In Re CLARKE

CourtCourt of Appeals for the Federal Circuit
DecidedMarch 26, 2020
Docket19-1698
StatusUnpublished

This text of In Re CLARKE (In Re CLARKE) is published on Counsel Stack Legal Research, covering Court of Appeals for the Federal Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
In Re CLARKE, (Fed. Cir. 2020).

Opinion

Case: 19-1698 Document: 51 Page: 1 Filed: 03/26/2020

NOTE: This disposition is nonprecedential.

United States Court of Appeals for the Federal Circuit ______________________

IN RE: RAYMOND CLARKE, LANDEC CORPORATION, Appellants ______________________

2019-1698 ______________________

Appeal from the United States Patent and Trademark Office, Patent Trial and Appeal Board in No. 14/480,625. ______________________

Decided: March 26, 2020 ______________________

JAMES S. MCDONALD, Walnut Creek, CA, for appel- lants.

FRANCES LYNCH, Office of the Solicitor, United States Patent and Trademark Office, Alexandria, VA, for appellee Andrei Iancu. Also represented by THOMAS W. KRAUSE, WILLIAM LAMARCA, MEREDITH HOPE SCHOENFELD. ______________________

Before O’MALLEY, MAYER, and WALLACH, Circuit Judges. PER CURIAM. Raymond Clarke and Landec Corporation (hereinafter “Clarke”) appeal a decision of the Patent Trial and Appeal Board (“Board”) affirming, in relevant part, the Case: 19-1698 Document: 51 Page: 2 Filed: 03/26/2020

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unpatentability of proposed claims 1–8 and 10–15 in U.S. Patent Application No. 14/480,625 (“’625 application”). See Ex parte Clarke, 2018 Pat. App. LEXIS 8711 (P.T.A.B. Oct. 29, 2018). For the reasons discussed below, we affirm the Board’s decision. I. BACKGROUND A. The ’625 Application The ’625 application, filed on September 8, 2014, is di- rected to packaging for respiring biological material. The application explains that fruits—which are respiring bio- logical material—consume oxygen and produce carbon di- oxide at rates that depend on the age of the fruits. Many fruits are picked before they are ripe, transported under conditions that deter ripening, and then exposed to eth- ylene, a gaseous plant hormone, to promote rapid ripening of the fruit at a final destination. Packages designed to transport such fruits must, therefore, account for respira- tion, which impacts oxygen and ethylene levels inside a container, to ensure a desired atmosphere within the pack- age. The invention disclosed in the ’625 application is useful for storing and ripening fruits that ripen “when exposed to ethylene or another [ethylene ripening agent].” J.A. 163. Such fruits include bananas, tomatoes, avocados, Bartlett pears, kiwis, melons, peppers, and mangos. These fruits are often picked when unripe and commercially ripened near a final point of sale via exposure to ethylene in a rip- ening room. The commercial ripening process can pose a problem, however, because produce is shipped in sealed bags that must be opened to allow ethylene exposure and because ripening can occur rapidly once fruits are exposed to ethylene. The ’625 application discloses a fruit ripening con- tainer that “mitigate[s] or overcome[s]” these problems by “provid[ing] a pathway for oxygen, carbon dioxide and Case: 19-1698 Document: 51 Page: 3 Filed: 03/26/2020

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ethylene to enter or leave the container.” J.A. 147. Specif- ically, it discloses containers that: include at least one atmosphere control member which provides a pathway for O2 and CO2, and which preferably comprises a gas-permeable mem- brane comprising (1) a microporous polymeric film, and (2) a polymeric coating on the microporous film. J.A. 161. The atmosphere control member (“ACM”) is “preferably a control member as described in one or more of U.S. Patent Nos. 6,013,293 [De Moor] and 6,376,032 and International Publication No. W000/04787 . . . . ” Id. The specification discloses two types of control members, Type S and Type A, with differing oxygen permeabilities. The ACM is secured to a portion of the container, usually a bag, in which one or more round holes has been cut. J.A. 168. It may be secured on the interior or exterior of the bag. J.A. 169. The ’625 application’s proposed claims are directed to a “sealed container,” a “method of ripening fruit” in a sealed container, and a “method of storing and/or ripening a re- spiring biological material” in a sealed package. J.A. 277– 80. Amended claim 1 is illustrative of the claims at issue on appeal: A sealed container which comprises (a) at least 4 kg of a respiring biological ma- terial, and (b) a packaging atmosphere around the re- spiring biological material, and (c) an atmosphere control member which (i) provides a pathway for oxygen, carbon dioxide and ethylene to Case: 19-1698 Document: 51 Page: 4 Filed: 03/26/2020

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enter or leave the packaging atmos- phere, and (ii) consists of a membrane which comprises a microporous film and a polymeric coating on the mi- croporous film, and which has an [oxygen permeability], at all tem- peratures between 20º and 25ºC, of at least 50,000 ml/100 inch2.atm.24hrs; the sealed container having (i) an oxygen permea- bility at 13°C per kilogram of the respiring biologi- cal material in the container (OP13/kg) of at least 700, and (ii) an ethylene permeability at 13°C per kilogram of the respiring biological material in the container (EtP13/kg) which is at least 2 times the OP13/kg, and the respiring biological material being a fruit se- lected from the group consisting of apples, apricots, avocados, blackberries, blueberries, cherimoyas, dates, figs, mangos, melons, peaches, papayas, pears, pineapples, peppers, persimmons, plums, cherries, grapes, lemons, oranges, tomatoes, rasp- berries, strawberries, nectarines, kiwis and toma- toes. J.A. 277. Amended independent claim 12, a method claim, mirrors claim 1 and adds the additional limitation of “plac- ing the sealed container in an atmosphere containing eth- ylene.” J.A. 278–79. B. Prior Art The Board relied on six prior art references in the por- tions of its analysis that Clarke challenges on appeal. We describe each in turn. Case: 19-1698 Document: 51 Page: 5 Filed: 03/26/2020

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De Moor. U.S. Patent No. 6,013,293 (“De Moor”), titled “Packing Respiring Biological Materials with Atmosphere Control Member,” issued on January 11, 2000. J.A. 95. De Moor explains that respiring biological materials consume oxygen and produce carbon dioxide such that they should be stored in a container that is sufficiently permeable to those gases. J.A. 99. According to De Moor, prior art pack- aging was inadequate because polymeric films alone do not have adequate oxygen and carbon dioxide transmission rates. Id. De Moor teaches a container made up of a relatively oxygen and carbon dioxide impermeable barrier and an ACM that is relatively permeable. Id. One example of the De Moor invention is depicted in Figure 2:

J.A. 97. De Moor’s ACM 12 “comprises a gas-permeable membrane 121 and an apertured cover member 122” that covers an aperture 123 cut into the bag. J.A. 102. De Moor discloses an oxygen permeability of the gas permeable member of at least 50,000 cc/100 inch2.atm.24hr at all tem- peratures between 20º and 25ºC. J.A. 101. Schreiber. U.S. Patent No. 5,332,088 (“Schreiber”), ti- tled “Fruit Display Box with Hand Holes,” issued July 26, 1994. J.A. 84. Schreiber discloses a shipping container Case: 19-1698 Document: 51 Page: 6 Filed: 03/26/2020

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packed with 40 pounds (about 18 kilograms) of bananas. J.A. 86. Curtis. U.S. Patent No. 6,085,930 (“Curtis”), titled “Controlled Atmosphere Package,” issued July 11, 2000. J.A. 105. Curtis teaches using a gas permeable membrane to control gas concentrations within fruit packaging. J.A. 113. Curtis further teaches, “the rate at which a spe- cific gas permeates through a membrane is proportional to the difference between the concentrations of that specific gas on both sides of the permeable membrane.” J.A. 112. Nakata. U.S. Patent No. 6,348,271 (“Nakata”), titled “Film Having Gas Permeability,” issued on February 19, 2002. J.A. 119. Nakata, like Curtis, teaches permeable films with varying permeabilities to oxygen and ethylene. J.A. 127–28, tbl.1.

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