Fail-Safe LLC v. A.O. Smith Corp.

744 F. Supp. 2d 831, 2010 U.S. Dist. LEXIS 92454, 2010 WL 3503427
CourtDistrict Court, E.D. Wisconsin
DecidedSeptember 3, 2010
Docket2:08-cr-00310
StatusPublished
Cited by7 cases

This text of 744 F. Supp. 2d 831 (Fail-Safe LLC v. A.O. Smith Corp.) is published on Counsel Stack Legal Research, covering District Court, E.D. Wisconsin primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Fail-Safe LLC v. A.O. Smith Corp., 744 F. Supp. 2d 831, 2010 U.S. Dist. LEXIS 92454, 2010 WL 3503427 (E.D. Wis. 2010).

Opinion

ORDER

J.P. STADTMUELLER, District Judge.

Litigation is often the story of regret, and the underlying facts in this case present the quintessential example of such a tale. Undoubtedly, the defendant, A.O. Smith Corporation (“AOS”), wishes it had never contacted the plaintiff, Fail-Safe LLC (“FS”), in 2002 regarding the safety device that FS had developed for use in swimming pools. Similarly, the plaintiff likely laments the fact that it never entered into a written agreement with AOS either formalizing the two companies’ relationship or, at the very least, protecting the confidentiality of the information FS was imparting to AOS in discussions with AOS representatives. Moreover, if FS could turn back the hands of time, it surely would have filed its complaint in this case sooner than April 11, 2008. (Docket # 1). In short, the instant case, as it stands today, is a product of a series of questionable business decisions by both sides, causing each respective party a considerable amount of angst and regret. Against this backdrop, the court must resolve the defendant’s January 5, 2010 motion for partial summary judgment (Docket # 121), the motion identified by all of the parties as the issue on the clerk’s docket that the court should first decide. (Docket # 186). This order will also discuss several other pending motions and the future course of this litigation. The court’s hope is that, through this order, the parties’ tale of regret will soon reach its final chapter. The court begins by noting the undisputed facts animating the defendant’s motion for summary judgment.

UNDISPUTED FACTS 1

This case centers on the two parties’ efforts to develop appropriate technology to effectively combat “pool suction entrapment” accidents. Pool suction entrapment occurs when a swimmer is trapped by the suction forces created by water rushing out of a drain in an artificial pool, such as a swimming pool, hot tub, or spa. 2 Pool suction entrapment can be quite serious. *834 During the period 1999 to 2009, the Consumer Product Safety Commission reported ninety-four incidents of “circulation entrapments, including 12 fatalities ... and 79 injuries.” See Kevin Gipson, 1999-2009 Reported Circulation/Suction Entrapments Associated with Pools, Spas, and Whirlpool Tubs, 2010 Memorandum, United States Consumer Product Safety commission, (May 24, 2010) http://www. cpsc.gov/library/foia/foialO/os/entraplO.pdf (last visited August 27, 2010). Threatened by costly litigation, the swimming pool industry, including the two parties, has endeavored to eliminate accidents caused by pool suction entrapment by developing a safety vacuum release system 3 (“SVRS”), the general term used to refer to a drain entrapment release device. The court begins by discussing FS’s initial efforts to develop a successful SVRS.

A. FS, the FBSI, and the Suction Safe Pump

Founded in 1997 by Joe Cohen (“Cohen”), FS is a Colorado limited liability company that manufactures anti-entrapment devices. FS’s initial attempt at creating a SVRS was its Flow Blockage Suction Interrupt (“FBSI”) valve, a “mechanical valve” that operated by letting “air into [a pool’s] piping,” releasing the vacuum that was creating the suctioning of water and, in turn, releasing the bather. (PPFF ¶ 122). The FBSI valve was triggered “when the vacuum in a pool’s circulation system reache[d] a designated level.” (PPFF ¶ 122). However, the valve, by removing water from the pool’s piping, caused the well-pump motor in the pool to overheat, as “the heat of the motor running without water would damage or destroy the attached pump.” (PPFF ¶ 122). The flaw with the FBSI valve prompted FS to “approach” outside companies to seek a solution to the problem with the valve, including the Franklin Electric Company (“Franklin”). (DPFF ¶ 26).

Around 1987, Franklin had developed a technology called the “Pumptec,” later, known as the “Loadtec” (McAfee Dep. 16), that was used initially in jetted-bathtubs and in submersible wells. 4 Franklin’s invention was an “underload sensing device” that would determine “when a pump ... [was] not running full,” such as when the water level in a jetted bathtub “didn’t cover the jets,” and would “shut down” the motor. (McAfee Dep. 13-14). “Franklin was awarded patents 5 related to detecting *835 the unloading of pump motors by measuring a decrease in the motor’s power factor. 6 ” (DPFF ¶ 18). The Loadtec product that was sold by Franklin in the “early 1990s” had a feature that allowed for a two-minute delay on start-up, (McAfee Dep. 25), and would shut off in response to “situation where the flow was blocked if the power factor dropped below” a certain trip point. 7 Id. at 229.

FS hoped that it could use Franklin’s technology in conjunction with the FBSI valve to shut down a pool’s well-pump motor at the appropriate time. As a consequence, “FS and Franklin entered into a written agreement in July 1999,” (DPFF ¶27), where FS “aequire[d] the exclusive marketing rights of the Loadtec Technology with respect to swimming pool circulation pumps in order to sell a Franklin pump motor along with the [FS] valve as a complete safety package.” See Docket # 122 Ex. 16 (“Agreement Between Franklin Electric Co., Inc. and Fail-Safe, LLC for the License of the Franklin Loadtec Technology”). Several adjustments had to be made to Franklin’s technology to have it operate properly with FS’s valve. For example, a “soft-start feature” was added, which “slowed acceleration when the motor started up” in order to “reduce pressure spikes in the circulation system.” (PPFF ¶ 126). The nature of the other adjustments that were made to Franklin’s technology and who was responsible for such adjustments are disputed by the parties. 8 It is undisputed, however, that the motor, as modified, contained a “startup logic delay, a means to detect loss of water flow, the use of a soft-start as applied to a swimming pool pump motor, and a means to enable pool pump motors to accommodate the varying electrical power level available to the pump.” 9 (PPFF ¶ 135). The motor and valve collectively were known as the “Suction-Safe Pump.”

*836 The Suction-Safe Pump was “offered for sale [to the public] beginning in 1999 and [was] demonstrated at trade shows.” (DPFF ¶ 29). The product was not terribly successful though, as the estimated sales for the device through 2003 were “approximately 300 to 350 units.” (DPFF ¶ 30). The Suction-Safe Pump “suffered from nuisance trips” (Pl.’s Resp. DPFF ¶ 31) and, in August of 2001, FS, in conjunction with Franklin, conducted tests on the altered load-sensor, finding the “trip points for hazards and the normal operating parameters to avoid shutting down [the motor] in the wrong circumstances.” 10 (PPFF ¶ 131).

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Bluebook (online)
744 F. Supp. 2d 831, 2010 U.S. Dist. LEXIS 92454, 2010 WL 3503427, Counsel Stack Legal Research, https://law.counselstack.com/opinion/fail-safe-llc-v-ao-smith-corp-wied-2010.