufacturing plant in Brandon, Canada. While heated debates continue over the impact of the patent wars on market competitiveness, the implications trade secrets are more likely to be misunderstood. Trade secrets are thought to be the real workhorse of the knowledge economy, because of their pervasive importance. At the same time, trade secrets are viewed as the stepchild of intellectual property because they operate, by definition, in secrecy, and we know much less about their role in market competition than we know about patents, copyrights, and trademarks.

Why do some companies choose to patent their innovation while others choose to hide it? Compare the paradigmatic early American trade secret – the one and only recipe for Coca Cola – to the paradigmatic patent – the telephone. Alexander Graham Bell patented the telephone in 1876 as United States Patent No. 174,465, the most valuable patent in history. Ten years later, in 1886, Dr. John Pemberton created what is now the world’s most famous trade secret: the Coca-Cola formula. Insiders know it as Merchandise 7X. No single contractor has the full recipe; each is tasked to prepare only parts of the classic blend. The company has kept the secret for over a century by purportedly storing it in a vault in downtown Atlanta, and restricting access to only a handful of executives. Coca Cola could have patented the formula, but that would only give the company twenty years of exclusivity rights to their classic taste. Instead the formula is locked up, literally and indefinitely.

A well-kept trade secret could theoretically last forever. But there is a risk. Unlike with patents, it is perfectly legal to reverse engineer and copy a trade secret.  A patent lasts only 20 years, but during that period, the protection is far stronger: independent invention is no defense in a patent suit. In 1998, a group of horse ranchers suddenly set up a production facility and filed an Abbreviated New Drug Application (ANDA) for a generic version of Premarin. They claimed to have succeeded in mare urine extraction where others had failed. This, of course, represented a serious threat to a hugely profitable product. If the horse ranchers had indeed been independently and honestly lucky in their discovery, Wyeth would have lost its market dominance. Such was not the case. Wyeth launched an extensive, and expensive, investigation leading to evidence that the horse ranchers had improperly encouraged one of Wyeth’s own former scientists to provide the secrets to the manufacturing process. The court issued a sweeping and devastating judgment against these new competitors, ordering a permanent stop to the use of the trade secret.

Patents and trade secrets present opposing choices. Trade secrets derive their legal protection from their inherently secret nature. Patents, by contrast, can only be protected through public disclosure. In fact, a patent will be invalidated if the inventor refrains from describing important details. This requirement, called enablement, requires a patentee to disclose enough information for others to use the invention after the patent has expired.

Budget constraints and the costs for filing a patent force a smart evaluation of your options. When facing the choice of patenting or hiding a valuable innovation, you must first ask yourself whether the invention is patentable at all. Does is it meet the legal requirements of non-obviousness, novelty, and usefulness to be granted a patent? Even if it does, ask yourself:

  • Will the invention be useful beyond 20 years?
  • Is it possible for other companies to reverse engineer it?
  • Is the invention detectable and embedded in the product itself or is it part of an internal manufacturing process?
  • Is the invention likely to be independently discovered in the near future?
  • Is the product regularly observed in public settings?

The answers to these questions are company- and invention-specific. A company that has high turnover among its employees and that uses a range of partners in its production process might rightly fear going the path of trade secrets.

Importantly, as with Premarin, trade secret law and patent law can coexist. Different forms of intellectual property rights can be used to protect valuable information. Patents often protect the broad concept, while trade secrets protect the production details. The Leahy-Smith America Invents Act was passed into law in 2011 and most of its provisions came into effect earlier this year. The law lowers the disclosure requirements for inventions, for the first time effectively removing the threat of invalidating a patent for failure to disclose the best mode of implementation. This may lead inventors to rely more on the dual strategy of patent and trade secret protection for a single invention.

Another important change in the recent patent reform is a defense against claims of patent infringement for anyone who commercially used an invention, even if in secret, at least one year before the patent filing. This change may further tip the balance for more reliance on secrecy for certain innovations.

These choices are strategic, and a company must think about the broader picture too of the overall intangible assets your company possesses. The different forms of protection should be understood as an asset portfolio – you might want to diversify and spread your risk. A friend of mine who is the Vice President of a highly innovative company in the shipping industry appropriately describes intellectual property protection as a volume business: “You never know what will be the diamond in the rough.”


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INTELLECTUAL PROPERTY MANAGEMENT AND TECHNOLOGICAL ENTREPRENEURSHIP

International Journal of Innovation and Technology Management, Volume 0, Issue 0, Ahead of Print.

This paper investigates the distinctive technology protection strategies of entrepreneurial technology firms. In contrast with much popular opinion, it is reported that intellectual property features more prominently in the business of small entrepreneurial firms than it does in the business of large, established mature firms. The intellectual property portfolios of technology firms of all sizes and ages exhibit a rich array of instruments in addition to patents for protecting technology, including trade secrets, trademarks and copyright, together with licenses to externally sourced technology. The intellectual property profiles of technology firms appear to be influenced by their context, organizational profiles and corporate goals and by the character of their technology.

Read More: http://www.worldscientific.com/doi/abs/10.1142/S0219877013400270?af=R&

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“Open Innovation” Picking Up Steam

The Thinkinc website noted that in 2003, Henry Chesbrough presented a case study of 1970s and 1980s corporate innovation firms, centered on the giants of R&D from that era such as, Bell Labs, IBM and Xerox PARC. Chesbrough noted that R&D departments have traditionally been ‘closed’ to outsiders in order to protect intellectual property, but doing so restricted innovation to the internal team and internal resources of the company. The Internet revolution ushered in a new framework for innovation, open innovation. Open Innovation routes around the inherent limits of closed innovation because companies can access knowledge outside of internal employees to tap into wider groups. In the past 10 years, many of the world’s best companies have taken on the new approach to innovation, including the following  in their R&D and product design work.

Click here to read the full article.

 

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Paving the way for tech transfer

Source: SciDev:

A new UN body to advise nations on climate tech may break the deadlock in the long-running debate on transferring technology finds Joanna Carpenter.

Rich nations have the technological know-how needed for poor nations to develop — but how do you deliver it without compromising theintellectual property and the business edge that such technologies gives economies that have it?

This is one of the big development questions that has been debated in the UN arena for decades, with little real progress made in finding a sustainable way of transferring technology and finding a way to pay for such transfer. Read more

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Open Innovation Challenges

The AllAfrica website posted an article noting that open innovation has been gathering force in recent years, however, there are also challenges and risks involved in making open innovation work. There are four key challenges when implementing open innovation. 1. The mindset challenge: how do you ensure that open innovation wins the hearts and minds of personnel? 2. The intellectual property challenge: how do you make money of intellectual property that your company does not put to commercial use? 3 The tools challenge: how do you make optimal use of tools that support open innovation? 4 The management challenge: how do you ensure that the correct management processes support company staff in their open innovation efforts?

Click here to read the full article.

Image via Flickr.

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ARIPO AND ITS MEMBER STATES ADOPT A NEW PROTOCOL ON THE PROTECTION OF TRADITIONAL KNOWLEDGE AND EXPRESSIONS OF FOLKLORE

On August 9, 2010, ARIPO and its Member States held a Diplomatic Conference at the coastal town of Swakopmund in Namibia for the adoption of the Protocol on the protection of traditional knowledge and expressions of folklore.  The Protocol was adopted by the Member States and signed by nine (9) States that presented their credentials at the Conference. Read more

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