Frink v. Petry

9 F. Cas. 949, 11 Blatchf. 422, 1874 U.S. App. LEXIS 1920
CourtU.S. Circuit Court for the District of Southern New York
DecidedJanuary 27, 1874
DocketCase No. 5,128
StatusPublished

This text of 9 F. Cas. 949 (Frink v. Petry) is published on Counsel Stack Legal Research, covering U.S. Circuit Court for the District of Southern New York primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Frink v. Petry, 9 F. Cas. 949, 11 Blatchf. 422, 1874 U.S. App. LEXIS 1920 (circtsdny 1874).

Opinion

BLATCHFORD, District Judge.

In August, 1S73, a preliminary injunction was granted in this case, restraining the defendant? from making, using or selling any reflectors containing the improvement claimed in the first claim of reissued letters patent granted to the plaintiff February 8th, 1870, and numbered 3S26, or the improvement claimed in the second claim of reissued letters patent granted to the plaintiff February 8th, 1870, and numbered 3827. The original letters patent were granted to the plaintiff, as inventor, April 17th, 1860, for an “improved reflector for gas-lights.” They were reissued to him December 24th, 1801, and again reissued to him, in two divisions, February 8th. 1870, Division A being numbered SS2G, and Division B being numbered 3S27.

[950]*950[Drawings of patent No. 3S26, published from the records of the United States patent office.]

No. 3820 contains a drawing of two figures. Figure 1 is a longitudinal vertical section of one of the improved reflectors, showing a gas-pipe and burners in elevation. Figure 2 is an end or side transverse section of the same reflector, taken at right angles to figure 1. The specification says: “This improved reflector is designed for use in store windows, public buildings, halls, railroad- and ferry- or steamboat-stations, churches, thea-tres, and all other places in which the space to be lighted is large, and in which the light is required to be thrown down below the burner or burners whence it proceeds, and to be widely diffused in all directions. To this end my invention consists in the employment, in reflectors in which the illuminating rays are tin-own down below the source from whence they proceed, of a reflecting surface, or series of reflecting surfaces, arranged as hereinafter described, lined, covered, coated or plated, with either plain, corrugated or figured glass, in combination with another reflecting surface placed above or over the first surface, with suitable space for the passage of air, and for ventilation, between the surfaces. In the example of my improvement ¡ilustroted in the drawing, A represents the body of the reflector, which may be made of tinned sheet iron, or of any other suitable material. It is lined or covered on the inside with glass, which may be either corrugated, or plain, or figured, on its surface. In the reflector represented it is corrugated, which is the mode in which I prefer to construct it, for the reason that the corrugations, especially when they run up and down the glass, as shown, instead of horizontally on it, enable the illuminating rays to be very widely and abundantly diffused, so that-a reflector provided with glass having such a surface will light up a much larger space than when the corrugations are not employed. This glass lining or covering constitutes the lower or first reflecting surface of my improvement, and it may be composed of a series of surfaces, as x, x, x, Fig. 2, extending horizontally around the inside of the body of the reflector. It will be seen that the body of the reflector shown in the drawing is that of a rectangular truncated pyramid. This form is especially intended for use in store windows, and constitutes the subject of separate letters patent issued to me, of even date herewith; bur, any desired contour, whether circular, conical or polygonal, may be given to the reflector, as its shape, as it is here described and claimed, is not material, and is designed to be varied to suit the particular situation in which it is placed, or the special purpose for which it is employed. In the upper part of the body of the reflector, an aperture or opening, a, is made, which serves to provide the necessary passage for air through the reflector; but, as some of the rays of light pass through this opening, I combine with the body, A. which constitutes the first surface or series of surfaces of the reflector, a second reflecting surface, shown at B, which is placed above the body, and intercepts and throws down nearly all the rays which would otherwise escape being reflected by the body, A, and would thereby fail of producing the best effect. This second reflecting surface may be secured in position in any desired way, but it will be found convenient to suspend it by chains, wires or cords from a support attached to the gas tube, as shown in the drawing. The distance at which it should be located above the body or lower reflecting surface, A, wiil depend upon the dimensions of the opening, a, and upon the effect which it is desired the light shall produce. The relative distance illustrated in the drawing will, however, be found to answer well in practice. The outline of this upper reflecting surface is not material, as it may be flat or curved. It is represented in the drawing as curved, and I prefer that it should be so, because, when it is, it will better reflect the rays of light through the opening, a, thereby increasing the illumination below the reflector.” The first claim is in these words: “1. In a reflector in which the illuminating rays are thrown down below the source from which they proceed, a reflecting surface, or series of reflecting surfaces, as set forth, lined, covered, coated or plated with either plain, corrugated or figured glass, in combination with another reflecting surface placed above or over the first surface, when suitable space is provided between the upper and lower surfaces for the passage of air and for ventilation, substantially as described.”

[951]*951[Drawings of patent No. 3827, published from the records of tire United States patent office.]

No. 3827 contains a drawing of three figures, figures 1 and 2 being severally the same as figures 1 and 2 in the drawing of No. 3826. The specification says: “In reissued letters patent bearing even date herewith, I have described and claimed several improvements made by me in reflectors of that class in which the illuminating rays are thrown down beneath the flame or source from which they proceed; and the invention here patented consists of a special form and mode of construction of reflectors of this class, which are designed for certain particular uses, such, for example, as the windows of stores, or for picture galleries and other situations in which the reflector is required to be of considerable length. In the drawing, A represents the body of the reflector, which may be made of tinned sheet iron, or of any other suitable substance. It should be lined or covered on the inside with glass or other diaphanous material, which may be either corrugated, or plain, or figured on its surface, though it is represented in the drawing as corrugated, which is the mode in which I prefer to construct it The form of the body of the reflector is that of an oblong truncated pyramid, the sides of which should preferably incline in an angle of about forty-five degrees, and an aperture or open space, a, is provided in the top, to furnish the requisite draft to the flame and to permit of ventilation. The sides of the reflector may be perfect planes, or they may be concave on their inner surface, if desired. * * * The object of the lining of glass or other equivalent material is to increase the reflection of the light, and to prevent the metallic surface of the reflector from becoming scratched or tarnished, which would greatly impair, if not destroy, its reflecting power. It will be observed, by inspecting the drawing, Fig. 3, that the glass which constitutes the lining or covering of the reflector is made and attached in several strips, sections or panels, x, x, x, throughout the area of the inner surface of the reflector, instead of being applied by moulding or blowing the glass to correspond in figure with that of the reflector.

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Bluebook (online)
9 F. Cas. 949, 11 Blatchf. 422, 1874 U.S. App. LEXIS 1920, Counsel Stack Legal Research, https://law.counselstack.com/opinion/frink-v-petry-circtsdny-1874.