Geigtech East Bay LLC v. Lutron Electronics Co., Inc.
- Colleen McMahon
- 1:18-cv-05290
- U.S. District Court · Southern District of New York
- 8
Geigtech East Bay v. Lutron Electronics: Judge McMahon found no protectable trade dress and entered a verdict for Lutron on GeigTech’s claims.
Geigtech East Bay LLC’s federal and common-law trade-dress claims were dismissed, and Lutron Electronics Co., Inc. prevailed on those claims.
What happened
In Geigtech East Bay LLC v. Lutron Electronics Co., Inc., GeigTech claimed that Lutron’s Palladiom window-shading system infringed the appearance of GeigTech’s exposed brackets and installed shades under federal and common-law trade-dress protections.
The court found that the claimed shapes were common in the shading industry, that the designs performed useful functions, and that GeigTech had not shown that consumers associated the appearance with GeigTech. The court also found little or no likelihood that professional purchasers would confuse the two companies’ products.
Judge Colleen McMahon concluded that GeigTech had not proved its trade-dress claims by a preponderance of the evidence and issued a defendant’s verdict in favor of Lutron, dismissing those claims.
The detailed version
- Geigtech East Bay LLC v. Lutron Electronics Co., Inc. · No. 1:18-cv-05290
- Colleen McMahon
- Mar. 21, 2024
Background
GeigTech asserted trade-dress claims against Lutron under the Lanham Act and common law. The claimed trade dress was what the court called “The J. Geiger Look” for high-end exposed window shades. It concerned circular or U-shaped brackets installed with a shade roller and fabric, including jamb, center, and end brackets designed to produce a clean, seamless appearance. The dispute concerned Lutron’s Palladiom shading system, launched in 2017.
Legal standard
The court explained that GeigTech had to prove, by a preponderance of the evidence, that its claimed trade dress had a precise and non-generic definition, was not functional, had acquired secondary meaning, and was sufficiently similar to Lutron’s product to create a likelihood of confusion. “Secondary meaning” means that consumers primarily associate a product’s appearance with a particular source rather than with the product itself.
Findings on protectability
The court found that GeigTech’s claimed trade dress used circular and tombstone-shaped brackets that were common throughout the shading industry. Similar shapes had been used for many years, including by other companies. The court also found that generalized descriptions such as “clean,” “seamless,” “minimalistic,” and “modern” were too abstract to receive trade-dress protection.
The court rejected GeigTech’s reliance on the quality, materials, precision, craftsmanship, and durability of its brackets because those characteristics were not included in GeigTech’s trade-dress definitions and did not make otherwise generic shapes protectable. The court also found that hiding wiring and fasteners without using caps was a refinement of existing shading technology, not a protectable trade-dress feature.
Because GeigTech’s trade dress was unregistered, it was presumed functional. The court found that GeigTech’s utility patents strengthened that presumption because they covered exposed brackets that hid wires and fasteners, the circular and U-shaped configurations, surfaces that concealed wiring, the clean appearance, and the center bracket’s placement between two shades. The court also found that the design improved the quality and installation of the shading system, including by helping manage wires, reduce light gaps, and allow flexibility in installation. GeigTech’s design patents did not overcome the stronger evidence from its utility patents.
Secondary meaning
The court found that GeigTech had not proved secondary meaning as of 2017. GeigTech had sold about 350 shading units, but the court found that this was a small number compared with the relevant market as described at trial. GeigTech had spent about 25% of its earnings on advertising, but the advertising campaign was unsuccessful and was ended in 2016; some of the advertising also concerned a product outside the claimed trade dress.
Although GeigTech had been the only company in a small, high-end segment for about five and one-half years, similar design features had long been used by competitors throughout the broader shading industry. GeigTech did not offer a consumer survey from 2017. A survey conducted for Lutron in 2022 indicated very little source recognition for either company’s shades. The court also found that limited recognition by some marketplace participants and three online articles were insufficient to establish secondary meaning.
The court found that Lutron’s Snowy Owl project involved copying or “industrial espionage,” but concluded that this evidence did not establish secondary meaning. According to the court, Lutron sought to use desirable product features and compete in GeigTech’s market, not to make consumers believe that Lutron was selling GeigTech shades.
Likelihood of confusion
The court found that evidence of likelihood of confusion was weak to nonexistent. Witnesses agreed that professional purchasers such as decorators, architects, and builders were unlikely to confuse the products. The court identified differences between the brackets, including Lutron’s T-shaped mounting bar and the absence of GeigTech’s distinctive “step” feature.
The court further found that any inference of confusion from intentional copying had been rebutted. Lutron copied desirable features but did not intend consumers to think that its product came from GeigTech. The court concluded that Palladiom achieved a similar appearance without creating brand confusion.
Disposition
Judge Colleen McMahon concluded that GeigTech had not proved its trade-dress claims under either the Lanham Act or common law by a preponderance of the evidence. The court issued a defendant’s verdict in favor of Lutron and dismissed GeigTech’s trade-dress claims.
Read the full 8-page opinion on CourtListener, the free public archive maintained by the Free Law Project.