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`UNITED STATES PATENT AND TRADEMARK OFFICE
`____________
`
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`____________
`
`APPLE INC., SAMSUNG ELECTRONICS CO., LTD.,
`and SAMSUNG ELECTRONICS AMERICA, INC.,
`Petitioner,
`
`
`
`v.
`
`SMART MOBILE TECHNOLOGIES LLC,
`Patent Owner.
`____________
`
`Case IPR2022-00807
`Patent 9,756,168
`____________
`
`PATENT OWNER’S PRELIMINARY RESPONSE
`
`
`
`
`Case IPR2022-00807
`Patent 9,756,168
`
`
`I.
`
`II.
`
`TABLE OF CONTENTS
`
`Page
`INTRODUCTION ........................................................................................ 1
`
`NO REASONABLE LIKELIHOOD IS SHOWN THAT SAINTON
`AND BAKER TEACH THE “SERVER” (ALL
`CLAIMS/GROUNDS). ................................................................................. 3
`
`III. NO REASONABLE LIKELIHOOD IS SHOWN THAT SAINTON
`AND BAKER TEACH THE “USER” “PROFILES” STORED
`IN THE “SERVER” (ALL CLAIMS/GROUNDS). ................................10
`
`A. The Claimed “Profile[s]” Require User Specific Information
`And Being Stored At The Server. ....................................................... 11
`
`1.
`
`2.
`
`Claim 2’s “Profiles” Are Stored At The Remote Server
`And Expressly Are Of User Specific Information. ................... 11
`
`Claim 4’s “Profile” Is Similarly Stored At The Server
`And Includes User Specific Information. ................................. 13
`
`B.
`
`Sainton Teaches Away From Storing User Profiles At The Server
`As Claimed (Claim 2). ........................................................................ 14
`
`C. Baker Fails To Teach The Claimed “Profile(s)” (Claims 2 & 4). ...... 18
`
`IV. NO REASONABLE LIKELIHOOD IS SHOWN THAT SAINTON
`TEACHES “BOTH POWER OUTPUT AND CHANNEL
`BANDWIDTH AS ARE DYNAMICALLY CHANGED IN REAL
`TIME” (ALL CLAIMS/GROUNDS). ......................................................23
`
`A. The Claimed “Power Output And Channel Bandwidth” Are
`“Dynamically Changed” “In Real Time.” ........................................... 25
`
`B.
`
`C.
`
`Sainton’s Power Output Does Not Change “Dynamically.” .............. 29
`
`Sainton Fails To Teach Changing Its Power Output And Channel
`Bandwidth “In Real Time.” ................................................................. 31
`
`V.
`
`CONCLUSION ...........................................................................................33
`
`i
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`
`
`TABLE OF AUTHORITIES
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`Case IPR2022-00807
`Patent 9,756,168
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`Page(s)
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`COURT DECISIONS
`
`AstraZeneca AB v. Mylan Pharm. Inc.,
`19 F.4th 1325 (Fed. Cir. 2021) ...........................................................................13
`
`In re Magnum Oil Tools Int’l, Ltd.,
`829 F.3d 1364 (Fed. Cir. 2016) ..........................................................................23
`
`Profectus Tech. LLC v. Huawei Techs. Co.,
`823 F.3d 1375 (Fed. Cir. 2016) ..........................................................................13
`
`Renishaw PLC v. Marposs Societa’ Per Azioni,
`158 F.3d 1243 (Fed. Cir. 1998) ..........................................................................13
`
`Vitronics Corp. v. Conceptronic Inc.,
`90 F.3d 1576 (Fed. Cir. 1996) ............................................................................13
`
`
`
`STATUTES
`
`35 U.S.C. § 314(a) ..................................................................................................... 9
`
`35 U.S.C. § 316(e) ...................................................................................................23
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`ii
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`Case IPR2022-00807
`Patent 9,756,168
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`EXHIBIT LIST
`
`2001
`
`2002
`
`2003
`
`2004
`
`2005
`
`Techopedia – Jini (available at
`https://www.techopedia.com/definition/1304/jini) [Techopedia Jini]
`
`Excerpts from The JiniTM Specification, Ken Arnold et al., [Jini
`Specification]
`
`Excerpts from A Collection of JiniTM Technology Helper Utilities
`and Services Specifications, Sun Microsystems, Inc. (2000) [A
`Collection of JINI Specifications]
`
`Excerpts from Microsoft Computer Dictionary, Fifth Edition (2002)
`[Microsoft Computer Dictionary]
`
`Excerpts from Newton’s Telecom Dictionary, 16th Edition (2000)
`[Newton’s Telecom Dictionary]
`
`iii
`
`
`
`I.
`
`INTRODUCTION
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`Case IPR2022-00807
`Patent 9,756,168
`
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`The Petition raises six grounds, each of which requires combining at least
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`Sainton, Baker, and Mueller.1 The Petition requests cancellation of independent
`
`claim 2 and its dependents 3, 5, 19-23, and 25, and independent claim 4 and its
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`dependents 28, 29, 32, and 34. The Petition should be denied because it fails, for
`
`at least the reasons below, to show a sufficient likelihood that Petitioner will
`
`prevail as to any claim.
`
`First, each challenged claim requires a “server” (in claim 2 and its
`
`dependents, “remote server”) configured to store software and applications for
`
`wireless devices. Petitioner argues that this limitation is rendered obvious by
`
`Sainton and Baker in combination because Baker’s lookup service 136 supposedly
`
`discloses the claimed “server.” However, Petitioner fails to show that Baker’s
`
`lookup service 136 is a “server” as claimed. In fact, the POSITA would
`
`understand that Baker’s technology expressly distinguishes its lookup service 136
`
`from a “server,” a fact that the Petition entirely fails to address. See Section II.
`
`Second, each challenged claim requires storing user “profile[s]” at the
`
`“server.” Petitioner argues that the “profile[s]” limitation is rendered obvious by
`
`1 Grounds 2-5 each require adding a fourth reference (Humpleman, Grube,
`
`Hsu, Camp, or Petty). These additional references are irrelevant to this Response.
`
`1
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`
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`Sainton, alone or in combination with Baker, because the person of ordinary skill
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`in this art at the time of the invention (“POSITA”) would supposedly have found it
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`obvious based on Sainton’s teachings to modify this art so that it stored such
`
`“profiles” at a server, and Baker’s “register[ing]” “the requestor module…as a
`
`user” is equivalent to storing the profiles at a server. However, Sainton in fact
`
`teaches away from storing such “profiles” at a server, and Baker’s registration
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`process does not create and store “profiles.” It is thus not shown that the POSITA
`
`would have been motivated, based on Sainton’s and Baker’s teachings, to modify
`
`the art to meet the limitation of storing such “profiles” at such a server as in the
`
`claimed invention. See Section III.
`
`Finally, each challenged claim requires “both power output and channel
`
`bandwidth as are dynamically changed in real time.” This requires the wireless
`
`device to, in response to the changes in the environment, adjust its power output
`
`and channel bandwidth, without the need for user intervention. Petitioner contends
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`that this limitation is rendered obvious by Sainton-Mueller because, allegedly,
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`Sainton discloses using “control signals” to change the power output for
`
`transmission based on network environment selected, and Mueller demonstrates
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`the general knowledge that many different carrier network types have different
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`channel bandwidths. However, Petitioner fails to show that, under Sainton’s
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`teachings, Sainton’s “control signals” are generated in response to the changes in
`
`2
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`
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`the environment, or that Sainton’s wireless device can adjust in real time its power
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`output and channel bandwidth without the need for user intervention. See Section
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`IV.
`
`For at least these reasons, institution of review should be denied.
`
`II. NO REASONABLE LIKELIHOOD IS SHOWN THAT SAINTON
`AND BAKER TEACH THE “SERVER” (ALL CLAIMS/GROUNDS).
`
`Claim 2 requires “a remote server configured to store wireless device
`
`software for a plurality of different functions or applications for use by a plurality
`
`of wireless devices.” Similarly, Claim 4 requires “a server…configured to store
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`software for a plurality of wireless devices and for a plurality of applications for
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`the plurality of wireless devices.” Ex. 1001 [’168] cls. 2, 4 (emphases added).
`
`Petitioner argues that “Sainton combined with Baker” renders obvious these
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`“server” limitations. Pet., 27-29 (claim 2 and dependents), 51-53 (same) (claim 4
`
`and dependents). Petitioner first argues that “Sainton contemplates updating the
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`wireless device’s library over-the-air via a carrier….” Id., 28. Petitioner does not
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`argue that Sainton expressly teaches the “server” claimed. Instead, Petitioner relies
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`only upon Baker for the “server” limitations, arguing that “Baker’s ‘lookup
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`service 136” “is a source of service objects for Sainton’s library updates for added
`
`functions” and allegedly “‘may reside on a separate device’ from the requesting
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`device (i.e., Sainton’s wireless device), and is therefore ‘remote’” as certain of the
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`3
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`
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`claims require. Id. (first emphasis in original, second emphasis added). However,
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`Petitioner fails to demonstrate that the POSITA would consider Baker’s lookup
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`service 136 to be a “server” as claimed. Petitioner fails to address the fact that
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`Baker’s disclosures using lookup service 136 are directed toward a “Jini” system,
`
`and that technology distinguishes lookup service 136 from a server.
`
`Petitioner’s argument that “Baker’s ‘lookup service 136’ is a ‘network
`
`server’” points to column 7, lines 37-38 of Baker for support. Pet., 26. The
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`following figure demonstrates how Petitioner construes Baker:
`
`Pet., 27 (Petitioner’s annotations). However, a closer examination of Baker reveals
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`that there is no showing that the POSITA would consider Baker’s lookup service
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`136 as a “server” as recited in the claims.
`
`
`
`4
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`
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`Baker expressly teaches that the network system it discloses is a Jini
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`network system. Ex. 1006 [Baker] 7:43-46. Based on this disclosure in Baker, the
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`POSITA would understand that the architecture of Baker’s network system is
`
`divided into three main parts: Client, Server, and Lookup Service. Ex. 2001
`
`[Techopedia Jini]. Thus, Jini distinguishes its “Server” from its “Lookup Service.”
`
`Yet it is the Jini lookup service in Baker that the Petition purports to read on the
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`“server” in the claims.
`
`A Jini system like the one in Baker would have been built around the
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`Lookup Service, which is where services advertise their availability so that a client
`
`may find them. Ex. 2002 [Jini Specification] 5.
`
`Each Jini system is built around one or more lookup services. The
`lookup service is where services advertise their availability so that you
`can find them. There may be one or more lookup services running in
`a network.
`
`When a service is booted on the network, it uses a process called
`discovery to find the local lookup services. The service then registers
`its proxy object with each lookup service. The proxy object is a Java
`object, and
`its
`types—the
`interfaces
`it
`implements and
`its
`superclasses—define the service it is providing. For example, a proxy
`object for a printer will implement a Printer interface. If the printer is
`also capable of receiving faxes, the proxy object will also implement
`the FaxReceiver interface.
`
`5
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`A client program asks for services by the Java language type the client
`will use. A client wanting a printer will ask the lookup service for a
`service that implements the Printer interface. When the lookup
`service returns the printer’s proxy object, the client will automatically
`download the code for that object if it doesn’t have it already.
`
`
`
`The client issues printer requests by invoking methods on the proxy
`object. The proxy communicates with the printer as it needs to in
`order to execute the requests. The Jini system does not define what
`the protocol between the proxy and its service should be; that is
`defined by the printer and its proxy object.
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`6
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`Id., 5-6. According to the above description, the lookup service of a Jini system
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`does not provide a service to a requesting client; rather, it merely allows the
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`requesting client to download a proxy object, which enables the requesting client to
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`communicate with the service providing device (i.e., the Jini system’s server). See
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`also Ex. 2003 [A Collection of Jini Specifications] 10-11 (describing how the
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`client may request the invocation of the methods provided by the server (remote
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`server/remote object) via a proxy).
`
`Similar description of the architecture of a Jini system is found in
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`Techopedia, which describes the Lookup Service of a Jini network system as
`
`follows: “Lookup Service: Services for resources such as printers, storage devices
`
`and speakers, which are attached to the server and made available to clients over
`
`the network”. Ex. 2001 [Techopedia Jini] (emphasis added). Techopedia provides
`
`a separate description for “server,” describing it as “Server: The system to which
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`the resources are attached.” Id.
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`Thus, the “Server” and the “Lookup Service” of the Jini network system are
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`expressly two separate major parts of the system. There is no evidence that the
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`7
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`POSITA, knowing that Baker’s network system is a Jini system, would understand
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`that the “Lookup Service” is the server in Baker: instead, the fact that Baker is Jini
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`technology indicates that the POSITA would understand that the lookup service in
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`Baker is a different and separate part of the Jini network system from the server or
`
`servers in the system. Such understanding would follow from the description of
`
`the Jini “Lookup Service” above, which is described as being “attached” to the Jini
`
`system’s server. The word “attached” further emphasizes the separate nature of the
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`“Lookup Service” and the “Server”—if the “Lookup Service” is the “Server,” there
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`would be no need for the Jini network system to “attach” the “Lookup Service” to
`
`the “Server.” Ex. 2001 [Techopedia Jini].
`
`Although the Petition does not even attempt to address Baker’s description
`
`of its system as Jini technology, let alone explain how that description can be
`
`reconciled with deeming Baker’s Jini lookup device to be its server, inspection of
`
`Baker’s descriptions of its system confirm that no reason is shown for the POSITA
`
`to disregard Baker’s description of its system as being a Jini system and deem its
`
`lookup service 136 to be the “server.” Petitioner cites Baker at 7:37-38 as
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`allegedly supporting its assertion that “Baker’s ‘lookup service 136’ is a ‘network
`
`server.’” Pet., 26. Baker states that “[t]he lookup service 136 may reside on a
`
`separate device such as a network server.” Ex. 1006 [Baker] 7:37-38 (emphasis
`
`added). However, the word “reside” does not indicate that Baker’s “lookup service
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`8
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`
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`136” is the same as Baker’s “network server.” Rather, this is consistent with
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`Techopedia’s description, Ex. 2001 [Techopedia Jini], of Jini’s lookup service
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`being “attached” to Jini’s server. There is no need for the “lookup service 136” to
`
`“reside” on the “network server” if the lookup service 136 is the network server. If
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`Baker taught that the lookup service 136 was the network server, it would have
`
`used words indicating, for example, that the lookup service 136 was the network
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`server.
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`Petitioner had the burden to show in the Petition that the proposed
`
`combination teaches every limitation of the claims. The Petition’s assertion that
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`Baker’s “lookup service 136” is the claimed “server,” however, does not match
`
`Baker’s description of its system as a Jini system, in which the lookup service and
`
`server are separate and distinct, and the Petition offers no argument or evidence
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`that the POSITA would, despite that mismatch, disregard Jini’s separation of the
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`“lookup service” and the “server” and find Baker’s lookup service 136 to be the
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`claimed “server.” Rather, contrary to Petitioner’s assertion, the POSITA would
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`understand that Baker’s lookup service 136 is not the server. Therefore, the
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`proposed grounds do not meet the threshold for institution of review under 35
`
`U.S.C. § 314(a).
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`9
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`
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`III. NO REASONABLE LIKELIHOOD IS SHOWN THAT SAINTON
`AND BAKER TEACH THE “USER” “PROFILES” STORED IN THE
`“SERVER” (ALL CLAIMS/GROUNDS).
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`Even assuming arguendo that the “server” limitation is met, the Petition’s
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`grounds fail to show a threshold likelihood that the POSITA would have found
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`obvious from the cited teachings in Sainton and Baker the recited user “profiles”
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`stored in the server.
`
`Claim 2 recites “the remote server stores profiles of user specific
`
`information.” In a similar fashion, claim 4 recites “the software is associated with
`
`a user and the device stored in a profile, wherein the server is configured to store
`
`software….” Ex. 1001 [’168] cls. 2, 4. As further explained below, the “profile[s]”
`
`as recited in claims 2 and 4 require user specific information—which could be, for
`
`example, user name, password, browsing history, etc.—to be stored at the server.
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`See Section III.A.
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`Petitioner argues that the claimed user “profile(s)” are rendered obvious by
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`Sainton and/or Sainton-Baker. First, Petitioner argues that it would have been
`
`obvious in view of the combination to add the storage of Sainton’s “[user]
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`profiles…at a remote server,” as it allegedly “allows different carriers to access
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`user criteria to estimate potential demand, and thus enable carriers to incentivize or
`
`disincentivize customers to achieve a desired load in their own networks.” Pet.,
`
`30-31. Petitioner also argues that Sainton-Baker renders obvious storing user
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`10
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`
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`“profile(s).” Petitioner reasons that “[b]ecause [Baker’s] requestor module is
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`registered as a user of the service object, it would have been obvious that the server
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`maintains a profile for the user (requestor module) of the service object.” Pet., 31-
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`32; see also Pet., 52. Petitioner fails to substantiate these arguments.
`
`First, contrary to Petitioner’s assertion, the record shows that Sainton
`
`teaches away from storing user profiles at a server as claimed, so the POSITA
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`would not be motivated by Sainton, alone or in combination, to do so. See Section
`
`III.B. Second, the record further shows that a user profile is not created when
`
`Baker’s requestor module is registered as a user of the service object. Accordingly,
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`Baker also fails to teach storing user profiles at the claimed server. See Section
`
`III.C. Thus, neither Sainton nor Baker, alone or in combination, is shown to teach
`
`or render obvious the user “profile” limitations recited in claims 2 and 4.
`
`A. The Claimed “Profile[s]” Require User Specific Information And
`Being Stored At The Server.
`
`The user “profile” limitations require user specific information and being
`
`stored at the server.
`
`1.
`
`Claim 2’s “Profiles” Are Stored At The Remote Server And
`Expressly Are Of User Specific Information.
`
`Claim 2 expressly recites that “the remote server stores profiles of user
`
`specific information.” Ex. 1001 [’168] cl. 2. It thus expressly requires the
`
`“profiles” of claim 2 to be stored at the remote server, and that the “profiles” are of
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`11
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`user specific information. The statement is consistent with the description of the
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`specification, which states that “[a] CT/MD 202 can store profiles and other user
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`specific information on the Server C 214.” Ex. 1001 [’168] 3:57-58; id., 7:33-34
`
`(similar). By using the term “and other,” the specification confirms that the
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`“profiles,” too, include user specific information.
`
`The above is also consistent with the plain meaning of “profile” within the
`
`context of information technology. For example, one dictionary defines “(user)
`
`profile” as “contain[ing] such information as the person’s access restrictions,
`
`mailbox location, type of terminal, and so on.” Ex. 2004 [Microsoft Computer
`
`Dictionary] 544, 424. Petitioner appears to acknowledge, and does not appear to
`
`dispute, that “profile(s)” includes user specific information, as it states in the
`
`Petition that “Sainton discloses storing specific criteria for a particular user in a
`
`user profile.” Pet., 30.
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`Thus, the POSITA would understand that the “profiles” of claim 2 contain
`
`user specific information (which could be, for example, the person’s access
`
`restrictions, mailbox location, and type of terminal) and be stored at the remote
`
`server.
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`12
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`Claim 4’s “Profile” Is Similarly Stored At The Server And
`Includes User Specific Information.
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`2.
`
`Claim 4 recites that “the software is associated with a user and the device
`
`stored in a profile, wherein the server is configured to store software….” Ex. 1001
`
`[’168] cl. 4.
`
`The specification describes the user “profile,” as discussed in Section III.A.1,
`
`as including user specific information. That is confirmed by the recited language
`
`that “the software is associated with a user and the device stored in a profile.”
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`Furthermore, the POSITA would understand that claim 4 requires its “profile” be
`
`stored at the server, as it expressly requires that its “server is configured to store”
`
`software, and that “the software is associated with a user and the device stored in a
`
`profile.”
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`It is noted that the meaning given to a claim term must be consistent with the
`
`use of the claim term in the specification and drawings. See, e.g., Vitronics Corp. v.
`
`Conceptronic Inc., 90 F.3d 1576, 1582-83 (Fed. Cir. 1996); Renishaw PLC v.
`
`Marposs Societa’ Per Azioni, 158 F.3d 1243, 1250 (Fed. Cir. 1998); AstraZeneca
`
`AB v. Mylan Pharm. Inc., 19 F.4th 1325, 1329 (Fed. Cir. 2021); Profectus Tech.
`
`LLC v. Huawei Techs. Co., 823 F.3d 1375, 1380-81 (Fed. Cir. 2016). Here,
`
`the ’168’s specification states that “[a] CT/MD 202 can store profiles and other
`
`user specific information on the Server C 214.” Ex. 1001 [’168] 3:57-58; id., 7:33-
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`13
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`
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`34 (similar). As exemplified by the above description, in the described
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`embodiments the “profile” is stored at the server. Consistent with the description
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`of the specification, the “profile” of claim 4 should be interpreted as being stored at
`
`the server.
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`Petitioner appears to acknowledge such interpretation. The Petition states
`
`that Sainton-Baker renders obvious the limitation “wherein the software is
`
`associated with a user and the device stored in a profile” as “it was generally
`
`obvious to maintain profiles for multiple users at a remote server for centrally
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`managing content distribution.” Pet., 52.
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`Accordingly, it is undisputed that the POSITA would understand claim 4’s
`
`“profile” as containing user specific information and being stored at the server.
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`B.
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`Sainton Teaches Away From Storing User Profiles At The Server
`As Claimed (Claim 2).
`
`Petitioner argues that “it would have been obvious to store multiple
`
`[Sainton’s] profiles for multiple devices at a remote server,” because “[d]oing so
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`helps achieve Sainton’s stated goal of changing pricing dynamically ‘to maintain a
`
`desired system load level,’” and that “centralizing multiple user profiles allows
`
`different carriers to access user criteria to estimate potential demand,” thus
`
`“enable[ing] carriers to incentivize or disincentivize customers to achieve a desired
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`14
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`load in their own networks.” Pet., 30-31 (citing Ex. 1020 [Schlang], Ex. 1031
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`[Obhan]).
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`Sainton is concerned with switching between different wireless
`
`communication networks “based on a user determined criteria.” Ex. 1005 [Sainton]
`
`2:40-52; see also id., Abstract, 16:32-43. The criteria “are stored in a user profile
`
`in the memory of circuit 1.” Id., 17:51-53. As acknowledged by Petitioner,
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`Sainton stores its profile at (the circuit 1 of) the wireless device. Furthermore, it is
`
`clear that Sainton intends its criteria be stored at the circuit 1 of the wireless device,
`
`rather than at a separate server. Sainton’s goal is to assist the wireless device in
`
`selecting a preferred wireless network service. Id., 2:26-32 (“no one has yet
`
`disclosed a truly self adaptive, omni-modal wireless product which enables an end
`
`user to access conveniently various wireless services in accordance with a
`
`selection process which is sufficiently under the control of the end user”); 2:35-38
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`(“A fundamental objective of the subject invention is to … provid[e] a truly omni-
`
`modal wireless product and method which is adaptive to the selectively variable
`
`desires of the end user.”). To achieve this goal, Sainton’s user profile must be
`
`stored at the wireless device so that the wireless device may apply the user
`
`determined criteria when selecting a preferred wireless network service. If the user
`
`profile/user determined criteria is stored at a server rather than at the wireless
`
`device, the wireless device will not be able to access and apply the user profile/user
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`15
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`determined criteria during the selection process (before it is connected to the
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`internet through the wireless service). It would, therefore, make no obvious sense
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`to the POSITA to store Sainton’s user profile/user determined criteria at the server.
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`Petitioner cites Schlang and Obhan to support its contention that it is
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`obvious to store Sainton’s user profile at the claimed server. However, Petitioner
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`does not identify from either Schlang or Obhan motivation for the POSITA to store
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`Sainton’s profile(s) at the claimed server. First, Schlang contains only one
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`sentence describing that “The [mobile telephone switching office (MTSO)] 20
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`switches calls between wireline and mobile subscribers, controls signaling to the
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`mobile stations M1-M5, compiles billing statistics, stores subscriber service
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`profiles, and provides for the operation, maintenance and testing of the system.”
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`Ex. 1020 [Schlang] 1:64-2:2. Schlang, however, does not explain what kind of
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`benefit could be obtained if its “subscriber service profiles” are stored at its MTSO
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`20 (the alleged [remote] server). Considering that Sainton’s architecture requires
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`the “user profiles” be stored at the wireless device, and Schlang’s lack of
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`disclosure regarding the possible benefits of storing its “subscriber service profiles”
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`at its MTSO 20, the POSITA would not view storing Sainton’s “user profiles” at
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`the claimed server to be obvious.
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`Petitioner argues that storing Sainton’s “user profiles” at a server as claimed
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`“helps achieve Sainton’s stated goal of changing pricing dynamically ‘to maintain
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`a desired system load level.’” Pet., 30-31. However, Sainton’s disclosure does not
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`support this assertion. Specifically, Sainton discloses:
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`Alternatively, individual carriers may broadcast pricing information
`on individual command channels. Pricing can be changed on a
`dynamic basis to maintain a desired system load level. In fact, in one
`preferred embodiment, an automated price negotiation can be
`performed in which the circuit 1 transmits an indication of the type
`and amount of information which is to be transmitted, and the
`carrier responds by quoting a price for the transmission. … As part
`of this scheme, radio carriers may implement a dynamic demand
`curve evaluation program in which system load and profitability are
`constantly monitored. The evaluation program may also monitor the
`percentage of requested quotes which are not accepted. In this way,
`the radio carrier’s system can dynamically adjust prices to maximize
`revenue to the carrier at all times, based on a real-time model of the
`current demand curve for airtime service in the area.
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`Ex. 1005 [Sainton] 19:45-64 (emphases added). According to the description
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`above, the pricing changes are triggered by an “automated price negotiation,” in
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`which the circuit 1 of the wireless device first transmits an indication of the type
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`and amount of information which is to be transmitted, and then the carrier responds
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`by quoting a price for the transmission. Whether or not the user profiles are stored
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`at the server (or remote server) does not affect this load-adjustment mechanism,
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`because the entire process starts after the wireless device informs the carrier(s) of
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`the type and amount of information which is to be transmitted. Furthermore, the
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`carrier(s) also does not apply the user profiles (or user defined criteria) to
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`determine the price offered to the user. Thus, the POSITA would not be motivated
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`by this art to store Sainton’s user profiles at the claimed server, because doing so
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`would not help in “maintain[ing] a desired system load level.”
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`Petitioner cites Obhan to support its contention, but Obhan does not cure the
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`flaw of Petitioner’s argument. In particular, the “potential demand data” relied
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`upon by Petitioner has nothing to do with Sainton’s “automated price negotiation”
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`mechanism. See Ex. 1031 [Obhan] 4:63-5:5 (“The current demand data 118 and
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`potential demand data 120 indicate the current subscriber loading and the potential
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`subscriber loading”), 5:55-65. Thus, it is not shown that the POSITA would
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`recognize any benefit in storing the user profiles at the server as claimed, as it
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`would not help in “maintain[ing] a desired system load level” under Sainton’s
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`“automated price negotiation” mechanism.
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`Accordingly, Sainton does not render obvious that the claimed server “stores
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`profiles of user specific information.”
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`C. Baker Fails To Teach The Claimed “Profile[s]” (Claims 2 & 4).
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`Petitioner further argues that Sainton-Baker renders obvious storing
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`“profiles” as claimed. Specifically, Petitioner argues that in Baker’s system, “the
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`requestor is registered as a user of the matched module” “to keep track of service
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`module users.” Pet., 31. According to Petitioner, “[b]ecause [Baker’s] requestor
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`module is registered as a user of the service object, it would have been obvious that
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`the [remote] server maintains a profile for the user (requestor module) of the
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`service object.” Id. Furthermore, the Petition contends that it was well-known for
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`a remote server to store profiles to track distributable content. Id. Thus, the
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`Petition insists, the limitation of storing profiles at the remote server (without
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`distinguishing between the server of claim 2 or claim 4) was rendered obvious by
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`“Baker’s teachings of storing profiles of users (e.g., requestor modules) of service
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`objects.” Id., 32.
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`Petitioner’s argument, however, fails to appreciate or address the fact that
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`Baker’s lookup service 136 (the alleged server) does not store a user profile when
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`“the requestor is registered as a user of the matched module.” A “profile” or “user
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`profile,” as understood by the POSITA, contains user specific information such as
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`the person’s access restrictions, mailbox location, type of terminal, and so on. See
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`Section III.A.
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`Baker, however, only describes the registration of the requestor module in
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`one sentence, stating that “[i]n step 314 the requestor is registered as a user of the
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`matched module….” Ex. 1006 [Baker] 14:14-16. Among other problems with this
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`theory, the other portions of Baker discussing registration are directed towards the
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`registration of the service provider, not the requestor. Compare id., 14:12-19, with
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`19
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`id., 7:58-8:7. Thus, Baker simply fails to disclose creating and storing a “(user)
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`profile” when “the requestor is registered as a user.” Baker’s requestor module is a
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`device. See, e.g., id., Fig. 12 (“Register requestor module as a module user”). The
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`“user” of the claims, in contrast, is a natural person.
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`The POSITA would not equate a human user and a non-human device. For
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`example, the ’168 Patent recites in its Background Of The Invention section that
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`“[t]here is often a proliferation of mobile devices that must be carried by a user.
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`For example, a user may need a device or remote for the public airwaves (cell
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`phone), another for the local or office network and yet another for the