responsible, and that decedent was in his employ. The facts, as we find them, are as follows:
The company (meaning the railroad company, defendant herein) entered into a contract with Hebert, its codefendant, whereby he undertook to fill in (with earth) a trestle at Sabine River, in the parish of Calcasieu, at the agreed price of 30 cents per cubic yard, “pit measure,” the company to transfer, free of charge, all tools and camp outfits, also laborers employed on the work, from Lake Charles to Sabine, and return to Lake Charles all tools and camp outfits on completion of said work; also to furnish locomotives, necessary flat cars, not to exceed 40, and work train crew; also to pay work train crew and furnish two camp cars. The work, it seems, also required the use of a spreader, which was likewise furnished by the cpmpany, and is a machine consisting of a flat car about 40 feet long and 4 feet high, upon the sides of which are attached by hinges what may be called “wings,” made of wood and iron, which, when raised above the car, rest against a strongly braced frame, about 12 feet high, running fore and aft, on the top of the car. When lowered, the wings reach to about the level of the cross-ties on either side of the track, and, flaring out towards the rear, constitute, with the car itself, a sort of blunt-ended plow-, which, when driven from behind (by a locomotive), pushes outward, and spreads, the earth piled immediately alongside the track.
The raising and lowering of the wings is accomplished by the use of compressed air, supplied by the locomotive to a large drum on the rear end of the spreader car, which drum, in turn, supplies two cylinders, situated near and across the middle of the car; the power being supplied to the wings from the cylinders through the medium of a piston (which- pushes the wings out from their resting place against the frame) and of wire cables, which, running through blocks made fast to the top of the frame, are attached to the edges of the wings and serve ordinarily to lower them gently after they are started by the pistons, and to raise them to the positions from which they are started. If, when one of the wings is pushed out by the piston past the perpendicular, the power is not applied through the cable to break its descent, it falls of its own momentum. Upon the other hand, if the power is so applied after the descent begins, the fall is checked suddenly, and there results a shock and strain to the fastenings, including that by which the cable is attached to the edge of the wing.
The connection between the cable and the wing,was effected by passing (what some of the witnesses call) a “clevis” through an eye made or fastened in the end of the cable and bolting it (the clevis) to the wing. The evidence tends to show that the clevis was made of a flat, iron- rod, of forged steel, rounded (save at the ends, which were left flat) and curved, in the form of a staple, with offsets, or hips, at the junctions of the round part with the flat ends, and that the ends were mortised into the edge of the wing to the depth of the junctions mentioned, and there fastened by means of bolts, which passed through a sheathing of iron with which the outer side of the wing was covered, through, the ends of the clevis, and through several inches of wood on either side of the ends. Upon the occasion of the accident here in question Hebert was stationed at the large drum, where by means of valves he controlled the power, and the decedent was on the-car in such a position that, when the wing, was lowered, the cable connecting it with the top of the frame must have come down near him.
The evidence leaves no doubt that the accident is to be attributed to one or the other