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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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`MICRO MOTION, INC.
`Petitioner
`v.
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`INVENSYS SYSTEMS, INC.
`Patent Owner
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`Patent No. 7,571,062
`Issue Date: August 4, 2009
`Title: DIGITAL FLOWMETER
`_________________
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`Inter Partes Review No. IPR2014-00393
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`PETITIONER’S RESPONSE TO PATENT OWNER’S
`OBSERVATIONS ON CROSS-EXAMINATION OF
`PETITIONER’S REPLY WITNESS
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`Mail Stop “PATENT BOARD”
`Patent Trial and Appeal Board
`U.S. Patent and Trademark Office
`P.O. Box 1450
`Alexandria, VA 22313-1450
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`IPR2014-00393
`Patent 7,571,062
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`Petitioner Docket No. 087886-0122
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`Petitioner Micro Motion submits this response to Patent Owner’s Motion for
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`Observations (“Motion”) filed on February 2, 2015 (Paper 36). In general, the
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`Motion violates the directive in the Office Patent Trial Practice Guide (77 Fed.
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`Reg. 48756) that the observations be concise and not re-argue issues. (Id. at
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`48768.) The response below will follow the order of paragraphs in the Patent
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`Owner’s observations.
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`(1)
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`Page 2: The Patent Owner asserts that Dr. Sidman’s deposition
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`testimony is inconsistent with statements in paragraph 5 of Dr. Sidman’s
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`Supplemental Declaration (Ex. 1068). It is not. Dr. Sidman testified that the
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`statement in Romano that production of a “drive signal that is in phase with the
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`sum of the left and right velocity sensor waveforms” is not necessarily true with
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`respect to all Coriolis flow meters. (Ex. 2027 at 24:10-25:4.) He said in his
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`declaration that “the drive signal still must be synchronized to the oscillation of the
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`tube …” (Ex. 1068, ¶ 5). Those statements are not inconsistent. The drive signal
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`must be synchronized to the oscillation of the tube, but it need not in every case be
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`in phase with the sum of the left and the right velocity sensor waveforms. It would
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`be possible, for example, to drive the flow tube based only on the left or the right
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`sensor signal. In addition, contrary to the second part of the observation, this
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`statement also does not undermine the opinion that claim 1 of ’062 patent is
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`anticipated. Romano only teaches the use of the sum of both sensor signals to
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`IPR2014-00393
`Patent 7,571,062
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`generate the drive signal in Figures 2 and 4 (Ex. 1068, ¶ 5), and one of skill in the
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`Petitioner Docket No. 087886-0122
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`art would have understood the digital drive embodiment to work the same way.
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`(Id.) In addition, even if only the right sensor signal were used, Romano teaches
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`compensating for delay of that signal. (Id. ¶¶ 6-8.)
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`(2)
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`Page 3, first observation: This observation is incorrect for the reasons
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`stated above.
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`(3)
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`Page 3, second observation: The Patent Owner claims that Dr.
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`Sidman “admitted it would be possible that Romano’s digital drive embodiment
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`could” work in a particular way. That is incorrect. Dr. Sidman testified, in
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`response to what he said was an incomplete hypothetical (Ex. 2027, 95:14-15), that
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`he could “speculate” (id., 95:21) that it would be “possible” (id., 95:22-23) that “a
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`Coriolis flowmeter could be built that would have a response to the situation I [the
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`questioner] described, exactly in the way I described it.” (Id., 95:8-12.)
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`Speculation about whether a hypothetical device could be built does not contradict
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`anything Dr. Sidman said. In addition, contrary to the second part of the
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`observation, Dr. Sidman’s testimony also does not “make[] clear that Romano’s
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`digital drive embodiment could, once the resonant frequency is determined using a
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`discrete Fourier transform (DFT), begin generating a drive signal precisely as
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`described at 24:32-60 of Romano without making any phase adjustment to
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`synchronize the drive signal to the oscillation of the flow tube.” (Mot. at 4.) The
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`Patent 7,571,062
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`hypothetical question posed in connection with this testimony specifically asked
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`Petitioner Docket No. 087886-0122
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`Dr. Sidman to “assume the resonant frequency of the tube does not change during
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`the period of time we’re talking about.” (Ex. 2027, 94:12-18.) Thus, this
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`testimony says nothing about what would happen in the hypothetical device once
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`the frequency began to change.
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`(4)
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`Page 4, first observation: The testimony does not discuss adjustment
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`of phase. However, the figure of Romano that illustrates the digital drive (Figure
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`3) expressly discusses adjusting the phase of the right sensor signal. (Ex. 1006,
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`22:10-32; Ex. 1068, ¶¶ 3-4.)
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`(5)
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`Page 5, first observation: Contrary to Patent Owner’s apparent
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`argument, claim 1 of the ’062 patent does not require combining the left and the
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`right sensor signals to generate the drive signal. However, Dr. Sidman testified
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`that, if one used the right sensor signal, which is expressly taught by Romano as an
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`alternative, Romano teaches to compensate for a phase delay. (Ex. 1068, ¶¶ 6-8.)
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`(6)
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`Page 5, second observation: This observation is irrelevant because, as
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`stated previously, Romano expressly teaches using the right sensor signal as an
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`alternative (Ex. 1068, ¶¶ 6-8; Ex. 1006, 29:17-21, 40:26-31), and also teaches that
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`if the right sensor signal is used, a phase shift is applied. (Ex. 1068, ¶¶ 8, 3; Ex.
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`1006, 22:10-32.)
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`IPR2014-00393
`Patent 7,571,062
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`Petitioner Docket No. 087886-0122
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`(7)
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`Page 6 first observation: Dr. Vipperman’s opinions have been
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`rebutted by Dr. Sidman’s two declarations. (Ex. 1002 and 1068.)
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`(8)
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`Page 7: This observation is improper because it was outside the scope
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`of Dr. Sidman’s nine-paragraph supplemental declaration (one paragraph of which
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`was his name, a second paragraph of which was a quote from the claim, and a third
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`paragraph of which was the required statement under 18 U.S.C. § 1001). In any
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`event, the timer 340 and the divide-by-five counter 315 indisputably control the
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`timing of the switching of the multiplexer 302. (Ex. 1006, 22:33-23:37; Ex. 1077,
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`244:7-19.) In other words, those elements cause the delay that must be
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`compensated for in Romano. The timer 340 is connected to the bus that connects
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`the sensors to the driver and it serves as an input to the input circuit 310 which
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`includes the multiplexer. (Ex. 1006, Fig. 3.) The divide-by-five counter 315 is
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`also a part of the input circuit 310 and also serves to control the timing of the
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`multiplexer 302. (Id.; Ex. 1077, 244:7-19.) These components are therefore
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`“components connected between the sensor and the driver” under the broadest
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`reasonable construction of that phrase.
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`Date: February 17, 2015
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`Respectfully submitted,
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`/Andrew S. Baluch /
`Andrew S. Baluch
`Registration No. 57,503
`Counsel for Petitioner
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`IPR2014-00393
`Patent 7,571,062
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`Petitioner Docket No. 087886-0122
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`CERTIFICATE OF SERVICE
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`The undersigned hereby certifies that a copy of the foregoing PETITIONER’S
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`RESPONSE TO PATENT OWNER MOTION FOR OBSERVATION, was
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`served on counsel of record on February 17, 2015, by filing this document through
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`the Patent Review Processing System as well as delivering a copy via email to the
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`counsel of record for the Petitioner at the following addresses:
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`jeffrey.johnson@dlapiper.com
`Invensys_Micro_IPR@dlapiper.com
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`/Ebony Jennings/
`Ebony Jennings
`Foley & Lardner LLP
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`Date: February 17, 2015
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