`By: Monte L. Falcoff (mlfalcofnghdpcom)
`Hemant M. Keskar (hkeskar@,hdp.com)
`HARNESS, DICKEY & PIERCE, P.L.C.
`
`5445 Corporate Drive, Ste. 200
`Troy, MI 48098
`Telephone: (248) 641-1600
`Facsimile: (248) 641-0270
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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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`WEBASTO ROOF SYSTEMS, INC.
`Petitioner
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`V.
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`UUSI, LLC
`Patent Owner
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`Case IPR2014-00648
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`Patent 8,217,612
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`PATENT OWNER’S PRELIMINARY RESPONSE
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`Case IPR2014—00648
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`Patent 8,217,612
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`I.
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`INTRODUCTION ................................................................... 3
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`II.
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`PRIMA FAOIE FAILURE ......................................................... 3
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`A.
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`GROUND D: CLAIMS 1-2 AND 5—8 ............................... 3
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`1.
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`CLAIM 1 .......................................................... 4
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`a)
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`b)
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`c)
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`d)
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`CLAIM LIMITATIONS ................................. 4
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`DEFICIENCIES OF DUHAME ....................... 4
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`DEFICIENCIES OF KINZL ........................... 5
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`PRIMA FAOIE FAILURE ............................. 7
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`2.
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`CLAIM 5 .......................................................... 7
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`III.
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`COMBINATION CANNOT BE OBVIOUS IF ONE REFERENCE
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`EXPRESSLY DEFEATS ANOTHER ................................................... 9
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`A.
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`GROUND B: CLAIMS 1-2 AND 5-8 ................................ 9
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`1.
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`REQUEST TO STAY INSTITUTION OF
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`GROUND B ...................................................... 9
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`2.
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`ITOH AND KINZL CANNOT BE COMBINED ........... 10
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`B.
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`GROUND C: CLAIMS 1-2 AND 5-8 ............................. 11
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`IV.
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`CONCLUSION ................................................................... 12
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`Page 2 Of 13
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`Case IPR2014—00648
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`Patent 8,217,612
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`Pursuant to 35 U.S.C. § 313 and 37 CPR. § 42.107, Patent Owner UUSI,
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`LLC (“UUSI”) submits the following Preliminary Response to the Petition for In—
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`ter Partes Review of US. Patent 8,217,612 (“the ‘612 patent”).
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`I.
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`INTRODUCTION
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`The Corrected Petition (Paper NO. 4, “Petition”) for inter partes review of
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`the ‘612 patent should be denied at least with respect to the alleged grounds for
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`unpatentability discussed below because Petitioner does not meet its burden of es—
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`tablishing obviousness on these grounds. Petitioner’s other grounds and allegations
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`not discussed below shall also fail, but UUSI will address the deficiencies of these
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`grounds as may be necessary and appropriate if the inter partes review is institut-
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`ed. In other words, this Preliminary Response simply refutes the clearest alleged
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`grounds of unpatentability asserted by Petitioner without requiring a full substan—
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`tive claim-by-claim analysis; UUSI shall later challenge Petitioner’s other grounds.
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`ll.
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`PRIMA FACIE FAILURE
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`A.
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`GROUND D: CLAIMS 1-2 AND 5-8
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`The Petition fails to establish a reasonable likelihood that at least Claims 1,
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`2, and 5 are Obvious in View OfU.S. Patent No. 5,218,282 (“Duhame”, Ex. 1010)
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`and US. Patent No. 4,468,596 (“Kinzl”, EX. 1007).
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`Page 3 of 13
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`1.
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`CLA|M1
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`a)
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`CLAIM LIMITATIONS
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`Case IPR2014—00648
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`Patent 8,217,612
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`Claim 1 recites “adjusting an obstacle detection threshold in real time based
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`on immediate past measurements of the signal sensed by the sensor to adapt to
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`varying conditions encountered during operation of the window or panel”. EX.
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`1001 at 27:31—34.
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`b)
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`DEFICIENC/ES OF DUHAME
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`Significantly, Claim 1 is directed to “controlling activation of a motor cou-
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`pled to a motor vehicle Window or panel.” EX. 1001 at 27:12—13 (emphasis add-
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`ed). In contrast, Duhame relates to “residential garage doors.” EX. 1010 at 1:8
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`(emphasis added). Duhame therefore simply cannot and in fact does not account
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`for the “varying conditions” recited in Claim 1, which are encountered during op-
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`eration of a motor vehicle window when the motor vehicle operates in real—world
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`conditions. For example, as the ‘612 patent emphasizes, “[o]bstacle detection
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`thresholds are actively modified with increasing vehicle air speed and with increas—
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`ing Wind buffeting. ...” EX. 1001 at 13: 28—31. Duhame’s garage door simply does
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`not encounter such conditions. As another example, the claimed thresholds can be
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`adjusted to account for variations in motor speed due to voltage variations caused
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`by operation of other DC-driven components of the vehicle (e.g., turning on the
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`vehicle’s headlight). The claimed threshold adjustment is desirable because in the
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`Patent 8,217,612
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`past, wind buffeting and/or voltage variations have been known to adversely affect
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`obstacle detection in window lift anti-trap systems thereby making them less accu—
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`rate. For example, the ‘612 patent points out that “[o]peration under varying power
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`supply voltage results in actuator speed variations that result in increased obstacle
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`detection thresholds.” EX. 1001 at 1:53-55. Further, wind—buffeting “cyclically al-
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`ters motor loading” and can cause “false obstacle detection”, which is undesirable,
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`and which the ‘612 patent seeks to prevent as recited in Claim 1. Duhame’s garage
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`door application simply does not experience such variations since the garage door
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`is operated by an AC motor powered by a power grid. Since Duhame’s garage door
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`does not experience the varying conditions encountered during operation of the
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`motor vehicle Window, Duhame does not have to and in fact does not adapt obsta-
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`cle detection thresholds to varying conditions encountered during the operation of
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`a motor vehicle window or panel.
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`Accordingly, Duhame does not disclose “adjusting an obstacle detection
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`threshold in real time based on immediate past measurements of the signal sensed
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`by the sensor to adapt to varying conditions encountered during operation of the
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`window or panel” as recited in Claim 1.
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`c)
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`DEFICIENC/ES OF KINZL
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`Petitioner does not rely on Kinzl to disclose the above limitation of Claim 1.
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`Petition, Pages 52-53. Nonetheless, for completeness it is noted that Kinzl also
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`Page 5 of 13
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`Case IPR2014—00648
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`Patent 8,217,612
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`does not disclose “adjusting an obstacle detection threshold in real time based on
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`immediate past measurements of the signal sensed by the sensor to adapt to vary-
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`ing conditions encountered during operation of the window or panel,” as recited in
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`Claim 1. Specifically, Kinzl discloses “sensor means for detecting .
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`.
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`. signals rep-
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`resenting the position of [an] electrically operable [unit] at fixed positions during
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`the opening and closing cycles thereof,” “[turning] off [an] electric motor means if
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`the time interval between any two consecutive signals exceeds a preestablished
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`standard value and said electrically operable unit is in the first or third zone”, and
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`“[reversing] the direction of travel of said electrically operable [unit] when the
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`time interval between any two consecutive signals during the closing cycle exceeds
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`a preestablished standard value and the unit is in the second zone.” Ex. 1007
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`at 6:31-34, 49-53, and 55—59 (emphasis added).
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`Indeed, a preestablished standard value is fixed by definition. Further, Kinzl
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`in fact does not disclose that the “preestablished standard value” is adjusted in real
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`time based on immediate past measurements of the signal sensed by the sensor to
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`adapt to varying conditions encountered during operation of the window or panel”
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`as recited in Claim 1. Kinzl also establishes a limit value based on a first measured
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`value in Zone 2 “with which each subsequent change is compared.” Ex. 1007
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`at 17:29. That limit value then remains fixed for the remainder of the Window’s
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`operation and is used for comparison against each subsequent value. Therefore,
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`because the limit value remains fixed for the entire remaining travel of the win—
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`dow, Kinzl does not actually adjust the limit value in real time based on immediate
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`past measurements to adapt to varying conditions encountered during operation of
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`the window or panel, as Claim 1 requires. Kinzl therefore does not cure the defi-
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`ciencies of Duhame.
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`d)
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`PRIMA FACIE FAILURE
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`The cited references do not disclose all of the requisite claim limitations
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`thereby failing to set forth a primafacie case of obviousness. Accordingly, for at
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`least the above reasons, neither Duhame nor Kinzl alone or in combination disclos—
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`es all of the limitations of Independent Claim 1, or Claims 2 and 5 dependent
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`thereon, such that the Petition fails to establish a reasonable likelihood that these
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`claims are obvious in View of Duhame and Kinzl.
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`2.
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`CLAIM 5
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`The Petition fails to establish a reasonable likelihood that Claim 5 is obvious
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`over Duhame and Kinzl for the following additional reasons. Claim 5, which de—
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`pends from Claim 1, recites “wherein the immediate past measurements of said
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`signal are sensed within a forty millisecond interval prior to the most recent signal
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`from the sensor”. EX. 1001 at 28:4—6. This claim limitation is not disclosed in the
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`cited references.
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`Page 7 of 13
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`Petitioner argues that the garage—door patent Duhame teaches the limitations
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`of Claim 5 because Duhame discloses “selection of the number of pulses per rota—
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`tion enables the same controller to control motors operating on either 60 Hz or 50
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`Hz power” and because, according to the Petitioner, a “50 Hz or 60Hz motor will
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`complete 50 or 60 revolutions per second, or every 20 to 16 milliseconds, respec—
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`tively.” Petition, Page 56. The 60 Hz or 50 HZ power, however, merely indicates
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`that the frequency of the AC line voltage that powers the motor is 50 or 60 cycles
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`per second and does not necessarily indicate or imply that the speed of the motor is
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`50 or 60 revolutions per second as the Petitioner argues.
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`Further, the Petition seems to imply that if one revolution of the motor oc—
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`curs in 20 milliseconds, then the time interval over which the immediate past
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`measurements of the signal are sensed would be less than 20 milliseconds. Howev—
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`er, the length of time for each revolution of the motor does not determine the time
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`interval over which the immediate past measurements of the signal are sensed. In
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`other words, even if Duhame implicitly taught that one revolution of the motor oc—
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`curs in 20 milliseconds, Duhame would still be silent on the length of the time in—
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`terval over which immediate past measurements of the signal would be sensed.
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`Therefore, Duhame does not disclose that “the immediate past measurements of
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`said signal are sensed within a forty millisecond interval prior to the most recent
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`signal from the sensor” as recited in Claim 5.
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`Page 8 of 13
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`Patent 8,217,612
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`Petitioner does not rely on Kinzl and Kinzl in fact does not disclose that “the
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`immediate past measurements of said signal are sensed Within a forty millisecond
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`interval prior to the most recent signal from the sensor” as recited in Claim 5. As
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`such Petitioner has again failed to set forth the requisite primafacz'e elements
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`needed for properly proving obviousness. Accordingly, for at least the above addi—
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`tional reasons, Duhame and Kinzl do not render Claim 5 obvious, and the Petition
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`fails to establish a reasonable likelihood that Claim 5 is obvious in View of Du—
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`hame and Kinzl.
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`III.
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`COMBINATION CANNOT BE OBVIOUS IF ONE REFERENCE
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`EXPRESSLY DEFEATS ANOTHER
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`A.
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`GROUND B: CLAIMS 1-2 AND 5-8
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`1.
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`REQUEST To STAY INSTITUTION OF GROUND B
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`Pursuant to 37 C.F.R § 42.122(a), UUSI respectfully requests the Board to
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`stay the institution of Ground B in View of Ground 3 in an earlier filed proceeding,
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`IPR 2014-00416, which also alleged that Claims 1-2 and 5-8 of the ‘612 patent are
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`obvious under 35 U.S.C. § 103(a) over Itoh in View of the ordinary skill in the art
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`and Kinzl. Alternatively, UUSI respectfully requests the Board to follow the deci—
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`sion of Ground 3 in IPR 2014—00416.
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`Page 9 of 13
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`2.
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`ITOH AND KINZL CANNOT BE COMBINED
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`The Petition fails to establish a reasonable likelihood that Claims 1—2 and
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`5—8 are obvious in View of US. Patent No. 4,870,333 (“Itoh”, Ex. 1006) and US.
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`Patent No. 4,468,596 (“Kinzl”, Ex. 1007). Kinzl cannot be combined with Itoh to
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`render Claims 1, 6-9, and 15-16 obvious because Kinzl expressly requires a sensor
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`to determine window position whereas Itoh expressly emphasizes that no sensor is
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`desired. Specifically, Kinzl states that “[s]ome of the essential characteristics of
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`the invention” include “[p]osition recognition which is carried out by the sensor
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`means[.]” Ex. 1007 at 4:59-60, and 521—2 (emphasis added).
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`In contrast, Itoh states that “the number of rotations of the motor 20 is
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`counted by the counter 36, whereby the position of the window 26 is detected and
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`a sensor is never mounted in the part of transmission mechanism including the
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`motor's own body.” Ex. 1006 at 12:32-36 (emphasis added). Itoh reiterates that “it
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`is possible to detect the squeezing of obstacles in an early stage and it is possible to
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`prevent damage or injury of the squeezed obstacle without providing a special
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`sensor.” Id. at 13:5 8—61 (emphasis added). Accordingly, ordinarily skilled artisans
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`will not be motivated to combine Kinzl with Itoh because adding Kinzl’s sensor
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`will defeat the express objectives of Itoh.
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`Page 10 of 13
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`Therefore, Kinzl cannot be combined with Itoh to render Claims 1-2 and 5—8
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`Obvious, and the Petition fails to establish a reasonable likelihood that Claims l-2
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`and 5-8 are obvious over the combination of Itoh and Kinzl.
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`B.
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`GROUND C: CLAIMS 1-2 AND 5-8
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`The Petition fails to establish a reasonable likelihood that Claims 1—2 and 5—
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`8 are obvious in view of German Published Patent Application No. P 40 00 730.8
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`corresponding to Patent No. DE 40 00 730 A 1 (“Lamm”, EX. 1008), US. Patent
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`No. 4,870,333 (“Itoh”, Ex. 1006), and UK. Patent Application Publication No.
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`GB2 026 723 A (“Bernard”, Ex. 1005) because Lamm and Itoh cannot be com—
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`bined. Lamm cannot be combined with Itoh to render Claims 1—2 and 5—8 obvious
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`because Lamm expressly requires a separate sensor to infer the position of the
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`window whereas Itoh emphasizes that it does not want such. Specifically, Lamm
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`states that a “sensor 13 detects the rotary speed of the motor 10” and that a “Hall
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`effect sensor is particularly suitable for the detection of the rotary speed of the
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`drive 10.” EX. 1008; page 3, col. 5; and page 5, col. 7 (emphasis added).
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`In contrast, Itoh states that “the number of rotations of the motor 20 is
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`counted by the counter 36, whereby the position of the window 26 is detected and
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`a sensor is never mounted in the part of transmission mechanism including the
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`motor's own body”. EX. 1006 at 12:32-36 (emphasis added). Itoh reiterates that “it
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`is possible to detect the squeezing of obstacles in an early stage and it is possible to
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`Page 11 of 13
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`prevent damage or injury of the squeezed obstacle Without providing a special
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`sensor.” Ex. 1006 at 13:58—61 (emphasis added).
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`Accordingly, ordinarily skilled artisans will not be motivated to combine
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`Lamm with Itch because adding Lamm’s sensor to Itoh’s system will defeat a sig—
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`nificant objective of Itoh’s sensor—less system. Therefore, Lamm cannot be com-
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`bined with Itch to render Claims 1-2 and 5—8 obvious, and the Petition fails to es—
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`tablish a reasonable likelihood that Claims 1—2 and 5—8 are obvious over the com-
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`bination of Lamm, Itoh, and Bernard.
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`IV.
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`CONCLUSION
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`For the above reasons, UUSI requests that the Board deny at least in part the
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`Petition for inter partes review of the ‘6 12 patent.
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`
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`MonterlfFalcoff ’
`Reg. No. 37,617
`.,,,/Hemant M. Keskar
`
`Reg. No. 61,776
`Attorneys for Patent Owner UUSI
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`Page 12 of 13
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`Case IPR2014-00648
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`Patent 8,217,612
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`CERTIFICATE OF SERVICE UNDER 37 C.F.R. § 42.6(E)(4)
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`It is hereby certified that today, ‘77 it, 2014, a copy of the foregoing doc—
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`ument was served Via electronic mail upon the following:
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`Craig D. Leavell
`craig.leavell@kirkland.com
`Alyse Wu
`alyse.wu@kirkland.com
`KIRKLAND & ELLIS LLP
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`Attorneys for Petitioner
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`Respectfully submitted,
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`Dated:
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`7g Z47 We!”
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`By:
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`186824566
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`
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`,
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`Monte L. F alcoff
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`Reg. No. 37,617
`Hemant M. Keskar
`Reg. No. 61,776
`Attorneys for Patent Owner UUSI
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`Page 13 of 13
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