Soot v. General Electric Co.

681 F. Supp. 157, 5 U.S.P.Q. 2d (BNA) 1930, 1987 U.S. Dist. LEXIS 13031, 1987 WL 43927
CourtDistrict Court, S.D. New York
DecidedDecember 10, 1987
Docket85 Civ. 6492 (JMC)
StatusPublished
Cited by7 cases

This text of 681 F. Supp. 157 (Soot v. General Electric Co.) is published on Counsel Stack Legal Research, covering District Court, S.D. New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Soot v. General Electric Co., 681 F. Supp. 157, 5 U.S.P.Q. 2d (BNA) 1930, 1987 U.S. Dist. LEXIS 13031, 1987 WL 43927 (S.D.N.Y. 1987).

Opinion

*159 MEMORANDUM AND ORDER

CANNELLA, District Judge:

Defendant’s motion for summary judgment with respect to the issues of laches, barring plaintiff from seeking or recovering damages for alleged infringement prior to the commencement of this action, is granted. Fed.R.Civ.P. 56.

BACKGROUND

Plaintiff Olaf Soot, a consulting engineer, holds U.S. Patent 4,034,227, filed on February 2,1976 and issued to Soot oh July 5, 1977 [the “227 Patent”], and U.S. Patent 4,088,897, filed on January 19, 1977 and issued to Soot on May 9, 1978 [the “897 Patent”] [collectively the “Soot Patents”]. The Soot Patents relate generally to a high density nuclear fuel storage rack used in nuclear reactors. The rack is comprised of a number of elongated, rectangular tubes joined at the corners to form a checkerboard pattern. On August 19, 1985, Soot filed suit against General Electric Company [“GE”], alleging infringement of the Soot Patents.

Nuclear reactors produce electric power by creating a sustained nuclear reaction through the interaction of different nuclear fuels. During the nuclear reaction, the nuclear fuels are burned, a process that generates tremendous heat, which is then converted into electricity. A nuclear reactor plant must contain adequate facilities to store the nuclear fuel, both prior to and following its use in the reactor core.

In the mid-1970s, the nuclear power industry began developing nuclear fuel storage racks that could be placed closer to one another, in order to more efficiently utilize available space. These came to be known in the industry as “high density” storage racks. At about this time, GE was developing various versions of high density storage racks. In 1976, GE learned of the development by Brooks & Perkins, a Michigan company [“B & P”], of a prefabricated rectangular tube that could be assembled into fuel storage racks, and into which could be inserted nuclear fuel [“B & P tubes”].

In May 1977, E.A. Grimm and L.L. Zahn of GE, and R.C. Karzmar of B & P completed a paper detailing the design of high density spent fuel storage systems, and discussing both GE’s storage rack design and B & P’s rectangular tube design. The paper, entitled “High Density Fuel Storage For Boiling Water Reactors,” was presented at the June 12-16, 1977 Annual Meeting of the American Nuclear Society, in New York [the “GE-ANS Paper”]. On the same day that the GE-ANS Paper was presented, another paper, written by Soot, Alexander McPhee and Gunnar Harstead, entitled “Dry Spent Fuel Cask Handling System,” was also presented [the “Soot-ANS Paper”]. Soot and Harstead were business associates and had their own consulting company, Soot & Harstead Associates, P.C. [“SHA”]. Soot and Harstead did not attend the session at which the GE-ANS and Soot-ANS Papers were presented.

Also in June 1977, GE entered into an agreement with the Northern States Power Company [“NSP”] to replace the existing fuel storage racks at NSP’s nuclear reactor in Monticello with GE’s high density storage rack utilizing B & P tubes. Because this represented a significant modification at the Monticello facility, the Nuclear Regulatory Commission [“NRC”] required NSP, as operator of the facility, to submit a report describing the proposed modification. In August, NSP submitted a “Design Report And Safety Evaluation For Replacement of Spent Fuel Pool Storage Racks” at the Monticello facility.

In mid-July 1977, the Leslie & Elliott Company of New Jersey, submitted to the Tennessee Valley Authority [“TVA”], a Technical Proposal for “Spent Fuel Storage Racks” for the TVA’s Watts Bar nuclear facilities [the “TVA Proposal”]. The TVA Proposal contained the contributions of SHA, Soot’s and Harstead’s consulting company, and the S.M. Stoller Corporation [“Stoller”]. The Proposal described how the high density storage rack design proposed for the Watts Bar facilities had been developed by Stoller and SHA, and was based on the utilization of B & P’s contain *160 er tube design. The Proposal went on to mention the fact that other storage rack suppliers planned to utilize the B & P tubes, and specifically noted the GE-ANS Paper as describing one such application for high density storage racks, then pending before the NRC.

GE first learned of the Soot Patents between May and June 1978. In October, following consideration, GE concluded that its storage rack design did not infringe any claims of the Soot Patents and that the patents were probably invalid in light of earlier patents held by GE. Accordingly, GE decided to take no further action with regard to the Soot Patents and proceeded to construct and install high density storage racks for the TVA’s Browns Ferry, the Georgia Power Company’s Hatch, and the Carolina Power & Light Company’s Brunswick nuclear facilities, among others.

In early 1983, an SHA employee conducted a search of the NRC’s Public Document Room. Based on the results of this search, Soot obtained and reviewed NSP’s August 1977 submission to the NRC regarding GE’s installation of high density storage racks at the Monticello facility. Soot also reviewed additional NRC submissions concerning other facilities utilizing GE’s storage rack system, as well as a November 1977 GE report entitled “Design Report And Safety Evaluation For High Density Fuel Storage System.” On June 30, Soot’s attorney wrote to the President of GE and offered a nonexclusive license under the Soot Patents. Correspondence between Soot’s attorney and GE continued until July 1984, at which time GE expressed doubts about the validity of the Soot Patents and declared that it had no interest in pursuing licensing discussions. Approximately eleven months later, on August 19, 1985, Soot commenced this action for infringement. Following the completion of discovery, GE brought the instant motion for summary judgment.

DISCUSSION

In addition to the motion for summary judgment, Soot has moved to strike four affidavits and arguments based upon them that were offered in reply to Soot’s opposition to, and in further support of, GE’s motion. The Court shall first address Soot’s motion to strike.

I. SOOT’S MOTION TO STRIKE

On January 20, 1987, GE filed its motion for summary judgment. By stipulation, Soot’s opposition papers were due on February 20. On February 19, GE deposed Gunnar Harstead, Soot's partner in SHA and a co-author of the Soot-ANS Paper. On February 20, Soot filed its opposition to GE’s motion. On February 26, Soot filed a supplemental memorandum, along with affidavits from Soot and Harstead, in which they state that they had not attended the June 1977 ANS meeting, were unaware of the presentation of the GE-ANS Paper at the same session at which the Soot-ANS Paper was presented and that it had not been necessary for either of them to be present at the ANS session for their paper to be delivered.

Also on February 26, GE submitted its reply to Soot’s opposition to the motion for summary judgment.

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681 F. Supp. 157, 5 U.S.P.Q. 2d (BNA) 1930, 1987 U.S. Dist. LEXIS 13031, 1987 WL 43927, Counsel Stack Legal Research, https://law.counselstack.com/opinion/soot-v-general-electric-co-nysd-1987.