HARMONIC INC., Appellant v. AVID TECHNOLOGY, INC., Appellee.
No. 2015-1072
United States Court of Appeals, Federal Circuit
March 1, 2016
815 F.3d 1356
In sum, I believe the record evidence does not contain an express or inherent disclosure (or even an express contemplation) of the combined use of the direct-email and refer-a-friend tools. The evidence, at most, it seems to me, reveals that Paul discloses a single system with multiple tools that are capable of functioning together. This is not enough for anticipation. The Board‘s “analysis [therefore] goes astray because it assumes what [Paul] neither disclose[s] nor render[s] inherent.” Perricone, 432 F.3d at 1379.
For the foregoing reasons, I respectfully dissent from the court‘s affirmance of the Board‘s finding that Paul anticipates claim 2 of the ‘516 patent, as well as its affirmance of the Board‘s finding that Paul anticipates claims of the other patents at issue in the case.
Gregory A. Castanias, Jones Day, Washington, DC, argued for appellee. Also represented by David B. Cochran, Joseph M. Sauer, Cleveland, OH; Matthew Johnson, Pittsburgh, PA.
Scott Weidenfeller, Office of the Solicitor, United States Patent and Trademark Office, Alexandria, VA, argued for intervenor Michelle K. Lee. Also represented by Nathan K. Kelley, Stacy Beth Margolies.
Before CHEN, MAYER, and STOLL, Circuit Judges.
STOLL, Circuit Judge.
Harmonic Inc. filed an inter partes review (“IPR“) petition with the Patent Trial and Appeal Board (“Board“) to review the patentability of Avid Technology, Inc.‘s (“Avid“) U.S. Patent No. 5,495,291 (“the ‘291 patent“). The Board instituted an IPR proceeding on a subset of the grounds in the petition and ultimately determined that the instituted ground did not render claims 11-16 of the ‘291 patent unpatentable. Harmonic appeals the Board‘s final written decision, challenging both the Board‘s patentability determination and its refusal to revisit grounds of unpatentability that it declined to institute as redundant to the instituted ground. For the reasons below, we affirm the Board‘s confirmation of claims 11-16 over the instituted ground and conclude that we do not have jurisdiction to review the Board‘s institution decision.
BACKGROUND
I.
Avid is the assignee of the ‘291 patent, issued February 27, 1996, and directed to a “system for decompressing consecutive streams of compressed video data to provide a continuous, uninterrupted decompressed video data output stream.” ‘291 patent abstract. Many computers store video in a compressed form. One well-known compression format is MPEG. Instead of storing every video frame in full, MPEG stores only changes in one frame to the next. Before these compressed video files can be played, they must first be decompressed to restore the video‘s full content. Systems and methods to compress and decompress videos were well known in art at the time of the ‘291 patent application‘s filing.
The ‘291 patent discloses that these prior art systems and methods often generated several blank frames between first and second videos when playing multiple compressed videos back to back due to system latency. The patent explains that this latency resulted from having to wait for a decompression buffer to fill with enough frames of the second video file before decompression could begin. The ‘291 patent purports to teach a decompression system and method that allows play of compressed video streams one after the other without creating blank frames or a video-less gap when switching between the different streams. This result is achieved by using multiple decompression buffers. Figure 3 of the ‘291 patent illustrates the preferred architecture.
In this embodiment, input switch 105 accepts multiple compressed video streams. Under command of microcontroller 110, video data flows through input switch 105 to either decompression circuit 120 or 130,1 which decompress the input video streams and place them within a buffer 125 or 135 from which output switch 115 reads to play video to a user. Microcontroller 110 instructs input switch 105 to alternate directing input video streams to decompression circuits 120 and 130. First, microcontroller 110 instructs input switch 105 to send video streams to decompression circuit 120. At a time before the circuit 120 is predicted to finish decompressing, microcontroller 110 directs input switch 105 to send a second input video stream to decompression circuit 130 so that decompression may begin there. Because decompression of the second video stream begins before decompression of the first stream completes, there is decompressed video data in buffer 135 from the second video stream awaiting output immediately upon output completion of the first decompressed video stream. As a result, a user experiences no blank frames due to system latency.
The claims at issue in this appeal are dependent claims 11-16. Claim 9, from which claims 11-16 depend, and claim 11 recite:
9. A video decompression system comprising:
a first switch coupled to at least two video data input lines, the first switch controlling the direction and rate of video data flow from the video data input lines;
at least two video data decompression arrays coupled to the first switch, the video data decompression arrays storing compressed video data, decompressing the stored compressed video data, and storing the decompressed video data;
a second switch coupled to the video data decompression arrays and to an
output bus, the second switch directing output from the at least two video data decompression arrays to the output bus; and a controller coupled to the first switch, the video data decompression arrays, and to the second switch for controlling the flow of video data through the system.
11. The system of claim 9 wherein the controller commands the first switch to provide video data to the first video data decompression array at a first rate and to provide video data to the remaining video data decompression arrays at a second rate a predefined period of time after the first video data array begins receiving the video data at the first rate.
‘291 patent col. 7 ll. 4-32 (emphasis added). Pertinent to this appeal, claim 11 requires switching to provide video data to a second decompression array at a “predefined period of time” after the first video compression array receives data. Id. col. 7 ll. 27-32.
II.
Harmonic petitioned for IPR of the ‘291 patent, alleging that, in view of seven different prior art grounds, all twenty of the patent‘s claims were unpatentable as anticipated under
The Haskell patent discloses a system for avoiding overflow and underflow of buffers during video encoding and decoding. As illustrated in Figures 2 and 3 below, Haskell‘s device includes encoder system 100 and decoder system 200, which are connected by a channel that runs from the encoder‘s multiplexer to the decoder‘s demultiplexer.
Encoder system 100 includes multiple encoder buffers 106, and decoder system 200 includes multiple decoder buffers 205. Haskell‘s encoder controls two aspects of the system to avoid buffer overflow and underflow: (1) the number of bits employed to encode each video frame; and (2) the bitrate of the channel connecting the encoder and decoder.
The Board‘s final written decision concluded that claims 1-10 of the ‘291 patent were unpatentable in view of Haskell combined with Rossmere. At the same time, the Board found claim 11—along with claims 12-16, which depend from claim 11—patentable over the instituted prior art ground. Particularly, the Board found that Haskell combined with Rossmere did not satisfy the “predefined period of time” limitation in claim 11, which it construed to mean “a prior defined period of time.” Harmonic, Inc. v. Avid Tech., Inc., IPR2013-00252, 2014 WL 3422011, at *5, *13-14 (P.T.A.B. July 10, 2014) (Final Written Decision).
Harmonic timely appealed to this court, and we have jurisdiction under
DISCUSSION
On appeal, Harmonic argues that the Board erred in concluding that claim 11 (and claims 12-16, which depend from it) is patentable in light of the instituted prior art ground. Harmonic also argues that the Board should have considered all prior art grounds in its petition, especially after finding claim 11 patentable in view of the instituted ground. We address each argument in turn.
I.
We first consider Harmonic‘s argument that the Board erred in determining that claims 11-16 are patentable in light of Haskell combined with Rossmere.
In an IPR, the petitioner has the burden from the onset to show with particularity why the patent it challenges is unpatentable. See
Claim 11 requires that the system‘s controller command the input switch to begin providing data to a second decompression array at a “predefined period of time” after a first decompression array begins receiving data. Harmonic argues that Haskell teaches this claim limitation, but puts forth very little evidence to support this contention. With no express teaching of this limitation in Haskell, Harmonic relies on several unsupported and inferential theories based on what Haskell does teach.
First, Harmonic relies on the presence of a demultiplexer in Haskell together with the ability of its encoders to control the bit rate of bit-streams destined to its decoders. But Harmonic‘s discussion of these features of Haskell is conclusory. Harmonic does not relate what appears to be generic multiplexing and bit rate adjustment to what is recited in claim 11. Specifically, Harmonic does not explain how Haskell‘s control of bit rate teaches the specific claim limitation of commanding the input switch to provide video data to a second decompression array a prior defined period of time after a first decompression array begins receiving data. Harmonic‘s expert testimony in support of this theory is equally unavailing, adding nothing beyond the conclusory statements in Harmonic‘s petition.
Harmonic also emphasizes Haskell‘s disclosure of a “predetermined system timing” in an attempt to satisfy the “predefined period of time” limitation.3 But this disclosure relates to how Haskell passes video frames to a multiplexer bit-stream in groups, with time variables also periodically inserted into the bit-stream. Simply
On this record, we conclude that there is substantial evidence to support the Board‘s finding that Haskell neither teaches nor suggests the “predefined period of time” limitation in claim 11. Therefore, we affirm the Board‘s confirmation of claim 11, and dependent claims 12-16, as patentable over Haskell and Rossmere.
II.
We now turn to Harmonic‘s second argument, which asserts that the Board, after concluding that the instituted ground did not render claims 11-16 unpatentable, erred by failing to consider the other prior art grounds in Harmonic‘s IPR petition that were not instituted.
In addition to the obviousness ground based on Haskell and Rossmere, Harmonic‘s IPR petition included four other distinct grounds for unpatentability of claims 1-16 of the ‘291 patent. The Board denied institution on these remaining four grounds as “redundant“:
Those grounds of unpatentability are redundant to the grounds of unpatentability on which we initiate an inter partes review. Accordingly, we do not authorize an inter partes review on the remaining grounds of unpatentability asserted by Harmonic against claims 1-16 of the ‘291 patent.
Harmonic, Inc. v. Avid Tech., Inc., No. IPR2013-00252, 2013 WL 8595955, at *19 (P.T.A.B. Sept. 25, 2013) (citing
Before we address the merits of Harmonic‘s argument, we first must determine whether we have jurisdiction to review this question. See Arlington Indus., Inc. v. Bridgeport Fittings, Inc., 759 F.3d 1333, 1336 (Fed.Cir.2014) (“It is axiomatic that the initial inquiry in any appeal is whether the court to which appeal is taken has jurisdiction to hear the appeal.” (quoting Woodard v. Sage Prods., Inc., 818 F.2d 841, 844 (Fed.Cir.1987) (en banc))).
A.
Congress established IPR proceedings as a means for challenging patentability before the United States Patent and Trademark Office (“PTO“). IPR proceedings involve two distinct phases: (1) the institution phase, beginning with the filing of an IPR petition and culminating in the decision of whether to institute an IPR proceeding (“institution decision“); and, if instituted, (2) the merits phase, beginning
We have jurisdiction to hear appeals from parties “dissatisfied with the final written decision” from the merits phase.
Our cases have strictly applied the
In Cuozzo, we considered whether we could review the PTO‘s decision to institute an IPR proceeding. 793 F.3d at 1274. The patent owner in Cuozzo, appealing after a final written decision had issued, argued that the PTO improperly instituted an IPR on certain claims because it relied on prior art that was not identified in the petition. Id. The patent owner argued that we had jurisdiction to review the institution decision because
In Versata Development Group Inc. v. SAP America Inc., 793 F.3d 1306 (Fed. Cir.2015), we addressed
In Achates, we examined whether we could review the PTO‘s institution decision premised on IPR petitions that the patent owner argued contravened the timing requirements for filing a petition under
Most recently, in Synopsys Inc. v. Mentor Graphics Corp., 814 F.3d 1309 (Fed.Cir.2016), we considered a challenge under
B.
With this background in mind, we address whether we have jurisdiction here. Harmonic argues that the Board‘s decision to not institute on certain prior art grounds it classified as “redundant” is not an institution decision. In support of its position, Harmonic points out that this case introduces facts not present in the cases discussed above. Here, acting on a single IPR petition, the Board instituted an IPR proceeding on one ground, but denied institution on others. According to Harmonic, the non-binary nature of the Board‘s decision—i.e., instituting on some grounds, but not others—takes it out of the realm of an institution decision and into that of a case management decision, which Harmonic asserts we have jurisdiction to review for an abuse of discretion.
We disagree. Our prior decisions hold that
Contrary to Harmonic‘s suggestion, the Board‘s reference to the non-instituted grounds as “redundant” also does not alter
Nor does the fact that the Board ultimately found claim 11 patentable over the instituted ground alter our conclusion that we may not review the Board‘s institution decision, including its decision to not institute for redundancy reasons. As we explained before, IPR proceedings occur in two distinct phases: (1) an institution phase; and (2) a merits phase. See Achates, 803 F.3d at 654; St. Jude, 749 F.3d at 1375-76. During the institution phase, the Board establishes parameters that confine the proceeding during the merits phase. See AIA Regulation Comments, 77 Fed. Reg. 48,680 at 48,689 (“Any claim or issue not included in the authorization for review is not part of the review.“). The PTAB‘s institution decision included within the merits phase Haskell combined with Rossmere, but nothing more. The IPR proceeding was thus limited and did not include the non-instituted grounds.
Finally, our conclusion here is consistent with Synopsys because, in that case, the petitioner challenged the Board‘s final written decision, not its decision to institute. Synopsys, 814 F.3d at 1313-15. As here, we recognized in Synopsys that “[t]he decision of the Board to institute inter partes review cannot be appealed.” Id. at 1314. We determined, however, that we could review the question of whether the Board was required to address all claims raised in an IPR petition in its final written decision under
Under the IPR framework, Congress did not require that once the PTO institutes a proceeding, all grounds in the underlying petition must be considered. First of all, the PTO is permitted, but never compelled, to institute an IPR proceeding. See
The PTO adopted such regulations in
In light of
CONCLUSION
For the foregoing reasons, we affirm the Board‘s determination that claims 11-16 of the ‘291 patent are patentable in light of the instituted prior art ground and do not review the Board‘s institution decision because we lack jurisdiction.
AFFIRMED
No costs.
KARA F. STOLL
UNITED STATES CIRCUIT JUDGE
