Westinghouse Electric & Mfg. Co. v. Sutter

Third Circuit

Westinghouse Electric & Mfg. Co. v. Sutter

202 F. 759, 1913 U.S. App. LEXIS 1065

CourtCourt of Appeals for the Third Circuit

DecidedJanuary 27, 1913

DocketNo. 1,638

StatusPublished

This text of 202 F. 759 (Westinghouse Electric & Mfg. Co. v. Sutter) is published on Counsel Stack Legal Research, covering Court of Appeals for the Third Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook

Westinghouse Electric & Mfg. Co. v. Sutter, 202 F. 759, 1913 U.S. App. LEXIS 1065 (3d Cir. 1913).

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Opinion

BUFFINGTON, Circuit Judge.

This case, while it involves a large record and á review of alleged conflicting decisions in the First and Second Circuits, comes down finally to a narrow question of fact in the end. The opinion of the court below (C. C.) 194 Fed. 888, is so full that we confine ourselves to briefly stating our conclusions. The problem to which both complainant’s and defendants’ devices are addressed was to provide self-regulating means whereby a variable number of electric lights located on a secondary wire would not have their brilliancy varied by reason of variation in number. In other words, that, in spite of a varied pull and consumption on the capacity of the device, the light product would be uniform. To accomplish this result, the patent in suit made use of a predetermined length of wire on the primary coil, which length was such “that reacting self-inductively upon its own magnetic circuit the average counter potential so produced approximately equals the potential applied to the primary circuit.” This length of wire Stanley, the patentee, determined by what is called the .Stanley C2R rule. The operative gist of his device was this predetermined length of wire on the primary coil. The defendants’ device attacked the problem in a different way. In it the length of wire on the primary coil was a matter of indifference, and the variable factor was the varying voltage. It was the antithesis of Stanley’s device and involved neither a predetermined length of primary wire nor the application of the C2R rule. The view of the Second Circuit was that [760]*760the gist of Stanley’s patent was a predetermined length of wire, and not the Stanley rule by which that predetermined length of wire was figured out. The view of the First Circuit was that the gist of the patent consisted in the process in which the C2R rule was applied. In our view the alleged diversity between the two views is rather a difference in statement than substance, for giving full weight to both, as we do, we are clear that the practical gist of the Stanley disclosure lies in the two factors: (1) The application of the C2R rule; and (2) the use of a definite limited length of primary wire. The two factors, first, definite wire length, and, second, application of rule to obtain it, are neither of them present or utilized in the defendants’ device.

It follows, therefore, that defendants do not infringe, and the case is affirmed on the opinion of the court below.

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BUFFINGTON, Circuit Judge.

This case, while it involves a large record and á review of alleged conflicting decisions in the First and Second Circuits, comes down finally to a narrow question of fact in the end. The opinion of the court below (C. C.) 194 Fed. 888, is so full that we confine ourselves to briefly stating our conclusions. The problem to which both complainant’s and defendants’ devices are addressed was to provide self-regulating means whereby a variable number of electric lights located on a secondary wire would not have their brilliancy varied by reason of variation in number. In other words, that, in spite of a varied pull and consumption on the capacity of the device, the light product would be uniform. To accomplish this result, the patent in suit made use of a predetermined length of wire on the primary coil, which length was such “that reacting self-inductively upon its own magnetic circuit the average counter potential so produced approximately equals the potential applied to the primary circuit.” This length of wire Stanley, the patentee, determined by what is called the .Stanley C2R rule. The operative gist of his device was this predetermined length of wire on the primary coil. The defendants’ device attacked the problem in a different way. In it the length of wire on the primary coil was a matter of indifference, and the variable factor was the varying voltage. It was the antithesis of Stanley’s device and involved neither a predetermined length of primary wire nor the application of the C2R rule. The view of the Second Circuit was that [760]*760the gist of Stanley’s patent was a predetermined length of wire, and not the Stanley rule by which that predetermined length of wire was figured out. The view of the First Circuit was that the gist of the patent consisted in the process in which the C2R rule was applied. In our view the alleged diversity between the two views is rather a difference in statement than substance, for giving full weight to both, as we do, we are clear that the practical gist of the Stanley disclosure lies in the two factors: (1) The application of the C2R rule; and (2) the use of a definite limited length of primary wire. The two factors, first, definite wire length, and, second, application of rule to obtain it, are neither of them present or utilized in the defendants’ device.

It follows, therefore, that defendants do not infringe, and the case is affirmed on the opinion of the court below.

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202 F. 759, 1913 U.S. App. LEXIS 1065, Counsel Stack Legal Research, https://law.counselstack.com/opinion/westinghouse-electric-mfg-co-v-sutter-ca3-1913.

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