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`IPR2016-00285, Paper No. 28
`March 7, 2017
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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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`RPX CORPORATION and
`PROTECTION ONE, INC.
`Petitioner,
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`v.
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`MD SECURITY SOLUTIONS, LLC,
`Patent Owner.
`____________
`
`Case IPR2016-00285
`Patent 7,864,983 B2
`____________
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`Held: February 15, 2017
`____________
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`
`
`BEFORE: SALLY C. MEDLEY, KARL D. EASTHOM, and
`WILLIAM M. FINK, Administrative Patent Judges.
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`
`
`
`
` The above-entitled matter came on for hearing on Wednesday,
`February 15, 2017, commencing at 1:32 p.m., at the U.S.
`Patent and Trademark Office, 600 Dulany Street, Alexandria,
`Virginia.
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`Case IPR2016-00285
`Patent 7,864,983 B2
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`APPEARANCES:
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`ON BEHALF OF THE PETITIONER:
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`ON BEHALF OF PATENT OWNER:
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`ON BEHALF OF THE PETITIONER:
`RICHARD F. GIUNTA, ESQUIRE
`ELISABETH H. HUNT, Ph.D.
`Wolf, Greenfield & Sacks, P.C.
`600 Atlantic Avenue
`Boston, Massachusetts 02210-2206
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`--and--
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`JOSHUA A. GRISWOLD, ESQUIRE
`Fish & Richardson P.C.
`1717 Main Street
`Suite 5000
`Dallas, Texas 75201
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`DANIEL J. WEINBERG, ESQUIRE
`Freitas Angell & Weinberg LLP
`350 Marine Parkway
`Suite 200
`Redwood Shores, California 94065
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`Case IPR2016-00285
`Patent 7,864,983 B2
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`P R O C E E D I N G S
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`JUDGE FINK: This is a hearing for Inter Partes
`Review Number IPR2016-00285. Petitioner is RPX Corporation
`and Protection One, Incorporated, and Patent Owner is MD
`Security Solutions, LLC.
`I am Administrative Patent Judge Fink and with me are
`Judge Medley and Judge Easthom.
`Let's start with appearances. Who is representing
`Petitioner?
`MR. GIUNTA: Good morning, Your Honor. Rich
`Giunta and Elizabeth Hunt from Wolf Greenfield for Petitioner
`RPX.
`MR. GRISWOLD: Josh Griswold and Bret Winterle,
`
`Protection One.
`JUDGE FINK: Okay. And Mr. Weinberg, I presume.
`MR. WEINBERG: That's right. Dan Weinberg from
`Freitas Angell & Weinberg on behalf of the Patent Owner.
`JUDGE FINK: All right. Mr. Weinberg, you'll be
`presenting for Patent Owner pursuant to lead counsel's request to
`be absent today.
`MR. WEINBERG: That's correct, Your Honor.
`JUDGE FINK: All right. As set forth in the hearing
`order, each side will have -- please be seated -- each side will
`have 30 minutes to present its case. We will start with Petitioner
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`followed by Patent Owner. Petitioner is permitted to reserve time
`for rebuttal, but please let us know before you begin if you wish
`to reserve time.
`And, counsel, you may begin when you're ready.
`MR. GIUNTA: Thank you, Your Honor.
`Your Honor, before I begin I just have one
`housekeeping question. I think I understand from the trial order
`that it will be okay for us to reference the slides themselves and
`that we don't need to reference the underlying exhibits in the
`record and I just want to make sure that that was accurate before
`we started.
`JUDGE FINK: I think you can represent -- you can
`refer to the slides. And if you wish to talk about the underlying
`exhibits and refer to them for purposes of keeping the record
`clear, that's also helpful, so.
`MR. GIUNTA: All right. Thank you, Your Honor.
`And our hope would be our plan, depending upon how many
`questions Your Honors have, would be to reserve somewhere
`between 5 and 10 minutes, if that's acceptable to Your Honors.
`JUDGE FINK: Yes.
`MR. GIUNTA: So in this proceeding we have two
`instituted grounds on 20 claims. The Patent Owner Response
`challenges only two claim limitations as allegedly not being met
`by the grounds. And in the absence of questions from Your
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`Honors on other issues, our point would be to focus on those two
`limitations to demonstrate how they're met.
`I plan to address the Patent Owner's argument that
`Milinusic's CPU does not receive image data and Ms. Hunt will
`address Dependent Claims 2 and 18, which are the only ones to
`which the Patent Owner's Response raises an additional
`challenge.
`So for all the claims other than 2 and 18, Patent Owner
`Response raises the single argument that the Milinusic's CPU
`does not receive image data. Your Honors have rejected this
`argument already twice, once in the Institution Decision and then,
`again, in a decision denying a request for reconsideration.
`Your Honors should reject it again for two reasons.
`First, it's based on an unreasonably narrow claim construction
`that's unsupported by the '983 specification or the extrinsic
`evidence that the Patent Owner itself cites about the plain
`meaning of the word receive.
`Second, the Patent Owner's expert admitted at
`deposition that Milinusic's CPU, in fact, receives image data,
`even under the Patent Owner's unduly narrow interpretation. So
`if Your Honors, again, reject this argument, that's dispositive for
`every challenged claim, except for Claims 2 and 18.
`So if we take a look at slide 2, the '983 patent is directed
`to a security system with motion detectors and cameras to capture
`video or still images of a monitored area and that image data is
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`transmitted to an on-site computer 14 or it can be viewed by a
`person or image processing could be performed to determine
`whether there's a threat.
`Turning to slide 3, as Your Honor summarized in the
`Institution Decision, Milinusic is similarly directed to a
`surveillance system with sensor units that include motion detector
`activated cameras to capture video or still images of a monitored
`area and as shown in Figure 2 a captured image data is
`transmitted from the sensor units over a network 250 to a
`surveillance server 210.
`As shown on slide 4, Osann is directed to the same type
`of system and it's described as being used to monitor outside a
`home to generate an alarm if an intruder is detected.
`Milinusic doesn't explicitly state that its system is used
`to protect the exterior of a home or building against to detect an
`intruder, but Osann does and the basis of the combination is that
`it would have been obvious to use Milinusic's system in that
`manner.
`
`So if we turn to slide 7, we reproduced a portion of the
`scheduling order which makes clear that the Patent Owner waives
`any argument that's not made in the Patent Owner Response.
`And the reason we just wanted to emphasize that is, again, the
`Patent Owner Response does not challenge any of the reasons for
`combining Milinusic and Osann or that the combination fails to
`meet any limitation of the independent claims except for one.
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`Patent 7,864,983 B2
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`The Patent Owner's sole argument for every claim
`except for 2 and 18 is that the CPU in Milinusic's server does not
`receive and distribute.
`So turning to slide 9, let's take a look at what Milinusic
`discloses. So Milinusic explicitly discloses that the surveillance
`data is "received" by the surveillance server and that that
`surveillance data includes video and still images.
`Now, if we turn to slide 11, Milinusic server 210
`includes a CPU 360 that's shown at Figure 3. The CPU is
`"configured to control the operation of the server 210 so that the
`surveillance data may be received" from the sensor units. Despite
`this disclosure, the Patent Owner Response argues that the CPU
`360 somehow doesn't receive the image data.
`So let's take a look at what the Patent Owner Response
`itself says is the plain meaning of the word receives. So looking
`at slide 12, the Patent Owner Response argues that received
`means a general act of setting up the conditions necessary to
`bring a video stream into memory.
`And the Patent Owner Response cites a Microsoft
`dictionary definition. It says the plain meaning of receive is to
`accept data from an external communication system such as a
`local area network and store it as a file.
`Milinusic's CPU is, again, and I quote, "configured to
`control the operation of the server 210 so that the surveillance
`data may be received." So it's CPU 360 in Milinusic's server that
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`sets up the conditions to bring the image data into the server and
`to store it.
`And if we take a look at slide 13, there's no dispute that
`it's the CPU 360 that determines whether to accept the image data
`from the network in Milinusic. Patent Owner's own expert
`conceded it at deposition. So Milinusic's CPU receives the image
`data under the plain meaning of receives as established by the
`Patent Owner's own evidence.
`And if we turn to slide 18. So at his deposition, Mr.
`Parker agreed that the Microsoft dictionary definition cited in the
`Patent Owner Response establishes the plain meaning of the word
`receive to a person of skill in the art, but the Patent Owner
`Response and Mr. Parker's declaration never actually apply that
`interpretation of receive and never actually alleges that
`Milinusic's CPU 360 fails to meet it.
`Instead, the Patent Owner Response and Mr. Parker
`make a different argument that applies a different interpretation
`of receives that is unsupported.
`So if we take a look at slide 15, Patent Owner Response
`argues that the CPU 360 does not receive the image data because
`the image data is "not delivered to the CPU 360 for processing."
`If we take a look at slide 16, at his deposition Mr.
`Parker explained that the basis for his opinion that Milinusic's
`CPU does not receive image data is that a processor does not
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`Patent 7,864,983 B2
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`receive data unless the data is actually stored in the processor's
`internal memory.
`Turning to slide 17, Mr. Parker admitted that he cited
`nothing in his declaration to support this narrow interpretation of
`the word receive. So MD Security's argument that Milinusic's
`CPU doesn't receive image data is based on an improperly narrow
`construction that's inconsistent with the interpretation that MD
`Security itself offers for the plain meaning of the word receive
`and is unsupported by anything other than Mr. Parker's naked
`conclusion. And, again, if Your Honors once again reject this
`argument, that's dispositive for every claim except for 2 and 18.
`In addition, Milinusic describes a CPU as processing
`image data and receiving it, even under the Patent Owner's
`narrow construction, and there's no dispute about this. MD
`Security's expert admitted it at his deposition multiple times.
`So if we go to slide 26, the Petition cites Milinusic's
`disclosure at column 4, lines 25 to 30, as illustrating how the
`CPU meets the processor receiving the image data limitation.
`And if we take a look at slide 27, this disclosure is the
`disclosure we looked at earlier, which describes the CPU as
`controlling the server to receive the surveillance data from the
`sensor units and stored in the database.
`Taking a look at slide 28, at his deposition Mr. Parker
`testified that one of skill in the art would have understood that in
`the process of this receiving and storing of the surveillance data,
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`that data would have been processed upon receipt to encode it, for
`example, to compress it to save storage space before it was
`stored.
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`And if we go to slide 29, in his declaration Mr. Parker
`testified that it's the graphics processor 385 that would do this
`processing. His assertion that the graphics processor would do
`this rather than the CPU is not supported by anything. But it
`doesn't matter because Milinusic discloses an embodiment where
`the CPU 360 performs the functions of the graphics processor.
`If we go to slide 30, Milinusic could not be more
`explicit in this regard. I'm just going to quote, "CPU 360 may
`also be configured to incorporate or otherwise carry out the
`functions of processor 385," and the processor 385 is the graphics
`processor.
`If we turn to slide 31, Mr. Parker conceded at deposition
`that Milinusic discloses that the functionality of the graphics
`processor can be incorporated into the CPU.
`So turning to slide 33, Mr. Parker ultimately conceded
`that in Milinusic's embodiment where the CPU implements the
`functions of the graphics processor, the CPU 360 processes the
`image data before it is stored and receives that image data even
`under Mr. Parker's narrow interpretation. These admissions are
`fatal to MD Security's challenge to all of the claims except for
`Claims 2 and 18 because, again, the only argument in the Patent
`Owner Response is that Milinusic's CPU does not receive the
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`image data, and at deposition MD Security's own expert conceded
`that that's simply not true.
`Now, Mr. Parker put some qualifiers on his admissions
`during his deposition. He testified that it was impractical and too
`expensive to use one processor in Milinusic to perform the
`functions of the CPU and the graphics processor rather than using
`two. Those assertions were not credible for the reasons that we
`discussed in our Reply at pages 15 to 18. But even if they were
`true, they're legally irrelevant.
`If we turn to slide 36, Mr. Parker conceded that it's, of
`course, technically possible to implement what Milinusic
`explicitly describes because the processor is "programmable after
`all." So the assertion that it would have been more expensive,
`even if it was true, is a commercial consideration that's irrelevant
`to the question of obviousness as the Federal Circuit explained in
`the orthopedic case that's cited in our Reply at pages 14 to 15.
`There's also additional disclosure in Milinusic that
`describes the CPU 360 as receiving the image data. So if we turn
`to slide 43, Milinusic describes CPU 360 as being configured to
`predict future conditions or occurrences based upon detected
`conditions or occurrences represented by the surveillance data.
`As shown on slide 45, Mr. Parker conceded that the
`server 210 analyzes image data to make these predictions.
`At slide 46 Mr. Parker conceded that whatever the
`processor is in the server 210 that performs this analysis, it
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`necessarily receives the image data. And Mr. Parker said the
`graphics processor, not the CPU, does this image processing.
`That's directly contradicted by Milinusic's teaching at column 4,
`lines 34 to 38, that is the CPU that is configured to do this.
`But it doesn't matter whether the graphics processor or
`the CPU does this processing given Milinusic's express teaching
`that the CPU 360 can implement the functions of the graphics
`processor.
`So turning to slide 47, Mr. Parker admitted that the CPU
`receives the image data in performing image analysis in the
`embodiment where the CPU performs the functions of the
`graphics processor.
`So, in conclusion, the sole argument in the Patent
`Owner Response that Milinusic's CPU doesn't receive the image
`data is based upon an improperly narrow construction and MD
`Security's expert admits that this limitation is not met -- is met,
`excuse me, even under his narrow construction. That's
`dispositive for every claim other than Claims 2 and 18.
`And unless Your Honors have any questions, I'll turn it
`over to Ms. Hunt.
`JUDGE FINK: What are your reasons, again, for why
`the construction is narrow? If I could just go back to that part.
`MR. GIUNTA: Yes, Your Honor. So, again, if we go
`to slide 12. All right. So they cited -- they made an argument.
`So there is a section of their Response where they were focusing
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`on -- Your Honors had pointed to disclosure in Milinusic about
`retrieve and they were focusing your attention on what the
`difference is between retrieve and receive.
`In that process they explained what the plain meaning
`of the word receive is. And, again, they argued that receiving is
`the general act of setting up the conditions necessary to bring the
`video stream into memory and they cited this Microsoft
`dictionary definition that says to receive is to simply accept data
`from an external communication such as a LAN and store it in a
`file.
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`So this -- his argument about a processor not receiving
`the image data unless it's actually stored in the internals is a much
`narrower construction than this plain meaning that they argued to
`Your Honors and that the extrinsic evidence that they provided to
`Your Honors.
`JUDGE FINK: All right. So you view their
`construction of receive as requiring storage on the processor. The
`processor receiving would require the processor to store on its
`own internal cache memory I guess.
`MR. GIUNTA: I just want to make sure I understand,
`Your Honor, which of their -- because they offered two different
`ones. In this one --
`JUDGE FINK: So I see the one with the Microsoft in
`Footnote 7.
`MR. GIUNTA: Right.
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`JUDGE FINK: And then is there another one?
`MR. GIUNTA: Yes, Your Honor. So, again, if we look
`at slide 18 or actually let's go to slide 16. So at slide 16 this is
`what Mr. Parker said at his deposition, what he said is that a
`processor cannot receive data unless the processor actually takes
`it into the processor and stores the data in its internal memory,
`and that was the basis for his assertion that Milinusic's CPU
`doesn't receive the data. He said it doesn't actually take the data
`and store it in its own internal memory and that is narrower than
`the plain meaning they offered about setting up the conditions.
`I think there is no dispute from Mr. Parker that the CPU
`controls everything in Milinusic's server and there's no dispute
`that the server receives the image data and so there's no dispute
`that the CPU sets up the conditions to bring that data into the
`server and store it.
`But what he said is there is no -- Milinusic never has
`that image data actually go into the CPU and reside in an internal
`memory, and that is the unduly narrow construction that is
`inconsistent with the broader interpretation that they offered
`when they were distinguishing retrieve from receive from Your
`Honors and it's narrower certainly than the Microsoft dictionary
`definition that they cited.
`JUDGE EASTHOM: On your slide 46 you're
`contending that he also testified that data cannot be brought into a
`processor and manipulate it without being stored within the
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`processer in some form, so I guess that's implicit in any processer.
`Is that the basis for the testimony that you're citing?
`MR. GIUNTA: I'm sorry, I'm not sure I understand the
`question.
`JUDGE EASTHOM: On the one hand it seems like the
`expert said that Milinusic did not -- the processor did not store the
`information internally in its own internal processor, but then on
`this slide it looks like -- on slide 46 it looks like Mr. Parker is
`saying that all processors have to do that to manipulate the data.
`So is that part of the argument that he's making that -- and Patent
`Owner is making that that must be performed in the other
`processor, the graphics processor? I just don't understand what --
`MR. GIUNTA: Yes, Your Honor. So what Mr. Parker
`was saying is that a processor cannot process data without storing
`it in its internal memory. We asked him questions about can a
`processor process data sort of in one clock cycle, if you would,
`and not actually stored in its internal memory and he said no.
`So he said a processor cannot process data without
`storing it in its internal memory and his assertion is that the word
`receives actually requires that. So a processor doesn't receive
`data unless it resides in the internal memory of the processor,
`which is, again, inconsistent with what the Microsoft dictionary
`definition that they provided, which simply said setting up the
`conditions to receive the data and storing it. There's no
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`requirement in that dictionary definition that the processor
`actually had the data reside in its internal memory.
`JUDGE EASTHOM: But either way in Milinusic, then,
`Patent Owner's position seems to be it's -- it has to be because all
`processors have to receive it in their internal memory to process it
`and because Milinusic does say somewhere that they process the
`data, then it has to be in one or the other of those two processors,
`the graphics processor or the one -- the 360.
`MR. GIUNTA: I mean, that's not what they said, but
`that is the logical consequence of what they said, right? So what
`the Patent Owner's position was, we pointed to the CPU 360 in
`the Petition as meeting the processor limitation. They said let's
`look at this block diagram of Milinusic and he said I don't think
`the data ever goes into the CPU.
`The CPU is kind of the quarterback, if you would,
`which tells the I/O processor take the data, pass it to the graphics
`processor and store it. So his position was the data never actually
`goes into the CPU itself. Our Response to that is twofold. One,
`the word receives does not require that, right? The CPU, by
`setting up the conditions and instructing these other processes to
`do it, that meets the plain meaning.
`But our other response to that is that the data does
`actually go into and reside in the CPU in two ways. One is that
`Milinusic describes an embodiment where there isn't a separate
`graphics processor. The CPU performs those functions. So all of
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`the -- and, frankly, I don't think Mr. Parker, when he filed his
`declaration, knew that this disclosure was in Milinusic. Because
`when he was shown that at his deposition, I think he was
`surprised.
`So he acknowledged that, yeah, there's an embodiment
`where the CPU implements those functions and he clearly said
`earlier that Milinusic performs those functions and that when a
`processor in Milinusic performs them, the processor receives the
`data even under his interpretation.
`There is also the additional disclosure in Milinusic
`about doing image processing to detect conditions and Milinusic
`says that the CPU 360 is configured to do that. So there are
`multiple places in Milinusic that actually describe the data as
`residing in the internal memory of the processor and Mr. Parker
`admitted that.
`JUDGE FINK: Where was that disclosure? I guess I
`missed that in your presentation, the thing you just said about --
`let's see, you said that the processor can do some additional
`processing on the data.
`MR. GIUNTA: The image processing.
`JUDGE FINK: On the image processing of the data.
`MR. GIUNTA: Your Honor, one second. Yeah, so if
`we go to slide 43. So Milinusic's CPU is configured to predict
`future conditions or occurrences based upon detected conditions
`or occurrences represented by the surveillance data.
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`And if we go to slide 45.
`JUDGE FINK: Which paragraph were you reading
`from there?
`MR. GIUNTA: Sorry. So the paragraph at the bottom
`one on the slide at column 4, lines 34 to 38. If you take a look at
`the first highlighted line, it says the CPU is preferably configured
`and then there are a number of functions that are described in that
`paragraph that the CPU is configured to perform.
`And then that last highlighted sentence, it's configured
`to predict future conditions or occurrences based upon detected
`conditions or occurrences represented by the surveillance data
`stored in the database. So the surveillance data includes the
`image and video data.
`So this paragraph and Mr. Parker admitted at his
`deposition that whatever the processor is that is performing this
`task is taking the surveillance data into its internal memory and
`analyzing it. He just said it was the graphics processor that did it,
`even though --
`Can you go back to the slide, Elisabeth?
`Even though the disclosure in Milinusic is that the CPU
`360 is configured to perform this function.
`JUDGE FINK: All right.
`MR. GIUNTA: If Your Honors don't have further
`questions, I'll turn it over to Ms. Hunt to deal with Dependent
`Claims 2 and 18. Thank you.
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`MS. HUNT: Thank you. Good morning, Your Honors.
`So I'm starting at slide 51 to talk about Claims 2 and 18.
`This is an additional argument that the Patent Owner's Response
`raises in addition to the independent claims. They challenge
`Claim 2, but the Response makes no specific challenge on any
`other dependent claim. So, Your Honors, finding in the
`Institution Decision that all of the other dependent claims have
`been shown to be unpatentable remains unchallenged.
`On slide 52 we have Claim 2 which recites that
`commands can be transmitted "to activate and deactivate said at
`least one motion detector," and there is also another Dependent
`Claim 18 with a similar limitation.
`On slide 53 RPX's Petition provided two different
`reasons why it would have been obvious to activate and
`deactivate motion detectors in the Milinusic/Osann system.
`Reason 1 was to save power by deactivating a motion detector
`when it's not in use and reason 2 was to allow for a user to
`remotely activate and deactivate the system as a whole, such as
`when you're expecting people to arrive whom you don't want to
`trigger the alarm.
`On slide 54 RPX's expert, Dr. Lavian, provided the
`same two independent reasons. He noted that deactivation could
`be done to save power and additionally to remotely turn off the
`system when the user doesn't want it to be armed.
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`On slide 55 the Patent Owner and their expert entirely
`ignore the second reason that RPX and Dr. Lavian gave. Their
`only argument is that the saving power reason allegedly wouldn't
`be a practical reason for deactivating the motion detectors.
`And they base this -- on slide 56 -- on this idea that
`Milinusic would likely use a particular type of detector that
`consumes very little power along with other characteristics that
`would allegedly make cutting the power impractical. But all of
`this is directed to the first potential reason that Dr. Lavian gave
`for deactivating Milinusic's motion detectors which was to save
`power.
`
`On that first reason the Patent Owner's expert, Mr.
`Parker's testimony was inconsistent. Here on slide 61 he admitted
`in his deposition that other types of detectors that are deactivated
`were "very common" and that they save power when they're
`turned off.
`Moreover, though the Patent Owner and Mr. Parker
`didn't address at all the second reason that RPX and Dr. Lavian
`gave for deactivation in Milinusic, which was for the user to
`deactivate the system for a period of time when it's not supposed
`to be armed.
`Going to slide 57, the Patent Owner's expert, Mr.
`Parker, admitted at deposition that he didn't discuss Dr. Lavian's
`testimony on this additional reason for obviousness. For instance,
`Dr. Lavian had cited a reference Lee that confirmed his own
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`testimony that remote deactivation of a motion detecting
`surveillance system was known in the art.
`Mr. Parker admitted that he never reviewed the Lee
`reference and, in fact, he'd never even seen it before being asked
`about it at his deposition.
`On slide 58 Mr. Parker said at deposition that he
`thought the idea of deactivating the motion detectors was
`invented in the '983 patent and that he wasn't aware of any prior
`art that discussed such deactivation. Of course, he hadn't looked
`at the Lee reference that Dr. Lavian had cited on this point, but on
`slide 59 he conceded that if there were an example in the prior art
`of turning off the motion detectors, it could, of course, be applied
`in Milinusic's system. So that's exactly what's provided in the
`Lee reference.
`On slide 60 Dr. Lavian cited Lee as an example that
`teaches remote deactivation of a motion detection surveillance
`system like Milinusic's. Dr. Lavian explained that this was a
`known capability that would have been an obvious improvement
`to the Milinusic/Osann system for the benefit of disarming the
`system when appropriate, such as when authorized people need to
`approach and enter the building.
`This rationale and modification is completely ignored
`and entirely unchallenged by the Patent Owner's expert and the
`Patent Owner's Response and it establishes the unpatentability of
`Claims 2 and 18 as RPX and Dr. Lavian explained. Again, these
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`are the only claims in addition to the independent claims for
`which the Patent Owner presents any arguments at all in their
`Response. All of those arguments fail for the reasons we've
`discussed and the claims should all be held unpatentable on the
`instituted grounds.
`So at this point, unless you have questions, we would
`like to reserve the remainder of our time for rebuttal.
`JUDGE EASTHOM: Was Lee cited in the Petition for
`that reason or motivation?
`MS. HUNT: So Lee was a reference that was already in
`the proceeding because it was the subject of another ground. Dr.
`Lavian had cited it in his declaration, not as a secondary reference
`for the combination, but just as additional support and authority
`backing up his own testimony that this was a known capability in
`the art that the person of skill in the art would have understood
`was known. Thank you.
`JUDGE EASTHOM: Thank you.
`JUDGE FINK: All right. So you'll have about just
`under five minutes for rebuttal.
`And, Mr. Weinberg, you'll have 30 minutes.
`MR. WEINBERG: Thank you, Your Honors.
`My arguments are going to focus primarily on the
`independent claims for obvious reasons perhaps. But just to
`finish off where we ended or to pick up where we just ended with
`respect to the dependent claims, Your Honor's question is
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`precisely the issue we have with respect to the arguments being
`presented in the Reply and here today is that the Lee reference is
`not one of the grounds for obviousness that was instituted by the
`Board.
`
`Lee was I believe part of Grounds 1 and 2. The Board
`in the Institution Decision rejected