Goss v. MAN Roland

2006 DNH 050
District Court, D. New Hampshire·Decided April 26, 2006·No. Civil No. 03-cv-513-SM. Opinion No. 2006 DNH 088·Published

Opinion

Goss v . MAN Roland 03-CV-513-SM 04/26/06 UNITED STATES DISTRICT COURT DISTRICT OF NEW HAMPSHIRE

Goss International Americas, Inc., Plaintiff

v.

MAN Roland, Inc. and MAN Roland Druckmaschinen AG, Defendants Civil N o . 03-cv-513-SM

Opinion N o . 2006 DNH 050 MAN Roland, Inc. and MAN Roland Druckmaschinen AG, Counterclaim Plaintiffs

v.

Goss International Americas, Inc. and Heidelberger Druckmaschinen AG, Counterclaim Defendants

O R D E R

Both plaintiff, Goss International Americas, Inc. (“Goss”)

and defendants, Man Roland, Inc. and Man Roland Druckmaschinen, AG (collectively “Man Roland”) move for an order construing the claims of U.S. Patent Nos. 6,374,734, 6,386,100, and 6,739,251 (“the patents-in-suit”). (See document nos. 142 and 189.) Neither side requested a Markman hearing and, as the claims in question may be construed by reference to the intrinsic record, a hearing appears unnecessary.

The three patents-in-suit relate to an offset lithographic printing press, and, “[i]n particular . . . to gapless tubular printing blankets.” ’734 patent, col. 1 , l l . 26-28. In an offset lithographic printing press, a continuous sheet of paper, or web, is printed in the following way:

The plate cylinder carries a printing plate having a rigid surface defining an image to be printed. The blanket cylinder carries a printing blanket having a flexible surface which contacts the printing plate at a nip between the plate cylinder and the blanket cylinder. A web or sheet [of] material to be printed moves through a nip between the blanket cylinder and the impression cylinder. Ink is applied to the surface of the printing plate on the plate cylinder. An inked image is picked up by the printing blanket at the nip between the blanket cylinder and the plate cylinder, and is transferred from the printing blanket to the web or sheet at the nip between the blanket cylinder and the impression cylinder. The impression cylinder can be another blanket cylinder for printing on the opposite side of the web or sheet [of] material or simply a support cylinder when printing is desired only on one side of the web or sheet.

’734 patent, col. 1 , l l . 33-49.

Each of the patents-in-suit claims a printing blanket. In the ’734 patent, claim 1 recites:

A tubular printing blanket for use on a blanket cylinder in an offset printing press comprising:

a rigid cylindrical inner layer;

an outer printing layer for transferring an ink pattern to a web; and

an intermediate compressible layer between said inner and outer layers, the tubular printing blanket being radially expandable so as to enable the blanket to be axially mounted onto the blanket cylinder of the offset printing press.

’734 patent, col. 1 2 , l l . 28-38 (emphasis added). The ’100 patent claims, among other things:

e) a removable printing blanket mounted axially over the blanket cylinder, the printing blanket being tubular in shape and having an outer first circumferential surface; [and]

h) the removable printing blanket further comprising an outer printing layer for transferring ink from the printing plate; a gapless rigid, cylindrical inner layer; and an intermediate, compressible layer.

’100 patent, col. 1 2 , l l . 35-37, 51-54 (emphasis added). And the ’251 patent claims, among other things:

e) a removable printing blanket mounted axially over the blanket cylinder, the printing blanket being tubular in shape; [and]

h) the removable printing blanket comprising a rigid cylindrical inner layer; an outer printing layer for transferring an ink pattern to a web; and an intermediate compressible layer between said inner and outer layers; wherein the removable printing blanket has an outer circumferential surface and is radially expandable so as to enable the blanket

to be axially mounted onto the blanket cylinder of the offset printing press.

’251 patent, col. 1 2 , l l . 49-51, 63-67, col. 1 3 , l l . 1-3 (emphasis added).

Defendants move for an order construing the term “outer printing layer” to “require the outer printing layer to be gapless and continuous, i.e. devoid of any gap, seam or splice.” Plaintiff objects, and moves for an order construing the term without the limitations advocated by defendants.

Both parties are correct, to a point. The outer printing layer claimed in the patents-in-suit must be gapless, as that term is narrowly defined in the specification, but that layer need not be devoid of any seam or splice.

The common specification for all three patents-in-suit defines the pertinent field as “gapless tubular printing blankets.” And the section of that specification titled “Objects and Summary of the Invention” discloses that the invention includes “a gap-free” or “gapless” printing blanket that is tubular in shape and that has “a continuous outer circumferential gap-free surface.” See, e.g., ’734 patent, col. 3 , l l . 1 0 , 1 5 ,

31-32. The specification makes clear that the invention is or includes a gapless printing blanket.

Next it is necessary to construe the term “gapless.” As the Federal Circuit recently explained: “the specification ‘is always highly relevant to the claim construction analysis. Usually, it is dispositive; it is the single best guide to the meaning of a disputed term.’” Phillips v . AWH Corp., 415 F.3d 1303, 1315 (Fed. Cir. 2005) (quoting Vitronics Corp. v . Conceptronic, Inc., 90 F.3d 1576 (Fed. Cir. 1996)). Moreover, “[the Federal Circuit’s] cases recognize that the specification may reveal a special definition given to a claim term by the patentee that differs from the meaning it would otherwise possess [and that] [i]n such cases, the inventor’s lexicography governs.” Phillips, 415 F.3d at 1316 (citing CCS Fitness, Inc. v . Brunswick Corp., 288 F.3d 1359, 1366 (Fed. Cir. 2002)).

Here, the common specification for the three patents-in-suit provides:

Conventional printing blankets are manufactured as a flat sheet. Such a printing blanket is mounted on a blanket cylinder by wrapping the sheet around the blanket cylinder and attaching the opposite ends of the sheet to the blanket cylinder in an axially extending gap in the blanket cylinder. The adjoining opposite

ends of the sheet define a gap extending axially along the length of the printing blanket.

’734 patent, col. 1 , l l . 50-56. As used in the patents-in-suit, the term “gap” describes an axial opening or slot in a blanket cylinder and it also describes that area between the adjoining opposite ends of a flat printing blanket installed on a blanket cylinder in an axially extending gap in the blanket cylinder. A printing blanket gap consists, then, of that area defined as lying between the adjoining opposite ends of a printing blanket that have been inserted into an axial opening in a blanket cylinder. By extension, if a printing blanket with a gap is a blanket installed by means of a blanket cylinder gap, then a “gapless” printing blanket must be installed without using a blanket cylinder gap. Moreover, given the definition of “gap” provided by the specification, if a printing blanket is gapless, then all layers comprising the printing blanket are necessarily gapless (i.e., not inserted into a gap in the cylinder). Because the invention of the patents-in-suit is or includes a gapless printing blanket, the term “outer printing layer” must be construed as including a “gapless” limitation as “gap” is defined by reference to the specification.1

1 Because the specification discusses the invention generally as being or including a gapless printing blanket, and

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