Apel v. Connolly

95 F. Supp. 160, 88 U.S.P.Q. (BNA) 200, 1951 U.S. Dist. LEXIS 2576
CourtDistrict Court, D. New Jersey
DecidedJanuary 22, 1951
DocketCiv. A. No. 136-50
StatusPublished

This text of 95 F. Supp. 160 (Apel v. Connolly) is published on Counsel Stack Legal Research, covering District Court, D. New Jersey primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Apel v. Connolly, 95 F. Supp. 160, 88 U.S.P.Q. (BNA) 200, 1951 U.S. Dist. LEXIS 2576 (D.N.J. 1951).

Opinion

MADDEN, District Judge.

This matter was tried by the court without a jury and is a suit by plaintiff, Arno A. Apel, against defendant, Frank R. Connolly, for an injunction, together with accounting and damages for infringement of a patent owned by plaintiff. Defendant admits infringement and the damages have been stipulated, but validity of plaintiff’s patent is contested upon the grounds of anticipation in two prior patents.

[161]*161The plaintiff’s patent No. 2,126,304 issued August 9, 1938, relates to new and useful improvements in design of a boat. The plaintiff’s design for this boat, to be used for racing at high speed, embodies several ideas for the one main purpose, increased speed. The design of the hull is a doubly concave bottom at its forward or bow part changing constantly in contour as it (the bottom) moves backward or aft and being flat at the stern. The hull has stabilizers or, in the language of the unskilled, pontoons at the bow end which constituted a radical change in boat design. These stabilizers are hollow, so as to add little to the overall weight of the boat; they are constructed outside the regular lines of the hull so as to help buoyancy, and they are constructed on the same level with the hull at the front or bow where they begin and gradually change to a greater depth or level than the rest of the bottom till they end at midships. Inasmuch as the nose or bow of speed boats usually rides out of water the stabilizers have the effect of trapping air under the forward end, and being at a lower level than the rest of the hull tend to keep the air there and move it back amidships. To the inside of these stabilizers, where they end, are attached fins of metal which run longitudinally towards the stern. These fins keep the air trapped under the bottom of the boat and move it backwards until it passes out at the stern. The inventor’s idea or purpose concerning the entrapment of air under the bottom was twofold. First, such air would create lift and therefore aid the buoyancy of the boat; and second, as the air moved back underneath the hull it would have the effect of depressing or stilling the water for it was well established in .boat racing circles that boats move faster over water that is not disturbed than they do over agitated water.

This generally and somewhat unskillfully describes the boat; however, two other features were added. First was added what is known as the non-trip i(or non-tilt chines. The best way to describe this to this court’s meagre ability is that instead of the bottom of the boat joining the sides at a right angle or close thereto, another surface of the hull was created by constructing outward and upward at an angle and then joining the verticle part of the side. This angular surface is present throughout the greater length of the boat, including the stabilizers, in varying sizes and degrees and on both sides thereof. This non-trip chine does not impede the progress of the boat either through or over the water but on turning and the boat tending to tilt, it provides a flat bottom on the side towards which the turn is being made and a vertical side against the water on the opposite side. This helps to prevent skidding on turning in the water and is a safety feature.

The second feature was that by the particular manner in which the stabilizers or pontoons were constructed with the air compressed under the bottom of the boat, it provided the boat with three planing surfaces, the two stabilizers fore and the stern portion of the boat aft. By reducing the amount of boat surface in contact with the water at high speed one gets less resistance or adhesion and thereby increases the speed.

The defendant contends that this invention was anticipated and the ideas disclosed in two prior patents, patent No. 1,620,349 granted to William Albert Hickman, March 8, 1928, hereinafter referred to as the Hickman patent or boat, and patent No. 1,831,-339 granted Alanson P. Brush, November 10, 1931, hereinafter referred to as the Brush patent or boat.

Defendant contends that the three planing surfaces idea was disclosed in the Brush patent and the non-tilt or non-trip chines were disclosed in the Hickman patent.

It is the feeling of the court that the only way this can be answered is by a minute examination of the respective patents, claims and drawings for comparison purposes and consideration of the evidence adduced before the court. Such examination on our part leads to the conclusion that the Apel patent was not anticipated or disclosed in the Brush and Flick-man patents and is therefor valid. What is said hereafter is by way of explication for our holding.

[162]*162At the outset, it is the opinion of the court that while each boat may have incorporated in . it several different features,, nevertheless, each boat must be studied as a separate entity as they were all seeking the same thing, i.e., high speed in a small boat.

Taking the Hickman patent first and in particular in relation to the non-tilt or non-trip chines, this surface on the Hickman boat was constructed in what might be called steps, the forward part of each being at a higher level than the rear of the preceding one. There are a total of 23 such steps on each side (according to the drawings) and the chine is described by Hickman as follows: “ * * * Thus when the boat is at speed the most forward portion engaging the water will be of greater width than the parts aft and the water streaming aft from this portion will define a trough adjacent either side of the boat and the angled surfaces 40 and 40' will be disposed in this trough and not in contact with the water when the boat is running straight ahead. To prevent the water from adhering to these surfaces after the boat has made a turn and been straightened out on her course again or when by any accident water has come in Contact with these surfaces I preferably provide a series of small water breaks ’50-(see Figs. 2 and 5) which will break the adhesion of the water to these surfaces of the boat permitting air to enter behind the sheet of water. Thus, the water will not be sucked up against these surfaces to retard the forward motion of the boat while she is running straight ahead but on the contrary will lie in the trough of the water.”

The effect of such steps has since been disproven. To the contrary, they have the effect of creating a vacuum and pull as they go through the water. There is no evidence before the court that this non-tilt chine or angled surface at the side of a boat was original in the Hickman patent but it was only incorporated in the Apel boat as a safety feature and added nothing to the desire for speed except that by the particular manner in which Apel designed and-constructed such chine-it did not detract from the speed when the boat was running straight as the Hickman design did.

Now as to the Brush patent concerning the planing surfaces. The bottom of the Brush boat was constructed with three planing surfaces of approximately the same level, one fore and two aft, the one fore being in the middle of the boat running from the bow to about midships and the other two on each side of the boat and running from midships to the stern. These planing surfaces are at a lower level than the other portions of the bottom so that the boat rides upon these planing surfaces in the water.

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Cite This Page — Counsel Stack

Bluebook (online)
95 F. Supp. 160, 88 U.S.P.Q. (BNA) 200, 1951 U.S. Dist. LEXIS 2576, Counsel Stack Legal Research, https://law.counselstack.com/opinion/apel-v-connolly-njd-1951.