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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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`SAMSUNG ELECTRONICS CO., LTD.
`Petitioner
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`v.
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`IRON OAK TECHNOLOGIES, LLC.
`Patent Owner
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`Case: IPR2018-01553
`U.S. Patent No. 5,699,275
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`PETITIONER’S REPLY TO PATENT OWNER’S RESPONSE
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`IPR2018-01553 – Petitioner’s Reply
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`TABLE OF CONTENTS
`I.
`INTRODUCTION ........................................................................................ 1
`II. PO’S ARGUMENTS IN ITS PRELIMINARY RESPONSE NOT
`RAISED IN ITS RESPONSE ARE WAIVED ........................................... 2
`III. PO’S INTERPRETATION OF THE “WHEREIN” CLAUSE
`SHOULD BE REJECTED ........................................................................... 3
`IV. CLAIM 1 IS UNPATENTABLE BASED ON ALL INSTITUTED
`GROUNDS .................................................................................................... 9
`A. Ground 1: The Combination of Hapka and Parrillo Discloses
`or Suggests the “Wherein” Clause ....................................................... 9
`Ground 2: The Combination of Hapka, Parrillo, and Wortham
`Discloses the “Wherein” Clause ........................................................ 16
`V. CONCLUSION ........................................................................................... 16
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`B.
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`i
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`IPR2018-01553 – Petitioner’s Reply
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`TABLE OF AUTHORITIES
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` Page(s)
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`Cases
`Canfield Scientific, Inc. v. Melanoscan, LLC,
`IPR2017-02125, Paper 62 (Mar. 26, 2019) .......................................................... 2
`Ericsson, Inc. v. D-Link Sys., Inc.,
`773 F.3d 1201 (Fed. Cir. 2014) ............................................................................ 5
`Hewlett-Packard Co. v. Bausch & Lomb Inc.,
`909 F.2d 1464 (Fed. Cir. 1990) ............................................................................ 5
`ParkerVision, Inc. v. Qualcomm Inc.,
`903 F.3d 1354 (Fed. Cir. 2018) ............................................................................ 5
`RPX Corp. v. Collision Avoidance Techs. Inc.,
`IPR2017-01337, Paper 35 (Nov. 13, 2018) .......................................................... 2
`Trane U.S. Inc. v. SEMCO, LLC,
`IPR2018-00514, Paper 36 (April 17, 2019) ......................................................... 2
`Regulations
`37 C.F.R. § 42.6(a)(3) ................................................................................................ 2
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`ii
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` IPR2018-01553 – Petitioner’s Reply
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`I.
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`INTRODUCTION
`Petitioner submits this Reply to Patent Owner’s (“PO”) Response (Paper 18,
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`“Resp.”) concerning claim 1 of the ’275 patent.
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`PO makes similar arguments against each of the two grounds, 1) Hapka and
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`Parrillo and 2) Hapka, Parrillo, and Wortham. PO’s arguments fail because they
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`are based on an incorrect interpretation of the “wherein” clause1 recited in claim 1.
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`Moreover, even under PO’s interpretation, the prior art in the instituted grounds
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`discloses or suggests the system recited in claim 1. Thus, none of PO’s positions
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`warrant disruption of the Board’s initial findings and analysis as to why claim 1 is
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`unpatentable in view of the prior art asserted in each of the instituted grounds.
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`Accordingly, for the reasons set forth in the Petition (Paper 1, “Pet.”) and further
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`explained below, claim 1 should be found unpatentable and cancelled.
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`1 Petitioner refers to claim element 1(e) as the “wherein” clause, which recites
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`“wherein the manager host is further operable to address the at least one discrete
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`patch message such that the at least one discrete patch message is transmitted to the
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`first mobile unit but not to the second mobile unit.” (Ex. 1001, 13:50-53.)
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`1
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` IPR2018-01553 – Petitioner’s Reply
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`II.
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`PO’S ARGUMENTS IN ITS PRELIMINARY RESPONSE NOT
`RAISED IN ITS RESPONSE ARE WAIVED
`As a preliminary matter, PO’s attempt to incorporate by reference all of its
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`arguments from its Preliminary Response is improper. (Resp., 1 (“Patent Owner
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`incorporates herein for all purposes those arguments presented in its Preliminary
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`Response.”).) By rule, “[a]rguments must not be incorporated by reference from one
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`document into another document.” 37 C.F.R. § 42.6(a)(3); see also RPX Corp. v.
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`Collision Avoidance Techs. Inc., IPR2017-01337, Paper 35 at 20 (Nov. 13, 2018)
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`(“Incorporation by reference is a direct violation of our rules, which prohibit
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`incorporation by reference from other documents.”). Additionally, “[a]rguments
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`that are not developed and presented in the Patent Owner Response, itself, are not
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`entitled to consideration.” Id. at 20-21 (citations and internal quotation marks
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`omitted). In fact, the Board’s scheduling order explicitly cautions PO “that any
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`arguments for patentability not raised in the response may be deemed waived.”
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`(Paper 10, 5.) Therefore, PO’s arguments raised in its Preliminary Response but not
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`raised in its Response are waived and not addressed herein. See Trane U.S. Inc. v.
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`SEMCO, LLC, IPR2018-00514, Paper 36 at 4-6 (April 17, 2019) (finding “waiver
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`of any argument” in patent owner’s “post-institution response due to improper
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`incorporation by reference” of arguments “from [patent owner’s] “pre-institution
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`response”); Canfield Scientific, Inc. v. Melanoscan, LLC, IPR2017-02125, Paper 62
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`2
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` IPR2018-01553 – Petitioner’s Reply
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`at 7 (Mar. 26, 2019) (“Patent Owner waived this argument by not substantively
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`addressing it in the Response.”).
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`III. PO’S INTERPRETATION OF THE “WHEREIN” CLAUSE SHOULD
`BE REJECTED
`PO does not expressly propose any constructions.2 PO does, however, imply
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`that the “wherein” clause recited in claim 1 should be read to require that the
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`manager host address the at least one discrete patch message when both the first and
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`second mobile units are capable of being updated by the same message:
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`Neither the Board’s Decision nor the petition expressly
`addresses these requirements of claim 1 that at the time of
`transmission of the patch message by the manager host
`both mobile units must be operable to create patched
`operating code from current operating code, and that the
`manager host transmit the patch to one mobile unit and not
`the other even though both units are capable of updating
`current operating code.
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`2 PO does not expressly dispute any of Petitioner’s proposed claim constructions,
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`including the constructions of the phrases “merging the at least one patch with
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`current operating code” and “manager host is further operable to address the at least
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`one discrete patch message,” which were adopted by the Board. (Pet., 8-16; Paper
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`9 (“Decision” or “Dec.”), 4-7.)
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`3
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` IPR2018-01553 – Petitioner’s Reply
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`(Resp., 6.) According to PO, “the second mobile unit of claim 1 must be in a
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`condition that its current operating code could be updated by the patch message sent
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`to the first mobile unit” and that a “mobile unit whose operating code has been
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`updated by the patch message cannot be a ‘second mobile unit.’” (Id., 5.) PO’s
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`interpretations are confusing and not dispositive because the prior art at-issue
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`discloses all of the limitations of claim 1 even under PO’s interpretations.
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`First, there is no dispute that the language of claim 1 recites a “second mobile
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`unit” that is “operable to receive the at least one discrete patch message” and
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`“operable to create patched operating code by merging the at least one patch with
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`current operating code.” (Ex. 1001, 13:44-49.) Also, there is no dispute that the
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`claim language recites a “manager host” that is “operable to address the at least one
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`discrete patch message such that the at least one discrete patch message is
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`transmitted to the first mobile unit but not to the second mobile unit.” (Id., 13:50-
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`53.) To be sure, however, this claim language only means that the manager host is
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`capable of addressing the message such that it is transmitted to the first mobile unit
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`but not the second mobile unit. The claim language does not preclude the manager
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`host from also being capable of addressing the message so that it is transmitted to
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`the second mobile unit. This understanding of the claim language is confirmed by
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`dependent claim 14, which recites that the claimed manager host is “further operable
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`to address the at least one discrete patch message such that the at least one discrete
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`4
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` IPR2018-01553 – Petitioner’s Reply
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`patch message is transmitted to the first mobile unit and to the second mobile unit.”
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`(Id., 14:22-26.) Based on this understanding, as explained in the Petition and below,
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`the prior art discloses the features recited in claim 1.
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`Second, PO’s argument that “a mobile unit whose operating code has been
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`updated by the patch message cannot be a ‘second mobile unit’ because that unit no
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`longer is ‘operable to create patched operating code by merging the at least one patch
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`with current operating code,” (Resp., 5 (emphasis omitted)), is inconsistent with the
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`language of claim 1. Claim 1 recites a “system” comprising a “second mobile unit”
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`that is “operable to” receive the message and create patched operating code. (Ex.
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`1001, 13:44-49.) System claims “cover what a device is, not what a device does.”
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`Hewlett-Packard Co. v. Bausch & Lomb Inc., 909 F.2d 1464, 1468 (Fed. Cir. 1990).
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`Therefore, prior art may anticipate or render obvious a system claim “if the reference
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`discloses [a system] that is reasonably capable of operating so as to meet the claim
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`limitations, even if it does not meet the claim limitations in all modes of operation.”
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`ParkerVision, Inc. v. Qualcomm Inc., 903 F.3d 1354 (Fed. Cir. 2018); see also id. at
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`1362 (“In contrast, where claim language recites ‘capability, as opposed to actual
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`operation,’ an apparatus that is ‘reasonably capable’ of performing the claimed
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`functions ‘without significant alterations’ can infringe those claims.” (citing
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`Ericsson, Inc. v. D-Link Sys., Inc., 773 F.3d 1201, 1217 (Fed. Cir. 2014))). That
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`means a mobile device whose operating code has been updated by the patch message
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`5
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` IPR2018-01553 – Petitioner’s Reply
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`can be a “second mobile device” because, for it to have been updated, it must be
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`“operable to” receive the message and create patched operating code.
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`PO does not point to any evidence that would compel a different result or, for
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`that matter, any evidence at all. (See Resp., 3-6.) Nor could it. None of the claims
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`of the ’275 patent exclude a mobile unit whose operating code has been updated by
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`the patch message from the scope of the claimed “second mobile unit.” (See Ex.
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`1001, 13:33-16:65.) Likewise, the specification of the ’275 patent does not disclose
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`that such a mobile unit cannot be a “second mobile unit,” as claimed. (See generally
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`id.)
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`Again, as explained in the Petition and below, the prior art discloses the
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`features recited in claim 1.
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`Third, even if PO were correct that a mobile unit whose operating code has
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`been updated by the patch message cannot be the claimed “second mobile unit,”
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`claim 1 is still unpatentable because, as explained in the Petition and below, the prior
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`art discloses addressing a message such that it is transmitted to a first mobile unit
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`but not to a second mobile unit that is operable to receive the message and create
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`patched operating code by merging the message with current operating code. In fact,
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`the prior art is similar to the embodiments described in the specification of the ’275
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`patent and covered by the claims.
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`The specification of the ’275 patent alleges that the advantages of its invention
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`6
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` IPR2018-01553 – Petitioner’s Reply
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`include allowing remote patching of operating code in a mobile unit, where the
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`“mobile units [are] operable to interpret patch messages and create patched operating
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`code therefrom.” (Ex. 1001, 5:52-55.) The specification explains that a central
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`location can “broadcast [the patches] to a number of mobile units” or “can also tailor
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`the broadcasts of patches to different mobile units.” (Id., 2:18-23.) According to
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`the specification, the “manager host 16” may “desire to enhance, correct, or replace
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`current operating code located in one or more of the mobile units” (id., 3:39-41) and
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`that patch messages are transmitted to “appropriate mobile units” and “each” of the
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`units. (Id., 3:61-4:1 (emphasis added).)
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`The specification discloses three ways that the “[m]anager host 16 can address
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`a patch message”: the manager host can address a patch message (1) “to one of the
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`mobile units,” (2) “to all of the mobile units,” or (3) “to a group of mobile units.”
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`(Id., 5:14-24; see also id., 5:37-48.) Thus, consistent with the “wherein” clause of
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`claim 1, the specification discloses a manager host that is capable of addressing a
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`patch such that it is only transmitted to one mobile unit and not others and capable
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`of addressing a message such that it is transmitted to a group of mobile units (e.g.,
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`units 22, 24 in FIG. 1) but not to a different group of mobile units (e.g., units 26, 28,
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`30 in FIG. 1), even though the mobile units that do not receive the message are
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`operable to receive the message and create patched operating code. (Id., 4:9-17,
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`5:49-56, 13:18-21 (“The mobile units are capable of receiving the patch messages,
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`7
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` IPR2018-01553 – Petitioner’s Reply
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`creating patched operating code, and switching execution to the patched operating
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`code without interrupting normal functions.”).) The “wherein” clause in claim 1
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`covers at least both of these possibilities.3 And, as explained in the Petition and
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`below, the prior art’s disclosure is similar, in that it discloses a “manager host” that
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`is operable to address a patch message such that it is transmitted to a first mobile
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`unit (alone or in a group of mobile units that includes the first mobile unit) but not a
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`second mobile unit (alone or in a group of different mobile units that includes the
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`second mobile unit), where both the first and second mobile units are “operable to”
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`receive the message and create patched operating code, like recited in claim 1.
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`Accordingly, PO’s arguments regarding the “wherein” clause are not only
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`wrong but also irrelevant because, as explained below, the prior art in the instituted
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`grounds discloses this clause under all proposed interpretations.
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`3 Claim 1 recites that the manager host is “operable to” address the patch message
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`such that it is transmitted “to the first mobile unit but not to the second mobile unit,”
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`(Ex. 1001, 13:50-53), and dependent claim 14 recites that the manager host is
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`“further operable to” address the patch message such that it is transmitted “to the
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`first mobile unit and to the second mobile unit,” (id., 14:21-25).
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`8
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` IPR2018-01553 – Petitioner’s Reply
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`IV. CLAIM 1 IS UNPATENTABLE BASED ON ALL INSTITUTED
`GROUNDS
`A. Ground 1: The Combination of Hapka and Parrillo Discloses or
`Suggests the “Wherein” Clause
`All of PO’s arguments regarding the Hapka combinations in its Response are
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`based on PO’s interpretations discussed above. (See Resp., 6-9 (PO asserting that
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`“[n]either Petitioner nor its expert separately argues how or where Hapka discloses
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`that the alleged ‘second’ mobile unit could be updated by the same patch (i.e., ‘the
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`at least one discrete patch message’) that updated the first mobile unit, as required
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`by claim 1”).) Whether under the Board’s interpretation and the plain meaning of
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`the terms in claim 1, or under PO’s interpretation, Hapka in view of Parrillo
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`discloses these and the other limitations of claim 1.
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`Petitioner has presented ample evidence demonstrating how Hapka in view of
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`Parrillo discloses first and second mobile units that are each “operable to” perform
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`the respective functions as recited in claim 1. (See, e.g., Pet., 22-25 (explaining how
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`Hapka discloses the ability of a fleet manager “to modify and control an engine
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`algorithm, such as engine idling, of one or more vehicles in her fleet” (citing Ex.
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`1008, 8:34-36)); id., 25-27 (explaining how in Hapka each vehicle in the fleet
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`includes a “mobile unit”); id., 27-28 (explaining how Hapka discloses operating
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`code and remote patching); id., 30-39; Ex. 1002, ¶¶202-03, 208-222 (explaining
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`how a POSITA would have had reasons to modify the features of Hapka in view of
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`9
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` IPR2018-01553 – Petitioner’s Reply
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`Parrillo to allow the computer 12 (fixed site 37 or site 10) to perform remote
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`patching of operating code in one or more “mobile unit(s)” of Hapka’s vehicle fleet);
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`Ex. 1008, 4:5-53, 6:9-29, FIGS. 1a-1b).)
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`Indeed, the Petition goes to great lengths to reference specific teachings and
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`suggestions in Hapka and Parrillo (supported by the unrebutted testimony of
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`Petitioner’s expert) to demonstrate how the combination discloses “first” and
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`“second” mobile units in Hapka’s fleet that are each operable to function as recited
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`in claim 1. (Pet., 48-53 (“first mobile unit”), 53-55 (“second mobile unit”).) For
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`example, as explained in the Petition and by Dr. Bederson, all vehicles in a fleet
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`include mobile units:
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`Given each of the “mobile units” (e.g., engine control
`system 36 and its components) mounted to each vehicle of
`the fleet operate just like that explained above for the
`claimed “first mobile unit” for claim element 1(c), any
`other mobile unit (e.g., engine control system 36) mounted
`to a vehicle (other than one that corresponds to the claimed
`“first mobile unit” in a different vehicle of the fleet)
`disclosed by Hapka, and implemented and configured as
`discussed above for the combined Hapka-Parrillo system
`(as discussed for claim element 1(c)) is a “second mobile
`unit operable to receive the at least one discrete patch
`message…,” as claimed. (Ex. 1002, ¶245.)
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`(Pet., 54.) Thus, each of the identified “mobile units” in the combined Hapka-
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`10
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` IPR2018-01553 – Petitioner’s Reply
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`Parrillo system is operable in the same way to receive the patch message so that
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`operating code in the respective unit can be updated in a manner consistent with the
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`features of claim 1. (See, e.g., Ex. 1002, ¶ 245.)
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`There can thus be no question that the described combination of Hapka and
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`Parrillo discloses or suggests a “first mobile unit” and a “second mobile unit” that
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`are each “operable to” receive the at least one discrete patch message, create patched
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`operating code by merging the at least one patch with current operating code, and to
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`switch execution to the patched operating code, like that required in claim 1.
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`PO’s primary argument appears to relate to the “manager host” being
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`“operable to” address the patch message such that it is transmitted to the first mobile
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`unit but not to the second mobile unit that is operable to perform the features noted
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`above and recited in claim 1. (Ex. 1001, 13:50-53.) Namely, PO argues that the
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`combined Hapka-Parrillo system does not disclose a “‘second mobile unit’ that is
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`operable to receive the same communication (algorithm modification) as the first
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`mobile unit” and “create patched operating code using the same communication
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`(algorithm modification) as used by the first mobile unit.” (Resp., 7.) PO’s
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`argument is based on an unsupportable interpretation of claim 1 and also ignores the
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`teachings and suggestions of Hapka in view of Parrillo as demonstrated in the
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`Petition.
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`To begin, nothing in claim 1 requires any particular mobile unit to be
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` IPR2018-01553 – Petitioner’s Reply
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`identified as the “first” or “second” mobile unit. Claim 1 only requires that the
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`system comprise a “first mobile unit” and “second mobile unit” that are each
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`operable to function as recited in claim 1. In the Hapka-Parrillo system, a fleet of
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`vehicles is disclosed, each vehicle including a “mobile unit” like that recited in claim
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`1. (Pet., 48-55; Ex. 1002, ¶¶54-58, 62, 237-45.) That the “manager host” in the
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`Hapka-Parrillo system is operable to decide which specific mobile unit to send the
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`patch message to before beginning transmission does not mean no other mobile unit
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`in the fleet is operable to receive the same patch message, create patched operating
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`code by merging the message with current operating code located in that mobile unit,
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`and switch execution to the patched operating code. Indeed, in the combined Hapka-
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`Parrillo system, the fleet manager can choose to modify software in one or more
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`particular vehicles in the fleet. (See e.g., Ex. 1008, 8:33-41, FIGS. 1a, 1b, FIG. 5
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`(step 501) (Hapka disclosing that when “the fleet manager chooses to modify and
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`control an engine algorithm, such as engine idling, of one or more vehicles in her
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`fleet,” data signals may be transmitted from her fixed base computer 12 to a vehicle
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`at a distant location over the communications network); Pet., 40-42.) And by using,
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`for example, computer 12 included in fixed base site 37 or site 10 (“manager host”)
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`to determine a “first mobile unit” to receive an update as opposed to another unit,
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`the combined Hapka-Parrillo system discloses a “second mobile unit” that is
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`“operable” in the same way the “first mobile unit” would be. As such, the “second
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`12
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` IPR2018-01553 – Petitioner’s Reply
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`mobile unit” in the fleet of the combined system is operable to receive the same
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`patch message and create patched operating code just like the first mobile unit before
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`any transmission of the patch message, even though computer 12 (“manager host”)
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`is operable to send the patch message to the first unit and not the second unit (at least
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`at first). (Pet., 55-61; Ex. 1002, ¶¶246-56.)
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`Contrary to PO’s suggestions, the Hapka-Parrillo combined system discloses
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`a second mobile unit that is operable to “receive the same communication
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`(algorithm modification) as the first mobile unit” and “create patched operating code
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`using the same communication (algorithm modification) as used by the first mobile
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`unit.” (Resp., 7.) This is because, in the Hapka-Parrillo combined system, the fleet
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`manager, via the identified “manager host,” can choose not to address the second
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`mobile unit to receive that communication, but instead address another “first mobile
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`unit” to receive that communication. It does not mean that the second mobile unit
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`will not later be updated with the same patch message. Nothing in claim 1 requires
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`that the manager host be operable to not transmit a patch to a second mobile unit at
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`any time or precludes the manager host from addressing the patch message such that
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`the patch message is transmitted to that other unit at another time. Indeed, dependent
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`claim 14 contradicts such an interpretation, because it requires the “manager host”
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`to be “further operable to” address the patch message such that it is transmitted to
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`both the first and second mobile units. (Ex. 1001, 14:21-25.)
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`13
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` IPR2018-01553 – Petitioner’s Reply
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`Also, contrary to PO’s suggestion, Petitioner never admitted that the Hapka-
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`Parrillo combination provides no disclosure of a second mobile unit being operable
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`to receive the same patch message as another unit. (Resp., 8.) That the “manager
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`host” in the Hapka-Parrillo system may be operable to skip certain vehicles from
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`receiving a patch update does not mean that those other vehicles (and their mobile
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`units) are not “operable to” to receive the same message. As explained above, the
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`fleet manager via the “manager host” in the combined system can decide which
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`vehicle(s) (and corresponding mobile unit(s)) is to receive that update. The
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`described teachings and suggestions of Hapka and Parrillo in the Petition
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`demonstrate that more than one mobile unit in the fleet is operable to receive the
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`same patch update message and that individual units can be addressed.4
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`4 In addition, as explained in the Petition, a POSITA would have been motivated to
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`configure computer 12 (included in site 37 or site 10) to be operable to “address” the
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`at least one discrete patch message such that a specific target vehicle and its targeted
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`components (e.g., engine control system 36) would receive the fleet manager’s
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`intended software update. (Ex. 1002, ¶¶253-54; Pet., 59.) Indeed, the Hapka-
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`Parrillo combined system’s ability to address specific mobile unit(s) is similar to
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`one of the ways that the ’275 patent discloses how “[m]anager host 16 can address
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`14
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` IPR2018-01553 – Petitioner’s Reply
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`Finally, as described in the Petition, it would have been obvious to combine
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`the teachings of Hapka with the teachings of Parrillo to arrive at a “manager host”
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`that is “operable to address the at least one discrete patch message,” as claimed.
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`(Pet., 56.) As explained in the Petition, Parrillo discloses a remote station that
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`“interrogates vehicle 15” and, based on the interrogation, “remote station 12 may
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`send a message to any vehicle 15 to change operating code, as needed.” (Id., 56-57
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`(citing Ex. 1009, 2:10-14, 2:22-31, 4:65-5:2, 5:14-30, 5:31-46).) Petitioner went on
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`to explain that such a combination “would have allowed individual vehicle[s] (and
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`a patch message.” (Ex. 1001, 5:14-24 (explaining that a message can be addressed
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`(1) “to one of the mobile units,” (2) “to all of the mobile units, or” (3) “to a group of
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`mobile units”).) While the patent discloses updating mobile units having
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`“appropriate version of operating code suitable to receive the defined patch or
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`patches” but not updating others (Ex. 1001, 6:63-67; see also id., 4:9-20, 10:33-45),
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`that is irrelevant to the combination of Hapka and Parrillo, which discloses targeting
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`individual vehicles and their components (e.g., system 36) that require the software
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`modification. (Ex. 1002, ¶¶253-54.) That does not mean that other vehicles (and
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`corresponding mobile units) are not “operable to” to receive such patch updates.
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`Indeed, as explained above and in the Petition, those units are so operable.
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` IPR2018-01553 – Petitioner’s Reply
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`its components) in Hapka’s system to be modified, as needed.” (Id., 57-58.) Thus,
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`the combined system also discloses interrogating and updating individual vehicles,
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`such that multiple vehicles may be updatable but each vehicle is only updated at a
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`time when the interrogation process determines to do so, (id., 57-61), which also
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`discloses this limitation under PO’s interpretation.
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`B. Ground 2: The Combination of Hapka, Parrillo, and Wortham
`Discloses the “Wherein” Clause
`PO’s argument against the Hapka-Parrillo-Wortham combination is the same
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`argument made against Ground 1. (Resp., 9.) As such, for the same reasons
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`discussed above and in the Petition, the combination of Hapka, Parrillo, and
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`Wortham discloses and suggests each limitation of claim 1, including the “wherein”
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`limitation. (Pet., 61-64.)
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`V. CONCLUSION
`For the reasons set forth above, in the Petition and accompanying exhibits,
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`and the Board’s Decision, claim 1 of the ’275 patent should be found unpatentable
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`and cancelled.
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`Dated: August 23, 2019
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`Respectfully submitted,
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`By: /Joseph E. Palys /
` Joseph E. Palys, Reg. No. 46,508
` Counsel for Petitioner
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`CERTIFICATE OF COMPLIANCE
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`Pursuant to 37 C.F.R. § 42.24(d), the undersigned certifies that the foregoing
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`Petitioner’s Reply to Patent Owner’s Response contains, as measured by the
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`word-processing system used to prepare this paper, 3,827 words. This word count
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`does not include the items excluded by 37 C.F.R. § 42.24(a).
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`Dated: August 23, 2019
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`Respectfully submitted,
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`By: /Joseph E. Palys/
` Joseph E. Palys, Reg. No. 46,508
` Counsel for Petitioner
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` IPR2018-01553 – Petitioner’s Reply
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`CERTIFICATE OF SERVICE
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`Pursuant to 37 C.F.R. § 42.6(e), I certify that I caused to be served on the
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`counsel for Patent Owner a true and correct copy of the foregoing Petitioner’s Reply
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`to Patent Owner’s Response by electronic means on August 23, 2019, at the
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`following address of record:
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`Albert B. Deaver
`Robert J. McAughan, Jr.
`Christopher M. Lonvick
`McAughan Deaver PLLC
`550 Westcott St., Suite 375
`Houston, Texas 77007
`Tel: (713) 280-0604
`adeaver@md-iplaw.com
`bmcaughan@md-iplaw.com
`clonvick@md-iplaw.com
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`Respectfully submitted,
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`By: /Joseph E. Palys/
` Joseph E. Palys, Reg. No. 46,508
` Counsel for Petitioner
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`Dated: August 23, 2019
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