`571-272-7822
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`Paper # 19
`Entered: September 29, 2020
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`UNITED STATES PATENT AND TRADEMARK OFFICE
`____________
`
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`____________
`
`APPLE INC.
`Petitioner,
`
`v.
`
`UNILOC 2017 LLC,
`Patent Owner.
`____________
`
`IPR2019-00918
`Patent 8,369,298 B2
`____________
`
`Record of Oral Hearing
`Held: July 23, 2020
`____________
`
`Before JEFFREY S. SMITH, BRYAN F. MOORE, and CHRISTA P.
`ZADO, Administrative Patent Judges.
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`IPR2019-00918
`Patent 8,369,298 B2
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`APPEARANCES:
`
`ON BEHALF OF THE PETITIONER:
`
`
`BRIAN K. ERICKSON, ESQUIRE
`JEFF R. COLE, ESQUIRE
`DLA Piper, LLP
`401 Congress Avenue
`Suite 2500
`Austin, Texas 78701-3799
`
`
`JAMES M. HEINTZ, ESQUIRE
`DLA Piper, LLP
`One Fountain Square
`11911 Freedom Drive
`Suite 300
`Reston, Virginia 20190-5602
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`
`ON BEHALF OF THE PATENT OWNER:
`
`
`BRIAN M. KOIDE, ESQUIRE
`Etheridge Law Group, PLLC
`2600 East Southlake Boulevard
`Suite 120/324
`Southlake, Texas 76092
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`The above-entitled matter came on for hearing on Thursday,
`July 23, 2020, commencing at 1:00 p.m. EDT, by video/by telephone.
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`IPR2019-00918
`Patent 8,369,298 B2
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`P R O C E E D I N G S
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`JUDGE ZADO: All right, good morning, and good afternoon,
`everyone, depending on where you are, this mor -- right now. This is a
`hearing in IPR 2019-00918. I am Judge Zado. I have with me on video
`today, Judges Moore and Smith. Before we begin, I first want to get the
`appearances of the party. So, we will begin with Petitioner. Who do we
`have?
`MR. ERICKSON: Good afternoon, Your Honor. Brian Erickson,
`with the Law Firm of DLA Piper, representing Petitioner, Apple. With me
`on the phone is backup counsel, Jim Heinz, and Jeff Cole, also with DLA
`Piper. I believe Matt Clements, from Apple, is also attending, via the public
`promo.
`JUDGE ZADO: Okay, thank you, and who do we have on the line for
`Patent Owner, today?
`MR. KOIDE: Good afternoon, Your Honor. This is Brian Koide, of
`the Etheridge Law Group, on behalf of Uniloc. I am the only attorney on,
`for our side, Your Honor.
`JUDGE ZADO: Okay, well, well, thank you. Before we get started, I
`want to do a little housekeeping because today our hearing is being done by
`video, and, so, I just wanted to go over a few things. The first thing is that
`when you begin presenting for your side, please identify yourself for the
`court reporter, so that your court reporter will have your name, and will
`know who is speaking, and the other thing is that when you’re not speaking,
`we ask that your please mute your phone, so that we can avoid any
`background noise, and that also can make it easier for the Judges and the
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`court reporter to hear, and, also, when the hearing ends today, we ask that
`counsel for each side remain on the line to answer any questions the court
`reporter may have about spellings or particular words that may have been
`spoken during this hearing.
`So, Petitioner will go first and followed by Patient Owner. Each side
`will have 60 minutes today, and Petitioner may reserve time for rebuttal, and
`Patent Owner may reserve some time for surrebuttal. Before we get started,
`are there any questions about the hearing, or about what just -- for the
`hearing, and I’ll begin with Petitioner. Do you have any questions before we
`begin?
`MR. ERICKSON: No, Your Honor, thank you.
`JUDGE ZADO: And the same question for Patent Owner’s counsel.
`Do you have any questions before we begin?
`MR. KOIDE: No, Your honor.
`JUDGE ZADO: Okay, so, Mr. Erickson, are you the one who’s going
`to be arguing today?
`MR. ERICKSON: Yes, Your Honor, and I’d like -- yes?
`JUDGE ZADO: I was going to ask -- I think you’re about to answer
`my question, which was would you like to reserve any time for rebuttal
`today?
`MR. ERICKSON: Yes, Your Honor, I’d like to reserve 30 minutes.
`JUDGE ZADO: Okay, well, then, whenever you’re ready, you may
`begin.
`MR. ERICKSON: Thank you, Your Honor. Brian Erickson, for
`Petitioner, Apple. And may it please the Board, moving to slide two, I intend
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`to briefly address each of the items listed on the Table of Contents, of slide
`two, of course, subject to the Board’s directions and questions.
`Moving to slide to three. The petition sets forth a number of grounds.
`I wanted to touch briefly on this, though, because there are very few
`disputes, all of which relate primarily to the architecture laid out in the
`primary reference, Charbonnier. Charbonnier mentions TCP and SMS, and
`we rely on the TCP and SMS specifications to flush out additional details.
`There’s no dispute that would have been obvious to combine those
`references, as set forth in ground one of the petition. Ground two and the
`other even-numbered grounds rely on term, to the specification to enable
`match reversal, and ground three relies on the DECT speakerphone, for the
`user interface elements of the stationary terminal.
`The grounds four -- I’m sorry, grounds five thru eight, at Lee, which
`is a reference that shows that a cellular telephone can conduct a TCP VoIP
`communication, over the GSM Network, itself. So, there is no dispute in
`this -- well, at least, Patent Owner has not disputed that it would have been
`obvious to combine all of these references in the way set forth in the
`petition. There are only a few disputes related to the architecture of
`Charbonnier.
`Moving first to the mobile device limitation, and going to slide six,
`you see the approximate mobile device is introduced in the first limitation,
`and there’s an express requirement, that wherein the approximate mobile
`device operates within a cellular wireless network system.
`Moving to slide seven, Petitioner contends that this term is entitled to
`its ordinary meaning, i.e., a device that is mobile. Patient Owner certs that
`the terms should be narrowed, in a number of ways, which we refer to as
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`simply a smartphone construction. There were several different proposed
`formulations of this, proposed by Patent Owner in its response. In its
`surreply, it appears to be focused on the formulation that’s presented here,
`on slide seven. None of these extra limitations find support in the claims or
`the specification.
`Moving to slide eight. Patent Owner asserts that the claims require a
`smartphone-like device. There is no such limitation in the claims. The
`claims do require that the mobile device operate within a cellular wireless
`network system. There are no other limitations directly on the mobile device
`itself. It’s certainly true that there are other independent functions recited in
`this claim, that this mobile device must perform, but they’re not the
`limitations that would require changing the construction of the mobile
`device itself, such as opening a listening port, receiving and sending certain
`transmissions—none of those limit the mobile phone, itself, to a smartphone.
`Moving to slide nine. We’ve reproduced on slide nine, the single
`portion of the specification, the only portion of the specification relied on by
`Patent Owner, for its narrowing construction, and as you can see, from the
`highlights of that quote on slide nine, this list provided in the specification,
`is a non-limiting exemplary list. This type of language in the specification is
`not a definition. It’s not a disclaimer. It provides no basis to narrow the
`term mobile device from its ordinary meaning. The Board addressed a very
`similar argument, in its institution decision, where the Patent Owner was
`attempting to narrow the term stationary terminal, and it relied on similar
`non-limiting examples in the specifications. The Board properly rejected
`that proposed construction, the same law, and the same rationale to lead the
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`Board to reject Patent Owner’s attempt to narrow the construction of mobile
`device.
`Finally, moving to slide ten. The mobile device in Charbonnier is the
`Mobile Phone 8, which is expressly disclosed as a mobile phone. It’s
`operable in a cellular wireless network, specifically GSM Network 102. It
`also can be knocked VoIP Communications over the DECT Wireless
`Interface. It will receive instant messages, specifically SMS. So, it --
`JUDGE SMITH: Can you -- excuse me. Excuse me. She’s there. I
`thought we lost Judge Zado. Are you -- did you hear --?
`JUDGE ZADO: Yes, yes, I heard everything. Thank you. Thank
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`you.
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`JUDGE SMITH: We lost your video. Did you hear everything?
`Okay, all right, sorry for the interruption.
`MR. ERICKSON: Okay. So, even if the Board were inclined to
`narrow mobile device from its ordinary meaning, we think that the mobile
`device, as disclosed in Charbonnier, and as set forth in the petition, would
`satisfy even a more narrow construction. It’s not cited on this particular
`slide, but the petition, at pages 35 and 36, set forth the disclosure in
`Charbonnier, about the programable computer-readable medium logic, that
`is within the mobile phone, and, so, in fact, it even cites the portions of
`Charbonnier, that say that those represent communication applications.
`So, even if the Board were to narrow mobile telephone, in some way,
`to a smartphone-like device, as proposed by Patent Owner, we think it would
`still be disclosed, or, in fact, obvious over Charbonnier. If there are no
`questions on there, I’ll move to stationary terminal.
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`Okay. Hearing none, we’ll jump to slide 12. This is a highlighted
`version of claim one. Stationary terminal exists there in the establishing
`limitation. It’s also introduced in the preamble, which in not highlighted on
`claim -- on slide 12.
`Moving to slide 13. Prior to institution, the Patent Owner, in its
`preliminary response, asserted a narrow construction of stationary terminal.
`The Board, at length, addressed that contention, in its decision, at pages 11
`to 21. The Board correctly resolved the three identified claim construction
`disputes, specifically the three ways the Patent Owner was attempting to
`narrow the meaning of stationary terminal. Those three issues are
`reproduced here on slide 13.
`The Board then correctly declined to further construe the term, citing
`the law that terms are only to be construed to the extent that are in dispute.
`Moving to slide 14. In response, post institution, the Patent Owner
`dropped and abandoned any alternative construction of stationary terminal.
`It simply did not dispute the Board’s resolution of the three claim
`construction disputes. So, the Board should maintain its original preliminary
`holding, and construe or, like, hold that stationary terminal is not limited, in
`the way originally proposed by Patent Owner. Again, the law cited on slide
`14, stands for the proposition that Patent Owner has waived any alternative
`construction and that the Board need not construe terms to the extent they’re
`no longer a dispute.
`Moving to slide 15. The DECT Base Station Seven is a stationary
`terminal relied on, for grounds one thru two, and five thru six, and then
`supplemented with the DECT Speakerphone User Interface elements, for
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`grounds three and four, and seven and eight. If there are no questions about
`stationary terminal, I’ll move on to the next point.
`JUDGE ZADO: Counsel, I have one question because even though
`Patent Owner, in the Patent Owner response, does not expressly construe the
`term stationary terminal, Patent Owner, at page 13 of the response, does
`raise an argument, and says that the DECT Telephone Base is not a
`stationary terminal, and then goes on to say a DECT Telephone Base is not
`capable of short-range wireless communications, such as Bluetooth, it may
`be employed by computers, and so, does the Board -- do you think that the
`Board needs to construe whether or not a stationary terminal -- do we need
`to go into construction, as to what sort of short-range wireless
`communications capabilities a stationary terminal needs to have, in order to
`address Patent Owner’s argument?
`MR. ERICKSON: No, Your Honor, we do not believe The Board
`needs to address it in this context. The next limitation that’s in dispute is
`whether, in fact, there is a short-range wireless communication established,
`and we think that Patent Owner’s statement there is conflated into two
`distinct claim requirements. So, I think the Board needs to address whether
`the DECT Base Station, in fact, establishes a short-range communication,
`wireless link, and we need to do that with respect to the following limitation.
`We do not think that requires construction of the term stationary terminal.
`JUDGE ZADO: Okay, thank you.
`MR. ERICKSON: So, moving to slide 17. It’s the limitation we were
`just eluding to, establishing a communication link to a short-range wireless
`technology, between the stationary terminal and approximate mobile device.
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`
`Turning to slide 18. We’ve reproduced the claim language, at the top
`of this slide. The petition establishes that the DECT, local DECT Radio
`Link, is a short-range wireless technology. It is a communication link, with
`reference to the testimony of Dr. Ho, and the ETSI Standards, that support
`the fact that DECT is a general radio access technology, for short-range
`wireless telecommunications, and Charbonnier, itself, states that the mobile
`phone uses DECT when it is in the coverage area of its base. So, it -- so,
`thus showing with the testimony of Dr. Ho. Clearly, it establishes that the
`mobile phone and stationary terminal, disclosed in Charbonnier, established
`a communication link, specifically a local DECT radio link, that is a short-
`range wireless technology. Patent Owner makes two arguments to the
`contrary, each of which are without merit.
`Moving to slide 19. The first argument the Patent Owner makes is
`that there is some aspect of a DECT radio link that is too preconfigured or
`too preestablished. I think initially, in Patent Owner’s response, it says there
`was always -- that the link always existed. Well, that’s clearly not the case.
`As established in the Petition, it’s a communication link of limited range,
`and we think what the Patent Owner is doing is conflating two distinct
`concepts; one, de-pairing or a trusted relationship, that may be
`preprogrammed into these communication devices, and two, the relevant
`aspect, which is when is the claimed communication link actually
`established.
`You can see the difference between these on slide 21. This is a
`reproduction of columns three, lines 21 to 33, of the 298 Patent, and it’s
`discussing this initial step. You see, the first highlighted passage states that
`when the mobile device, 110, is within sufficient short-range proximity to
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`the laptop, 125, then, second highlighted portion, they establish a Bluetooth
`or other short-range wireless technology communication link. So, the
`relevant link is the actual radio communication link that is established when
`the devices come within range of each other. That’s different from the
`trusted relationship. We see, in the third highlighted section, that it states
`that they may establish or may have already established, through prior
`communications, a trusted relationship.
`So, we think Patent Owner’s arguments that there is some amount of
`pre-configuration with these two components completely -- it is completely
`irrelevant to the claim’s step, which requires establishing an actual
`communication link, which can only happen when the devices are literally
`within radio range of each other.
`Finally, moving to slide 21. Patents Owner’s other argument is also
`without merit. It tends to argue -- it appears to argue that the DECT’s type
`of radio link is not common enough. The Patent Owner agrees that the claim
`is not limited to only the Bluetooth Radio Technology, but yet is -- Patent
`Owner still attempts to say that, for some reason, DECT is not common
`enough. There’s just no support in the claim to require any amount, or
`commonality, or popularity of the short-range wireless technology. The
`claim merely states that it must be a short-range wireless technology. So,
`whether it’s common, standardized, proprietary, even unique, the claim is
`simply not limited in a way that would distinguish how common the short-
`range wireless technology is.
`And, finally, even if the Board were inclined to narrow it in some
`way, the Petition establishes that DECT is a general radio access technology.
`It’s standardized by FC’s. It’s essentially European Wi-Fi. It’s certainly a
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`common communication technique. Are there any questions from the Board
`on stationary terminal, before I move on? Okay.
`Hearing none, I will move on to establishes a virtual reliable
`connection. Moving to slide 23. The disputed portion of the last limitation
`is highlighted, on slide 23, and you can see step 1B is actually a very long
`step, and so, I think, it’s worth stepping back, for just a moment, to put
`things in context, and show how the petition is establishes the entire
`limitation is disclosed.
`So, moving to slide 24. We have highlighted, here, the DECT Radio
`Link between the Mobile Phone 8 and DECT Base Station 7. Mobile Phone
`8 previously received the address and IP address and Port Number, via an
`SMS message over the GSM Network 102, and the next step is that mobile
`phone transmits that received address and port number over to the DECT
`Radio Link, to the Base Station 7. That satisfies the first two phrases, in step
`1D of transmitting that address and port, and that it’s received by the
`stationary terminal. Those aspects are -- do not appear to be in dispute.
`Moving to slide 25. The next step is the stationary terminal transmits
`a response to that network address and port, which is related to the initiating
`remote device. As highlighted here, on slide 25, and this is straight from an
`annotated figure in the petition itself, at page 51, the DECT Base Station 7
`sends the TCP response out over the Internet 100, through the two service
`providers, at three and four. It’s received at the DECT Base Station 1 and
`transmitted to the DECT Mobile Phone 6, and then, we come to the part
`that’s in dispute, whether, in fact, the stationary terminal has established a
`virtual reliable connection with the initiating remote device.
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`Moving to that issue. Patent Owner’s argument is not commensurate
`with the scope of the claim. Patent Owner is focused on where the TCP
`endpoints are terminated. There’s simply nothing in the claim that requires
`that the TCP endpoints terminate at the stationary terminal in the -- or
`initiating Mobile Phone 6. Regardless of that, Charbonnier discloses,
`clearly, that the communication logic, here, the TCP Communication Staff
`are communicating over the Internet, can be in either or both of the devices.
`Paragraph 27, which is not reproduced here, on slide 26, but it is cited,
`establishes that the programmable logic block can be in the phone, and then
`paragraph 52 states that the programmable logic blocks can be in the base, or
`they can be shared by both. So, this is not a mutually exclusive situation
`where the blocks can only be in one device. Charbonnier expressly states
`and teaches that the communication part of the logic can be in both or either.
`JUDGE ZADO: Counsel, I have a question about this. This is Judge
`Zado. I’m looking at claim one, and I’m looking at the actual claim
`limitation that we’re talking about here, and the limitation states that the
`stationary terminal establishes a virtual reliable connection with the
`initiating remote device. So, for the virtual reliable connection, I just want
`to see if I have Petitioner’s position correctly. Is Petitioner arguing that the
`link, the DECT Radio Link, is part of the virtual reliable connection?
`MR. ERICKSON: No, Your Honor. The reliable -- virtual reliable
`connection, that Petitioner is relying on is the connection between the DECT
`Base Station 7 and the Mobile Phone 6, which is, for that -- for that length of
`that connection is at least one or more TCP Connections all the way. So,
`we’re not relying on any aspect of the DECT Radio Link, providing the
`virtual reliable portion of the connection.
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`JUDGE ZADO: Well, then, because now I’m looking at DECT 5 and
`Mobile -- and the Handset 6, and so, the link between DECT 5 and Handset
`6, are you saying that that is part of the TCPIP connection, that those are not
`communicating via a DECT Radio Link?
`MR. ERICKSON: Yes, thank you for that follow-up question, Your
`Honor. So, TCP is the transport layer of the connection. The physical layer
`of that connection does rely on the DECT Radio, and, so, my answer to your
`previous question was probably not as precise as it should have been. What
`we’re relying on for the virtual reliable connection aspect is the TCP nature -
`- the TCP Layer of that communication, but you’re absolutely correct that
`the radio technology, on which that rests is at a different layer of the
`protocol, so, that would be at the DECT Radio layer.
`JUDGE ZADO: And, so, your saying there’s a TCPIP connection
`between DECT 7 and Handset 6?
`MR. ERICKSON: Correct, yes, Your Honor.
`JUDGE ZADO: And, then, can you identify in the record exactly
`where the documents show that that’s the TCPIP connection actually
`connects from DECT 7 all the way to Handset 6?
`MR. ERICKSON: Yes, Your Honor. If we move to slide 27, this is
`where we are lying out at the petition at page 52, the -- what we call the first
`configuration. Recall that Charbonnier already expressly disclosed that the
`phone, itself, can have the VoIP Communication Logic within it, and that is
`consistent with the standards themselves, cited there on slide 27, which is
`cited in the petition, on those pages, that the IP stats, specifically the TCP
`stat, can be in the phone itself.
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`So, we have Charbonnier’s express disclosure that the VoIP
`Communication Logic can be in the phone, we have the standards,
`confirming it can be in the phone, and we have the testimony of Dr. Ho,
`saying that would have been an obvious configuration, to have the TCP
`Connection reach all the way to the phone.
`JUDGE ZADO: Okay, thank you for that clarification.
`MR. ERICKSON: Yeah, and I would add, moving to slide 28, in the
`second configuration, it still terminates in the phone, on that end of the
`connection. It’s just on the other end of the connection where using the stat
`that’s in this Base Station, for a variety of reasons, as set forth in the
`individual grounds, but the relevant cites in the petition there are, again, in
`page 52, and other portions of the DECT Standard that make clear, that
`confirm what’s already taught in Charbonnier, that the TCP stat can be in the
`Base as well.
`Moving to slide 29. The independent claims do not require a TCP
`Connection at all. They require some kind of virtual reliable connection, but
`they do not require a TCP Connection. In limitation for C, which is a
`dependent claim, it states that the virtual reliable connection comprises,
`though it includes, it doesn’t consist of, it does not consist essentially of, it
`comprises A, in other words, one or more TCP connection. So, certainly, a
`connection that includes a TCP Connection is sufficient, but it certainly does
`not have to be a TCP connection for the independent claim, and it doesn’t
`have to be a single TCP connection, with endpoints that terminate in specific
`devices as asserted by Patent Owner.
`Moving to slide 30.
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`JUDGE SMITH: Can you -- I have a question before you move on,
`just, real quick, about this establishes a virtual reliable connection. Can you
`tell me, what’s the difference between establishing a connection and
`establishing a virtual reliable connection?
`MR. ERICKSON: That’s an excellent question, Your Honor. It’s not
`discussed in the record, yet.
`JUDGE SMITH: Okay.
`MR. ERICKSON: I think, that --
`JUDGE SMITH: Okay, that’s -- go ahead, sorry. I was just
`wondering if you had something to -- that would clarify it. If not, that’s fine,
`you know.
`MR. ERICKSON: I think, just in response to your question, a virtual
`connection, generally, is defined somewhere other than a circuit switch
`network, where you’d have a physical path established. So, I think, just on
`the ordinary meaning of virtual, there would have be some kind of program
`adequately defined connection, which is how the Internet basically works,
`inherently, just over -- anything over IP, so, and then reliability certainly -- a
`TCP is certainly -- a TCP connection would certainly satisfy any type of
`reliability requirement. There’s a retry, if you drop a packet, things like that,
`but, again, this has not been addressed in the record.
`JUDGE SMITH: Okay. Okay, thank you.
`MR. ERICKSON: Yep. Moving to slide 30. There are obviously a
`number of grounds in the petition, and Judge Zado, it reminds me that my
`answer to your previous question was incomplete because I didn’t address
`grounds five through eight, but I’ll come back to that. In -- as highlighted
`here, at the bottom of slide 30, several of the grounds satisfy even Patent
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`Owner’s narrow interpretation, where the TCP connection must have
`endpoints that terminate at the DECT Base Station and the Mobile Phone 6.
`Specifically, those (audio skip) grounds, configuration two, within ground
`one, and grounds three, five, and seven, that rely on the DECT
`Speakerphone, where the user is picking up, answering the call, on the
`DECT Speakerphone, so, it will terminate there, and grounds five thru eight,
`that rely on Lee, because Mobile Phone 6 is not using it’s DECT Base
`Station, for it’s TCP connection. Mobile Phone 6, there, is using the GSM
`Network, for its end of the TCP connection. So, we’ll talk about both of
`those briefly.
`Moving to slide 31. Ground three, and the grounds that incorporate it,
`rely on the DECT Speaker Phone. Patent Owner argues in its surreply that
`Charbonnier is limited to the situation where you have two users engaged in
`a phone call already, and they’re going to switch to IP. That’s not the only
`disclosure in Charbonnier. There’s also a disclosure in Charbonnier at
`paragraph 48, where the first user here, Mobile Phone 6, desires to start a
`call with an IP call, and so, it sends the SMS message, and then there’s an
`audible warning, to both users. We all know what that is, telephone ringing,
`and the second user can pick that up at the DECT Speakerphone. Again,
`that was set forth in ground three, uncontested testimony of Dr. Ho supports
`that that would have been obvious.
`Moving to slide 33. And this is to complete my answer to your earlier
`question, Judge Zado. In ground three, we established that Charbonnier,
`expressly teaches that the phones will use the best available network. So,
`it’s possible that Mobile Phone 6 would be out of range of it’s DECT Base
`Station, and by the time of this patent, the GSM Network supported TCPIP,
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`that’s disclosed in the Lee Reference, and, so, it would have been obvious if
`the users wanted to conduct a VoIP Call, for the Mobile Phone 6, itself, to be
`determinants of that TCP connection, such that when the Base Station 7
`sends that TCP response to the IP address, it will go out to the Internet, out
`to the GSM Network, and then straight to Mobile Phone 6, and, so, there you
`have the TCP endpoints being the DECT Base Station, perhaps the DECT
`Speakerphone for those rounds, and then communicating directly with the
`Mobile Phone 6, with TCP connection that terminates at those two
`endpoints.
`All right. Are there any other questions about limitations, before I
`move on to the term? Okay, hearing none, we’ll move on to the last round.
`I’m sorry, the last issue, which is the Turn Relay Server, and I’ll move to
`slide 37.
`This is the SMS invitation, that’s sent from Mobile Phone 6 to Mobile
`Phone 8, and I want to direct the Board to the claim limitation in the open,
`broadly claimed relationship, between the address port and the initiating
`remote device. Here, the claim states that the address and port are quote,
`“related to the initiating remote device.” They’re not of the device. Other
`aspects of the claim state that, with respect to the approximate mobile
`device, there’s a port on that device. Here, we have the more expansive
`language of, related to the initiating (inaudible) device. So, the term grounds
`address the fact that these devices are likely operating in private IP address
`bases, that’s certainly a possibility, and it would have been obvious to
`person with ordinary skills to support that possibility.
`So, as you see in the figure here on slide 37, there are ISP’s three and
`four, those are internet service providers, you could have Verizon, or ATT,
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`or someone’s business, and, behind that, it could be -- have a private address
`base, and, so, you could not send -- Mobile Phone 6 could not send its
`private IP address to Mobile Phone 8 because it would be useless to Mobile
`Phone 8. So, what happens is Mobile Phone 6 reaches out to the Internet,
`100, and asks the term server to allocate at public IP address and port, so that
`the term server, which is on Internet 100, will then respond to Mobile Phone
`6, and say, you can use this Public address and port. If I receive anything at
`this Public address and port, I will forward it to you. That’s what a relay
`server does, okay?
`So, that IP address and port is related to the initiating remote device,
`Mobile Phone 6, that’s uncontested, as set forth in the petition, uncontested.
`So, then we go to the response, so moving to slide 38. Here, the response
`from the Stationary Terminal 7, actually, is addressed to the term server. So,
`that’s a TCP Connection, that would go from the Stationary Terminal 7. If
`there’s a knot between a Network Address Translation Unit, between the
`Stationary Terminal 7, and the TURN Server, that first TCP Connection
`would terminate at the NAT. The NAT would swap out the headers and the
`addresses and sent it on to the TURN Server. That second TCP connection
`would terminate at the Term Server, and there would be another TCP
`connection, from the TURN Server going forward, and so forth, prog