Posts Tagged: "Bilski"

In one of its latest opinions attempting to parse precedent on the subject matter eligibility of software, method of use, and business method patents that arguably involve application of laws of nature or recitations of well-known, conventional methods and techniques, the U.S. Court of Appeals for the Federal Circuit found that a patent directed to a method for administering a naturally occurring beta amino acid to cause an increase in the concentration of a naturally occurring amino acid combination in muscle and brain tissues was subject matter eligible for patent protection (Natural Alternatives Int’l, Inc. v. Creative Compounds, LLC, No. 18-1295, 2019 U.S. App. LEXIS 7647 (Fed Cir. March 15, 2019). The panel’s 2-1 majority decision conceded that the claims at issue involved laws of nature and had similarities to claims the U.S. Supreme Court had found subject matter ineligible but found that the claims possessed sufficient inventiveness beyond natural phenomenon and conventional methods to make them subject matter eligible for patent protection. Since Alice, the Federal Circuit and the federal district courts have been striving to implement and apply the Alice test to methods of use, software, and business method inventions that arguably involve applications of laws of nature and conventional methods. The challenge for the court in these cases has been to determine whether the claims sufficiently go beyond applications of laws of nature and known conventions to qualify as subject matter eligible for patent protection under Section 101. The Federal Circuit has found an inventive concept in several such cases.

Since the 2014 Supreme Court decision in Alice v. CLS Bank International, patent claims including software have faced a much higher barrier for receiving patents than any other field of invention. This has also infected specialized software, such as artificial intelligence (AI), which is both distressing and sad. It also explains why Chinese AI start-ups are receiving more funding than U.S. AI start-ups, a fact that should be sending a shockwave through Capitol Hill. Since Alice, patent examiners have presumptively classified software claims that can be implemented on a general computer as covering nothing more than an abstract idea, which means they are ineligible subject matter under 35 U.S.C. § 101. To overcome this rejection, applicants must show why their claimed invention is something more than just a mere abstract idea.  Ironically, what constitutes something more is itself an abstract idea, and even what is an abstract idea is itself an abstract idea. In something straight from out of the Monty Python version of patent eligibility, these key terms – something more and abstract idea – have not been defined by the Supreme Court or the Federal Circuit. As a result, most applications with software are routinely denied, which is understandable when frontline decision makers (i.e., patent examiners) are left without objective guidance. Subjectivity prevails.

For almost ten years, U.S. patent law has experienced extraordinary confusion and uncertainty about what types of inventions and discoveries are patent eligible. The U.S. system changed from offering strong protection for novel and nonobvious inventions to questioning whether groundbreaking technologies are even the type the Founders thought would promote the progress of the “Useful Arts.” But recent developments, including the USPTO’s 2019 Revised Patent Subject Matter Eligibility Guidance (Section 101 Guidance), suggest that winds of change may clear the fog and bring back some clarity to U.S. patent law.

For IP due diligence for investment in a start-up or young company, the most important conversation is with the key developer(s) of the product(s) or service(s) [the “Conversation”].  Ideally, the Conversation is led by an IP attorney who understands the technology.  The goal is to determine the source of the product design.  Was open source software used?  Is this a variation of something an engineer was working on at a prior company?  Was a published article used?  Perhaps consultants were used?  Was the design changed during development after some dead-ends?  Where there isn’t budget for a full-fledged investigation, this Conversation and follow-up will likely get 80% of the risks identified for 20% of the cost.

“In our time together today we are going to try and take stock of the health of the American patent system,” Michel began. “It is important to remember that the patent system was founded in the Constitution… and although the world ‘right’ appears many times in the Bill of Rights, in the original Constitution the only ‘right’ mentioned is the patent right.”… Investment is being disincentivized by uncertainty created by the aforementioned three waves of changes to the system. We should be looking at the impact on the flow of money, Michel explained.

The § 101 rejection rate for patent applications in the e-commerce work groups approaches 100%, then drops precipitously for the remaining seven of the top ten work groups with the greatest percentage of § 101 rejections. Before Bilski, the § 101 rejection rate in the e-commerce work groups hovered around around the 30% mark, but has now tripled. The remaining work groups have also seen their § 101 rejection rates rise by 200-300%, although they make up a significantly smaller proportion of total rejections than in the e-commerce art units. While it did not surprise us that these work groups were at the very top of the list for § 101 rejections, we also wanted to know what other technologies are particularly prone to § 101 rejections.

The waters surrounding Section 101 of the Patent Act are as muddied as they come. The statute sets forth only in broad strokes what inventions are patentable, leaving it to the courts to create an implied exception to patentability for laws of nature, natural phenomena, and abstract ideas. It has been difficult for lower courts to determine whether an invention falls within one of these excluded categories, and the U.S. Supreme Court has refused to provide a definition of what constitutes an “abstract idea.” Nonetheless, the Court in recent years has laid several foundation stones in Bilski, Mayo, Myriad and Alice for a bridge over these troubled waters. Trying to build upon these, the Federal Circuit issued two recent opinions dealing with Section 101: Enfish, LLC v. Microsoft Corporation and In re: TLI Communications LLC Patent Litigation. However, these decisions only create more confusion and cannot provide a safe means of passage over the turbulent waters of patent eligibility.

Art Unit 3689 has the lowest allowance rate at 7.7%. Art Unit 3659 has the highest at 98.3%. Oddly enough, these two art units are from the same technology center. It’s worth noting, however, that the 3600s deal with a variety of inventions, including transportation, e-commerce, and national security. Of the 20 art units with the lowest allowance rates, eight are in the 3600’s. This is not surprising. After all, the 3600’s host many business-method art units.

I do feel that the whole notion of trying to find an “inventive concept” is really challenged. While the Supreme Court went out of its way to say we are really not putting Sections 102 or 103 in here, I think what’s happening is the Courts are basically trying to do that. And they’re looking deeply into prior art in some cases to knock out patents under Section 101 and whittle away the invention, and trying to find the abstract idea by doing a prior art analysis, and I think that’s troubling.

Any good patent application that covers a software related invention will need to put forth three specific pieces of information. First, you need to describe the overall computer architecture of the system within which the software will exist. Second, you need to prepare a single flowchart that depicts the overall working of the software. Third, you need to prepare a series of flow charts that show with painstaking detail the various routines and subroutines that together connect to create and deliver the complete functionality of the computer system as enabled by the software.