Gage v. Herring

107 U.S. 640, 2 S. Ct. 819, 27 L. Ed. 601, 1882 U.S. LEXIS 1261
CourtSupreme Court of the United States
DecidedMay 18, 1883
StatusPublished
Cited by86 cases

This text of 107 U.S. 640 (Gage v. Herring) is published on Counsel Stack Legal Research, covering Supreme Court of the United States primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Gage v. Herring, 107 U.S. 640, 2 S. Ct. 819, 27 L. Ed. 601, 1882 U.S. LEXIS 1261 (1883).

Opinion

Me. Justice Gray

delivered the opinion of the court.

This is a bill in equity for the infringement of letters-patent for an improvement in means for cooling and drying meal, reissued to John Denchfield, and duly assigned to the plaintiffs. The original letters-patent to Denchfield were dated 20th April, 1858. The reissued letters-patent were dated 16th January, 1872, and extended for a period of seven years from 20th April, 1872. The Circuit Court held that the first claim of *641 the reissued patent was valid and had been infringed, and entered a decree for the plaintiffs. See 14 Blatchf. 298. The defendants appealed to this court.

The original patent begins by stating that Denchfield has invented “a new and improved arrangement of means for cooling and drying meal, during its passage from the grinding stones to the bolts.” The reissued patent omits, in this connection, the words “during its passage from the grinding stones to the bolts.” But both the original and the reissue, after referring to the same accompanying drawings, proceed as follows, the words in brackets being inserted in the reissue only:

“This invention consists in the peculiar arrangement-of a suction fan, [conveyor or] conveyors, and elevators, as hereinafter described, whereby the meal, during its passage from the grinding stones to the bolts, is thoroughly dried and cooled within a limited space, the whole forming a simple and economical device.”

Then follows a description, which is the same in the original patent-and in the reissue, and is in substance as follows:

- The millstones, A, and curbs, are arranged in the ordinary way on the bed, B.. Spouts, C, carry the meal from the stones down into a chest, D, which is placed horizontally on the flooring of the mill. This chest is equal in length to the bed, so that all the spouts of the several stones may communicate with it; and it is divided horizontally lengthwise by a zigzag partition having openings in it. Within and at the bottom of this chest is placed a longitudinal shaft, F, having a spiral flanch on it. With one en'd of this shaft an elevator, F', communicates, which discharges its contents at e. A fan, G, is placed in a suitable box, H. This box- communicates with a spout, I, the lower end of which communicates with the chest D, and the Ripper end with one end of a chest, J, in the uppermost part of the mill. Within that chest a series of vertical partitions, i, is so placed as to form a winding passage from its communication with the spout I to an opening at the opposite end of the chest. That chest also contains a longitudinal shaft, K, having a spiral flanch on it. Both shafts, F, K, are rotated by any proper means.

*642 The rest of the specification, and the claim, both in the original patent and m the reissue, differing only by inserting in the reissue the parts printed below in brackets, are as follows : —

“ The operation is as follows: The meal passes from the stones A down the spouts C and into the lower part of the chest D, and is conveyed by the spi'rally-flanched shaft F into the elevators F', the shaft F, which is a conveyor, moving the meal in the direction indicated by the arrows 3. The meal is carried up by-the elevators and discharged at e directly into the bolts or into troughs, and may be conveyed by hopper-boys or any suitable conveying device into the bolts. While the meal is thus passed through the stones A, spouts C, and the chest D, a suction blast is produced by the fan G, said blast absorbing the moisture or vapor which the meal contains, and which is heated or warmed by the friction of the stones A. The meal, therefore, is dried and cooled, and, in consequence of the time consumed.during its passage through the spouts C and chest D, will be perfectly acted upon by the blast, so that all free moisture will be absorbed.. A portion of the finer and lighter particles of flour will follow the blast, and will be ejected up through the spout I and through, the serpentine of winding passage formed by the parts i, and will settle in the outer end of the chest J, and be-conveyed by the conveyor or flanched shaft K to a spout, /, through which it falls into the elevators F' and unites with the meal which is received by the elevators direct from the chest D. [This compound arrangement for operating on the meal while passing through the chest D, and on the escaped flour in the chest J, returning the latter to the elevators, while it is extremely well adapted for large flouring mills running at high speeds and with a strong suction blast, may not be either necessary or even practicable in all cases. When the grinding friction evolves only a moderate degree of heat, the chest J and its apparatus may be dispensed with, for, the blast being moderated to correspond, so small a quantity of the fine flour will be drawn through the spout I, that such flour may be ejected on the mill floor, and be disposed of in any convenient way so as to enter the bolts.]

*643 “ I do not claim forcing a current of air between a pair of millstones, while the same is in operation, for the purpose of keeping the stones in a cool state and preventing the heating of the grain; for such means, although not very efficient, have been previously used. But I am not aware that parts arranged as herein shown, so as to allow the meal to be subjected to the blast during its entire or nearly entire passage from the stones to the bolts, and insure the perfect drying and cooling of the meal, have been previously used.

“ I claim, therefore, as new, and desire to secure by letters patent —

“ [1. The arrangement and combination of the suction fan G and spout I with the meal chest D, receiving the meal from the grinding stones, and provided with a conveyor shaft F and elevator F, substantially as and for the purpose set forth.]

“ [2.] The arrangement and combination of the chest[s] D J, shafts F K, elevators F', fan G, and spout I, substantially as and for the purpose herein shown and described.”

No new device was invented by Denchfield, but his improvement consisted in a new combination of old means and devices. That combination, as described in the specification of his original patent, includes seven elements, namely: 1. The meal chest D at the bottom of the mill, into which the meal falls through the spouts C from the millstones. 2. The conveying shaft F, which takes the meal from this chest into the elevator F. 8. The elevator F, which carries up the meal and discharges it into the bolts or hopper-boys. 4. The fan G, creating a suction blast, which cools and dries the meal during its passage through the millstones, the spouts C and the chest D. 5. The spout I, communicating with the fan, and through which the meal dust, following the blast of air, is thrown upwards into the chest J at the top of the mill. 6. The chest J, in which the meal dust settles. 7. The conveying shaft K, by which the meal dust is carried from this chest into the elevator.

The only devices, indeed, which take part in cooling and drying the meal, are the meal chest at the bottom of the mill with the rotating shaft in it, the spout by which that chest *644 communicates with the fan, and the fan itself.

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Cite This Page — Counsel Stack

Bluebook (online)
107 U.S. 640, 2 S. Ct. 819, 27 L. Ed. 601, 1882 U.S. LEXIS 1261, Counsel Stack Legal Research, https://law.counselstack.com/opinion/gage-v-herring-scotus-1883.