Moore v. Jack P. Hennessy Co.

187 F. Supp. 868, 127 U.S.P.Q. (BNA) 111, 1960 U.S. Dist. LEXIS 4919
District Court, D. New Jersey·Decided September 30, 1960·No. Civ. A. Nos. 724-58, 526-59·Published

Opinion

MEANEY, District Judge.

After various proceedings and amendments, the claims of the plaintiff, Roosevelt Moore,1 subsist as an action against Jack P. Hennessy Co., Inc., and, in a separate action, against Atlas Supply Company, Inc., for infringement on the plaintiff’s patent rights in and- to improvements on certain devices known as circumferentially traveling type tire mounting devices. The two actions have been consolidated for trial and will be considered together in this opinion. Plaintiff was granted a patent No. 2,482,789 which set forth four allowed claims. He alleges that by the use, sale and promotion of sales of articles manufactured by The Coats Company, a corporation of the State of Iowa, the defendants have infringed on the plaintiff’s patent.

The defendants counter with the denial of infringement and assertion that the plaintiff’s patent is invalid, having been anticipated in every respect by previously granted patents, notably the Dickey patent No. 1,587,634 (1926) and the Weaver patent No. 1,341,727 (1920), among others.

Since both the Patent Office and the defendants are at one in considering the Dickey patent as one of the chief elements of the prior art which must be differentiated from the Moore claims if validity is to be sustained, it will be well to pass upon the degree, if any, of antici[870]*870pation contained in that patent. As finally allowed, the claims of the Moore patent relate to a tire mounting device only.

Collectively, the four claims of the Moore patent call for a support having a central fixed post thereon adapted to extend through the hub of a wheel on which the tire is to be mounted, and a first arm adjustable in length and having a bearing member at one end for rotatable engagement with said fixed post. The other end of the first arm carries a roller ro-tatably mounted on a pivot whose axis is parallel to the axis of the fixed post. A handle member is attached rigidly to the first arm to facilitate rotation of the said first arm about the fixed post. A second arm extends from the first arm or from the handle member and is rotatably and longitudinally adjustable thereon. A second roller is mounted on the free end of the second arm with its axis of rotation lying in a plane perpendicular to the pivotal axis of the first roller. The peripheral faces of the first and second rollers are adapted for rolling contact with the tire bead and the adjacent tire side wall respectively so that with rotation of the first arm, the first roller forces the tire bead radially outward while the second roller simultaneously forces the side wall and bead downward over the bead retaining flange, thus mounting the tire.

The Dickey tire tool, patented in 1926, consists, as does Moore’s device, of a bar member adapted to be rotated about a fixed pivot with means adjustably mounted on said bar for engaging and causing a bead of a tire to seat in the rim with rotation of the bar about its fixed pivot.

Dickey specifies a sleeve “slidably” mounted on the bar member, on which sleeve are mounted a first roller whose axis is parallel to the fixed pivot of the bar member, and a second roller whose axis lies in a plane perpendicular to both the fixed pivot of the bar member and the axis of the first roller.

The operation of the Dickey tool is substantially identical with that of the Moore device. The peripheral face of the first roller forces the tire bead radially outward while the peripheral face of the second, or following, roller exerts downward pressure upon the portion of the bead which is forced clear of the circumference of the rim by the action of the first z’oller, thereby seating the tire bead below the bead retaining flange of the rim.

There is one, and only one, feature of the Moore device which sufiiciently differentiates it, structurally and functionally, from the Dickey tool to justify the issuance of a patent to Moore in the face of the earlier Dickey patezit. Moore’s two rollers are mounted in such a way as to be independently adjustable in relation to each other, thus allowing the second roller to exert variable downward pressure upon the tire side wall or adjacent bead at any number of points. The claimed advantage of this feature over Dickey is that tires of varying size, shape and flexibility can be accommodated more effectively if the point and amount of downward pressure are variable with z-espect to the radially outward pressure exerted by the first roller. It is clear that no such adjustment is possible with Dickey, since both rollers az-e mounted in fixed relation to each other.

It appears from the record of the proceedings in the Patent Office that this structural and functional difference was heavily relied on both by Moore and the Commissioner of Patents as a basis for the patent grant. It is equally clear that the patent recognized only a limited contribution to the art, namely, this ad-justability of the two rollers with relation to each other. Without this limited contribution to the art, the Commissioner of Patents could not, nor can this court, discern any patentable innovation over Dickey in Moore’s device.

Alleging the foregoing, defendants claim that their device does not infringe upon the Moore patent. The court agrees that Moore’s contribution to the prior art is not incoz-porated in the device manufactured by The Coats Company.

The Coats device consists, in common with all devices in this area, of a base and a central shaft upon which the rim is se[871]*871cured. The central shaft has a slot into which is inserted the flattened inner end of a round bar. This inner end is slida-ble in this slot in order to adjust the position of the bar for wheels of differing diameters. The outer end of the bar serves as a handle for rotating the bar and the central shaft into which the bar has been inserted. Between the inner end of the bar and its outer end are located the rollers which force the bead of the tire radially outward and then downward over the bead retaining flange of the rim. Two rollers with the same horizontal axis are bolted to a short arm extending vertically downward from the bar, one of which merely rides on the top outer edge of the rim. The other forces the bead of the tire downward over the bead retaining flange. A third roller with a vertical axis precedes these two rollers as the bar is rotated and its peripheral face forces the bead radially outward. This third roller is bolted to another short arm extending horizontally from the vertical arm and welded thereto.

The only adjustment possible with the Coats device consists of sliding the whole bar with its attached arms and rollers into and out of the slotted center shaft in order to accommodate wheels of varying diameters. The position of the three rollers with respect to each other and with respect to everything else except the slotted center shaft and the base is fixed.

Except for the method of adjusting for different size wheels and except for Coats’ addition of an additional roller to ride on the top outer edge of the rim, the Coats device is substantially identical to the Dickey tire tool, and as such does not incorporate the only allegedly novel feature of the Moore patent, i. e., adjustability of the rollers with respect to each other.

For the foregoing reasons the court is of the opinion that the Coats device does not infringe upon the Moore patent.

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Moore v. Jack P. Hennessy Co., 187 F. Supp. 868, 127 U.S.P.Q. (BNA) 111, 1960 U.S. Dist. LEXIS 4919 (D.N.J. 1960).

187 F. Supp. 868 (Moore v. Jack P. Hennessy Co.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.