Olympic Fastening Systems, Inc. v. Textron, Inc.

504 F.2d 609, 183 U.S.P.Q. (BNA) 449, 1974 U.S. App. LEXIS 6487
CourtCourt of Appeals for the Sixth Circuit
DecidedOctober 16, 1974
Docket74-1203
StatusPublished
Cited by34 cases

This text of 504 F.2d 609 (Olympic Fastening Systems, Inc. v. Textron, Inc.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Sixth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Olympic Fastening Systems, Inc. v. Textron, Inc., 504 F.2d 609, 183 U.S.P.Q. (BNA) 449, 1974 U.S. App. LEXIS 6487 (6th Cir. 1974).

Opinion

LIVELY, Circuit Judge.

This patent case is concerned with the art of riveting, especially as it is practiced in the aircraft industry. In the manufacture of airplanes it is necessary to join sheets of metal together by riveting under circumstances where the riveter cannot see or reach behind or inside *611 the sheets being joined. For this reason “blind” fasteners were developed in which a tubular rivet consisting of a fixed head and a hollow sleeve has inserted within its core a stem which is enlarged or serrated on its exposed end so that a pulling-type rivet gun can activate it. The lower end of the stem, which extends beyond the inner sheet of metal, contains a tapered joining portion and a “blind head” which has a larger diameter than .the stem or the sleeve of the tubular rivet. The blind head of the stem “upsets” or expands the lower end of the sleeve into a “tail” when the pulling force of the rivet gun forces it upward into the sleeve. This presses the inner sheet upward, closing any space that might have existed between it and the outer sheet. During this operation the exposed head of the rivet is held tightly against the outer sheet by the rivet gun. Thus, the sheets of metal are clamped or “clinched” together. The Cherry patent No. 2,183,543, not in issue here, was a pioneer in blind riveting, but the joinder it achieved was “non-structural” because the connecting sleeve between the riveted parts remained hollow.

The Huck patent No. 2,501,567 achieved a structural joinder by extruding and deforming the stem — a process known as “wiredrawing” — to fill the hollow sleeve of the tubular rivet. This was accomplished by pulling an enlarged section of the stem through the sleeve and expanding the sleeve by forcing its sides tightly against the holes in the plates being joined and filling the sleeve with the extruded stem. The “blind-head upset” occurred when a second larger section of the stem further enlarged the sleeve on the blind side of the metal sheets to form the tail. Since upset took place after the hole filling was completed rather than before it was begun, satisfactory clamping or clinching of the riveted sheets was not achieved. The Huck patent was concerned with hole filling rather than clamping and did not specify the dimensions of the various parts.

So far as this record discloses the first blind rivet-type fastener that successfully dealt with both the problems of clamping and hole filling was Gapp patent No. 2,931,532, issued April 5, 1960. It was the first “self-plugging” fastener which also achieved satisfactory clinching. The application for this patent stated that it related to a “blind type rivet wherein the stem of multipiece rivet is pulled to first expand the tubular rivet shank and clinch the sheets together and thereafter wiredraw to expand the rivet to fill the hole in the sheets . . .” By increasing the strength of wiredrawing and enlarging the dimensions of the stem, tapered shoulder and blind head of the fastener, Gapp perfected a device which clamped the sheets securely together without leaving a nonstructural hollow tube. This breakthrough was discovered by accident, but met a long-felt need in the aircraft and rivet industries. The sequence of events in the riveting process is important. In the Gapp patent, with the first movement of the joining portion upward the bottom of the tubular rivet is upset, or forced outward to form a tail, pressing the lower plate against the upper, or exposed one. With the clamping complete, pulling is continued and the sleeve is plugged by wiredrawing the blind head. 1

The Gapp patent is owned by Textron. While the application was being prosecuted in the Patent Office, Textron’s predecessor granted a non-exclusive license to Olympic. Thereafter the plaintiff began to manufacture and distribute Olympic-Lok rivets which are also blind-head, hole-filling fasteners for use in the aircraft industry. Olympic has paid Textron royalties on other fasteners which it admittedly makes under the licensing agreement, but has never paid royalties on Olympic-Lok rivets. The Olympic-Lok rivet is manufactured and *612 sold under patent No. 3,285,121, issued on November 15, 1966 to an Olympic employee, George Siebol, and subsequently assigned by him to Olympic.

This suit was brought as a declaratory judgment action by the licensee seeking a declaration that the Gap patent is invalid and, if valid, that it is not infringed by the Olympic-Lok rivet. The decision of the district court upholding the validity of the Gapp patent has not been appealed. Thus the only questions before this court relate to infringement. Olympic presented three arguments in support of the contention that its fastener is not within the claims of the Gapp patent. The district court made findings on each of these propositions, rejecting two of the plaintiff’s arguments and adopting one. The ultimate conclusion of non-infringement made it unnecessary for the court to deal with Tex-tron’s counter-claim in which it sought an accounting for royalties on the Olympic-Lok rivet, costs and attorney fees.

The three findings of the district Court on the question of infringement may be summarized as follows :

(1) An important distinction between the Gapp patent and the earlier Huck invention was that the size of the blind head of the Gapp fastener beyond the pulling part is of “substantially uniform diameter through its length.” The Huck device had a large protrusion at the bottom of the stem. Although the blind head of the Olympic-Lok rivet varies from five to fifteen percent in diameter over a very small distance, the court held that in the context of the Gapp claim, “the Olympic head is of substantially uniform diameter. The smaller waist measurement in Olympic serves no purpose at all and from a point of view of what is to be accomplished the diameter of Gapp and Olympic are the same.”

(2) In Gapp the blind head is upset completely in a single step while in Olympic the upset occurs in two operations. The district court found that the single-step upset of the Gapp device provided the clamping or clinching required by the aircraft industry, and that the second stage upset of the Olympic fastener merely formed a larger tail which “serves absolutely no purpose.”

(3) The district court found the Gapp requirement that the “joining portion and said blind head are pulled into and through said tubular rivet . . (Claim 1, emphasis added) means these components must be pulled “through and out.” The parties have referred to the questions determined by these findings as “sub-issues” under the general issue of infringement. The court’s finding on the third sub-issue resulted in a holding of no infringement, and we will deal with it first.

Claim 1 of the Gapp patent, 2 3 which is reproduced in full in the margin, con *613 tains the language which the district court found to be decisive. The evidence disclosed that in the Olympic-Lok rivet the stem contains a notch or groove in a position which is even with the top of the rivet head when the pulling action of the rivet gun is completed. The stem can be broken off flush with the exposed head without the necessity of trimming. The court noted that in its formal description of the Gapp invention, the defendant’s Exhibit No.

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Bluebook (online)
504 F.2d 609, 183 U.S.P.Q. (BNA) 449, 1974 U.S. App. LEXIS 6487, Counsel Stack Legal Research, https://law.counselstack.com/opinion/olympic-fastening-systems-inc-v-textron-inc-ca6-1974.