Flexible Steel Lacing Company v. Conveyor Accessories, Inc.

CourtCourt of Appeals for the Seventh Circuit
DecidedApril 7, 2020
Docket19-2035
StatusPublished

This text of Flexible Steel Lacing Company v. Conveyor Accessories, Inc. (Flexible Steel Lacing Company v. Conveyor Accessories, Inc.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Seventh Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Flexible Steel Lacing Company v. Conveyor Accessories, Inc., (7th Cir. 2020).

Opinion

In the

United States Court of Appeals For the Seventh Circuit ____________________ No. 19‐2035 FLEXIBLE STEEL LACING COMPANY, Plaintiff‐Appellant, v.

CONVEYOR ACCESSORIES, INC., Defendant‐Appellee. ____________________

Appeal from the United States District Court for the Northern District of Illinois, Eastern Division. No. 1:17‐cv‐05540 — Ruben Castillo, Judge. ____________________

ARGUED FEBRUARY 19, 2020 — DECIDED APRIL 7, 2020 ____________________

Before WOOD, Chief Judge, and FLAUM and RIPPLE, Circuit Judges. RIPPLE, Circuit Judge. Flexible Steel Lacing Co. (“Flexco”) brought this action for trade dress infringement and unfair competition against Conveyor Accessories, Inc. (“CAI”). Flexco alleges that CAI infringed its registered and common law trade dress by promoting and selling conveyor belt fas‐ teners with a product design that is confusingly similar to the product design of Flexco’s fasteners. In its complaint, 2 No. 19‐2035

Flexco set forth claims brought under the Lanham Act, 15 U.S.C. §§ 1114 and 1125(a), claims for common law unfair competition and trademark infringement, and a claim brought under the Illinois Uniform Deceptive Trade Practic‐ 1 es Act, 815 ILCS 510/2. CAI answered the complaint and asserted counterclaims seeking cancellation of Flexco’s registered trademarks and seeking a declaratory judgment of invalidity, unenforceabil‐ ity, and noninfringement. CAI moved for summary judg‐ ment, contending that Flexco’s trade dress is functional and therefore invalid. Flexco moved for partial summary judg‐ ment on other grounds. The district court granted summary judgment in favor of CAI, holding that Flexco’s trade dress was functional. It de‐ nied Flexco’s motion for partial summary judgment and dismissed CAI’s remaining counterclaims as moot. Flexco filed a timely notice of appeal seeking reversal of the district court’s grant of summary judgment in favor of CAI with re‐ 2 spect to one of its registered marks.

1 The district court had federal question jurisdiction over Flexco’s Lan‐ ham Act claims pursuant to 15 U.S.C. § 1121 and 28 U.S.C. §§ 1331 and 1338(a). The district court’s jurisdiction over Flexco’s common law trademark infringement, unfair competition, and state law deceptive trade practices claims rested on 28 U.S.C. § 1367(a). 2 We have jurisdiction pursuant to 15 U.S.C. § 1121, which grants federal courts of appeals appellate jurisdiction over cases arising under the Lan‐ ham Act, and 28 U.S.C. § 1291, because this is a timely appeal of right from a final judgment of a district court. No. 19‐2035 3

We agree with the district court’s ruling and hold that Flexco’s trade dress is invalid because it is functional. We accordingly affirm the district court’s judgment. I. BACKGROUND A. Facts 1. Belt Conveyor Systems and Fasteners Flexco and CAI are competitors in the belt conveyor in‐ dustry. Belt conveyors are used in a wide variety of material handling applications, ranging from transporting coal from a mine shaft to moving groceries at the checkout lane. Many belt conveyor systems employ an endless flexible rubber belt comprised of multiple high‐strength rubber‐belt segments that are spliced together. Mechanical belt fasteners can be used to splice the belt segments together. Flexco likens mechanical belt fasteners to 3 steel clips. The following illustrations, Figures 1 and 4 of Flexco’s design patent, depict, respectively, a perspective view of a conveyor belt fastener and a left side elevational view of the conveyor belt fastener:

3 Appellant’s Br. 5. 4 No. 19‐2035

The fasteners feature top and bottom plates that are joined by curved bows. The plates have holes through which rivets are driven. A set of fasteners is attached to the end of a belt segment by inserting rivets through each of the holes in the upper plate. The rivets then puncture the conveyor belt material before exiting through the holes in the bottom plate. Securing the fastener in this fashion draws the top and bot‐ tom plates together and causes the fastener to “bite” into the

4 R.71‐6 at 3. No. 19‐2035 5

5 belt. This process is repeated with a second set of fasteners that is attached to the opposing end of a second belt seg‐ ment. After the fasteners have been installed onto the respec‐ tive ends of the opposing belt segments, the belt segments are connected together by interlocking the opposing fasten‐ ers and inserting a hinge pin through the space formed by the interlocking fastener bows. Once the hinge pin is insert‐ ed, the fasteners form a mechanical splice. The mechanical splice operates like a door hinge that flexes with the convey‐ or belt as it rotates around the conveyor system. Flexco manufactures a variety of products for the belt conveyor industry, including mechanical belt fasteners, which are the subject of its asserted trade dress. The holding capacity of Flexco’s fasteners is achieved through a combina‐ tion of compression and penetration, which is how firmly 6 and deeply the top and bottom plates bite into the belt. In general, one of the goals when designing a belt fastener is to ensure that the fastener provides sufficient holding capacity for the particular application without making the plates too 7 thick. The particular fastener design at issue in this case in‐ volves the shape and the profile of the fastener’s leading edge. The following illustration, Figure 2 of Flexco’s utility patent, depicts a strip of fasteners before it is riveted to a belt:

5 Appellant’s Br. 6.

6 R.71‐12 at 8; Appellant’s Br. 7.

7 R.83‐1 ¶ 9. 6 No. 19‐2035

The numbers 44 and 46 in the illustration above identify 9 the leading edges of the upper and lower plates. Plates that are too thick may be subject to “blunt impacts from the scraper blades and plows, as well as highly abrasive prod‐ ucts carried on the belt such as coal or stone, resulting in ex‐ cessive wear on the fastener’s leading edge that, over time, 10 will affect the integrity of the splice.”

8 R.71‐4 at 3.

9 R.83‐1 ¶ 11.

10 Appellant’s Br. 7. No. 19‐2035 7

2. Flexco’s Fastener With A Scalloped Leading Edge Flexco always has beveled the leading edges on its fas‐ teners to reduce wear.11 Traditionally, the leading edges of Flexco’s fasteners have been straight edged. In 1999, howev‐ er, Flexco introduced the Scalloped Edge™ fastener, a me‐ chanical belt fastener featuring leading edges that are scal‐ 12 loped, as depicted in the above illustrations. As shown in Figure 2 of the utility patent above, the scalloped leading edge, identified by the number 46, is comprised of two outer convex curves, both identified by the number 88, and a sin‐ gle concave curve, identified by the number 90. Edward Musil, an engineering manager at Flexco from 1972 until 2006, was involved in the development of the scal‐ loped edge fastener. Before the fastener’s commercial re‐ lease, Mr. Musil stated that “the main purpose of a scalloped edge will be to prevent fasteners from getting scraped off by 13 the [belt] cleaner.” In 1998, Mr.

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Flexible Steel Lacing Company v. Conveyor Accessories, Inc., Counsel Stack Legal Research, https://law.counselstack.com/opinion/flexible-steel-lacing-company-v-conveyor-accessories-inc-ca7-2020.