`____________
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`BEFORE THE PATENT TRIAL AND APPEAL BOARD
`_____________
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`PELICAN BIOTHERMAL, LLC
`Petitioner
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`v.
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`VA-Q-TEC AG.
`Patent Owner
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`Patent No. 10,766,685
`Issue Date: September 8, 2020
`Title: BOX-TYPE TRANSPORT CONTAINER
`_______________
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`Post-Grant Review No. PGR2021-00085
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`DECLARATION OF CHARLES ZUMWALT
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`PGR2021-00085
`Pelican EX1030 Page 1
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`I, Charles Zumwalt, do declare as follows:
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`I. Introduction
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`1.
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`I am over the age of eighteen (18) and otherwise competent to make
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`this declaration.
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`2.
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`I hold the position of Product Development Engineer at Pelican
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`BioThermal in Albuquerque, New Mexico. I have worked for the company since
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`2016, and have held the position of Product Development Engineer since that time.
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`This position generally entails managing the product design process from
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`collaborating with customers to design custom systems, to innovating new
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`products and product improvements through testing and qualifying systems and
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`authoring related technical reports. This position also (i) consults internally to
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`solve quality control problems, introduce new products into production, and
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`provide technical support to colleagues; (ii) generates documentation and reports
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`for qualification; and (iii) creates internal technical instructions for building
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`products and inventory management.
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`3.
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`All of the testimony provided in this declaration is based on my own
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`personal knowledge and recollection, from having worked for the company for 5
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`years. I am not being compensated for any of the testimony provided herein, aside
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`from my normal salary from the company.
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`1
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`PGR2021-00085
`Pelican EX1030 Page 2
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`II. NanoCool Prior-art Products
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`4.
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`Pelican BioThermal specializes in the design and manufacture of
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`thermal protection packaging solutions for the safe transport and distribution of
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`frozen, refrigerated, and controlled ambient temperature-sensitive payloads. In
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`basic terms, these specialized shipping containers consist of an assembly of
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`vacuum insulation panels (abbreviated as “VIPs”) arranged in a “box type” shape
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`to provide an interior cavity that is thermally insulated from the outside ambient.
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`To form the container, there is at a minimum four sidewall VIPs, and one bottom
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`VIP. Some of our products use a “cooling engine” placed at the top of the VIP-
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`formed box to maintain the desired temperature in the interior space, e.g., the
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`“98596-type products” discussed below. Other products just use a top VIP to
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`enclose the space, e.g., the “98830-type products” discussed below.
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`5.
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`Prior to late 2010, the VIPs were held together by taping them.
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`However, in late 2010/early 2011, NanoCool changed its manufacturing process to
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`use plastic strapping instead of tape to hold the VIPs together for most of its
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`products. As part of the new design, the exterior of the bottom and sidewall VIPs
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`were encased in cardboard corrugate, located between the VIPs and the strapping
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`to protect the VIPs from hazards, including the forces created by the strapping
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`when it is pulled tight. During assembly, before applying the strapping a hard
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`plastic supporting frame was placed in the interior cavity between the sidewall
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`2
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`PGR2021-00085
`Pelican EX1030 Page 3
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`VIPs, the frame being sized to fit into the cavity snugly for the size box being
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`manufactured. This hard frame holds the VIPs in place and helps oppose the
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`compressive forces caused by the application of the strapping. Once the first strap
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`was applied (usually towards the middle part of the box), the supporting frame
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`would be moved towards the outer opening prior to application of the strap nearest
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`the outer opening. Upon finishing the strapping operation, the frame was removed
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`from the strapped VIPs for reuse with the next assembly. Once strapped together,
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`the VIPs could be handled as a coherent, single assembly, which was placed into a
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`separate cardboard box to further protect the assembly during use.
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`6.
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`Based on documents I have seen and information I have learned
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`during my employment, NanoCool made and sold several different versions of
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`these shippers from late 2010/early 2011 to October of 2014. For example, some
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`had cooling engines and others did not. Some shippers also contained a packet of
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`phase-change material (known as a “PCM”) sandwiched between two bottom VIPs
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`to further assist in controlling the interior of the shippers at a desired temperature.
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`And even shippers having the same design were offered in different sizes. I will
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`now further describe two particular product types in more detail below.
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`a. NanoCool’s 98596 Products
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`7.
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`In the lobby of its Albuquerque office, NanoCool maintained a
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`display table with various products it has manufactured over the years. In this
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`3
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`PGR2021-00085
`Pelican EX1030 Page 4
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`display, I located a shipper product manufactured in 2013 having model number 2-
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`98596 and referred to as a “Long Haul Shipper.” This product has four sidewall
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`VIPs, and two bottom VIPs sandwiching a PCM packet; the top of the assembly is
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`a cooling engine. The entire assembly is enclosed by an outer box for shipping.
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`8.
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`Photos of the 98596 product I located are shown below:
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`Outer box for
`shipping
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`Foam liner
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`VIP insert/
`assembly
`(with cooling
`engine cover)
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`Outer box
`hinged cover
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`Outer box
`sidewalls
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`4
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`Outer box
`bottom
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`PGR2021-00085
`Pelican EX1030 Page 5
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`Cardboard
`corrugate
`protector
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`Plastic
`strapping
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`Four sidewall VIPs and
`bottom VIPs placed to
`form box-shape, then
`strapped together with
`cardboard corrugate
`protecting the VIPs to
`form coherent assembly
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`The 98596 products used (and still use) a cooling engine to help
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`9.
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`maintain the temperature inside the container, which has the silver foil cover seen
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`in the photo above on the left. There was also a foam liner glued to the underside
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`of the lid of the outer box that pressed against the cooling engine when the box lid
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`is closed. A close-up photo of the top of the cooling engine from this product is
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`shown below:
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`5
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`PGR2021-00085
`Pelican EX1030 Page 6
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`10. The bottom part of the VIP insert of the 98596 products consisted of
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`two bottom VIPs with a PCM packet sandwiched between them. The “upper”
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`bottom VIP was sized to fit snugly within the assembled sidewall VIPs, while the
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`“lower” bottom VIP was sized to have the same dimensions as the outer periphery
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`of the sidewall VIPs as assembled. This configuration of the bottom VIPs can be
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`seen in the photo below:1
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`1 This photo is not taken from the 98596 product from the display table, since the
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`product would have to be disassembled to be able to see these features. Therefore,
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`Pelican EX1030 Page 7
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`Upper bottom
`VIP fitting
`snugly inside the
`sidewall VIPs
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`PCM packet
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`Lower bottom
`VIP sized to
`match the outer
`dimensions of
`the assembled
`sidewall VIPs
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`11. A close up of the sticker affixed to the 98596 product is also shown
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`above in paragraph 8, on the top right. It shows the 2-98596 part number for this
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`product, identified it as a 985 Long Haul Shipping Unit, and showed it as having
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`an expiration date in April of 2015. The expiration date is significant because
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`NanoCool designated these products as having a 2-year shelf-life. This shelf-life is
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`referenced in the Change Letters NanoCool sent to its customers in late 2010/early
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`2011 to disclose the switch from using tape to strapping to hold the VIPs together.
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`See, e.g., EX1032 at 2 (explaining that starting “sometime in January 2011, all of
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`I took this photo of a more recent product and can attest that it accurately depicts
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`the configuration of the bottom VIPs of the 98596 and similar products, including
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`the one from the display table shown in the other photos.
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`7
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`PGR2021-00085
`Pelican EX1030 Page 8
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`our systems will have a two year shelf life”); see also EX1033-1035 (same). Thus,
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`the expiration date of this display-table 98596 product indicates that it was
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`manufactured in April of 2013.
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`12. The assembly process using straps also made use of a stiff plastic
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`frame placed inside of the sidewall VIPs to hold them in place and resist against
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`the inward forces applied during application of the strapping. First, the bottom and
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`sidewall VIPs are placed roughly into position with the cardboard corrugate on
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`their exteriors. Two of the sidewall VIPs are longer with freely extending ends,
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`while the other two sidewall VIPs are sized to fit inside and abut up against the two
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`longer VIPs. Next, a supporting frame sized to fit snugly within the interior cavity
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`created by the sidewall VIPs, was placed towards the bottom of the interior cavity
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`created by the VIPs while the first strap was applied around the exterior of the
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`corrugate. Then, the frame was moved towards the opening of the sidewall VIP
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`assembly for application of additional straps, including the strap near the top, as
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`depicted in these photos as to the 98596 product:
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`8
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`PGR2021-00085
`Pelican EX1030 Page 9
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`Stiff supporting frame placed inside
`the VIPs to counter the inward forces
`exerted by the strapping process
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`“Top” strap
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`Longer VIP with
`freely projecting
`ends
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`Shorter VIP with
`ends abutting
`adjacent VIPs
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`Stiff supporting
`frame positioned
`towards outer
`opening to hold
`against inward
`compression
`forces from the
`strapping near
`the opening
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`“Top” strap
`nearest the
`opening
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`13. The VIPs of the NanoCool products are encased in a white film to
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`facilitate the vacuum sealing of the panels. There is excess white film at opposite
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`ends of each panel that forms a flap or strip of film material running lengthwise
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`down that edge of the VIP. The flap or strip of material running down the edge are
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`PGR2021-00085
`Pelican EX1030 Page 10
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`folded over the end of the VIP towards the outside of the VIP assembly. For the
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`two VIPs that are sized to fit between two adjacent VIPs, the folded-over strip of
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`material presses against the adjacent VIP abutting that end, as shown below:
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`Excess white film strips
`folded over and pressing
`against adjacent VIPs
`when assembled
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`14. Another NanoCool product, designated by product number 85361,
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`also has the same design configuration as the 98596 product shown in the photos
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`above and was made by the same process. Thus, the 98596 and 85361 products
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`can be collectively referred to as “98596-type” products all having the same
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`relevant design.
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`b. NanoCool’s 98830 Products
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`15. As I mentioned previously, NanoCool also made shippers having a
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`top VIP resting on the sidewall VIPs instead of a cooling engine. One product
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`with this design is the 98830 product, two photos of which taken by me are shown
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`below:
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`10
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`PGR2021-00085
`Pelican EX1030 Page 11
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`Sidewall VIPs placed to form box-shape
`assembly, then strapped together with
`cardboard corrugate protecting the VIPs
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`Top VIP
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`Outer box
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`98830 Product
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`16. Another difference from the 98596 product is that the 98830 product
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`uses only a single bottom VIP (instead of two bottom VIPs sandwiching a PCM).
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`In the 98830 product, the single bottom VIP dimensioned to be the same size as the
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`outer periphery of the assembled sidewall VIPs, just like the bottom-most VIP of
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`the 98596-type products. The sidewall and bottom VIPs (5 in total) of the 98830
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`products are protected by cardboard corrugate and, using the same type of stiff
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`supporting frame as described above,2 the VIPs are strapped together to form a
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`2 The 98830 product has the same length and width dimensions as the 98596
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`product, so the stiff supporting frame used is identical for both products. Products
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`having different dimensions used an appropriately sized supporting frame that
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`would be essentially identical to the one shown and described above in all other
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`11
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`PGR2021-00085
`Pelican EX1030 Page 12
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`stand-alone insert that can be covered with a top VIP and placed into an outer box
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`for shipping. Here are two photos of the cardboard-protected and strapped-
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`together VIPs from the 98830 product:
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`Sidewall VIPs
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`Bottom VIP
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`98830 Product
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`17. Other NanoCool products, designated by product number 85430 and
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`98630, also have the same configuration as the 98830 product shown in the photos
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`above and were made by the same process. Thus, the 98830, 85430, and 98630
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`products can be collectively referred to as “98830-type” products all having the
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`same relevant design.
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`18.
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`In signing this declaration, I recognize that the declaration will be
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`filed as evidence in a contested case before the Patent Trial and Appeal Board of
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`respects.
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`12
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`Pelican EX1030 Page 13
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`the United States Patent and Trademark Office. I also recognize that I may be
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`subject to cross—examination in the case and that cross-examination will take place
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`within the United States. If cross-examination is required of me, I will appear for
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`cross-examination within the United States during the time allotted for cross-
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`examination.
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`19.
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`I hereby declare that all statements made herein of my own
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`knowledge are true and that all statements made on information and belief are
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`believed to be true; and further that these statements were made with the
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`knowledge that willful false statements and the like so made are punishable by fine
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`or imprisonment, or both, under Section 1001 of Title 18 of the United States
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`Code.
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`Dated:
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`fig, 752/
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`%Z M
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`PGR2021-00085
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`Pelican EX1030 Page 14
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