Posts Tagged: "Licensing"

Getting Your Innovation Story to Journalists Who Care

I spend a lot of time every day and my staff also spends time every day looking through press releases, looking for stories. And I can’t tell you how many times I have come across something that I knew was good but I couldn’t get any information on. I mean literally no information other than the self-congratulating, back slapping stuff that you see in two or three paragraphs in a press release. So that is one of the things I want to talk to you about today. How do you get your story to those journalists and reporters out there who care? Continually there are calls from detractors who want to change the technology transfer system regardless of how wildly successful it has been.

Playboy’s Trademark and False Advertising Complaint Dismissed

Playboy Enterprises International, Inc. v. Play Beverages, LLC, et al., U.S. District Judge S. James Otero has granted the Defendants’ Motion to Dismiss on the basis of improper venue.

Supporting Proposed Rules on Disclosure of Real-Party-in-Interest

In the last five years, the patent market has undergone a change of seismic proportions. Patent rights are now regularly stripped from any underlying product and traded much like commodities in a largely unregulated market–the market for patent monetization. Regardless of what one thinks about the causes and implications of patent monetization, it is clear that this behavior is expanding at an explosive rate. In this rapidly shifting landscape, it will be critical for companies to be able to keep track, not only of simple ownership of patents, but also of actual control. With this new market for patent monetization, we currently have no way to accurately measure girth and no way to know what people are doing with the girth they have. This is why sunshine rules are so critical for grappling with the market and designing the rules that will ensure a competitive marketplace.

Patent Business: Deals, Settlements, Licenses – January 2013

The month of January started off quite busy, which in all likelihood was as the result of deals and announcements either held over or that simply couldn’t get done in the run up to closing out the year. There was a noticeable lull in news and announcements. This month some of the highlights included (1) an exclusive option to license drugs targeting Parkinson’s disease; (2) potential patent problems on the horizon for Facebook; (3) additional settlements in the Forest Laboratory’s BYSTOLIC® patent litigation; (4) the inevitable news from Acacia Research; plus more.

Landscape 2013: Who are the Players in the IP Marketplace?

The latest statistics show that the cumulative value of U.S. intellectual property is approximately $5.8 trillion (or 48.4% of GDP), and each year over half a million patent applications are filed, over a quarter million patents are issued, over 4000 patent infringement suits are filed and IP verdicts total over $4.6 billion with a median patent damage award of approximately $4 million. Against this backdrop, I now present an updated taxonomy containing 19 IP-related business models. The business models are in addition to the “traditional” operating companies and their “traditional” IP law firms. Further, while not pretending to be all-inclusive, a directory of players implementing one or more of these 19 IP business models is available for download at the end of this post.

Exclusive Interview: Paul Ryan, CEO of Acacia Research Part II

What you think of Ryan and Acacia is almost entirely dependent upon the side of the aisle on which you sit; namely whether you are an innovator or a practicing entity. Even more specifically, those who are innovators but don’t have a voice loud enough to be heard by practicing entities are likely to believe that Ryan and Acacia are the answer to their prayers. Those practicing companies that simply want to make a product and sell it without regard to the underlying patents that might be in place are likely to believe Ryan and Acacia are the poster children for everything wrong with the patent system. But you can decide for yourself. Without further ado, here is the culmination of the interview with Paul Ryan.

Exclusive Interview: Paul Ryan, CEO of Acacia Research

Paul Ryan is a more common name than you might think. In the world of politics when one speaks of “Paul Ryan” they are talking about the Republican Congressman from Wisconsin who was Mitt Romney’s running-mate and would-have-been Vice President. But in the intellectual property world, particularly the patent litigation world, the name “Paul Ryan” refers to the CEO of Acacia Research Technologies. It is the later Paul Ryan that went on the record with me to discuss Acacia, patent enforcement, how large companies who are infringers disregard innovative independent inventors and more.

CAFC Favors Non-Practicing Entities on “Domestic Injury”

Recently the Federal Circuit, sitting en banc, denied Nokia’s petition for rehearing. The Federal Circuit decision is nevertheless interesting for its treatment of Section 337’s “domestic industry” requirement as it is applied to NPEs. Under 19 U.S.C. §1337(a)(2), relief at the Commission is predicated on the existence or establishment of an industry in the United States “relating to the articles protected by the patent.” This is commonly known as the “domestic industry” requirement. In turn, section 1337(a)(3) provides that an industry is considered to exist if there is in the United States, “with respect to the articles protected by the patent,” significant investment in plant or equipment, significant employment of labor or capital, or “substantial investment in [the patent’s] exploitation, including engineering, research and development, or licensing” (emphasis added).

DOJ: Patent Licenses Should Discharge in Bankruptcy

The dispute at issue here regarding Qimonda arose when the company went bankrupt and seven licensees invoked the protection of § 365(n) to retain patent rights. This became an issue because there is no similar provision on German law, thus there is an attempt to nullify the patent licenses. This would force the seven licensees to open fresh negotiations or face expensive patent infringement litigation which they could not hope to prevail in since they are almost certainly infringing.

Taking Directions from the Lost

The report ignores actual practice. Universities rarely have multiple companies fighting to license their inventions. They’re lucky to find one. The rule of thumb is that a promising university technology requires 5-7 years of private sector development to turn into a product. For a drug, double the time and add a billion dollars in costs. Exclusive licenses are often essential to justify such risks.

(Numbers) and IP Licensing Agreements

Now, for those of you paying attention, you will notice that the spelled out numbers do not match the digits appearing in parentheticals. Why do attorneys do this? What class in law school do they teach this? I’m told this is a practice that dates back to the days of carbon copies and “old school” telefax machines, where parties needed two chances to be able to discern the figures in legal documents.

Talking Tech Transfer with Todd Sherer, AUTM President, Part II

Todd Sherer: “And what we’re seeing, what the AUTM survey is showing, is that patent budgets are going down. And that’s of concern to me, because everything has to go through that funnel. You can do a lot of research, basic and then applied research and have translational funding, but that technology has to come through the Tech Transfer Office and through the patent budget. So it doesn’t do us a lot of good just to have funding targeted at programs at the front end of that funnel to try to shove it through, through the right limiting step, or pull it out the other side. We need to also be mindful of the fact that we need to invest in those fundamentals, that patent and licensing part. Because we’ve also seen that the number of licensing professionals has gone down over the last couple of years in the Tech Transfer Offices. So, what we don’t want to see is that trend continue. We don’t want to see the number of our staff go down and the patent budgets go down at a time when we want to improve impact.”

Tech Transfer: A Conversation with AUTM President Todd Sherer

Todd Sherer, Ph.D. is the director of technology transfer at Emory University, and is also currently President of the Association of University Technology Managers (AUTM). Recently AUTM concluded its annual survey and found, not surprisingly, that University technology licensing has substantial positive impact on the U.S. economy. On the heels of that survey I reached out to my friends at AUTM and requested an interview with Sherer. Our interview took place on Friday, December 14, 2012. During our interview we talked about the nearly constant challenges to gut Bayh-Dole, which is the very foundation of university technology licensing and the piece of legislation called the most successful domestic legislation in the post World War II era by none other than The Economist. We also discussed what it is that universities do and how, despite what the critics say, the basic research done by universities is hardly ready for the marketplace.

Defensive Patent Pools: There are Surprisingly Few Options

Unlike NPEs, defensive patent pools entities do not (at least initially) seek to generate revenues. Rather, they charge admission fees into the pool to fund IP acquisitions and the administrative costs to operate the pool. In sum, defensive patent pool aggregation is analogous to an insurance policy. But, where classic insurance lowers a company’s costs when accidents happen, patent pools are designed to reduce the likelihood of accidents (i.e., being sued for patent infringement) from happening at all.

University Tech Licensing Has Substantial Impact on Economy

In the case of product sales, 58 institutions (31 percent of the 186 respondents) reported that 2,821 of their licenses paid $662 million in running royalties based on $37 billion in product sales, implying an average royalty rate of 1.8 percent. In the case of startups, 66 institutions (35 percent of the 186 respondents) reported employment of 24,653 by 1,731 operational startups, an average of 14 employees per startup. Assuming all 3,927 startups still operational averaged 14 employees, total employment would have been 55,929.