McNamee v. MinXray, Inc.

370 F. Supp. 3d 928
CourtDistrict Court, E.D. Illinois
DecidedMarch 27, 2019
DocketNo. 17-cv-02057
StatusPublished
Cited by1 cases

This text of 370 F. Supp. 3d 928 (McNamee v. MinXray, Inc.) is published on Counsel Stack Legal Research, covering District Court, E.D. Illinois primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
McNamee v. MinXray, Inc., 370 F. Supp. 3d 928 (illinoised 2019).

Opinion

Honorable Edmond E. Chang, United States District Judge

Michael McNamee entered into a licensing agreement with MinXray, Inc., in which McNamee licensed certain portable digital x-ray technology to MinXray for a period of seven years.1 In exchange for the right to use the technology-which McNamee called the DIHP-MinXray was required to pay McNamee a royalty for each sale of one of its products that incorporated it. McNamee asserts in his Complaint that MinXray's products implemented proprietary technology that he invented outside of the DIHP, in violation of a non-disclosure agreement that the parties signed in 2006. He also claims that MinXray failed to pay him all the royalties to which he is entitled under the 2008 License Agreement for the DIHP product. Both McNamee and MinXray now move for summary judgment. For the reasons explained below, MinXray's motion is granted in its entirety and McNamee's motion is denied.

I. Background

In deciding cross motions for summary judgment, the Court views the facts in the light most favorable to the respective non-moving party. See Matsushita Elec. Indus. Co. v. Zenith Radio Corp. , 475 U.S. 574, 587, 106 S.Ct. 1348, 89 L.Ed.2d 538 (1986). So, when the Court evaluates McNamee's summary judgment motion, MinXray gets the benefit of reasonable inferences; conversely, when evaluating MinXray's filing (which the Court interprets as a cross-motion), the Court gives McNamee the benefit of the doubt.

Michael McNamee and his wife operate a company called Professional Portable X-Ray, Inc. (which goes by the acronym "PPX") that provides portable x-ray services to their clients, which primarily are nursing homes. R. 37.4, McNamee Dep. at 11:1-14. MinXray, Inc. sells portable x-ray equipment that can be used outside of a hospital-such as at a nursing home or veterinary facility. R. 37.2, Kretchmer Dep. at 6:24-8:18. To make the x-ray equipment portable, MinXray attached it to a wheeled stand and called this product the "XGS stand." Kretchmer Dep. at 16:9-17:18; R. 37.3, Kretchmer Aff. ¶ 3. PPX was initially a customer of MinXray's and, by the early 2000s, it had purchased at least ten XGS stands. McNamee Dep. at 19:1-15. MinXray continues to sell the XGS stand today. Kretchmer Dep. at 17:2-11.

By the turn of the century, though, the x-ray industry started transitioning from traditional film to digital film, which required different components and technology. Kretchmer Dep at 10:4-23, 24:2-27:14; Kretchmer Aff. ¶¶ 4, 5. Soon companies, including Canon and Source-Ray began developing portable digital x-ray systems. Kretchmer Dep. at 10:24-11:23; McNamee Dep. at 22:15-24:12. In order to keep up with the changing tide of the industry, MinXray could have done one of two things: (1) design an entirely new wheeled *930stand for the equipment needed to take digital x-rays; or (2) modify its existing XGS stand to include more spaces to house the additional equipment needed for digital x-rays. Kretchmer Aff. ¶ 5.

As it so happens, in 2005, McNamee developed a way to modify MinXray's XGS stand to hold digital x-ray equipment, obviating the need for PPX to purchase new stands from Canon or Source-Ray. McNamee Dep. 25:8-27:13. McNamee created and welded (or had someone weld) onto the stand a housing for various electronic components; a housing for the digital screen; and a shelf, with handles, that fits a laptop computer. Id. at 27:19-29:12. He called his invention the Digital Imaging Housing Package (DIHP). Kretchmer Dep. at 20:10-18. By 2006, PPX was using its fleet of XGS stands, modified with the DIHP, to take around 1,0000 digital x-rays a month. McNamee Dep. at 30:8-12. Despite this, McNamee did not apply for a patent on the DIHP. Id. at 57:3-8.

By mid-2006, MinXray had gotten wind of McNamee's design and approached him about using the DIHP to modify XGS stands for its other customers. McNamee Dep. at 37:14-39:18. In October 2006, the two parties entered into a non-disclosure agreement in which MinXray agreed not to use information about McNamee's invention unless and until the parties entered into a business relationship. R. 1.1, 2006 Non-Disclosure Agreement. A year and a half later, McNamee and MinXray entered into a licensing and royalty agreement for the DIHP. R. 1-2, 2008 License Agreement. It provided MinXray with permission to use the DIHP invention to modify its XGS stands for seven years, until 2015. Id. § 3.1. In exchange, MinXray would pay McNamee a royalty fee of $ 2,500 for each unit sold that incorporated the DIHP. Id. § 6. Once the royalty period ended in May 2015, the license would convert to a royalty-free, perpetual license to MinXray for the DIHP. Id. § 3.1. The agreement also contained a list of definitions, including a definition of the licensed "Product":

Product shall mean McNamee's Digital Imaging Housing Package, which consists of three main components when sold by Licensee as either an integrated OEM assembly, or as an integrated retrofit system, for use in a portable stand together with Licensee's Equipment, the components for which Digital Imaging Housing Package are described as follows:
Component A: Digital Panel Detector Storage Compartment. The first component is a heavy-duty stainless steel box mounted in the middle position of the rear side of a portable stand. That box provides a sturdy, protective storage sleeve for a flat panel detector.
Component B: Power/Interface Component and Configuration. The second component is a heavy-duty stainless steel box mounted to the lower portion of the front side of a portable stand, which houses McNamee's power/data interface configuration. McNamee's configuration allows for the proper distribution of power to, and transfer of data between, an x-ray generator, a laptop computer and a flat panel detector. This configuration also allows for a flat panel detector to directly control an x-ray generator for the purposes of x-ray exposure.
Component C: Laptop Platform Handle. The third component is a heavy-duty stainless steel handle mounted on the upper portion of the rear side of a portable stand. The handle provides a performance platform for a laptop computer. Two wheels are affixed to the handle to allow for easy, stable loading and unloading of a complete mobile direct digital radiography *931system to and from a transport vehicle.

2008 License Agreement, Exh. A. ¶ 3. It is undisputed that, between May 2008 and May 2015, MinXray sold 112 XGS stands modified with the DIHP. Pl.'s Resp. DSOF ¶ 12. It is likewise undisputed that MinXray paid McNamee a royalty on all of those sales. Id ; see also Kretchmer Aff. ¶ 6.

McNamee brought this action in 2017 and argues that MinXray is liable on one of two alternative theories.

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Bluebook (online)
370 F. Supp. 3d 928, Counsel Stack Legal Research, https://law.counselstack.com/opinion/mcnamee-v-minxray-inc-illinoised-2019.