Audio Evolution Diagnostics, Inc. v. United States

CourtUnited States Court of Federal Claims
DecidedJuly 1, 2022
Docket20-1384
StatusPublished

This text of Audio Evolution Diagnostics, Inc. v. United States (Audio Evolution Diagnostics, Inc. v. United States) is published on Counsel Stack Legal Research, covering United States Court of Federal Claims primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Audio Evolution Diagnostics, Inc. v. United States, (uscfc 2022).

Opinion

In the United States Court of Federal Claims No. 20-1384C

(E-Filed: July 1, 2022)

) AUDIO EVOLUTION ) DIAGNOSTICS, INC. ) ) Motion to Dismiss; RCFC 12(b)(1); Plaintiff, ) RCFC 12(b)(6); 35 U.S.C. § 101; ) Patent-Eligible Subject Matter; v. ) Abstract Idea; Inventive Concept. ) UNITED STATES, ) ) Defendant, ) ) and ) ) GLOBALMEDIA GROUP, LLC ) ) Third-party Defendant. ) )

Joel B. Rothman, Boca Raton, FL, for plaintiff.

Grant D. Johnson, Trial Attorney, with whom were Brian Boynton, Acting Assistant Attorney General, Gary L. Hausken, Director, Commercial Litigation Branch, Civil Division, Department of Justice, Washington, DC, for defendant. Scott Bolden, of counsel.

Brett W. Johnson, Phoenix, AZ, for third-party defendant.

OPINION

CAMPBELL-SMITH, Judge.

Before the court is defendant’s motion to dismiss pursuant to Rules 12(b)(1) and 12(b)(6) of the Rules of the United States Court of Federal Claims (RCFC). See ECF No. 47. Defendant filed its motion on December 3, 2021, in which third-party defendant joined, see ECF No. 48, and plaintiff filed its response on January 24, 2022, see ECF No. 51. Defendant filed a reply on February 7, 2022, see ECF No. 52, in which third-party defendant also joined, see ECF No. 53. The motion is now fully briefed and ripe for decision.

The court has considered all of the parties’ arguments and addresses the issues that are pertinent to the court’s ruling in this opinion. For the following reasons, defendant’s motion to dismiss is GRANTED.

I. Background1

A. The Patents

At issue in this case are United States Patent Number 8,920,343, entitled “Apparatus for Acquiring and Processing of Physiological Auditory Signals” (the “’343 Patent”), and United States Patent Number 8,870,791, entitled “Apparatus for Acquiring, Processing and Transmitting Physiological Sounds” (the “’791 Patent”). See ECF No. 42 at 1, 3 (second amended complaint).

Both the ’343 Patent and the ’791 Patent describe and claim “an apparatus and system . . . for collecting, processing, and recording sounds associated with the physiologic activities of various human organs.” ECF No. 42 at 2; see also ECF No. 42- 5 at 50 (’343 Patent describing the invention as the “digital recording, processing and analysis of . . . physiologic sounds”). To do so, the system utilizes one or more transducers, which are placed on the body and detect the organ sounds as analog data signals. See ECF No. 42 at 2. The analog data signals are then converted to digital signals by a converter, and the digital signals are transmitted to an electronic apparatus (e.g., a computer workstation) that processes, views, and analyzes the data through an analysis program. See id. The data is displayed on a “compact, customizable device” that uses “a simple interface” to allow medical professionals with limited knowledge of technology to analyze and manipulate the data. ECF No. 42-5 at 50; see also ECF No. 42-7 at 48 (’791 Patent). The object of the apparatus described in the patents is “facilitating the diagnosis of certain diseases” using the analyzed data, ECF No. 42-5 at 50, thereby “dramatically improv[ing] efficiency in the healthcare system and clinical outcomes for patients,” id. at 51.

1 The facts are taken from plaintiff’s second amended complaint and are undisputed by defendant in its motion to dismiss. The court makes no findings of fact here.

2 The inventions described in the ’343 Patent and the ’791 Patent purport to improve on other, similar devices in a number of ways. See ECF No. 42 at 4 (“The technology field for acquiring, processing, and transmitting physiological organ sounds experienced disadvantages by March 23, 2006, that the invention disclosed and claimed in the Asserted Patents overcame.”). The patents purport to describe a device that is more useful to physicians of “ordinary ability” working in a clinical setting. Id. at 4-5 (describing the disadvantages of other systems available prior to the system at issue here to physicians of “ordinary ability”). According to plaintiff, the device does so by “providing a simple interface which allows medical professionals with limited technical background to easily manipulate vital parameters . . ., and applying data windows without the need for computer programming knowledge.” ECF No. 42-5 at 50.

Additionally, the ’343 Patent and the ’791 Patent claim to “boost the accuracy” of the recorded physiological sounds by taking additional measures to prevent extraneous sounds from influencing the analysis of the physiological sounds collected. ECF No. 42 at 10; see also ECF No. 42-5 at 50 (“Another object of this invention is to boost the accuracy of recording physiological sounds by providing the physician with an efficient method of eliminating background noise . . . from the desired signal in real time.”). Plaintiff claims that this is done, at least in part, through the use of a “parallel to serial converter,” which converts the physiological sounds collected “from and to” the analog data signals. ECF No. 42 at 10 (referring to portions of the patent describing the “parallel to serial converter” and “serial to parallel converter” as support for the patents’ goal of boosting the accuracy of physiological sounds by eliminating background noise).

B. Plaintiff’s Claims of Infringement

The specific claims at issue in this case are independent claim 39 of the ’343 Patent and independent claim 17 of the ’791 Patent. See ECF No. 42 at 33-34. Claim 39 reads as follows:

An apparatus for acquiring and processing physiological sounds comprising:

a plurality of sensors each respectively comprising a corresponding diaphragm, wherein at least one sensor is configured to be positioned on a body surface, and at least two sensors of said plurality of sensors are configured to convert said physiological sounds, in response to vibration of said corresponding diaphragms by said physiological sounds, into a corresponding plurality of electrical signals; and

processing unit operatively coupled to said plurality of sensors[,] said processing unit configured to process a plurality of streams of digital data representative of said corresponding plurality of electrical signals, wherein 3 at least a portion of said plurality of streams of digital data are input into a parallel to serial converter to generate a serial output.

ECF No. 42-5 at 56 (alteration pursuant to the Certificate of Correction, id. at 60). And Claim 17 of the ’791 Patent reads:

An apparatus for acquiring, processing and transmitting physiological sounds comprising:

a plurality of sensors each respectively comprising a corresponding diaphragm, wherein at least one corresponding diaphragm is configured to be positioned on a body surface, and at least two sensors of said plurality of sensors are configured to convert said physiological sounds, in response to vibration of said corresponding diaphragms by said physiological sounds, into a corresponding plurality of electrical signals;

a corresponding plurality of analogue to digital converters each operatively coupled to a corresponding one sensor of said plurality of sensors, said analogue to digital converters configured to convert at least a portion of said plurality of electrical signals into a plurality of streams of digital data;

a processing unit operatively coupled to the plurality of analogue to digital converters, said processing unit configured to process said plurality of streams of digital data, wherein at least a portion of said plurality of streams of digital data are input in parallel into a parallel to serial converter to generate a serial output; and

Free access — add to your briefcase to read the full text and ask questions with AI

Related

United States v. Shannon
342 U.S. 288 (Supreme Court, 1952)
Scheuer v. Rhodes
416 U.S. 232 (Supreme Court, 1974)
Harlow v. Fitzgerald
457 U.S. 800 (Supreme Court, 1982)
Bell Atlantic Corp. v. Twombly
550 U.S. 544 (Supreme Court, 2007)
Ashcroft v. Iqbal
556 U.S. 662 (Supreme Court, 2009)
Cary v. United States
552 F.3d 1373 (Federal Circuit, 2009)
Gould, Inc. v. The United States
935 F.2d 1271 (Federal Circuit, 1991)
Zoltek Corp. v. United States
672 F.3d 1309 (Federal Circuit, 2012)
Daniel A. Lindsay v. United States
295 F.3d 1252 (Federal Circuit, 2002)
Kingan & Co. v. United States
44 F.2d 447 (Court of Claims, 1930)
Steel Co. v. Citizens for a Better Environment
523 U.S. 83 (Supreme Court, 1998)
Internet Patents Corporation v. Active Network, Inc.
790 F.3d 1343 (Federal Circuit, 2015)
Dimare Fresh, Inc. v. United States
808 F.3d 1301 (Federal Circuit, 2015)
Enfish, LLC v. Microsoft Corporation
822 F.3d 1327 (Federal Circuit, 2016)
Electric Power Group, LLC v. Alstom S.A.
830 F.3d 1350 (Federal Circuit, 2016)
Affinity Labs of Texas, LLC v. Directv, LLC
838 F.3d 1253 (Federal Circuit, 2016)
3rd Eye Surveillance, LLC v. United States
133 Fed. Cl. 273 (Federal Claims, 2017)

Cite This Page — Counsel Stack

Bluebook (online)
Audio Evolution Diagnostics, Inc. v. United States, Counsel Stack Legal Research, https://law.counselstack.com/opinion/audio-evolution-diagnostics-inc-v-united-states-uscfc-2022.