`_____________________
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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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`E-Watch, Inc.
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`Patent Owner.
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`Case: To Be Assigned
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`Patent 7,365,871
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`DECLARATION OF STEVEN J. SASSON
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`MAIL STOP PATENT BOARD
`Patent Trial and Appeal Board
`United States Patent & Trademark Office
`P.O. Box 1450
`Alexandria, Virginia 22313-1450
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`Apple Ex. 1008
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`1. My name is Steven J. Sasson. I am over the age of 21 and am
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`competent to make this declaration. I am a resident of the State of New York and
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`reside at 12 Carefree Lane, Hilton, New York 14468.
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`BACKGROUND
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`2.
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`I am currently an independent consultant. I have been retained to
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`evaluate whether a certain publication discloses to a person of ordinary skill in the
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`art (“POSA”) the subject matter of the claims of United States Patent No.
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`7,365,871 (“the ’871 patent” or the “Asserted Patent) prior to the time of filing the
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`‘871 patent. I am being compensated at my standard rate of $550 per hour. My
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`compensation does not depend on the outcome of this proceeding. In preparing this
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`Declaration, I considered the following materials:
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`U.S. Patent No. 7,365,871 ('871 patent, Ex. 1001) and its file history;
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`U.S. Patent No. 5,550,754 (‘754 patent, Ex. 1006); and
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`U.S. Patent No. 5,491,507 (‘507 patent, Ex. 1007).
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`3.
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`I received a Bachelor’s Degree in electrical engineering from
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`Rensselaer Polytechnic Institute (“RPI”) in Troy, New York in 1972. Subsequently
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`I received a Master’s Degree from RPI in 1973.
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`4.
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`In June of 1973, I joined Eastman Kodak Company (“Kodak”) as an
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`electrical engineer working in the applied research laboratory which was referred
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`to as Kodak Apparatus Division Research Labs (“Applied Labs”). I was a member
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`of the Electronics Research Group within the Applied Labs and worked primarily
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`on electronics technology from the period of 1973 until 1980. Around 1980 until
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`approximately 1990, I worked in the advanced development arm of consumer
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`engineering for Kodak. My primary work during this time focused on the
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`development of electronic photography and included research and development on
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`image compression and transmission of compressed image data using wired and
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`wireless communication channels. From approximately 1990 through
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`approximately 2004, I took on various management roles at Kodak in which I
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`supervised numerous engineering and other professionals involved in developing
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`and commercializing digital imaging products. During this time, from the eighties
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`through 2004, I was very familiar with the qualifications and levels of skill of
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`ordinary engineers working on the electronic and mechanical aspects of camera
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`related products due to my personal experience as an engineer and manager of
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`engineers in this field of technology.
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`5.
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`I am a named inventor on nine (9) United States patents. During my
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`time working for Kodak, I was primarily responsible for the development of the
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`first digital camera. My work in developing that digital camera led to the filing and
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`allowance of United States Patent No. 4,131,919. For my work related to the
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`development of the digital camera, I was awarded the Eastman Innovation Award,
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`the Photographic Society of America Innovation Award, the Photographic
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`Manufacturers Association Award for significant contributions to photography, an
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`honorary doctorate from the University of Rochester, and in 2009, the National
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`Medal of Technology and Innovation. A copy of my resume is attached here as
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`Attachment A.
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`6.
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`I have been asked to review the Asserted Patent including the
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`specification and particularly claims 1-8 and 12-14 of the ’871 patent (“Asserted
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`Claims”), as well as the file history. In this regard, I understand the asserted patent
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`originates from an originally filed application, application no. 09/006,073, which
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`has an effective filing date of January 12, 1998.
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`7.
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`I have also been asked to review the subject matter disclosed by the
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`following patents: i) U.S. Patent No. 5,550,754 (“McNelley” or “the ’754 patent”
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`issued August 27, 1996) and ii) U.S. Patent No. 5,491,507 (“Umezawa” or “the
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`’507 patent” issued February 13, 1996). I have been further asked to compare the
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`subject matter disclosed by the prior art patents listed above to the Asserted claims
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`of the Asserted Patent and determine whether the patents disclosed the claimed
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`subject matter to a POSA prior to the effective filing date (January 12, 1998) of the
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`Asserted Patent.
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`8.
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`After review of the Asserted Patent and the patents listed above, I
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`conclude that the subject matter of the Asserted Claims was either known or
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`obvious to a POSA as of the effective filing date by the listed prior art patents
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`either individually or in combination.
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`9.
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`I am an engineer by training and profession. The opinions I am
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`expressing in this report involve the application of my engineering knowledge and
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`experience to the evaluation of certain prior art with respect to the ‘871 patent. My
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`knowledge of patent law is no different than that of any lay person. Therefore, I
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`have requested the attorneys from Jones Day, who represent Apple, to provide me
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`with guidance as to the applicable patent law in this matter. The paragraphs below
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`express my understanding of how I must apply current principles related to patent
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`validity to my analysis.
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`10.
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`It is my understanding that in determining whether a patent claim is
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`obvious in view of the prior art, the Patent Office must first construe the claim by
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`giving the claim its broadest reasonable interpretation consistent with the
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`specification as the claim terms and specification would be understood by a POSA.
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`It is my understanding that the broadest reasonable interpretation is the plain
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`meaning, i.e., the ordinary and customary meaning, given to the term by a POSA at
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`the time of the invention, taking into account whatever guidance, such as through
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`definitions, may be provided by the written description in the patent, without
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`importing limitations from the specification. For the purposes of this review, I have
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`construed each claim term in accordance with its plain meaning, i.e., its ordinary
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`and customary meaning, under the required broadest reasonable interpretation.
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`11.
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`It is my understanding that a claim is unpatentable under 35 U.S.C. §
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`103 if the claimed subject matter as a whole would have been obvious to a POSA
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`at the time of the alleged invention. I also understand that an obviousness analysis
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`takes into account the scope and content of the prior art, the differences between
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`the claimed subject matter and the prior art, and the level of ordinary skill in the art
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`at the time of the invention. Finally, I also understand I must consider any known
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`secondary evidence that might show nonobviousness of the application, such as
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`long felt but unfulfilled need for the claimed invention, failure by others to come
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`up with the claimed invention, commercial success of the claimed invention, praise
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`of the invention by others in the field, unexpected results achieved by the invention,
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`the taking of licenses under the patent by others, expressions of surprise by experts
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`and those skilled in the art at the making of the invention, and the patentee
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`proceeded contrary to the conventional wisdom of the prior art. But the secondary
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`evidence must be tied specifically to any claim features that are argued to be
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`patentable, and not already in the public domain.
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`12.
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`In determining the scope and content of the prior art, it is my
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`understanding that a reference is considered appropriate prior art if it falls within
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`the field of the inventor’s endeavor. In addition, a reference is prior art if it is
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`reasonably pertinent to the particular problem with which the inventor was
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`involved. A reference is reasonably pertinent if it logically would have
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`commended itself to an inventor’s attention in considering his problem. If a
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`reference relates to the same problem as the claimed invention, that supports use of
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`the reference as prior art in an obviousness analysis.
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`13. To assess the differences between prior art and the claimed subject
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`matter, it is my understanding that 35 U.S.C. § 103 requires the claimed invention
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`to be considered as a whole. This “as a whole” assessment requires showing that
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`one of ordinary skill in the art at the time of invention, confronted by the same
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`problems as the inventor and with no knowledge of the claimed invention, would
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`have selected the elements from the prior art and combined them in the claimed
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`manner.
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`14.
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`It is my further understanding that there are several rationales for
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`combining references or modifying a reference to show obviousness of claimed
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`subject matter. Some of these rationales include: combining prior art elements
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`according to known methods to yield predictable results; simple substitution of one
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`known element for another to obtain predictable results; a predictable use of prior
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`art elements according to their established functions; applying a known technique
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`to a known device (method or product) ready for improvement to yield predictable
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`results; choosing from a finite number of identified, predictable solutions, with a
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`reasonable expectation of success; and some teaching, suggestion, or motivation in
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`the prior art that would have led one of ordinary skill to modify the prior art
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`reference or to combine prior art reference teachings to arrive at the claimed
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`invention.
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`15. As noted above, it is my understanding that when interpreting the
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`claims of the ‘871 patent I must do so based on the perspective of one of ordinary
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`skill in the art at the relevant priority date. My understanding is that the earliest
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`claimed priority date of the ‘871 patent is January 12, 1998.
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`16. The ‘871 patent generally relates to an apparatus for capturing,
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`converting and transmitting a visual image signal via a digital transmission system.
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`Based on my experience as an engineer and a manager of engineers in the field of
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`digital cameras and associated electronics, I conclude that a person of ordinary
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`skill in the subject matter of the Asserted Patent as of January 12, 1998, would
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`have been a person having at least a bachelor’s degree in electrical engineering or
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`electronics (or equivalent) and at least two years of experience working on digital
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`imaging products. Alternatively, a POSA could have a Master’s Degree in
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`electrical engineering or electronics (or equivalent) and at least one year of
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`experience working on digital imaging products.
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`17. My own training and experience exceeds that of ordinary skill in the
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`art. My work experience includes more than 35 years at Kodak, and during much
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`of that time I worked with and supervised numerous engineering and other
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`professionals involved in developing and commercializing digital imaging
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`products. Moreover, I have taught, hired, supervised, and trained engineers having
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`ordinary skill in the art within several years prior to the ‘871 patent’s claimed
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`priority date. From this experience and training, I have evaluated the level of skill
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`required for a POSA.
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`18.
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`In my evaluation of the Asserted Claims, I have adopted the BRI
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`based on the plain and ordinary meaning of the claim terms or phrases (unless
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`otherwise specifically identified) for any claim terms or phrases. I then compared
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`the applicable disclosure of the listed patents or publications to ascertain whether
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`such disclosure falls within the bounds of the BRI for any claim terms or phrases-
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`at-issue.
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`Scope and Content of the Prior Art.
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`19. McNelley discloses a handheld camcorder (telecamcorder) that
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`operates as a teleconferencing terminal and includes a cell phone, a camera, a
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`display, a memory and a power source. ‘754 patent (Ex. 1006) at 6:7-58, 7:66-
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`8:13, 18:49-57, 21:23-26, Figs. 6-9. Figs. 6-9 reproduced below of McNelley (see
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`below) show that the handheld camcorder housing 148 includes a display 100 that
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`serves as a viewfinder for the camera 102. Id. at 6:48-52. A wireless cell phone
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`using digital transmission can send and receive digital video pictures, and may be
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`configured as a separate handset 174 as shown in Fig. 8 or integrated with the
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`camera as shown in Fig. 9. Id. at 7:66-8:13. Fig. 9 also shows the built-in dialing
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`controls for the cell phone device. Id. In Fig. 8, the cell phone handset 174 is
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`depicted as detachable, and McNelley indicates that the cell phone can be either
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`built-in or detachable (modular configuration). Id. at 10:59-67. Fig. 7 also
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`illustrates the operation of the LCD display 100 as a viewfinder, permitting the
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`image to be recorded by the camera 102 to be viewed on the display 100. Id. at
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`6:48-52. McNelley’s telecamcorder captures digital audio and video images,
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`converts those images to a signal that is transmitted over a wireless transmission
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`system, receives such digital audio and video images and displays them on an
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`integrated display device.
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`20. Umezawa also discloses a hand held teleconferencing device. Fig. 7 of
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`Umezawa (shown below), illustrates a video phone device (video telephone
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`equipment) 1 that includes signal processing means (e.g., a processor and memory
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`on circuit board 17) that permits vocal communication and visual communication;
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`a speaker 6; a microphone 16; an LCD display panel 11 which displays picture that
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`are received for the visual communication; a camera 3 for taking pictures that will
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`be transmitted for the visual communication; an LCD touch control panel 14 that
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`permits a user to enter operation commands; and a casing 2 provided with the
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`display panel 11, the speaker 6 and the microphone 16; a communication device
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`18; and a battery 90 for power. ‘507 patent (Ex. 1007) at 1:61-2:8, 5:29-6:5.
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`21.
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` In sum, both McNelley and Umezawa disclose hand held devices that
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`include a camera and a wireless cell phone for recording, transmitting and
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`receiving digital audio and video over a wireless cell phone. The systems described
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`by McNelley and Umezawa have conventional components with conventional and
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`predictable functions, such as an LCD display, a user control panel or interface, a
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`memory, a processor, a wireless transmitter and receiver, and a battery for power.
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`These are the same components and associated functionality recited in the
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`limitations of the asserted claims in the ‘871 patent.
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`22. A POSA would have found it obvious to enhance any claim features
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`the patent owner may allege are missing from the disclosure of McNelley with the
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`explicit teaching of those claim features taught in the disclosure of Umezawa. The
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`references would have been obvious to combine because both patents address the
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`same technical issues of creating a hand held video conferencing device, i.e.,, an
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`integrated wireless telephone and image processing device which is handheld and
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`portable and includes a variety of conventional integrated features permitting
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`image and audio transmission and reception within a small self-powered structure.
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`These are routine technical problems about which a POSA would have been
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`familiar prior to the time the ‘871 patent was filed. Such a POSA would have
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`found the combination predictable and reasonably likely to work based on the
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`similarity of the problems taught in McNelley and Umezawa and the suggested
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`solutions. In fact, numerous companies producing consumer electronics such as
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`Hitachi, Sony, Kodak, Olympus were combining various features of telephones
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`and cameras to produce handheld devices. As of the effective filing date of the
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`‘871 patent, a POSA would have found it obvious to combine the disclosures of
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`McNelley and Umezawa -- they both relate to similar technical issues concerning
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`the creation of a handheld wireless video conferencing device with conventional
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`camera and cell phone features, and the combination would have yielded
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`predictable, desirable results.
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`23. For example, a POSA would have found it obvious to incorporate
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`features from Umezawa into the system of McNeely, including inclusion of
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`Umezawa’s processor functionality and LCD touch control panel (user interface),
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`at least for the purposes of providing a smaller and more convenient handheld
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`videoconferencing device that could be held in one hand, for providing a more
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`convenient means of user control via the LCD touch control panel as a user
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`interface, and for providing an ability to view alphanumeric messages on the
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`display, e.g., to confirm the accuracy of the phone number of the other party. See,
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`e.g., ‘754 patent (Ex. 1006) at FIGS. 8, 10-12; ‘507 patent (Ex. 1007) at 1:36-40,
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`8:23-29 and 10:3-22, Fig. 7.
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`Disclosure of the ‘871 patent
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`24. The ‘871 patent is generally directed to an image capture,
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`compression and transmission system for sending visual image transmission over
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`land line or wireless communications. Image capture is accomplished with a
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`camera, which is integrated with a signal converter such that a converted signal can
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`be transmitted in real time or stored in memory for later recall and sending. The
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`patent describes a modular configuration that provides maximum flexibility such
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`that any or all of the camera, converter and telephone or other transmission device
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`can be configured as integrated or independent units. ‘871 patent (Ex. 1001) at
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`1:24-36.
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`25. The configuration illustrated in Fig. 6B, which is shown below for
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`convenience, is portable system that includes a battery powered portable module
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`160 with a self-contained power source 162 and integral RAM as well as
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`removable memory (image card 72). The camera 10 may be integrated into the
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`portable module 160, or it can be a detachable unit. The cellular telephone 164 is
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`provided with a data jack 166 and to connect with the output jack 168 of the
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`module. This permits sending the image data signal via the cellular telephone to a
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`remote facsimile machine using standard cellular and telephone facilities. Id. at
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`10:35-48.
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`26. The components shown in Fig. 6A and 6B (below) of the ‘871 patent
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`are conventional components that were known to a POSA at the time the ‘871
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`patent was filed, and these components are arranged in a straightforward,
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`conventional way. In Figure 6A shown below, the camera and the telephone are
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`distinct elements that are connected as part of a desktop system. In Figure 6B
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`shown below, the camera 10 is integrated with the portable system 160 along with
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`the memory 72 and the battery 162, which is connected to a separate cellular phone
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`164. The ‘871 patent explains that the modular approach is intended to provide
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`maximum flexibility so that the components can be integrated or separate as
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`desired. See id. at 1:24-36.
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`27.
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`I have reviewed the prosecution history of the ‘871 patent. During
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`prosecution of the ‘871 patent, claims directed to a combination camera, memory,
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`power supply and cell phone were repeatedly rejected over prior art. For instance,
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`what was independent claim 43 at the time was rejected as anticipated by Collett
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`(U.S. Patent No. 5,517,683, Ex. 1009). The Examiner explained, for example, that
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`Collett disclosed a “handheld self-contained cellular telephone and integrated
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`image processing system” that included i) a housing, ii) an image capture device,
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`iii) a display, iv) a processor in the housing for generating an image data signal, v)
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`a telephonic system in the housing, vi) alpha numeric input keys in the housing,
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`vii) a wireless communications device, and viii) a power supply. See Office
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`Action dated Aug. 9, 2005 (Ex. 1005) for the ‘871 patent, at 12-13. These were
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`conventional features at the time the ‘871 patent was filed. The McNelley and
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`Umezawa patents are prior art not cited in prosecution history, and their
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`disclosures yield the subject matter of the ‘871 claims as explained below.
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`Claim Construction for “framing an image” – Claims 1, 2, 6, 7 and 12
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`28. The term “framing an image” appears in different variations: “an
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`image framed by the camera” (claim 1); “framing the image to be captured”
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`(claims 2 and 12); “visually framing a visual image to be captured (claim 6);
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`framing the visual image” (claim 7). The ‘871 patent does not explicitly refer to
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`this language in the written description or figures. Some references to a “frame” in
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`the ‘871 patent specification use the term to refer to particular images, e.g., the
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`description of frames of a received analog video signal from what appears to be an
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`analog input connector of the device. See ‘871 patent (Ex. 1001) at 7:49 to 8:23.
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`29. The '871 patent makes various statements about a frame including the
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`following which are informative: “[A]n image capture and transmission system
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`captures either one or more single frame analog images or digital images or image
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`data or visual data or visual images” Id. at 4:58-61. “The display unit 96 …
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`provides … a visual read-out of the status of the collection and transmission of a
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`selected frame.” Id. at 8:39-42. “[T]he processor accesses the RAM and
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`manipulates the data representing each frame image … the processor executes a
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`code for performing a bi-level compression of the data and the signal representing
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`the frame data is output….” Id. at 10:9-19.
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`30. Based on the above, in my opinion, a POSA would have understood
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`the broadest reasonable interpretation of “framing an image” to mean “obtaining
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`data representing an image as shown on a display.”
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`Claims 1-8 and 12-14 Are Obvious Over McNelley In View Of Umezawa
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`31. Claims 1-8 and 12-14 are obvious under 35 U.S.C. § 103 by the
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`disclosure of a teleconferencing camcorder in the ‘754 patent (McNelley) in
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`combination with the disclosure of a video telephone of the ‘507 patent
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`(Umezawa). McNelley patent was issued on August 27, 1996, from an application
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`filed May 13, 1994. Umezawa was issued on February 13, 1996, from an
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`application filed October 22, 1993. Both the McNelley and Umezawa patents are
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`prior art under 35 U.S.C. §102(b) with respect to the ‘871 patent.
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`32. At the time of the filing of the ‘871 patent, all the claimed components
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`of the claimed combinations recited in claims 1-8 and 12-14 were well known. The
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`problems of electronics miniaturization, creating hand held devices, and taking
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`advantage of digital systems to create electronic functionality in a consumer device
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`were all well-known and actively being pursued at the time of the ‘871 filing date.
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`Combining the components, and their known features, recited in the asserted
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`claims posed routine issues for those of ordinary skill in the art. Making
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`combinations of components from the disclosures in McNelley and Umezawa to
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`create the combinations of elements recited in the Asserted Claims would have
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`involved merely the predictable use of the components by a POSA with predictable
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`results. Moreover, a POSA would have found it obvious to incorporate features
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`from Umezawa into the system of McNeely, including inclusion of Umezawa’s
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`processor functionality and LCD touch control panel (user interface), at least for
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`the purposes of providing a smaller and more convenient handheld
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`videoconferencing device that could be held in one hand, for providing a more
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`convenient means of user control via the LCD touch control panel as a user
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`interface, and for providing an ability to view alphanumeric messages on the
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`display, e.g., to confirm the accuracy of the phone number of the other party. See,
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`e.g., ‘754 patent (Ex. 1006) at FIGS. 8, 10-12, ‘507 patent (Ex. 1007) at 1:36-40,
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`8:23-29, 10:3-22, Fig. 7. As detailed below, a POSA would have found it obvious
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`to combine the disclosures of McNelley and Umezawa for reasons explained
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`above, and those combined disclosures yield the subject matter claimed in the
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`Asserted Claims as discussed below. The features identified below are disclosed
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`explicitly, or at least inherently, in McNelley and Umezawa as indicated. I
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`understand inherent disclosure to mean that the claim feature necessarily flows
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`from the disclosure of the reference.
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`Independent Claim 1
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`33. The combination of McNelley (the ‘754 patent) and Umezawa (the
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`‘507 patent) teaches or suggests to a POSA at the time of the filing of the ‘871
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`patent each of the limitations for the asserted claims as follows.
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`a)
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`(claim 1 preamble) “A handheld self-contained cellular
`telephone and integrated image processing system”
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`34. As disclosed by the ‘754 patent, “Fig. 8 shows a telecamcorder
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`configured for use as a self-contained teleconferencing terminal as well as a
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`camcorder.” ‘754 patent (Ex. 1006) at6:35-37. This device is disclosed as being
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`handheld because, “In one mode, the operator holds the entire unit in front of
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`him/her with the display 100, serving as the viewfinder.” Id. at 10:16-18. The ‘754
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`patent discloses the telecamcorder “where the camera 102 is pointed in the same
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`direction as the viewing side of the display….” ‘Id. at 6:38-39. “FIG. 9 shows a left
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`side view of the telecamcorder illustrated in FIG. 8. This figure shows the dialing
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`controls 186 and the telecamcorder controls 188 built into the main housing 148.
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`Built-in controls may serve in lieu of controls on the handset 174, or both sets of
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`controls may be employed on a single telecamcorder.” Id. at 8:10-15. The ‘754
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`patent also discloses a wireless telephone: “In the near future, video-phone
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`networks will use one or a combination of phone lines, television cables and
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`wireless networks (i.e., cellular phone systems). The telecamcorder is applicable to
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`any type of network.” Id. at 14:16-18. A POSA would understand that McNelley
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`discloses this limitation.
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`b)
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`(claim 1 preamble) “for both sending and receiving telephonic
`audio signals”
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`35. As disclosed by the ‘754 patent, a “camcorder (telecamcorder) of the
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`present invention contains an integral video-phone capable of receiving and
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`sending teleconferencing signals.” Id. at 5:1-3. A POSA would understand that the
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`disclosed camcorder is also capable of sending and receiving audio because “With
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`a wireless network the telecamcorder can serve as a portable wireless
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`teleconferencing terminal much like a portable cellular phone.” Id. at 14:28-31
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`(emphasis added). A POSA would understand that when the McNelley device
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`operates as a portable cell phone, it requires at least sending and receiving audio
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`signals. So, a POSA would understand that McNelley discloses this claim
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`limitation.
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`c)
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`(claim 1 preamble) “for capturing a visual image and
`transmitting it to a compatible remote receiving station of a
`wireless telephone network”
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`36. The ‘754 patent discloses a “camcorder (telecamcorder) of the present
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`invention contains an integral video-phone capable of receiving and sending
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`teleconferencing signals and includes a built in display to view an incoming
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`teleconferencing signal and a video pickup device that can produce an image of the
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`operator for transmissions during teleconferencing.” Id. at 5:1-7. The ‘754 patent
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`discloses that “if the unit is used in the teleconferencing mode, the controller 400
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`routes the signal to a network access or communication electronics package 402.
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`This electronics package establishes contact with a network and sends properly
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`processed audio and video signals to the network through a connection 104 and
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`received audio and video through the same connection 104.” Id. at 21:30-36
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`(referring to Fig. 30). The ‘754 patent also discloses use of a wireless network: “In
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`the near future, video-phone networks will use one or a combination of phone
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`lines, television cables and wireless networks (i.e., cellular phone systems). The
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`telecamcorder is applicable to any type of network.” Id. at 14:16-18. A POSA
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`would understand that teleconferencing refers to both transmission and receipt of
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`visual signals. For example, in the context of a camcorder, visual images are
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`captured. In the context of portable cell phone operation, those captured images are
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`transferred through the wireless telephone network. So McNelley discloses the
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`subject matter recited in all the limitations of the preamble to a POSA.
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`(claim 1) “the system comprising: a manually portable housing”
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`d)
`37. As described above with respect to the preamble, the disclosed
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`“telecamcorder” structure as shown in Fig. 8 is both handheld and portable. “Fig. 8
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`shows a telecamcorder configured for use as a self-contained teleconferencing
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`terminal as well as a camcorder.” Id. at 6:35-37. This device is disclosed as being
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`handheld because, “In one mode, the operator holds the entire unit in front of
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`him/her with the display 100, serving as the viewfinder.” Id. at 10:16-18.
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`McNelley discloses the subject matter of the recited claim limitation to a POSA.
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`e)
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`(claim 1) “an integral image capture device comprising an
`electronic camera contained within the portable housing”
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`38. The ‘754 patent discloses a telecamcorder “where the camera 102 is
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`pointed in the same direction as the viewing side of the display….” Id. at 6:37-39.
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`This embodiment includes “a charge coupled device (CCD) optical pickup. As
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`electrical values are read from the CCD, the values are immediately converted into
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`digital values and remain digital through all subsequent processing.” Id. at 13:5-8.
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`The disclosed camera with a CCD is a device for image capture. McNelley
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`discloses the subject matter of the recited claim limitation to a POSA.
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`f)
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`(claim 1) “a display for displaying an image framed by the
`camera, the display being supported by the housing, the display
`and the electronic camera being commonly movable in the
`housing when the housing is moved by hand”
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`39. The ‘754 patent discloses that the “display may be of any type, but
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`thin lightweight displays, such as an active matrix LCD, are preferred Id. at 6:41-
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`43. As disclosed with respect to the preamble above, the camera is handheld and
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`portable and the camera is included in that unit. The display is operable as a
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`“viewfinder.” Id. at 7:14-16. A viewfinder as known by a POSA displays an image
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`framed by the camera. The display is disclosed as being contained with the
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`housing. A rotating hand grip 160 and pivots 158 and 160 permit horizontal and
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`vertical movement for different positioning and framing orientations. Id. at 6:59-
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`7:3. McNelley discloses the subject matter of the recited claim limitation to a
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`POSA.
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`g)
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`(claim 1) “a processor in the housing for generating an image
`data signal representing the image framed by the camera”
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`40. The ‘754 patent states, “An enhanced digitally-based telecamcorder
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`may include microprocessors for operational functions.” Id. at 20:54-55. The ‘754
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`patent discloses a processor in video camera electronics 404 of Fig. 30 which
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`“processes the output of the camera 406 into a final video signal to be fed to the
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`controller 400.” ‘Id. at 21:13-16. One of ordinary skill in the art would understand
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`that the video camera electronics of Fig. 30 are contained within the telecamcorder
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`housing. See, e.g., id. at 4: 3-4 regarding description of Fig 30. Also, as disclosed
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`in the reference, “Recent advances in compression technology promise full motion,
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`real-time teleconferencing using a single phone line, cable or wireless broadcast.
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`Such advanced digital compression formats use small ASIC chips for compression
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`and decompression. These chips can readily be built into the telecamcorder.” Id. at
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`18:43-48. The ‘754 patent also discloses that “digital recording” can be used and
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`that an “enhanced digitally-based telecamcorder may include microproces