Phillip M. Adams & Associates v. Dell Computer Corporation

519 F. App'x 998
CourtCourt of Appeals for the Federal Circuit
DecidedMarch 18, 2013
Docket2012-1238
StatusUnpublished
Cited by3 cases

This text of 519 F. App'x 998 (Phillip M. Adams & Associates v. Dell Computer Corporation) is published on Counsel Stack Legal Research, covering Court of Appeals for the Federal Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Phillip M. Adams & Associates v. Dell Computer Corporation, 519 F. App'x 998 (Fed. Cir. 2013).

Opinion

WALLACH, Circuit Judge.

The district court judgments now on appeal arose from patent infringement and trade secret litigation between Phillip M. Adams & Associates, LLC (“PMAA”) and ASUSTeK Computer, Inc. (“ASUSTeK”) and Asus Computer International (“ACI”) (collectively, “ASUS”). Over the course of this litigation, the district court: (1) imposed an adverse inference sanction against ASUS for spoliation of evidence; (2) granted summary judgment dismissing PMAA’s trade secrets claim for untimeliness; (3) denied ASUS’s post-verdict motion for judgment as a matter of law (“JMOL”) of noninfringement; and (4) denied PMAA’s motion for attorney fees under 35 U.S.C. § 285. ASUS appeals from the imposition of an adverse inference sanction and the denial of its motion for JMOL. PMAA cross appeals from the summary judgment dismissing its trade secrets claim and the denial of attorney fees. Because the district court abused its discretion in granting an adverse inference sanction against ASUS and because there is inadequate evidence to support a jury verdict of infringement absent such adverse inferences, we reverse the denial of JMOL of noninfringement. The district court’s grant of summary judgment and denial of attorney fees are affirmed.

BACKGROUND

I.

Phillip M. Adams (“Dr. Adams”) is the inventor of PMAA’s U.S. Patent No. 5,983,002 (“the '002 patent”). In the early 1990s, Dr. Adams discovered a data corruption defect affecting Floppy Disk Controllers (“FDC”) in certain Super I/O computer chips. 1 Dr. Adams developed a *1000 technique to detect such defects, and on November 9, 1999, he obtained the '002 patent claiming this detection system and method.

The FDC controls “[d]ata transfer to and from a floppy diskette,” including transfers to and from the computer’s Central Processing Unit (“CPU”). '002 patent col. 1 11. 35-38. The FDC must transfer such data at a specified rate so that the data is written to the correct location on the spinning floppy diskette. Id. col. 1 11. 39-41. In some situations, however, the data transfer rate fails to match up to the correct location on the diskette. When this occurs, the FDC generally detects this failure and “aborts the write operation and signals to the CPU that a data underrun condition has occurred.” Id. col. 1 11. 42-47. However, as noted above, a defect in certain FDCs results in a failure to detect a “data underrun on the last byte of a diskette read or write operation.” Id. col. 1 11. 61-63. Instead of being detected and aborted, this data underrun results in incorrect data being “written to the diskette and validated by the FDC.” 2 Id. col. 2 11. 4-5. The '002 patent claims an apparatus and a method for detecting such FDC defects.

Independent claim 1 discloses an apparatus comprising: (1) a processor executing a detection program, (2) a memory device and a system clock both connected to the processor, (3) a media drive for storage, (4) an FDC connected to the media drive, and (5) a direct memory access controller connected to both the FDC and the memory device that controls transfers of data between the two. Id. col. 1 11. 17-36. Independent claim 12 discloses a method comprised of delaying the last byte of data when transferring data from the memory device to the media drive through the FDC; in short, it forces an underrun error in the FDC’s data transfer. After the transfer is complete, claim 12 teaches “verifying whether the floppy diskette controller detected the underrun error.” Id. col. 1 11. 29-30. If it did not detect the error, the FDC is defective.

II.

During the late 1990s and early 2000s, ASUSTeK, a Taiwan-based manufacturer of computer motherboards, was a supplier to Sony and Hewlett Packard (“HP”), among other computer companies; ACI was ASUSTeK’s United States sales and inventory management subsidiary. 3 ASUS’s motherboards incorporated Super I/O chips purchased from Winbond Electronics Corporation (“Winbond”), among others.

In 1999, Dr. Adams cooperated in a class action lawsuit against Toshiba Corporation (“Toshiba”) related to defective FDCs in Toshiba computers, which resulted in Toshiba paying a $2.1 billion settlement. Following announcement of the Toshiba settlement, there was “industry-wide knowledge” of FDC defects and “the pervasive apprehension of pending litigation regarding the defect.” Phillip M. Adams & Assocs. v. ASUSTeK Computer, Inc., No. 05-64, slip op. at 5 (D.Utah Sept. 27, 2010) (“Sanctions Op.”). In late 1999, the same law firm that brought the Toshiba *1001 litigation filed a similar suit against HP, one of ASUS’s customers. HP then sent an email to ASUS asking it to determine whether the ASUS motherboards sold to HP contained the FDC defect. ASUS assigned one of its Taiwan-based engineers, Sam Yang, to develop software to detect such FDC defects. The result was an executable software called IFDC.exe, which Mr. Yang provided to HP and Win-bond in January 2000.

III.

On May 12, 2005, PMAA filed suit against Sony and several other defendants, alleging infringement of PMAA’s '002 patent and other patents related to the detection of FDC defects. Sony then filed a third-party complaint against Winbond and ASUS on the ground that the allegations against Sony were based on “Super I/O chips designed, manufactured, tested, and sold by Winbond ... and computers and motherboards containing these Super I/O chips designed, manufactured, tested and sold by ASUS.” J.A.408. On May 3, 2007, PMAA asserted cross claims for patent infringement and misappropriation of trade secrets against Winbond and ASUS. The trade secrets claim was dismissed for untimeliness. Phillip M. Adams & Assocs. v. Winbond Elecs. Corp., No. 05-64 (D.Utah Aug. 25, 2010) (“Summary Judgment Op.”). The parties then proceeded to trial, with PMAA asserting multiple patents, including the '002 patent, against ASUS, Winbond, and other remaining defendants who had not already settled with PMAA.

On September 27, 2010, the district court reversed the magistrate judge’s earlier pretrial order denying spoliation sanctions and ordered an adverse inference sanction against ASUS for spoliation of evidence, based on ASUS’s failure to produce the source code for its IFDC.exe program. 4 Sanctions Op. at 10. Based on this spoliation of evidence, the district court found the case was exceptional under 35 U.S.C. § 285. Phillip M. Adams & Assocs. v. Sony Elecs. Inc., No. 05-64, slip op. at 5 (D.Utah Sept. 26, 2011) (“Attorney Fees Op.”). However, it declined to award attorney fees to PMAA under § 285, finding the adverse inference sanction was an adequate penalty under the circumstances. Id.

On September 27, 2010, the same day as the district court’s sanction order, ASUS moved for JMOL pursuant to Fed.R.Civ.P.

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519 F. App'x 998, Counsel Stack Legal Research, https://law.counselstack.com/opinion/phillip-m-adams-associates-v-dell-computer-corporation-cafc-2013.