`January 19, 2016
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`trials@uspto.gov
`571-272-7822
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`UNITED STATES PATENT AND TRADEMARK OFFICE
`____________
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`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`____________
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`SHARP CORPORATION, SHARP
`ELECTRONICS CORPORATION, and SHARP
`ELECTRONICS MANUFACTURING
`COMPANY OF AMERICA,
`Petitioner
`____________
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`Case Number IPR2015-00021
`Patent Number 7,202,843 B2
`____________
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`Held: December 1, 2015
`____________
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`BEFORE: SALLY C. MEDLEY, BRYAN F. MOORE, and
`BETH Z. SHAW, Administrative Patent Judges.
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`The above-entitled matter came on for hearing on Tuesday,
`December 1, 2015, commencing at 10:01 a.m., at the U.S.
`Patent and Trademark Office, 600 Dulany Street,
`Alexandria, Virginia.
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`APPEARANCES:
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`ON BEHALF OF THE PATENT OWNER:
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`ON BEHALF OF THE PETITIONER:
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`WAYNE HELGE, ESQ.
`JAMES WILSON, ESQ.
`Davidson, Berquist, Jackson & Gowdey, LLP
`8300 Greensboro Drive, Suite 500
`McLean, Virginia 22102
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`ANTHONY F. LO CICERO, ESQ.
`BRIAN COMACK, ESQ.
`MARK BERKOWITZ, ESQ.
`Amster, Rothstein & Ebenstein, LLP
`90 Park Avenue
`New York, New York 10016
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`P R O C E E D I N G S
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` JUDGE MEDLEY: Good morning.
` MR. LO CICERO: Good morning.
` JUDGE MEDLEY: This is a hearing for IPR --
`are you ready? -- 2015-00021 between Petitioner
`Sharp and Patent Owner Surpass Tech Innovation.
`Per our October 23rd order, each party will have
`30 minutes total time to present your arguments.
`Petitioner, you proceed first to present your
`case with respect to the challenge claims and the
`ground, single ground for which the Board
`instituted trial. And then Patent Owner, you'll
`have time to respond to Petitioner's
`presentation. Petitioner, you can reserve
`rebuttal time if you like.
` At this time, we'd like the parties to
`please introduce counsel, beginning with the
`petitioner.
` MR. LO CICERO: Good morning, your Honors.
`Anthony Lo Cicero from Amster, Rothstein,
`Ebenstein. With me is my partner, Brian Comack,
`and our colleague, Mark Berkowitz.
` JUDGE MEDLEY: Thank you. And for Patent
`Owner?
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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` MR. HELGE: Good morning, your Honor. My
`name is Wayne Helge from Davidson, Berquist,
`Jackson & Gowdey, LLP. And I'm here representing
`Patent Owner, Surpass Tech innovation, LLC. With
`me is my colleague James Wilson.
` JUDGE MEDLEY: Thank you. Petitioner, you
`may begin. And would you like to reserve
`rebuttal time?
` MR. LO CICERO: I would, your Honor. Ten
`minutes, please.
` JUDGE MEDLEY: Okay. Please proceed.
` MR. LO CICERO: Your Honor, I have hard
`copies of our demonstrative exhibits if you'd
`like.
` JUDGE MEDLEY: Yes, you may approach the
`bench with it. Thank you.
` MR. LO CICERO: Good morning, your Honor,
`as I said I'm Anthony Lo Cicero, representing the
`petitioner, Sharp.
` We believe that our papers, supplemented by
`today's hearing, will demonstrate that Claims 4;
`8; and 9 of the '843 patent are anticipated by
`the Ham reference and that Surpass's three
`arguments listed on Slide Number 2 are of no
`avail. The '843 patent relates to the problem of
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`blurring in LCD panels. Specifically, because of
`the physical nature of the LCD technology, the
`liquid crystal molecules have to be twisted and
`rearranged, and this physical phenomenon can
`cause the images to be delayed. The '843 patent
`identifies a first solution which is to divide
`the frame into two fields and to apply a data
`impulse from -- into both of those fields as
`shown on Slide 5. This solution is embodied in
`Challenge Claim 4 which is a method claim for
`driving a liquid crystal panel or certain
`characteristics. It includes the steps of
`receiving frame data, generating a plurality of
`data impulses according to that frame data, and
`applying the data impulses to the LCD pixel
`within one frame period.
` There's another claim that's of relevance,
`although it's certainly not under review. That's
`Claim 1. Claim 1 deals with a second solution, a
`second method of curing the blurring problem,
`Claim 1 is an apparatus claim. It has a
`blur-clear converter which among other things
`generates a plurality of overdriven pixel data.
`it has a source generator -- a source driver for
`generating a plurality of data impulses.
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`According to this plurality of overdriven pixel
`data and the gate driver applying the data
`impulses to the --
` JUDGE MEDLEY: Excuse me. What is it that
`actually prevents the blurring? Is it having
`multiple pulses in a timeframe? Or is it having
`overdriven pulses that avoids the blurring?
` MR. LO CICERO: Yes.
` JUDGE MEDLEY: Which is it?
` MR. LO CICERO: It can be both. In other
`words, the problem of blurring in the '843 patent
`and the showing prior art can be addressing
`using, let's say, both axes. In the time axes,
`if you divide the frame in half, like the impact,
`like the '843 patent, then you are able to apply
`a data impulse faster so that the -- the pixel
`can go from a first gray level to a second gray
`level faster. Okay.
` The other way of doing that in the '843
`patent in the Ham reference for one of the
`frames, one of the fields, and in the prior art
`is to overshoot, that is, to apply a greater, if
`it's a positive, or a lesser if it's negative
`impulse than you otherwise would to kind of juice
`or boost the twisting of the pixels. So there
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`are two ways that one can do this, and our view
`is that Claim 4 deals with the dividing -- the
`time domain, and Claim 1 deals with the time
`domain and the amplitude domain. So I would say
`there are both ways of doing it, so both things
`have the effect of curing the blurring.
` JUDGE MEDLEY: But doesn't the involved
`patent also contemplate doing both, overdriving
`multiple pulses?
` MR. LO CICERO: The involved patent teaches
`both, and Claim 1 is limited to both. Claim 4,
`however, is a different claim. It's a method
`claim, not an apparatus claim. It has different
`steps, and it only deals with the multiple data
`impulse approach to cure an overdrive.
` JUDGE MEDLEY: Okay. What evidence of
`record do we have that shows that just applying
`multiple pulses obviates this blurring
`phenomenon?
` MR. LO CICERO: Well, the '843 patent
`itself. The '843 patent -- let me find the
`correct slide because your Honor's obviously come
`to the --
` MR. COMACK: Thirty-seven.
` MR. LO CICERO: Thank you. Thirty-seven.
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`I'll ask Mr. Berkowitz to do that. So if you
`look at the detailed description, and this sums
`it up kind of -- shown on Slide 37 from the '843
`patent itself. In contrast to the prior art,
`present invention discloses a driving circuit and
`related driving method to two generate two
`piece -- pixel data every for every pixel on an
`LCD panel, and it can generate two data impulses
`according to the two pieces of pixel data and
`then apply them to the electrode. Thus, each of
`the pixels applied of a plurality of data
`impulses so that the molecules can twist to reach
`the predetermined gray level within a frame
`period and blurring will not occur. So Slide 37
`demonstrates this. As you will notice, there is
`no reference to overdrive.
` And obviously, the -- what's the key issue
`in this? Let me depart from my prepared remarks.
`The patent owner raised three arguments. One was
`that they -- we identified the wrong element as
`to what was generating the data impulses. And
`that argument starts on page 12 of our slides.
`And it is a -- and it is a rehash, okay.
` First, a Ham reference is not in dispute.
`We know what the Ham reference teaches. Data
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`Appeal Number 2015-006849
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`comes into the timing of the controller, 51. The
`output of the timing controller from the signal
`standpoint is RGB data. That RGB data goes to
`two locations. It goes to line numbers. Now
`I've messed it up. Okay. Right. It goes to
`Line Number 59 which delays it by half a frame.
`It also goes to Data Modulator 52 which modulates
`it, okay, overdrives it. Those two signals --
`that is the delayed normal signal from the line
`memory and the overdriven signal from the data
`modulator are applied to Switch 58. Switch 58
`selectively sequences those signals and applies
`them to the data driver. The data driver
`converts what is then a digital signal to an
`analog signal and applies it through the --
`through the data lines to the particular pixel.
`Not in dispute. Mr. Bohannon, in the testimony
`that is cited in his declaration and depicted on
`Slide 13, agrees. Not a dispute.
` So what's their argument? Well, the
`argument is -- by the way, the experts agree.
`Their expert, our expert agree on the operation
`of the Ham reference, and in particular, that the
`Ham reference converts the originally input
`digital data into analog data and applies those
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`Appeal Number 2015-006849
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`data impulses to the LCD panel.
` So the argument, at least in the response
`and in today's slides, is that no, we've pointed
`solely to Data modulator 52 as the element that
`generates that. Well, no, we didn't. And it's
`similar, but it's kind of a -- think of a neutral
`way -- a rehashed argument because the first
`time, in its preliminary response, they -- Patent
`Owner said, Well, Sharp is at fault because
`they're relying on the timing control of 51 to
`generate the data impulse. And the Board said --
`okay. The Board said No, that's not -- that's
`not what Sharp is saying. Sharp is saying, as
`your Honors said, We understand Petition to rely
`on the driving apparatus of Figure 5 which is not
`limited to the timing controller. So that is
`that was the first effort.
` Second effort is -- now the argument is,
`Okay, Patent Owner says, if it's not the timing
`controller alone, maybe it's the data modulator
`alone. No, it's not. It's the entire driving.
`Your answer were right in the institution
`decision. It should maintain that concept today.
` JUDGE MEDLEY: Well, Patent Owner points to
`the one sentence in your petition on page 46 that
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`says, The apparatus also includes a timing
`control of 51 that receives digital video data
`and a data modulator that generates two data
`impulses -- for each pixel. So you can kind of
`understand where they're coming from, that, you
`know, your petition would seem to suggest that
`the modulator alone does generate the two data
`impulses.
` MR. LO CICERO: That is, admittedly, an
`awkwardly-worded sentence. What Mr. Marentic,
`our expert, said, his understanding was that in
`fact, what is intended is that it is the entire
`apparatus and the entire apparatus includes the
`timing controller and the data modulator, and it
`is the apparatus that generates the two data
`impulses. It's a poorly-worded sentence. If you
`look down on the same page, 46, in the next
`paragraph, it says that the output, 7B, the
`figure which shows the alleged invention, is --
`that the -- let me start again. Says that the
`entire apparatus generates the data impulses. If
`you look at our claim charts which are on page --
`on Slide 17, it shows we rely on the entire
`driving circuit. In particular, we cite three
`paragraphs -- without argument, of course,
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`Appeal Number 2015-006849
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`because it's a claim chart -- including Paragraph
`53 which says that the LCD drive apparatus and
`method according to present invention applies the
`normal data to the liquid crystal panel, the
`initial half-period after supplying the modulated
`data to the second rule. And that is Slide 17.
`Of course, this is a method claim and not an
`apparatus claim. So -- so long as the generating
`step is -- is met, then it doesn't matter
`which -- which element does the generating.
` The other argument that they raise as to
`generating, although perhaps they won't raise it
`because it's not in their slides, is that somehow
`because we didn't offer a construction of
`generating that therefore, we've somehow done
`something wrong. However, the Board said, as
`shown in Slide 21, that it need not construe any
`of these limitations. That is correct. The
`petitioner, also at Slide 21, said initially that
`the terms were clear on their face. The patent
`owner's expert when I asked him was he offering
`any specific instruction for generating, he said,
`No, I think it's pretty clear. And our expert,
`of course, agreed that generating is clear and
`required no further construction.
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`Appeal Number 2015-006849
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` JUDGE MEDLEY: Does the signal that just
`passes through a box, but the box doesn't --
`let's say the circuitry doesn't do anything to
`the signal, but that -- its output from that box,
`would you call that a signal that is generated by
`that box?
` MR. LO CICERO: The box output,
`something --
` JUDGE MEDLEY: Yes.
` MR. LO CICERO: -- different from --
` JUDGE MEDLEY: No, it's the same. Just
`passes through. It goes through -- it's this box
`with circuitry in it. It comes through. It's
`the same, exact thing going out. Does that box
`generate the signal?
` MR. LO CICERO: So the box has no impact.
`That's a good question. I don't think that's
`presented here, the hypothetical not presented
`here because everyone agrees that the box in
`particular takes digital data and converts it to
`analog data. But I think that I would be hard
`pressed to say that that's generated if --
` JUDGE MEDLEY: Okay.
` MR. LO CICERO: -- it does nothing, if it's
`in effect just a wire.
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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` JUDGE MEDLEY: But converting --
` (Overlapping voices.)
` MR. LO CICERO: Converting does.
` JUDGE MEDLEY: -- is generating. That's
`what you mean by generating.
` MR. LO CICERO: Converting's generation.
`If I were pressed and said, How do you
`construe generating, I would say outputting.
`Outputting different -- outputting the data
`impulses from the source driver which are in
`analog form. And the entire apparatus of Figure
`5 of Ham has taken the digital data and will
`acknowledge digital data and converts it to the
`analog data in the particular form, that is,
`overdriven in one of the two pulses and with the
`two -- with the frame divided into two feeds.
` So let's talk about overdriving, and that
`begins on page 45 -- 25, right there. So the
`crux of the argument here is that the patent
`owner, not satisfied with the language of Claim
`4, is -- wants to rewrite it to say that two or
`more -- that what the claim really means is
`applying two or more overdriven data impulses to
`control the transmission. Now, why are they
`taking this position? To avoid the Ham
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`reference. The patent owner acknowledges that
`Ham does not apply a plurality of overdriven
`signals in the frame period, and therefore, they
`have to find a way of dealing with Claim 4 to
`incorporate the overdriving concept. And one way
`they could have done it, we'll state it, would be
`to try and amend the claim, and -- however, this
`Board, of course, has set a series of rules. You
`have to have a call. You have to file a motion
`to amend. When you file motion to amend, you
`have to show a patentable distinction for each
`proposed substitute claim over the prior art.
`Why didn't they simply do that? Because of
`Adachi. Now, Adachi is not one of the grounds of
`challenge. We're relying on it only to rebut
`what the patent owner's argument. Adachi without
`question teaches, as in the lower box, that
`single frame is divided into plurality of fields,
`and all of the fields are subject to the
`overshoot driver. So because they couldn't amend
`the claim to get around Adachi, they are left
`with trying to say that's the broadest reasonable
`construction. But incorporating overdrive into
`this claim is not the broadest reasonable
`construction, nor is it reasonable.
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` First, add -- the patent owner's asking you
`to make at least two mistakes. The first mistake
`is to incorporate overdriving limitation of Claim
`1 into Claim 4. Claim 1, of course, has -- it
`has steps generating overdriven pixel data, and
`then generating a plurality of impulses according
`to this plurality of overdriven pixel data. And
`the law is settled that when a patent claim does
`not contain a certain limitation, another one
`does, that limitation cannot be read into the
`claim as set forth on Slide 31.
` The second error -- in fact, the cardinal
`sin of claim construction -- is that the patent
`owner was asking you to corporate the disclosure
`of the '843 into its claim. Okay? Mr. Bohannon,
`their expert, says on page 32, Patent, the '843
`patent discloses controlling and transmission
`vapors achieved through overdrive. It's not.
`The claim language, also on page 32, according to
`Mr. Bohannon recalls the discussion of overdrive.
`Not sure I've heard that -- actually, not before.
` The -- of course, the patent owner when it
`was identifying what the right law is in his
`preliminary response said the Board will not read
`a particular embodiment appearing in the written
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`description into the claim if the claim language
`is broader than the embodiment. But the patent
`owner's expert didn't get the memo. I asked him,
`Is it your testimony that the specification
`describes a concept, that that concept should be
`incorporated into the claims? Yes, that's my
`understanding. Of course, that's what we do.
` What I'd like to do is to move forward
`because you have the slides.
` JUDGE MOORE: If controlling the
`transmission rate of the liquid crystal device of
`the pixel does not imply overdriving, then what
`is implied by controlling the transmission rate
`of the liquid crystal?
` MR. LO CICERO: Exactly where I was going,
`your Honor. What was implied by controlling a
`transmission rate is simply moving the
`transmission rate from one gray level to another
`to -- what is transmission rate? Transmission
`rate is the amount of light that is transmitted
`by the LCD data. One of the slides said -- I
`asked Mr. Bohannon about transmission rate, and
`he said -- I'll find it somewhere. He said he
`had no -- he had no definition. I said, Well,
`isn't -- thank you. Slide 42. I asked him the
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`answer that I just gave you, your Honor, said, Is
`it fair to say the transmission rate is the
`percentage of light that's allowed to pass
`through? I don't think I can answer that. Okay.
`Have you heard the term transmission rate before?
`No. Are you offering an opinion on transmission
`rate? I'm not offering an opinion on
`transmission. So their expert gave it up. Their
`expert has no evidence to offer.
` So what is the evidence, as you asked? I
`put up Paragraph 90 of Mr. Marentic's
`declaration. And Mr. Marentic's declaration
`surely can't be read, so presumably, there's a
`way to focus this. Thank you, Mr. Comack.
` The '843 patent describes the LCD panel
`with -- transmission rate was controlled without
`overdrive. For example, Figure 2 plots
`transmission rate against time and explains that
`the transmission rate of a pixel is not
`overdriven. So if you look at the second page at
`90, Mr. Marentic's declaration, you see it as
`clear as could be. What is Figure 2? First of
`all, the patent labels as prior art, and it is.
`Look at C1. C1 is a curve that is admittedly not
`overdriven. Okay? And what happens in C1? The
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`Appeal Number 2015-006849
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`transmission rate, the axis, vertical axis, goes
`from T1 to T2. It is changed. The transmission
`rate is changed. The transmission rate is
`controlled, as Mr. Marentic says in the
`declaration, without overdrive. Now, the problem
`is it doesn't get changed soon enough. It starts
`at the beginning of Frame N. It wants to get
`there at the end of Frame 1, and it doesn't. It
`doesn't get there till the frame -- end of Frame
`N plus 1. So it's delayed. It's not working
`ideally. But nonetheless, the prior art as
`admitted demonstrates that you can control the
`transmission rate without overdriving it. Well,
`if that's the case, then it cannot be as we're
`accused of doing, that by not incorporating
`overdriving into Claim 4, you're eliminated the
`requirement to control the transmission data. We
`are doing no such thing. Of course, controlling
`the transmission rate is a limitation of the
`claim, but overdriving is not.
` I'd like to -- I've gone over a little bit
`more than I wanted to, but I'd like to reserve
`the rest of my time for rebuttal.
` JUDGE MEDLEY: Okay. Thank you.
` MR. HELGE: May it please the Board. Good
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`Application Numbers 95/000578; 95/000579; 95/001339
`Appeal Number 2015-006849
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`morning, your Honor. Again, I am Wayne Helge of
`Davidson, Berquist, Jackson & Gowdey, here on
`behalf of the patent owner Surpass Tech
`Innovation, LLC.
` Your Honors, under USC -- excuse me, 35 USC
`316(e), the burden of proving invalidity in an
`IPR is the petitioner's burden alone. In this
`case, the petitioner filed a petition that
`dedicated all of four pages to an analysis of how
`the Ham reference allegedly anticipates Claims 4,
`8, and 9 of the '843 patent.
` Now, this petition establishes the
`framework for this proceeding. This picks
`petition establishes the lens through which we
`have to view the case. This petition has
`established the roads. They've built the roads
`down which we've traveled to get where they hope
`to get to at the end. But now, those roads
`include dead ends. We've already talked about
`one of those dead ends this morning, dealing with
`data modulator allegedly generating the plurality
`of data impulses. Now, their expert has
`contorted the sentence to try to reach a
`different conclusion that they believe is
`allegedly consistent with the claim chart. But
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`he's been unwilling to go down that road. He's
`been unwilling to go down that dead end of saying
`the data modulator generates a plurality of data
`impulses. We have his deposition testimony
`saying that's not the case.
` We also the little to no explanation of the
`Petitioner's theory of invalidity. Under 37 CFR
`42.22(a)(2), the petition must include a detailed
`explanation of the evidence. We have claim
`charts. We have a claim chart with a theory
`about the generating step. But that claim chart
`is inconsistent with the explanation that's
`provided in -- on page 46 of the petition. And
`what Petitioner did not get to this morning yet,
`and I would think is a crucial question that has
`to be answered, was their explanation on page 46
`of the petition the explanation of that claim
`chart? Or was it an alternative theory? Either
`way, they fail. If it's an alternative, then
`there is no explanation for the claim chart, and
`they failed to satisfy 37 CFR 42.22(a)(2). If it
`is their explanation, then they're wrong, and
`their expert has confirmed that they're wrong.
`The data modulator does not generate a plurality
`of data impulses.
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`Appeal Number 2015-006849
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` In addition, the petition contains one more
`dead end, and that is a specific misapplication
`of Ham to Claim 4. And it's a misapplication in
`the term to control a transmission rate as they
`point to it in their claim chart. On page 48 of
`their claim chart, they -- we can go to Slide --
`here we go, Slide 31. They characterize
`controlling a transmission rate accordingly to
`Ham as doubling the transmission rate. That's in
`the petition. But this is the last time you will
`see this theory presented by the petitioners.
`And indeed, Mr. Marentic, their technical
`declarant on reply, first appeared on reply,
`said, That doesn't make technical sense to me.
`They've taken us down two roads, page 46 about
`the data modulator generating impulses and
`controlling a transmission rate by doubling a
`transmission rate, taking us down two dead ends
`that they've now had to backtrack and say, That's
`not really what we said. And, in fact, it is.
`This third shortcoming drives home the deficiency
`--
` JUDGE MOORE: Can you --
` MR. HELGE: I'm sorry, your Honor.
` JUDGE MOORE: Can you go back to the
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`generating --
` MR. HELGE: Yes, your Honor.
` JUDGE MOORE: -- issue? In his
`presentation, I believe he asserted that
`converting an analog signal to digital, that
`converting step would meet the definition of
`generating. We would have a construction, at
`least, that would read on generating. Do you
`agree with that?
` MR. HELGE: Your Honor, in the abstract, I
`will tell you that the Shen patent, the '843
`patent at issue here, talks about a source driver
`converting overdriven data into overdriven data
`signals, so converting from digital to -- to the
`analog signals that are applied to the columns.
`We believe that certainly satisfies 35 USC 112,
`for example. So I think that's a fair read in
`view of Shen.
` Now, I would point -- if we can go back to
`Slide -- here, page 46. Unfortunately, this
`slide not highlighted, but if we were to go down
`to this, the paragraph below the highlighted
`paragraph, there's another problem here. And
`this is where the generating argument comes that
`we made. This is not intended to be a pedantic
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`argument. The issue is, as we look into that
`second paragraph, they've confused the idea of
`data and signal, and they say that a signal is
`the data that was entering into the controller.
`And so the idea of generating -- and what they
`had in mind for generating today, I believe, is
`different than what they had in mind in the
`petition. They didn't talk about converting and
`satisfying that element in the petition. Again,
`the lens that they're they've created for us is a
`skewed lens. The road they've taken us down
`actually never dealt with the generating step
`except in the context of the highlighted language
`which is the data modulator generated the
`impulses.
` Now, your Honors, I mentioned a moment ago
`on Slide 31 how we have a dead end in terms of
`controlling a transmission rate in the Shen
`patent, and specifically, in Claim 4 here and
`their theory that it doubles transmission rate in
`the Ham reference. You'll see in the Marentic --
`excuse me, the declaration Paragraph 93 which is
`a slide I don't believe they got to he actually
`comes up with a new construction which is it --
`applying a voltage to an electrode is controlling
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`the transmission rate. Now, Mr. Lo Cicero a
`moment ago said to control the transmission rate,
`you have to go from T1 to T2, for example. You
`have to change the transmission rate such as
`shown in Shen's figures. Figure 6, for example,
`Figure 2, there's changes from T1 to T2. The way
`Mr. Marentic deals with it in Paragraph 93,
`there's no change of transmission rate required
`at all. Simply applying a voltage could be
`controlling a transmission rate. In effect, we
`have from Petitioners now a third theory that's
`come into play.
` Now, your Honors, we win it in every case.
`First of all --
` JUDGE MEDLEY: What does that mean, control
`a transmission? Even if you're not, you know,
`controlling the transmission rate so that the
`transmission rate is faster to get to where you
`want to go quicker, you're still controlling it
`by applying a voltage to the pixels. So I'm
`having difficulties finding in the words control
`a transmission rate that it means that you've got
`to apply a particular overdriven signal, and not
`only do you have to apply an overdriven signal,
`it has to be more than one. I just don't see
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`that in your claim at all, so if you could break
`that down for us, that would be great.
` MR. HELGE: Absolutely, your Honor. I
`think what we should do is go back to Slide --
`well, I know you're aware of claim language.
`Let's go back to Slide 5. Slide 5 discusses the
`claim language. Perhaps we should go one more.
` We've got elements in Claim 4 dealing with
`receiving a plurality of frame data, generating a
`plurality of data impulses, and then applying
`those data impulses to control the transmission
`rate. If we look at Column 2, Lines 3 to 7 to
`seven, Shen describes the idea of overdriving as
`accelerating the change, accelerating that
`difference. And the comparison there is between
`Curves C1 and C2 on Figure 2. Now, the first
`time that Sh