Vaupel Textilmaschinen Kg and Vaupel North America v. Meccanica Euro Italia S.P.A. And American Trim Products, Inc., Defendants/cross-Appellants

944 F.2d 870, 20 U.S.P.Q. 2d (BNA) 1045, 1991 U.S. App. LEXIS 21341, 1991 WL 177663
CourtCourt of Appeals for the Federal Circuit
DecidedSeptember 13, 1991
Docket90-1397, 90-1422
StatusPublished
Cited by209 cases

This text of 944 F.2d 870 (Vaupel Textilmaschinen Kg and Vaupel North America v. Meccanica Euro Italia S.P.A. And American Trim Products, Inc., Defendants/cross-Appellants) is published on Counsel Stack Legal Research, covering Court of Appeals for the Federal Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Vaupel Textilmaschinen Kg and Vaupel North America v. Meccanica Euro Italia S.P.A. And American Trim Products, Inc., Defendants/cross-Appellants, 944 F.2d 870, 20 U.S.P.Q. 2d (BNA) 1045, 1991 U.S. App. LEXIS 21341, 1991 WL 177663 (Fed. Cir. 1991).

Opinion

LOURIE, Circuit Judge.

This appeal and cross-appeal are from the June 1, 1990, judgment of the United States District Court for the Western District of North Carolina, ST-C-88-127. The court, in a suit brought by Vaupel Textil-maschinen KG (Vaupel KG) and Vaupel North America (Vaupel NA) (collectively Vaupel), found that Meccanica Euro Italia, S.P.A. and American Trim Products (collectively MEI) infringed U.S. Patent 3,961,650 (’650 patent), but that Vaupel was barred from maintaining its infringement action by laches and estoppel. Vaupel appeals the court’s conclusion that its infringement action is barred. MEI cross-appeals, alleg *872 ing that Vaupel, as a mere licensee, has no standing to bring suit and that the district court clearly erred in finding infringement. We reverse that part of the judgment relating to laches and estoppel and affirm the judgment in all other respects.

BACKGROUND

The ’650 patent, entitled “Weaving Method and Machine” and issued to Ruthard Marowsky, discloses a method for use on what is commonly called a “broad weaving loom,” which produces cut strips of woven labels for garments. For many years prior to the invention of the ’650 patent, labels were woven on narrow loom machines. Because of the physical constraints of narrow looms, any label manufacturer who wanted to offer a wide variety of label widths had to maintain a number of narrow looms of different sizes.

Marowsky’s invention took advantage of the faster weaving ability of the modern broad loom to make a woven label. The prior art had taught that the materials used to make labels could be cut by heat and that such fibers could be severed by using electrically heated blades which would also melt and fuse together the weft threads of the fiber. Marowsky envisioned that the cutting means could be made adjustable across the width of the fabric, so that adjustment of the cutters would permit labels in a variety of widths to be woven on a single machine. He improved upon this art and found a way to not only cut the fibers into the desired width, but also to melt and fuse the ends of the weft threads and thereby form a solid edge or “selvage” so there would be no loose ends. He also knew that it was important that the finished label not be lopsided, so he envisioned the use of a guiding station extending across the weft yarns in a rectilinear position. In addition, he used heat to thermostabilize the labels after they were cut to provide a smooth finish of the product.

On January 22, 1974, Marowsky filed a patent application in the United States Patent and Trademark Office (PTO). The application issued as the ’650 patent on June 8, 1976. Only Claims 1 and 2 are at issue in this appeal.

Claim 1 is directed to a process involving weaving and cutting fabric in such a way as to avoid weft arching, i.e., to ensure that the warp and weft threads are at right angles to each other. The broad woven fabric is then transformed into individual strips whose edges are simultaneously cut and welded by heated blades. The strips are then thermostabilized by heating at a temperature lower than the cutting and welding temperature before being removed from the loom. Claim 1 reads as follows:

1. A method of forming a plurality of patterned strips of fabric woven from threads of synthetic material using a broad weaving machine having a sley and a breast beam, which method comprises:
weaving on the broad weaving machine a unitary broad fabric with said strips to be formed extending in parallel relation along the warp direction of said fabric; conveying said fabric from the position where the sley of said machine beats up the fabric at a sufficiently low warp tension that a boxing condition occurs to obviate weft arching;
guiding the woven fabric leaving the position where the sley beats up the fabric to allow movement towards the breast beam of said machine, but not in the opposite direction;
cutting the guided woven fabric in the warp direction with a heated cutting blade means maintained at a first temperature of at least about 300°C to form strips whereby the edges are welded by the heat and thereby avoids ripping; separating said strips;
and thereafter further heating the entire body of said separated strips at a second temperature lower than said cutting temperature to relieve varying tensile stress therein by thermostabilization.

Claim 2 is an apparatus claim:

2. In a broad fabric weaving machine having a sley and a breast plate for forming a plurality of strips of fabric from threads of synthetic fiber, the improvement comprising: *873 a fabric guiding station extending across the width of said machine at the output from the machine where the sley beats up the fabric and ahead of the breast plate, said fabric guiding station comprising a slot and a rounded guide bar there-behind to define a re-entrant part-annular path for passage of woven fabric into said slot, round said bar and back out of said slot;
said guide bar being formed with a left-hand fabric guided thread over the right-hand half of its length in the direction towards a cutting station, and a right-hand guiding thread over its left-hand half;
a heating and cutting station downstream from said guiding station in the fabric path to said breast plate, which station includes a plurality of electrically heated cutting wires successively spaced across the width of said machine in the direction of the weft and extending into the path of the fabric for heating and cutting said woven fabric into desired width separated strips parallel to the warp of the fabric and for heating the cut edges of said strips to weld the same; and a second heating station comprising an elongated heating member to heat said separated strips extending across the width of said machine downstream from said hot wire cutting and cut edge heating station towards said breast beam for heating the strips at a temperature lower than said cutting temperature to effect thermostabilization of said strips.

Before trial, MEI moved to dismiss under Fed.R.Civ.P. 19(b) on the ground that Vaupel KG and Vaupel NA were mere licensees of the ’650'patent and as such could not maintain an infringement action without the joinder of Marowsky. The district court concluded that by virtue of a series of agreements, the Vaupel companies were assignees of the patent and had the right to bring suit without joining Marowsky.

At trial the issues were narrowed to include only infringement and the defenses of laches and estoppel. The district court held that MEI had directly infringed, con-tributorily infringed, and induced infringement of the ’650 patent. It further held, however, that Vaupel was barred from maintaining the action and from any relief because of laches and estoppel. These appeals followed.

DISCUSSION

A. License v. Assignment

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944 F.2d 870, 20 U.S.P.Q. 2d (BNA) 1045, 1991 U.S. App. LEXIS 21341, 1991 WL 177663, Counsel Stack Legal Research, https://law.counselstack.com/opinion/vaupel-textilmaschinen-kg-and-vaupel-north-america-v-meccanica-euro-italia-cafc-1991.