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`BEFORE THE PATENT TRIAL AND APPEAL BOARD
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`APPLE, INC.
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`Petitioner
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`v.
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`UNILOC LUXEMBOURG S. A.1
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`Patent Owner
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`IPR2018-00389
`PATENT 8,712,723
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`PATENT OWNER SUR-REPLY TO PETITIONER’S REPLY
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` 1
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` The owner of this patent is Uniloc 2017 LLC.
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`IPR2018-00389
`U.S. Patent 8,712,723
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`Table of Contents
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`
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`I.
`II.
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`III.
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`B.
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`C.
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`D.
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`INTRODUCTION .................................................................................... 1
`PETITIONER FAILED TO MEET ITS BURDEN ................................. 1
`A.
`Petitioner Does Not Dispute that the Pasolini Reference
`it Now Applies Was Already Considered by the USPTO .............. 1
`The Applied References Fail to Disclose a “Cadence
`Window” ......................................................................................... 3
`The Applied References Fail to Disclose an Update to
`the Cadence Window as “Actual Cadence” or
`“Cadence” Changes ........................................................................ 6
`The Applied References Fail to “Assigning a Dominant
`axis with Respect to Gravity Based on an Orientation of
`the Inertial Sensor” ......................................................................... 8
`The Applied References Fail to Disclose “Detecting a
`Change in the Orientation of the Inertial Sensor and
`Updating the Dominant Axis Based on the Change” ................... 15
`The Applied Reference Fail to Disclose Challenged
`Dependent Claims. ........................................................................ 17
`CONCLUSION ....................................................................................... 18
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`E.
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`F.
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`ii
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`IPR2018-00389
`U.S. Patent 8,712,723
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`I.
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`INTRODUCTION
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`Uniloc 2017 LLC (“Uniloc” or “Patent Owner”) submits this Sur-Reply to
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`Petitioner’s Reply in IPR2018-00389 (“Reply”) regarding United States Patent No.
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`8,712,723 (“the ’723 patent” or “EX1001”) filed by Apple, Inc. (“Petitioner”).
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`II.
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`PETITIONER FAILED TO MEET ITS BURDEN
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`The Petition has failed to meets its burden in establishing that claims 1-3, 5-
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`7, 10-18 are obvious under 35 U.S.C. § 103 over Fabio2 and Pasolini.3
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`A.
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`Petitioner Does Not Dispute that the Pasolini Reference it Now
`Applies Was Already Considered by the USPTO
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`In its Reply, Petitioner acknowledges that there are two applications filed by
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`inventor Fabio Pasolini on the same day – one that it chooses to refer to as Fabio
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`(Ex. 1006) and the other that it chooses to refer to as Pasolini (Ex 1005). And, in its
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`Reply, Petitioner does not dispute that the USPTO already considered the disclosures
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`in Pasolini (Ex. 1005) and specifically indicated that such a reference fails to disclose
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`1
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`the claimed “cadence window.”
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` 2
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` EX1006, U.S. Patent No. 7,698,097
`3 EX1005, U.S. Patent No. 7,463,997
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`U.S. Patent 8,712,723
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`See EX1002 at pg. 142 of 454 (Emphasis Added).
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`The Petitioner has no explanation for why it failed to bring this fact to the
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`Board’s attention and merely argues instead that the combination of “Fabio
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`Pasolini’s” two overlapping applications4 – Pasolini and Fabio were not before the
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`examiner. However, the intimately related and relevant argument that Pasolini
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`allegedly discloses the required “cadence windows” was specifically considered and
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`rejected by the examiner. The interest of finality weighs against revisiting the
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`deficiencies of Pasolini and whether the cumulative disclosure in Fabio renders
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`obvious what Pasolini admittedly fails to disclose. See, e.g., Shire LLC v. Amneal
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`Pharm., LLC, 802 F.3d 1301, 1307 (Fed. Cir. 2015) (holding a patent challenger has
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`“the added burden of overcoming the deference that is due to a qualified government
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`agency presumed to have properly done its job, which includes one or more
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` 4
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` A review of these two specifications reveal the overlapping nature.
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`2
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`U.S. Patent 8,712,723
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`examiners who are assumed to have some expertise in interpreting the references
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`and to be familiar from their work with the level of skill in the art and whose duty it
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`is to issue only valid patents.”); Microsoft Corp. v. Multi–Tech Sys., Inc., 357 F.3d
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`1340, 1350 (Fed. Cir. 2004) (upholding claim construction of the district court in
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`limiting the scope of the earlier, already issued patent based on statements offered
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`during prosecution of a related application that issued later).
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`B.
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`The Applied References Fail to Disclose a “Cadence Window”
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`Each of the challenged claims requires a “cadence window.” As recognized
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`by the Examiner in the prosecution history of the ‘723 Patent, Pasolini (EX1005)
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`fails to disclose such a cadence window. See EX1002 at 35-36 (indicating in notice
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`of allowance that prior art fails to disclose the now-challenged claims). Likewise,
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`the other Fabio Pasolini reference, Fabio (EX1006)5 also fails to disclose anything
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`resembling such a cadence window.
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`The Petition, as well as the Reply, incorrectly defines the “cadence window”
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`as a “window of time since a last step was counted that is looked at to detect a new
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`step.” See Petition at 9-10; Reply at 8, 11. This definition ignores the term “cadence”
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` 5
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` The last name of the inventor is actually Pasolini; however, to maintain consistency
`with petitioner’s nomenclature, Fabio (the first name) is used. Both EX1005 and
`EX1006 share the same inventors and have the same filing dates.
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`3
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`U.S. Patent 8,712,723
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`and treat the words as though they merely reference a “window” without regard to
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`an “cadence.” Both the common definition of cadence (usually referring to a
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`repetitive rhythmic pattern) and the specification describe a “cadence” as looking at
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`multiple motion cycles (not just a single cycle) to determine a particular rhythmic
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`pattern. See e.g., Id. at 3:18-32, 38-54; 6:65-7:14. Indeed, the specification describes
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`the cadence window as a rolling average of previous detected cycles. Id at 3:66-4:10.
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`And, the independent claims must encompass such a “cadence window” being based
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`on “rolling averages” because dependent claims (e.g., Claim 4 and 19) narrow the
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`updating of the “cadence window” to being based on rolling averages.
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`Petitioner’s Reply does not save its faulty argument and simply points again
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`to Fabio (EX1006)’s “validation interval TV,” which undeniably considers nothing
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`of a “cadence” and only considers the time for a single prior step. Petitioner does not
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`dispute that Fabio (EX1006)’s validation TV only looks at the single prior step time
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`to determine whether to count the current step.
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`To this end, other than allege that Fabio (EX1006) has a “window,” Petitioner
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`does nothing to explain how in Fabio (EX1006) a single prior step can approximate
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`a “cadence” as discussed in the specification.
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`If one were to follow Petitioner’s faulty logic, the alleged “cadence” is a prior
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`step – regardless of how short or large it is (e.g., including a stutter step). Stated
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`differently, if a runner tripped and had a stutter step, the stutter step – according to
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`4
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`U.S. Patent 8,712,723
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`Petitioner’s logic – would be the cadence. This would be true even if the prior steps
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`were completely homogenous because Fabio (EX1006) only considers the
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`immediately prior step. No reasonable person of ordinary skill in the art would
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`consider such a single stutter step to be the cadence.
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`In this regard, the Reply also misunderstands Patent Owner’s Response,
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`stating:
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`“[Fabio’s] TV logic simply validates whether the time
`between a current detected step and a prior detected step
`is within a 50% variance of an immediately preceding
`period. If so, the prior (but not the current step) is
`validated and counted. If not, the prior step is disregarded.
`This happens regardless of (a) the time interval between
`steps, (b) whether a false positive is detected, or (c) the
`time interval between other detected steps (e.g., steps
`preceding the immediate step). Such a concept cannot
`reasonably correspond to a “cadence” or “cadence
`window” as claimed, which can be based a rolling average
`of previous detected cycles.”
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`Response at 12 (emphasis added). The Reply misread the above passage to state that
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`a step is counted no matter what in each of scenarios (a) through (c). Reply at 12
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`(“Patent Owner argues that in Fabio, a step is validated and counted…”) That is not
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`what the Response states. Rather, the Response points out that Fabio’s TV logic
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`5
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`U.S. Patent 8,712,723
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`merely performs the step validation (which can result in a step counted or not
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`counted), regardless of each of the scenarios (a) through (c). Put another way, and
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`as recited by the Reply itself, Fabio’s TV logic is backwards looking and validates
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`a prior step when the duration of a current step (K) is substantially homogenous with
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`respect to the duration of an immediately preceding step (K-1). Reply at 12; EX1006,
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`4:28-31.
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`C. The Applied References Fail to Disclose an Update to the Cadence
`Window as “Actual Cadence” or “Cadence” Changes
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` The challenged claims all recite an update to the cadence window as either
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`an “actual cadence” or a “cadence” changes. Here, the rhythmic pattern changes.
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`The applied reference fail to disclose such an update. Again, Fabio (EX1006)’s
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`“validation interval TV” for a particular step considers only an immediately
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`preceding step and time period and cannot account, for example, a rolling average
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`of previous detected cycles. A singular measurement by itself could not be
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`considered a change of cadence. Again, following Petitioner’s logic, a stutter-step
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`would be considered a cadence – regardless of steps occurring before such a stutter
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`step.
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`The Reply alleges that Patent Owner is “attempting to read a limitation into
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`the claim by requiring the cadence change to be determined based on a certain
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`number of steps.” Reply at 15-16. To the contrary, Petitioner is reading the term
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`6
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`“cadence” out of the claim to ignore any rhymical component.
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`IPR2018-00389
`U.S. Patent 8,712,723
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`Moreover, Petitioner is mistaken as to this particular point. The failing in
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`Fabio isn’t with regard to the number of steps the system of Fabio can address (one
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`since the last one), instead Fabio’s failure here, as just discussed, is Fabio’s inability
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`to detect a change in cadence. Whereas the claimed invention would detect a stutter
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`step as not corresponding to the cadence, Fabio does not.
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`As Petition and the Reply emphasize, in the system of Fabio, “validation
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`occurs when the duration ΔTK of a current step K is substantially homogeneous
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`with respect to the duration ΔTK-1 of an immediately preceding step K-1.” Reply
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`at 12 citing EX1006, 4:28-31 (emphasis altered). As another example from Fabio
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`itself, Fabio states: “Isolated events and sequence steps that are in any case too short
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`are advantageously ignored, whereas counting of the steps promptly resumes also
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`in the case of isolated irregularities (for example, due to a non-homogeneous
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`acceleration or to a loss of balance at the start of locomotion).” EX1006, 5:56-61
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`(emphasis added). In other words, the system of Fabio purposely chooses to ignore
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`valid steps that happen to be non-homogeneous with respect to the duration of an
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`immediately preceding step. Or said differently, Fabio ignores changes to in cadence
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`by design, and therefore does not update the cadence window as the actual cadence
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`changes as required by the claim language.
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`7
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`D. The Applied References Fail to “Assigning a Dominant axis with
`Respect to Gravity Based on an Orientation of the Inertial
`Sensor”
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`IPR2018-00389
`U.S. Patent 8,712,723
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`The Petitioner argues that the dominant axis must be vertical (direction of
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`gravity) and hence, Polisnelli (EX1005)’s selection of the gravitational axis meets
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`the claim features. However, the ‘723 Patent recognizes that multiple activities may
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`occur and that the dominant axis may be other than vertical (gravity) – hence the
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`reference to “dominant axis.” FIGURE 2 of the ‘723 Patent gives an example of
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`three axis measurements where one acceleration activity is dominant over the others
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`and can be used for periodic motion detections for cadence and cadence window
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`determinations. All of these axis measurements have an acceleration with respect
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`to gravity; one just happens to be dominant over the other two.
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`Petitioner acknowledges that Fabio does not disclose “assigning a dominant
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`axis with respect to gravity based on an orientation of the inertial sensor”, because
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`Fabio (EX1006) can only “select[] the acceleration signal corresponding to the
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`detection axis nearest to the vertical.” Pet. 28-29; EX1006, 8:23-25. Thus, the device
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`of Fabio (EX1006) does not disclose “assigning a dominant axis” as required by the
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`claims and furthermore, Fabio (EX1006) does not disclose assigning a dominant
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`axis based on an orientation of the inertial sensor, as Petitioner admits. Pet. 29. The
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`Institution Decision disagrees that Fabio (EX1006) does not disclose assigning a
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`U.S. Patent 8,712,723
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`dominant axis based on the orientation of the inertial sensor, by paraphrasing Fabio
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`as disclosing selecting a vertical axis based on orientation. However, that is not what
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`Fabio discloses. Instead, Fabio states:
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`“The detection axis nearest to the vertical is the axis
`along which the contribution of the acceleration of
`gravity is greater. The pedometer can then be used
`independently of how it is oriented.”
`EX1006, 8:30-33.
`The passage above discloses only that the device may be used independently
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`of how it is oriented. Fabio (EX1006) is silent as to the orientation of the inertial
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`sensor, and Fabio (EX1006) does not disclose assigning a dominant axis based on
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`an orientation of the inertial sensor, as required by the claim language.
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`Next, the Institution Decision also argues that Pasolini (EX1005) “takes into
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`account the orientation of the acceleration in detecting the main axis.” Institution
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`Decision at 18. However, just like with Fabio (EX1006), the passage of Pasolini
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`(EX1005) cited by the Institution Decision does not disclose the required claim
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`language:
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`“For example, the main vertical axis can be identified at
`each acquisition of a new acceleration sample, block 30
`of FIG. 4, so as to take into account variations in the
`orientation of the pedometer device 1, and consequently
`of the accelerometer 2 arranged inside it.”
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`U.S. Patent 8,712,723
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`EX1005, 8:20-24. Even here, there is nothing in the passage above that shows that
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`the device of Pasolini (EX1005) assigning a dominant axis based on an orientation
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`of the inertial sensor as required by the claim language. At best, the “variations in
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`the orientation” are taken into account as a subsequent step, after the “main vertical
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`axis” is identified.
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`Recognizing that Fabio (EX1006) does not disclose this limitation, Petitioner
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`relies on a combination of Fabio (EX1006) and Pasolini (EX1005). However, the
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`proposed combination fails because neither Fabio (EX1006) or Pasolini (EX1005).
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`discloses “assigning a dominant axis with respect to gravity based on an orientation
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`of the inertial sensor.” Instead, Fabio (EX1006) merely selects the “axis nearest to
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`the vertical”, without any regard for orientation. Pet. 28; EX1006, 8:23-25. And
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`Pasolini (EX1005) only contemplates determining the “main vertical axis”
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`(EX1005, 8:18-19) via the “vertical detection axis z” component. EX1005, 2:62.
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`Whereas, the claim language requires “assigning a dominant axis with respect to
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`gravity”, which allows for any direction and axis to become dominant. See also
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`EX2001, ¶¶ 18-19. Thus, neither Fabio (EX1006) nor Pasolini (EX1005), alone or
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`in combination disclose changing axis, and therefore does not disclose “assigning a
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`dominant axis with respect to gravity based on an orientation of the inertial sensor”.
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`Furthermore, “a patent composed of several elements is not proved obvious merely
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`by demonstrating that each of its elements was, independently, known in the prior
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`art.” KSR Int'l Co. v. Teleflex Inc., 550 U.S. 398, 418, 127 S.Ct. 1727, 167 L.Ed.2d
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`705 (2007). The obviousness analysis must focus on the knowledge and motivations
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`of the skilled artisan at the time of the invention. InTouch Techs., Inc. v. VGO
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`Commc'ns, Inc., 751 F.3d 1327, 1348 (Fed. Cir. 2014). In a case of obviousness
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`there must be an explanation of why a person of ordinary skill in the art would
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`modify the prior art references to create the claimed invention. Cutsforth, Inc. v.
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`MotivePower, Inc., 636 Fed. Appx. 575, 577–78 (Fed. Cir. 2016) citing In re
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`Kotzab, 217 F.3d 1365, 1371 (Fed.Cir.2000); In re Rouffet, 149 F.3d 1350, 1359
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`(Fed.Cir.1998).
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`The Petition merely provides conclusory statements and speculation through
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`its declarant for the proposition that “a POSITA would have understood that Fabio’s
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`pedometer would assign the vertical detection axis with respect to gravity using
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`Pasolini’s technique of identifying the vertical detection axis each acquisition of a
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`new acceleration signal to take into account changes in the device’s orientation.”
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`Pet. 29.
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`However, Petitioner cannot merely speculate through its declarant, outside
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`the four corners of the reference, to carry its burden. The Federal Circuit has
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`instructed that “legal determinations of obviousness, as with such determinations
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`generally, should be based on evidence rather than on mere speculation or
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`conjecture.” Alza Corp. v. Mylan Labs., Inc., 464 F.3d 1286, 1290 (Fed. Cir. 2006);
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`K/S HIMPP v. Hear-Wear Techs., LLC, 751 F.3d 1362, 1365-66 (Fed. Cir. 2014)
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`(finding the P.T.A.B. correctly rejected conclusory assertions of what would have
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`been common knowledge in the art). Further, the obviousness analysis must focus
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`on the knowledge and motivations of the skilled artisan at the time of the invention.
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`InTouch Techs, 751 F.3d at 1348. And there must be an explanation of why a person
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`of ordinary skill in the art would modify the prior art reference to create the claimed
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`invention. Cutsforth, 636 Fed. Appx. at 577–78; In re Kotzab, 217 F.3d at 1371; In
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`re Rouffet, 149 F.3d at 1359.
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`Petitioner speculates through its declarant, for example, that “[a] POSITA
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`would have also understood that implementing Pasolini’s additional teachings into
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`Fabio’s device would result in a signal that is less susceptible to the type of errors
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`that Fabio is concerned with preventing, …” Pet. 24. The Petition purports to rely
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`on its declarant for support of its speculative and conclusory statements, however,
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`the declaration merely parrots the exact same speculative and conclusory statements
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`(compare Pet. 24 with EX1003, ¶ 66), without the required analysis or explanation.
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`Cutsforth, 636 Fed. Appx. at 577–78; In re Kotzab, 217 F.3d at 1371; In re Rouffet,
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`149 F.3d at 1359.
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`The Institution Decision points to Petitioner’s conclusory argument that a
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`POSITA would have sought to improve Fabio (EX1006)’s accuracy as being
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`“reasonable, at this juncture, [as being] the rationale for the combination of Fabio
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`12
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`with the Pasolini teachings of identifying a main vertical axis at each acquisition of
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`the acceleration sample to take into account variations in the orientation of the
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`accelerometer.” Institution Decision at 23. And the Institution Decision cites to a
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`partially excerpted passage in Fabio (EX1006) that states: the “nearer the detection
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`axis is used to the vertical, in fact, the greater the amplitude of the signal useful for
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`step recognition.” Institution Decision at 22-23 citing EX1006, 8:25-27. However,
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`the Institution Decision left out the sentence immediately preceding that excerpt. In
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`full, the passage states:
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`“Finally, the inertial sensor can be of the type with two or
`three axes of detection. In this case, step recognition can
`advantageously be performed by selecting the
`acceleration signal corresponding to the detection axis
`nearest to the vertical. The nearer the detection axis used
`is to the vertical, in fact, the greater the amplitude of the
`signal useful for step recognition.”
`EX1006, 8:21-27.
`A review of the passage above shows that in context, Fabio (EX1006) does
`not express any concern about a lack of accuracy, instead, Fabio (EX1006), in the
`reference itself, presented a solution: the use of an inertial sensor “of the type with
`two or three axes of detection.” Thus, Fabio (EX1006), and the passage above, does
`not provide a POSITA with a reason to combine because there is no evidence that
`Fabio (EX1006) expressed a concern about a lack of accuracy, and in fact, to the
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`extent there is any problem with accuracy, Fabio (EX1006) expressly purports to
`solve it.
`As another example, Petitioner cites its declarant’s testimony as allegedly
`supporting the conclusion that “[c]ombining Pasolini’s technique for identifying the
`main vertical axis at each acquisition of a new acceleration sample into Fabio’s
`pedometer would have been a relatively simple and obvious solution to solve the
`problem of Fabio’s pedometer changing orientation during use.” Pet. 25. However,
`the declaration merely parrots the exact same speculative conclusion (compare Pet.
`25 with EX1003, ¶ 68), without the required analysis or explanation. This
`conclusory approach does not and cannot establish prima facie obviousness.
`Cutsforth, 636 Fed. Appx. at 577–78; In re Kotzab, 217 F.3d at 1371; In re Rouffet,
`149 F.3d at 1359. And here, the Institution Decision expressly, and correctly finds
`that Petitioner’s mere statement of “relatively simple and obvious solution” as a
`rationale is on its face deficient. Institution Decision at 23; id. (“Stating (either in
`the Petition or by expert declaration) that something is ‘relatively simple’ and an
`‘obvious solution,’ without further explanation and factual support, does not satisfy
`Petitioner’s burden.”) citing In re Magnum Oil Tools Int’l, Ltd., 829 F.3d 1364, 1381
`(Fed. Cir. 2016).
`Therefore, The Petition should fail because Fabio (EX1006) does not disclose
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`assigning a dominant axis based on an orientation of the inertial sensor, and because
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`neither Fabio (EX1006) nor Pasolini (EX1005), alone or in combination disclose
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`changing axis, and therefore does not disclose “assigning a dominant axis with
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`respect to gravity based on an orientation of the inertial sensor”, and because the
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`Petition merely and improperly speculates through its declarant without providing
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`any of the required analysis or explanation for the proposed combination of Fabio
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`(EX1006) and Pasolini (EX1005).
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`E.
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`The Applied References Fail to Disclose “Detecting a Change in
`the Orientation of the Inertial Sensor and Updating the Dominant
`Axis Based on the Change”
`Petitioner’s proposed combination of Fabio (EX1006) and Pasolini
`(EX1005) cites the latter reference only for the alleged teaching that “the main
`vertical axis can be identified at each acquisition of a new acceleration sample.” Pet.
`30. According to Petitioner, this alleged teaching renders obvious the requirement
`of “detecting a change in the orientation of the inertial sensor and updating the
`dominant axis based on that change.” Id.
`The Petition is deficient because Pasolini (EX1005) does not disclose
`“detecting a change in the orientation of the inertial sensor”, as required by the claim
`language. Indeed, the Petition admits that Pasolini (EX1005) merely discloses that
`its “main vertical axis is identified by “tak[ing] into account variations in the
`orientation…” Pet. 30. As plainly stated by Pasolini (EX1005), and quoted by the
`Petition, Pasolini (EX1005) does not detect a change in the orientation of the
`inertial sensor and then in response, act upon that change, as required by the claim
`language. Instead, Pasolini (EX1005) is completely silent regarding the detection of
`any change in the orientation of the inertial sensor, as required by the claim
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`language. At best, the “variations in the orientation” are taken into account as a
`subsequent step, after the “main vertical axis” is identified. The Institution Decision
`states that “we understand Pasolini to detect a change in the orientation of the
`accelerometer when it performs the identification of a new main vertical axis ‘to
`take into account the variation in the orientation’ of the accelerometer inside the
`pedometer.” Institution Decision at 19. However, the Institution Decision glosses
`over the requirement that the device must detect a change in the orientation of the
`inertial sensor, and then in response to that, act, based on that change, as required
`by the claim language. Here again, all Pasolini (EX1005) discloses is accounting
`for “variations in the orientation” after the fact of identifying the “main vertical
`axis”. In other words, Pasolini (EX1005) discloses exactly the backwards sequence
`of steps as what the claim language requires.
`Petitioner, apparently recognizing that Pasolini (EX1005) fails to disclose
`detecting a change in the orientation of the inertial sensor, attempts to cure this
`deficiency by offering the speculative argument through its declarant that “a
`POSITA would have understood that Pasolini’s pedometer detects a change (e.g.,
`“variation”) in orientation of the inertial sensor based on the acceleration samples,
`and that this variation is taken into account by the pedometer updating which of its
`multiple axes is identified as the vertical axis.” Pet. 30. The Petition is wrong for at
`least two independent reasons.
`First, for the reasons explained above, Petitioner’s conclusory speculation
`through its declarant is improper. Compare Pet. 30 with EX1003 at p. 43; see also
`
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`Cutsforth, 636 Fed. Appx. at 577–78; In re Kotzab, 217 F.3d at 1371; In re Rouffet,
`149 F.3d at 1359.
`Second, Petitioner’s improper speculation through its declarant concedes that
`Pasolini does not perform the required action (or any action) “based on the change
`[in the orientation of the inertial sensor]”, as required by the claim language.
`Therefore, the Petition should fail because neither Fabio (EX1006) nor
`Pasolini (EX1005) alone or in combination disclose changing axis, and therefore
`does not disclose updating the dominant axis, and because Pasolini (EX1005) does
`not detect a change in the orientation of the inertial sensor and then in response, act
`upon that change, as required by the claim language, and because the Petition merely
`and improperly speculates through its declarant without providing any of the
`required analysis or explanation for the proposed combination of Fabio (EX1006)
`and Pasolini (EX1005)
`
`F.
`
`The Applied Reference Fail to Disclose Challenged Dependent
`Claims.
`The deficiencies of the Petition articulated above concerning the challenged
`independent claims apply also taint the analysis of the challenged dependent claims.
`Accordingly, the Petition should be denied in its entirety.
`
`
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`III. CONCLUSION
`For at least the reasons set forth above, Uniloc respectfully requests that the
`Board deny all challenges in the instant Petition.6
`
`Date: February 4, 2019
`
`
`
`
`
`
`
`Respectfully submitted,
`
`By: /s/ Brett A. Mangrum
`Brett A. Mangrum; Reg. No. 64,783
`Attorney for Patent Owner
`
`
`
` 6
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` Patent Owner does not concede, and specifically denies, that there is any legitimacy
`to any arguments in the instant Petition that are not specifically addressed herein.
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`CERTIFICATE OF COMPLIANCE
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`
`
`Pursuant to 37 C.F.R. § 42.24(d), the undersigned certifies that this Sur-
`
`Reply to Petitioner’s Reply complies with the type-volume limitation of 37 C.F.R.
`
`§ 42.24(c) because it contains fewer than the limit of 5,600 words, as determined
`
`by the word-processing program used to prepare the brief, excluding the parts of
`
`the brief exempted by 37 C.F.R. §42.24(c).
`
`Date: February 4, 2019
`
`
`
`
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`
`
`Respectfully submitted,
`
`
`
`
`
`By: /s/ Brett A. Mangrum
`Brett A. Mangrum; Reg. No. 64,783
`Attorney for Patent Owner
`
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`CERTIFICATE OF SERVICE
`
`
`Pursuant to 37 C.F.R. §§ 42.6(e), we certify that we served an electronic copy
`of the foregoing PATENT OWNER’S RESPONSE PURSUANT TO 37 C.F.R. §
`42.120along with any accompanying exhibits via the Patent Review Processing
`System (PRPS) to Petitioner’s counsel at the following addresses identified in the
`Petition’s consent to electronic service:
`
`Lead Counsel
`
`andy.ehmke.ipr@haynesboone.com
`
`Andrew Ehmke
`
`First Back Up Counsel
`
`
`
`Date: February 4, 2019
`
`
`
`Michael Parsons
`
`michael.parsons.ipr@haynesboone.com
`
`
`
`
`
`
`
`Respectfully submitted,
`
`By: /s/ Brett A. Mangrum
`Brett A. Mangrum; Reg. No. 64,783
`Attorney for Patent Owner
`
`ii
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