Mannin v. Ashland Iron & Mining Co.

200 S.W. 21, 178 Ky. 734, 1918 Ky. LEXIS 466
CourtCourt of Appeals of Kentucky
DecidedJanuary 22, 1918
StatusPublished
Cited by1 cases

This text of 200 S.W. 21 (Mannin v. Ashland Iron & Mining Co.) is published on Counsel Stack Legal Research, covering Court of Appeals of Kentucky primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Mannin v. Ashland Iron & Mining Co., 200 S.W. 21, 178 Ky. 734, 1918 Ky. LEXIS 466 (Ky. Ct. App. 1918).

Opinion

Opinion op the Court by

Judge Thomas

Affirming.

The purpose of this suit filed by appellant and plaintiff is to recover damages from the appellee (defendant below) for the alleged negligent killing of plaintiff’s decedent, Darius Mannin, which occurred in Ashland, Kentucky, on December 8,1915:

A part if not the entire business of the defendant is the manufacture of pig iron from iron ore, and for that purpose it has an extensive plant and spacious yards in the city of Ashland. The west portion of its yards is occupied by its blast furnaces, where the ore is melted and cast into pig iron, while some several hundred yards further east is located the place where the pig iron is handled, loaded into cars and shipped to its various customers. In its general business of handling the ore, as well as the pig iron, and perhaps other products which it manufactures,, the defendant has several railroad tracks in, about and upon its yards with one main track connecting the west with the east end of its yards. From the main track, at points where it was deemed necessary, side tracks or spurs which are used for the general conduct of the business have been constructed. In unloading the iron ore at its furnaces, and in transporting the oré from the furnaces to the eastern part of the yards over the main line-connecting the two, and unloading the ore after being so transported, the defendant uses a contrivance called a locomotive crane. Perhaps a better description than we can give of a locomotive crane is found in the briefs, from which we quote: “They consist of a two-truck flat car on which is mounted a cab and boiler, and from the base of which an iron boom extends; on the extreme end of this boom there is attached either a magnet or a clam-shell bucket, the movements of which are controlled by the operator of the crane, who is stationed in the cab. On and [736]*736in the center of the body of the flat car there is mounted a circular disc or base which is equi-distant from either end of the flat ear and covers practically the entire width of the car. On this circular base or disc the. boiler, the cab, and the boom of the crane are mounted, and under the control of the crane operator can be revolved in a rotary motion on this base. The boom extends out from the base and in front of the boiler and cab, all being capable of being moved in a complete circle on a fixed orbit so that each end of the flat car may be designated, in turn, as the head end, or front of the crane, depending upon which direction the boom is pointed. There is no fixed frontal position for the crane, and what in any instance is the front of the crane is determined solely by the direction along the track in which the boom of the crane-is pointed.

“In addition to the circular or rotary motion of the crane, the car on which the boom, boiler and cab are mounted can also be propelled back and forth along the track by means of other gears, all of which are operated and controlled from the cab by the operator.”

The revolving part of the machine which contains the boiler, cab and the boom, with the machinery necessary to operate the latter, has on one end of it the boom, and on the other end the boiler and cab, all of which extend out over the circular disc or base upon- which it rests,leaving the space between the floor of the flat car and the part of the machinery which projects beyond the disc-of some three or four inches. When, the machinery is adjusted straight with the flat car the boiler end of the revolving part of the machinery comes within sixteen or eighteen inches of the ends of the flat car upon which it rests. When revolving, both the boiler end and the boom extend out beyond the sides of the car. At the corners of the car and to its floor were attached an iron rod called a grab iron, and when originally constructed the car had a stirrup or step immediately under the grab iron fast- • ened to the outside sill of the car. At least some ten or' twelve inches of the space occupied by the grab irons was covered by the radius made by the boiler end of the crane- ■ when it would revolve. When handling the iron ore the-boom would operate with some kind of basket, but when handling the pig iron a magnet would be used operated by electricitv flowing througii wires connected with the machinery, and which were connected with charged wires-[737]*737running along poles by the side of the track by means, of a plug in the poles. In unloading a car of pig iron the locomotive crane would operate from one end of the car being unloaded, but the boom was not long enough to reach beyond the center of that car, thus necessitating the transferring of the locomotive crane to the other end of that car so as to unload that end of it.

Upon the occasion of the accident, which occurred about eight o’clock in the morning*, some pig iron was being unloaded in this manner from a car standing on the main line connecting the west with the east end of the yards, and was being placed in a pile at the side of the track. The west end of the car had thus been unloaded, and the process of transferring the locomotive crane to the other end was commenced.' The usual way, and the one adopted upbn this occasion, was for the locomotive crane to push the car containing the pig iron to a point where a switch was connected with the main line, and for both of them to pass that point, when the switch would be thrown and the locomotive crane would then move backward, itself taking the switch but pulling the loaded car with the projecting end of the boom on the main track, .the switch being thrown after the locomotive crane had passed over it, and the loaded car continued on the main line and would pass the switch sufficiently for it to be clear. The locomotive crane would then move forward off the switch on to the main line and then back up to the end of the car containing the pig iron, from which it would unload that end. Before the unloading* could commence the revolving part of the crane would have to be turned so as to place the boom in an opposite direction from that which it occupied at the unloading of the first end of the car.

Upon the occasion complained of this process had been followed and the loaded car had pulled back on the main track after the locomotive crane had taken the side track, and the former had been stopped by the decedent, who was riding it for the purpose of applying* the brakes, which was a part of his duties.' About the time it stopped the locomotive crane started forward so as to get from the side track on the main track and enable it to back to the unloaded end of the car containing the pig iron. While going* forward, its operator set in motion the machinery which revolved the crane. This was done while traveling, as is explained, for the two purposes of having [738]*738the crane adjusted so as to immediately begin the unloading of the car when the two should be connected, as well as to take advantage of the open space at that point ne-' cessary to revolve the crane, it being shown that much'1 of the space along the track was so obstructed with poles, wires or piles of iron that the turn of the crane could not be made. The distance which the locomotive crane had to travel after starting to leave the switch to get on the main line was only about eighty-three feet, and after it had traveled something like half that distance a witness discovered that the decedent was standing with his feet upon some part of the trucks of the flat car, with one hand holding to one of the grab irons, and the boiler end of the crane in revolving-had caught him and mashed him so that he immediately died.

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Related

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Bluebook (online)
200 S.W. 21, 178 Ky. 734, 1918 Ky. LEXIS 466, Counsel Stack Legal Research, https://law.counselstack.com/opinion/mannin-v-ashland-iron-mining-co-kyctapp-1918.