Western & Atlantic Railroad v. Gentle

198 S.E. 257, 58 Ga. App. 282, 1938 Ga. App. LEXIS 244
CourtCourt of Appeals of Georgia
DecidedJuly 14, 1938
Docket26721
StatusPublished
Cited by18 cases

This text of 198 S.E. 257 (Western & Atlantic Railroad v. Gentle) is published on Counsel Stack Legal Research, covering Court of Appeals of Georgia primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Western & Atlantic Railroad v. Gentle, 198 S.E. 257, 58 Ga. App. 282, 1938 Ga. App. LEXIS 244 (Ga. Ct. App. 1938).

Opinions

MacIntyre, J.

The petition of John H. Gentle, administrator of the estate of Albert Evans, deceased, against the Western & Atlantic Railroad made substantially the following case: “On August 9, 1936, and between one and two o’clock a. m. . . Albert Evans (who will be hereafter referred to as the decedent) was employed by the defendant as a brakeman on one of its freight-trains which was operating on this occasion from Atlanta, Georgia, to Chattanooga, Tennessee.” The defendant in operating this train, and the deceased in performing his duties in connection therewith, were engaged in interstate commerce. “Said freight-train upon which decedent was working as a brakeman was what is known as a pick-up freight, placing cars at various points between Atlanta and Chattanooga, and picking cars up at various points between said cities and carrying freight and cars between said cities.” When this train reached a point somewhat less than two miles north of Cartersville and near a place known as Junta, about the time stated above, it “stopped on the main line in order to place a car on a siding, and in order to take a car from the siding and place’ it in the train.” At this point the railroad runs generally north and south, and the direction toward Chattanooga is referred to as north and the direction toward Cartersville is referred to as south. “When said freight-train stopped, . . it was broken at the south end of the car to be left upon the siding. After [284]*284the train was broken at this point, the north section of the train, consisting of the engine and two cars, proceeded north up the track and passed the switch which led to the siding upon which the car was to be left. The north section of the train, after said switch was thrown, backed into the siding and coupled the car to be left on the siding to the north end of the car which was to be removed from the siding. The north section of the train then pulled out on to the track on which the rest of the freight-train was standing, and, after the switch was thrown, backed down toward the south section of the train which was standing with the brakes on. The north section of the train backed down upon the south section, and the two sections came together with the south end of the car which had been removed from the siding contacting and running against and into the coupling on the first car of the south section with sufficient force to have caused the cars to couple by impact.” The track at this point is slightly down grade toward the north. “After said two sections of said train had come together and made contact, the train was broken at the south end of the car to be left upon the siding and at the north end of the car which had just been removed from the siding and placed in the train.” The north section of the train, consisting of the engine and two cars, then proceeded back up the track past the switch which led into the siding. The decedent threw the switch,- and the north section started to back into the siding. At this time the decedent was riding upon the south car, and was in a position and place in which his duties required him to be. Before the south ear cleared the main line, the car which had been removed from the siding and placed in the train on the main line moved down from the south section of the train and rolled down upon the north section, and in and because of said collision decedent was so crushed and mangled that he died a short time thereafter. “Said car which became separated from the south section of said train, and which rolled' down, upon, and against the forward section of said train, was equipped with automatic couplers, which when in proper condition operate by impact and couple when the coupler of one car comes in contact with the coupler of another car. The automatic coupler on the south end of said car which became detached and which had been removed from the siding was defective in that it'failed to couple by impact when the two see[285]*285tions of said train came together after said car had been removed from the siding. . . The failure of said car which became detached to couple by impact resulted from a defective coupling appliance, and said failure of said coupler to operate by impact was a violation of the Federal safety-appliance act and directly and proximately contributed to and caused the injury and death of the decedent.”

The petition contained two counts. The second count made substantially the case as above narrated, except that it charged that the automatic coupling of the front car of the south section of the train, and the car which was backed into the same and which separated therefrom, causing the injury and death of decedent, were both defective, and would not couple automatically by impact. The allegations concerning the manner in which the deceased met his death and the previous switching movements of the train were fully sustained by the evidence. Dudley Barton, the engineer of the train, testified as a witness for the plaintiff, in substance, that the couplers on the cars in question were what were known as automatic couplers; that his movement backward to couple the car taken from the side-track (coal-car) to the north ear of the rest.of the train “was the ordinary movement in making a .coupling;” that he could tell when the impact was made — -could feel the vibration of it; that before pulling the coal-car from the sidetrack the deceased went to the south end of it, “and I suppose fixed the coupling where he thought it would couple.” He further testified: “Even if couplers are in good condition, they do not always couple on the first impact. It happens pretty often that you have to make one or two or three trials before they couple. I don’t guess a brakeman even can tell how hard to hit to make a coupling, except to try it. It is just merely, with the engineer, it is just a guess, to try it and see if it makes, and then if it don’t make to try it again, either hit it harder or easier — lighter, whatever they signal you to do back there. After you try once and it don’t make, the brakeman will signal you either to hit it harder or to hit easier, until the coupling finally makes. . . I have frequently had them where they don’t couple the first time, plenty of times. When I told Mr. Gambrell [attorney for the plaintiff] I came back in the usual manner and speed, I meant by that that I came back just as Mr. Evans (the deceased) . . signaled me [286]*286to come back up there. . . I couldn’t tell whether I had hit it hard enough or too hard or not hard enough, I couldn’t tell at all.”

Gus Thomas, a former railroad employee who had had experience in switching trains, testified, as a witness for the plaintiff, that when the automatic couplers are in proper position to couple, and the cars come together at a speed of from two to six miles per hour, “they are supposed to couple automatically by impact. If they are in condition they will couple automatically. If they do not couple automatically, that would indicate they are out of order. . . The ordinary speed that a car is backed into another car for the purpose of coupling is about from two to six miles an hour. . . If it failed to couple one time, that is an indication that it is out of order. If it is in order, it will couple; if a coupling is made at too great a speed, from ten to fifteen miles per hour, they might not couple; if they did not come together with sufficient force they would not couple. . . ’“I did not work out, while I was in service, any formula or any definite rate of speed that I had to go to make couplings. Some cars, in coupling, are harder to couple than others. Some you would hit them harder and some you wouldn’t. That would be indicative that some would be in good condition and some wouldn’t.

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Bluebook (online)
198 S.E. 257, 58 Ga. App. 282, 1938 Ga. App. LEXIS 244, Counsel Stack Legal Research, https://law.counselstack.com/opinion/western-atlantic-railroad-v-gentle-gactapp-1938.