`v.
`SpaceTime3D, Inc.
`
`IPR2023-00242
`(U.S. Patent No. 8,881,048)
`
`Oral Argument: March 18, 2024
`Patent Owner’s Demonstrative Exhibits
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`SPACETIME3D
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`The ‘048 Patent
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`• U.S. Pat. No. 8,881,048, entitled “System and
`Method for Providing Three-Dimensional
`Graphical User Interface.” (EX1001)
`
`• Continuation of U.S. Pat. No. 7,735,018,
`which claims priority to provisional patent
`application, Serial No. 60/717,019.
`
`• The ‘048 Patent describes (1) a novel 3D GUI
`where computer outputs (or images thereof)
`are open simultaneously in both 2D and 3D
`space and (2) a “special system … to insure
`[sic] that the end user can interact with the
`mapped objects in a 3D virtual space with the
`same responsiveness … that one would find in
`a 2D desktop.” EX1001, 23:7-25.
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`“the 3D GUI application program will run locally on the computer” (EX1001 at 24:7-9)
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`‘048 Patent, Figure 11
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`(EX1001)
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`The ‘048 Patent Includes Both a 2D Desktop and a 3D Virtual Space
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`‘048 Patent, Figure 11
`
`•
`
`Images of computer outputs are captured
`and displayed in the 3D virtual space. See,
`e.g., EX1001, Fig. 11.
`
`• However, the computer outputs remain
`open and are either displayed on the 2D
`desktop or “hidden or drawn off screen.”
`EX1001, 21:45-53.
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`•
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`“[T]he output of applications and
`documents need not be closed, hidden or
`filed.” EX1001, 21:59-63.
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`Images Displayed in 3D Virtual Space in Chronological Order
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`• The ‘048 Patent describes a 3D GUI that
`“functions as a visual chronological history of
`the user’s computing session.” EX1001, 5:6-
`13.
`
`• This is done by displaying an image of a first
`requested webpage (510) in a foreground of
`the 3D virtual space, an image of a second
`requested webpage (512) in a background of
`the 3D space, and so forth. EX1001, 29:33-42.
`
`• As such, “the user can visit past visual
`computing events (or snapshots in time) by
`simply navigating to previously recorded
`states or viewpoints.” EX1001, 5:6-21.
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`‘048 Patent, Figure 11
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`Images Displayed in 3D Virtual Space in Chronological Order
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`‘048 Patent, Figure 11
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`(EX1001)
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`Requested Webpages Are Opened On Hidden 2D Desktop
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`• Thus, a request to open a webpage results in
`the request being provided to the 2D desktop
`(or environment) so that the webpage can be
`opened (e.g., received, rendered) off-screen
`on the hidden 2D mirror component. See,
`e.g., EX1001, Fig. 3 (120, 126, 128, 130).
`
`•
`
`“We say off-screen because the 2D desktop
`or operating system control is hidden from
`the end user to focus attention on the 3D
`virtual space.” EX1001, 24:34-40.
`
`• An image of the rendered webpage (e.g.,
`bitmap) is captured and textured onto an
`object in 3D space. EX1001, Fig. 3 (142).
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`‘048 Patent, Figure 3
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`Interactions on Images are Passed to the Hidden 2D Desktop
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`••
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`•
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`•
`•
`•
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`If the user interacts with the image (e.g.,If the user interacts with the image (e.g.,
`If the user interacts with the image (e.g.,
`clicks on a hyperlink), the interaction is sent
`clicks on a hyperlink), the interaction is sent
`clicks on a hyperlink), the interaction is sent
`to the hidden 2D mirror component, as there
`to the hidden 2D mirror component, as there
`to the hidden 2D mirror component, as there
`is no active hyperlink in the image. EX1001,
`is no active hyperlink in the image. EX1001,
`is no active hyperlink in the image. EX1001,
`Fig. 3 (152).
`Fig. 3 (152).
`Fig. 3 (152).
`
`“Webpages, unlike pictures that the end user
`“Webpages, unlike pictures that the end user
`“Webpages, unlike pictures that the end user
`simply view, requires interactivity to
`simply view, requires interactivity to
`simply view, requires interactivity to
`function properly in a virtual space.”
`function properly in a virtual space.”
`function properly in a virtual space.”
`EX1001, 23:7-25.1
`EX1001, 23:7-25.1
`EX1001, 23:7-25.1
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`• Thus, “a special system must be created to
`• Thus, “a special system must be created to
`• Thus, “a special system must be created to
`insure [sic] that the end user can interact with
`insure [sic] that the end user can interact with
`insure [sic] that the end user can interact with
`the mapped object in a 3D virtual space with
`the mapped object in a 3D virtual space with
`the mapped object in a 3D virtual space with
`the same responsiveness of input and output
`the same responsiveness of input and output
`the same responsiveness of input and output
`that one would find in a 2D desktop.” Id.
`that one would find in a 2D desktop.” Id.
`that one would find in a 2D desktop.” Id.
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`‘048 Patent, Figure 3
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`Emphasis in quotes are added unless otherwise stated
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`Interactions on Images are Passed to the Hidden 2D Desktop
`
`• The hidden 2D mirror component processes
`this interaction, where an image is captured,
`replacing the image on the object in 3D space.
`EX1001, Fig. 3 (146, 148, 142).
`
`• This circular back-and-forth between images
`in 3D space and webpages in 2D space results
`in a “mirror” (i.e., total continuity) between
`what is displayed in 3D space and what is
`actively running on the hidden 2D desktop.
`EX2014, [20]-[26].
`
`• This allows the user to interact with images in
`3D space “while retaining the functionality of
`the 2D programs and documents.” EX1001,
`5:43-47.
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`‘048 Patent, Figure 3
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`‘048 Patent Describes Two Embodiments for Interacting with Images
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`• The ‘048 Patent describes two embodiments
`for such “functionality.”
`
`•
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`•
`
`In a first embodiment, interactions in 3D
`space are sent to the hidden 2D mirror
`components on the 2D desktop (shown in
`Figure 3). This is what was claimed in the
`‘018 Patent. See EX2003, 52-80.
`
`In the second embodiment, an interaction
`with an image results in “revealing the 2D
`version of the webpage that was initially
`hidden or drawn off screen and positioning it
`in a layer that is in front of the 3D virtual
`space such that the end user can interact with
`this layer in 2D.” EX1001, 21:39-58.
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`‘048 Patent, Figure 3
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`The ‘048 Patent Includes Both a 2D Desktop and a 3D Virtual Space
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`Hidden 2D Desktop
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`Mirroring
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`The ‘048 Patent Includes Both a 2D Desktop and a 3D Virtual Space
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`Hidden 2D Desktop
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`The ‘048 Patent Includes Both a 2D Desktop and a 3D Virtual Space
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`Hidden 2D Desktop
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`Mirroring
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`Claim 2 provides capturing a third image
`of the rendered additional information and
`replacing the first image in 3D space
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`Rendered Version of Each Webpage Exists on the Hidden 2D Desktop
`
`Hidden 2D Desktop
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`• Thus, for each image displayed in 3D space
`there is a rendered version of a webpage open
`on the 2D desktop (or hidden 2D desktop).
`
`•
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`•
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`“[I]n order for a webpage on the World Wide
`Web to function properly in the operating
`system in a typical window on the 2-D desktop
`… the language of that webpage (HTML)
`must be read by an operating system program
`or CONTROL.” EX1001, 22:54-66.
`
`“[O]ne such control is called MSHTML/web-
`browser control for rendering HTML
`webpages and other content on the Windows
`desktop within a window.” EX1001, 23:2-6.
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`Rendered Version of Each Webpage Exists on the Hidden 2D Desktop
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`Hidden 2D Desktop
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`• Non-conventional as it requires too much memory.
`
`• The ‘048 Patent provides for “using virtual
`memory whereby a portion of the hard disk is used
`to swap out this data when insufficient RAM
`exists to hold all such data.” EX1001, 36:53-61.
`
`• Both experts agree that in 2005, storing rendered
`versions of each webpage imaged in 3D space
`would be “unmanageable and extremely
`expensive” as “maintaining a large number of off-
`screen webpages would require an extensive
`amount of memory” EX1060, [80]; EX2014, [93].
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`Rendered Versions are Critical to Reduce Latency and Ensure Mirroring
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`Hidden 2D Desktop
`
`• The ‘048 Patent identifies “this method or cyclical
`process of capturing system output and drawing it
`into a 3D virtual space,” where rendered versions
`remain open, “is a workaround … implemented in
`order to overcome a shortcoming of the operating
`system to the problem at hand.” EX1001, 25:1-8.
`
`• This “is important as it reduces latency … since
`‘the rendered image’ can be displayed right away
`and does not require the user to wait for a newly
`rendered webpage to be produced.” EX2014, [93].
`
`•
`
`‘048 Patent provides that “changes to the objects
`drawn must happen quickly … [so] the experience
`fees truly interactive.” EX1001, 14:8-14.
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`Rendered Versions are Critical to Reduce Latency and Ensure Mirroring
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`Hidden 2D Desktop
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`(EX1001)
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`Rendered Versions are Critical to Reduce Latency and Ensure Mirroring
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`Hidden 2D Desktop
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`• By keeping the rendered webpages open on the
`hidden 2D desktop and displaying images in 3D
`space, “the output of applications and documents
`need not be closed, hidden, or filed.” EX1001,
`21:59-63.
`
`•
`
`•
`
`Instead, “[t]hey are staged and can permanently
`exist visually open (by recording their output in a
`3D virtual space) where they are and how the
`user last left them.” Id.
`
`Interacting with an image results in the rendered
`webpage being “revealed” (EX1001, 21:45-49)
`“present[ing] the webpage where the user last left
`off.” EX2014, [134].
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`The Foregoing Features are Recited in Claim 1 of the ‘048 Patent
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`The Claimed “Replacing” Steps
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`•
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`•
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`In Claim 1, the “replacing” step involves
`replacing objects (or images textured thereon)
`displayed in 3D space with a window within a
`2D space (3D to 2D).
`
`In Claims 2 and 3, the “replacing” step
`involves replacing the window within 2D
`space with the objects (or images textured
`thereon) displayed in 3D space (2D to 3D).
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`The Claimed “Replacing” Steps
`
`• The “replacing’ step of Claim 1 is accomplished by
`“revealing the 2D version of the webpage that was
`initially hidden … and positioning it in a layer that is
`in front of the 3D virtual space” (EX1001, 21:45-49),
`i.e., on the 2D desktop. See id., 31:33-38 (“Internet
`Explorer window will open in front of the 3D virtual
`space in a 2D window as part of the desktop.”).
`
`• The “replacing” step of Claims 2 and 3 is
`accomplished by “clicking the appropriate button …
`analogous to the minimize button in the windows
`operating system environment … an end user can
`toggle or switch between 2D and 3D for any
`selectively captured computing output.” EX1001,
`21:49-58.
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`Images of Webpage are Displayed in the Order the Webpages Were Requested
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`Chronological Order is Consistent with the Language of Claim 1
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`Claim language itself provides that the image of the first
`requested webpage is displayed in the foreground of the
`3D space and the image of the second requested
`webpage is displayed in the background of the 3D space
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`Chronological Order is Consistent with the Language of Claim 6
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`Chronological Order is Consistent With The Specification
`
`• The ‘048 Patent describes a 3D GUI that
`“functions as a visual chronological history of
`the user’s computing session.” EX1001, 5:6-
`13.
`
`• This is done by displaying an image of a first
`requested webpage (510) in a foreground of the
`3D virtual space, an image of a second
`requested webpage (512) in a background of
`the 3D space, and so forth. EX1001, 29:33-42.
`
`• As such, “the user can visit past visual
`computing events (or snapshots in time) by
`simply navigating to previously recorded states
`or viewpoints.” EX1001, 5:6-21.
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`‘048 Patent, Figure 11
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`Chronological Order is Consistent With The File History
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`• Petitioner cites to the cancellation of “icons
`are organized in linear chronological order”
`from the claims during prosecution of the
`‘048 Patent. Reply, 9
`
`•
`
`Icons (502, 504, 506, 508) are different from
`the claimed images of computing outputs
`(510, 512, 514) which the original claims
`provided were “within a three-dimensional
`virtual space” and were later amended to
`recite a specific order in the 3D space, where
`the first requested one was displayed in the
`foreground, and so forth. Sur-Reply, 6.
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`‘048 Patent, Figure 11
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`Chronological Order is Consistent With The File History
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`• Petitioner cites to the cancellation of “icons
`are organized in linear chronological order”
`from the claims during prosecution of the
`‘048 Patent. Reply, 9
`
`The proper construction of the Challenged Claims is that the
`•
`Icons (502, 504, 506, 508) are different from
`image are displayed in the 3D space in chronological order,
`the claimed images of computing outputs
`where the image of the first requested webpage is displayed
`(510, 512, 514) which the original claims
`in the foreground of the 3D space and the second requested
`provided were “within a three-dimensional
`webpage is displayed in the background of the 3D space.
`virtual space” and were later amended to
`recite a specific order in the 3D space, where
`the first requested one was displayed in the
`foreground, and so forth. Sur-Reply, 6.
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`‘048 Patent, Figure 11
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`“The Rendered First Webpage” is the Result of “Rendering the First Webpage
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`PO’s Construction is Consistent with the Language of Claim 1
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`Claim language itself provides that the window in 2D
`space, which replaces the objects in 2D space, includes
`“the rendered first webpage,” i.e., the rendered version
`of the webpage from which the first image was captured
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`PO’s Construction is Consistent with the Specification
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`Hidden 2D Desktop
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`(EX1001)
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`Petitioner’s Construction Reads the Term “Rendered” Out of the Claims
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`Petitioner’s argument that “the rendered first webpage”
`should be construed to mean “the first webpage” is improper
`as it reads out term “rendered” from the claim and ignores the
`recited antecedent language recited therein.
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`“The Rendered First Webpage” is the Result of “Rendering the First Webpage
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`The proper construction of “the rendered first webpage” is the
`one that gives weight to each term in the claimed phrase,
`including “the” and “rendered,” i.e., the result of “rendering
`the first … webpage,” from which the first image is captured.
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`“The Rendered First Webpage” is the Result of “Rendering the First Webpage
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`The proper construction of “the rendered first webpage” is the
`one that gives weight to each term in the claimed phrase,
`including “the” and “rendered,” i.e., the result of “rendering
`the first … webpage,” from which the first image is captured.
`
`Petitioner’s expert stated that “it would have been obvious to
`a POSITA that rendering is a prerequisite step to obtaining
`‘screen snapshots of actual web pages” and that “the ‘048
`patent supports my view about a POSITA’s knowledge on
`rendering webpages.” EX1003, [105] (emphasis in original).
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`The Phrase “In Response To” Should be Given its Plain and Ordinary Meaning
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`The Phrase “In Response To” Should be Given its Plain and Ordinary Meaning
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`Claim language itself provides that the “replacing” step
`is performed “in response to” receiving the interaction
`on the first image, or a “reaction” to the interaction on
`the first image. EX1057.
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`The Phrase “In Response To” Should be Given its Plain and Ordinary Meaning
`
`Claim language itself provides that the “replacing” step
`is performed “in response to” receiving the interaction
`on the first image, or a “reaction” to the interaction on
`the first image. EX1057.
`
`Petitioner’s construction of “causal relationship” which
`can be “direct or indirect” and would include “multiple
`intervening steps” is not only improper but would read
`out the cause-and-effect relationship denoted in Claim 1
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`The Challenged Claims are Patentable Over Grounds 1 and 2
`
`Ground 1
`
`Ground 2
`
`• Robertson – U.S. Pat. No. 6,414,677
`(EX1004)
`
`• Suave – U.S. Pub. No. 2006/0230356
`(EX1007)
`
`• Gettman – U.S. Pub. No. 2005/0086612
`(EX1006)
`
`• Gralla – book entitled “How the Internet
`Works” (EX1005)
`
`• Tsuda – U.S. Pat. No. 6,577,330 (EX1008)
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`The Challenged Claims are Patentable Over Grounds 1 and 2
`
`Ground 1
`
`Ground 2
`
`• Robertson – U.S. Pat. No. 6,414,677
`(EX1004)
`
`• Suave – U.S. Pub. No. 2006/0230356
`(EX1007)
`
`• Gettman – U.S. Pub. No. 2005/0086612
`(EX1006)
`
`• Gralla – book entitled “How the Internet
`Works” (EX1005)
`
`• Tsuda – U.S. Pat. No. 6,577,330 (EX1008)
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`Gralla – “How the Internet Works” (EX1005)
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`• Gralla does not disclose any graphical user interface (“GUI”), let
`alone a 3D GUI, but does describe how conventional 2D browsers,
`such as Internet Explorer, receive, render, and display webpages.
`
`•
`
`•
`
`“Pages on the Web are built using a markup language called
`Hypertext Markup Language (HTML)” and that “[t]he language
`contains commands that tell your browser how to display text,
`graphics, and multimedia files.” EX1005, 133.
`
`“In a Web browser, you type the URL for a location that you want to
`visit.” EX1005, 134. “When Web browsers contact servers, they’re
`asking to be sent pages build with [HTML].” Id., 141.
`
`• Browsers “interpret those pages and display[s] them on your
`computer.” EX2014, [97]. This “interpretation” is commonly referred
`to as “rendering.” Id.; EX2014, [97].
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`Gralla – “How the Internet Works” (EX1005)
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`• Gralla does not disclose any graphical user interface (“GUI”), let
`alone a 3D GUI, but does describe how conventional 2D browsers,
`Thus, displaying a webpage is a two-step process:
`such as Internet Explorer, receive, render, and display webpages.
`
`1) receiving HTML code for the webpage from a server on the Internet;
`•
`“Pages on the Web are built using a markup language called
`Hypertext Markup Language (HTML)” and that “[t]he language
`2) rendering the HTML code so that the webpage can be displayed on the computer
`contains commands that tell your browser how to display text,
`graphics, and multimedia files.” EX1005, 133.
`As Petitioner’s expert, Dr. Fuchs, stated “the POSITA would have known that webpage
`rendering was a ubiquitous process for converting raw HTML code received from a web
`•
`“In a Web browser, you type the URL for a location that you want to
`visit.” EX1005, 134. “When Web browsers contact servers, they’re
`server into visible content.” EX1003, [104] (emphasis in original).
`asking to be sent pages build with [HTML].” Id., 141.
`
`Dr. Fuchs further stated that “Web browsers render information by interpreting HTML
`• Browsers “interpret those pages and display[s] them on your
`code and displaying the corresponding content.” Id., [129] (emphasis in original).
`computer.” EX2014, [97]. This “interpretation” is commonly referred
`to as “rendering.” Id.
`
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`Robertson – U.S. Pat. No. 6,414,677 (EX1004)
`
`• Robertson describes a 3D GUI where everything takes place
`in 3D space, i.e., there is no 2D space.
`
`•
`
`“The present invention permits a user to view and organize
`all objects and to edit or otherwise work on a selected object
`by, for example, representing, graphically, objects or content
`with a low resolution image which can be added, moved, or
`deleted from a simulated three-dimensional environment.”
`EX1004, 6:32-40. This can be seen in Figure 8A.
`
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`Robertson – U.S. Pat. No. 6,414,677 (EX1004)
`
`• Robertson describes a 3D GUI where everything takes place
`in 3D space, i.e., there is no 2D space.
`
`•
`
`•
`
`“The present invention permits a user to view and organize
`all objects and to edit or otherwise work on a selected object
`by, for example, representing, graphically, objects or content
`with a low resolution image which can be added, moved, or
`deleted from a simulated three-dimensional environment.”
`EX1004, 6:32-40. This can be seen in Figure 8A.
`
`If you select an image, “[t]he selected object thumbnail 902
`is displayed in a preferred viewing position … at the center
`foreground in the three-dimensional environment.” Id.,
`13:55-62 (emphasis added). This can be seen in Figure 9.
`
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`Robertson – U.S. Pat. No. 6,414,677 (EX1004)
`
`• Things to note about Robertson.
`
`1. There is no order in which the objects are displayed in 3D space,
`and certainly no chronological order.
`
`2. While the selected object (902) is either a high-resolution image of
`the object or a “live” object within an associated application (e.g.,
`web browser), it is always “displayed in a preferred viewing
`position … at the center foreground in the three-dimensional
`environment.” Id., 13:55-6. As such, the images in 3D space are not
`“replaced” with a window in 2D space.
`
`3. Because the “live” objects are “loaded within an associated
`application,” which results in “rendering a web page” when the
`application is a web browser, even if the window is in 2D space, it
`does not include “the rendered first webpage.” Id., 13:64-14:4.
`
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`Gettman – U.S. Pub. No. 2005/0086612 (EX1006)
`
`• Gettman, like Robertson, describes a 3D GUI where
`everything takes place in 3D space, i.e., there is no 2D space.
`
`• The graphical user interface provides a flexible and intuitive
`way to navigate a complex three-dimensional virtual space in
`which web pages or other interactive content are mapped to
`virtual display windows of virtual buildings in a virtual
`three-dimensional space.” EX1006, Abstract. This can be
`seen in Figure 1.
`
`• While windows far away are “bitmap screenshots,” this
`changes as a user approaches─“[w]hen a window first
`becomes visible in the viewer’s screen, the corresponding
`cached HTML page is copied by the program from the
`internal memory and rendered in the window.” Id., [0121].
`
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`Gettman – U.S. Pub. No. 2005/0086612 (EX1006)
`
`• Gettman does discuss a “conventional two-dimensional web
`browser,” but this browser “forms another ‘view’ within the
`virtual [3D] space browser.” EX1006, [0164]. This is similar
`to Figure 4, where “the viewer is facing a display window
`and could potentially interact with the window in a manner
`of a conventional two-dimensional browser.” Id., [0128].
`
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`Gettman – U.S. Pub. No. 2005/0086612 (EX1006)
`
`• Gettman also discusses a separate 2D browser, which can be
`seen in Figure 13. However, this browser is not presented “in
`response to” an interaction with a window in 3D space but
`“by clicking on web button area 1204” on the toolbar (1202),
`where the system “passes the browser the appropriate
`hyperlink or web address to display in another application
`window.” Id., [0200].
`
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`Gettman – U.S. Pub. No. 2005/0086612 (EX1006)
`
`• Things to note about Gettman.
`
`1. The images in 3D space are not displayed in chronological order.
`
`2. While there are two “conventional two-dimensional web browsers”
`discussed in Gettman, the first one illustrated in Figure 13 does not
`“replace” the images “in response to” an interaction with an image
`(id., [0200]), and the other one is not presented in 2D space, but
`“within the virtual [3D] space browser” (id., [0164]).
`
`3.
`
`In both embodiments, the 2D browser must render the webpage
`before it can be displayed. Thus, even if the 2D browser is in 2D
`space, and even if it is activated in response to an interaction with
`an image, it does not include “the rendered first webpage.”
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`•
`
`In Robertson, interacting with an image results in
`“[the] selected object thumbnail 902 is displayed
`in a preferred viewing position, in this case, at the
`center foreground of the three-dimensional
`environment.” EX1004, 13:55-14:1
`
`• The “selected object” can be a “live” object
`loaded within an associated application, such as
`“Internet Explorer™ Internet browser.” Id.
`
`•
`
` Either way, the “selected object” is within the
`3D space, “at the center foreground.”
`
`Gettman – Fig. 13
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
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`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`(EX1004)
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
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`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`(EX1004)
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
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`Robertson
`
`Gettman – Fig. 4
`
`Still in 3D space; no 2D
`space in Robertson
`
`Gettman – Fig. 13
`
`(EX1004)
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`• Same is true in Gettman, where “the result of the
`interaction may cause the target Web site to open
`in a conventional two-dimensional web browser
`which forms another ‘view’ within the virtual
`space browser.” EX1006, [0164].
`
`• Again, the “conventional two-dimensional web
`browser” is “within the virtual space browser.”
`
`•
`
`“In Fig. 4 the viewer is facing a display window
`and could potentially interact with the window in
`the manner of a conventional two-dimensional
`browser.” Id., [0128].
`
`Gettman – Fig. 13
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`(EX1006)
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`• Even if maximizing the “live” object in
`Robertson or the opening the conventional two-
`dimensional web browser in Gettman constitutes
`a window within a 2D space, it is not done “in
`response to” “an interaction by the end user on
`the first image [in 3D space].” The same is true
`for Figure 13 of Gettman, where a button on the
`toolbar is used to activate the browser.
`
`• Petitioner argues that “the POSITA would have
`gleaned that Gettman’s browser-window
`technique provides the ability of the user─with a
`single interaction─to switch efficiently between
`the 2D browser and the 3D space.” Pet., 24.
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`• Such a combination is contrary to the teachings
`of Robertson to prevent “total object occlusion”
`PO’s Response, 49-50.
`
`• Robertson emphasizes that “total object
`(thumbnail) occlusion should be avoided”
`(EX1004, 5:62-67, 7:13-16, 25:20) and provides
`several figures illustrating “object occlusion
`avoidance processes” (id., Fig. 20A-B).
`
`• Thus, a POSITA would not have been motivated
`to implement a “single interaction” feature that
`provides total object occlusion each and every
`time an object (thumbnail) is selected.
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`Gettman – Fig. 4
`
`Gettman – Fig. 13
`
`• Regardless, even a maximized “live” object in
`Robertson (or Gettman) is still within the 3D
`space─not “a window within a two-dimensional
`space” as claimed.
`
`•
`
`In granting institution, the Board stated that
`“Robertson and Gettman satisfy [1dii] by
`teaching ‘a GUI where both active (‘live’) and
`inactive (images) webpages are presented to the
`user exclusively in 3D space.” Decision, 42-43.
`
`• And “[t]he fact that Robertson’s selected
`webpage is presented within a larger 3D space
`does not undermine Petitioner’s position.” Id.
`
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`Ground 1 – No “Replacing” Objects in 3D Space with a Window in a 2D Space
`
`Robertson
`
`• Regardless, even a maximized “live” object in
`Robertson (or Gettman) is still within the 3D
`space─not “a window within a two-dimensional
`A POSITA would have understood that the claims require both a 3D
`space” as claimed.
`space and a 2D space, where:
`
`Gettman – Fig. 4
`
`•
`
`•
`In granting institution, the Board stated that
`• objects (textured with images) are displayed in 3D space and
`“Robertson and Gettman satisfy [1dii] by
`teaching ‘a GUI where both active (‘live’) and
`a window (with an active webpage) is displayed in 2D space
`inactive (images) webpages are presented to the
`user exclusively in 3D space.” Decision, 42-43.
`Understanding that while the window replaces the objects, the
`“window [is] within a two-dimensional (2D) space, and the nature of
`• And “[t]he fact that Robertson’s selected
`the window (2D or 3D) does not define the space in which it resides
`webpage is presented within a larger 3D space
`does not undermine Petitioner’s position.” Id.
`
`Gettman – Fig. 13
`
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`Ground 1 (Robertson, Gralla, Gettman) Does Not Render Obvious Claim 1
`
`“Replacing” Objects Within 3D Space with a Window within a 2D Space
`
`Robertson
`
`• Regardless, even a maximized “live” object in
`Robertson (or Gettman) is still within the 3D
`space─not “a window within a two-dimensional
`space” as claimed.
`
`•
`
`In granting institution, the Board stated that
`“Robertson and Gettman satisfy [1dii] by
`teaching ‘a GUI where both active (‘live’) and
`inactive (