Deninger et ux. v. American Locomotive Co.

185 F. 22, 1911 U.S. App. LEXIS 3955
CourtCourt of Appeals for the Third Circuit
DecidedFebruary 6, 1911
DocketNo. 1,379
StatusPublished
Cited by2 cases

This text of 185 F. 22 (Deninger et ux. v. American Locomotive Co.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Third Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Deninger et ux. v. American Locomotive Co., 185 F. 22, 1911 U.S. App. LEXIS 3955 (3d Cir. 1911).

Opinion

GRAY, Circuit Judge.

Suit was brought in the court below by the plaintiffs in error, under a statute of- the state of Pennsylvania (Act April 26, 1855 [P. R. 309]) which provides that the “persons entitled [25]*25to recover damages for any injury causing death, shall be,” among others, the “parents of the deceased.”

The statement of claim avers that the plaintiffs’ son, August Deninger, Jr., aged 20 years and 5 months, was, at the time of the injury thereinafter stated, and had been for a long time prior thereto, employed by the defendant as an apprentice in the defendant’s locomotive works and machine shop, in the Western District of Pennsylvania, and was then and there learning the trade of a machinist, as such apprentice, in the charge and under the instruction of the defendant. That it was the duty of the defendant, under the circumstances, to provide said apprentice at all times with a safe place in which to work and safe and proper machinery, tools, and appliances with which to work as well as to use due and proper care in the instruction of said apprentice in his duties and in the use of the machinery with which it was his custom to work, and to protect him from injury in his said employment. The defendant is then charged with having disregarded its duty in this behalf, and negligently allowing the machinery with which said apprentice was required to work, and the place of said apprentice’s employment, to be improper and unsafe, and to become out of repair and in an unsafe condition. That, as a result of the negligence so charged, said apprentice was struck and instantly killed by a part of the machinery with which he was working with clue care on his part.

The material facts disclosed by the record sent up with the writ of error, are as follows:

Plaintiffs’ son, August Deninger, Jr., a minor within seven months of his majority, as stated by the plaintiffs, and employed as an apprentice by the defendant, was instantly killed December 14, '1907, by having his skull crushed by the accidental revolution of a steel hand lever, 4V» feet long, which was one of a number of levers upon a frame slotting machine, at which he was employed in the shops of the defendant. This machine was a very large and complicated one, and had recently been installed in the defendant’s shop in place of one of less size and power. Machines of this character were used to cut slots in the heavy steel frames of locomotive engines. This operation required great power for driving the tool through the heavy steel material, and great accuracy in the adjustment of the cutting tool. This made necessary the complicated machinery spoken of, as well as the great weight of the machine which was said to he about 65 tons. Tt is difficult to appreciate the situation created by this ponderous machine for those who operated it, without the photographs and diagrams presented at the hearing of the case.

It appears that there were three of these slot cutting machines Installed and grouped together, to be operated at one time upon the long steel locomotive frames that were to be slotted at different parts thereof. These machines were run by electric power, and the so-called feed wheel that communicated, by its backward and forward motion, the up and down movement of the heavy cutting tool that cut the slot in the steel frame, had imparted to it this reciprocating motion by certain dogs connected with a rocker ac*n near the upper part of its periphery. Near the lower part and at one side of this feed wheel, [26]*26a fixed shaft extended outward and parallel to the axis of said wheel for a short distance. On this shaft was a sleeve, so fitted as to revolve easily around it. To the inner end of the sleeve, a small pinion wheel was so attached as to revolve with the sleeve. By moving this sleeve forward or backward, the pinion might be engaged or disengaged with the cogs of the feed wheel. The purpose of this arrangement was that, when the power was not being used to move the cutting tool in the direction of an, additional cut in -the material, upon which it was being operated, it might be moved, for the making of slighter cuts, with greater accuracy than could be done" by the rocking motion of the feed wheel. This was accomplished by placing a hand lever on the end of .the sleeve,' with means for attaching it to the sleeve, so that the operator could, by moving this lever, move the sleeve and therefore the pinion, when in engagement with the feed wheel and thus regulate with greater nicety the size of the cuts made by the cutting tool. This hand lever was about four and a half feet long and hung down normally from the end of the shaft, so that the shaft and sleeve must have been something more than four and a half feet from the ground. The lever at its upper end had on it a collar which slipped over the shaft and the movable sleeve. It was so constructed as to*fit loosely enough not to move or revolve with the sleeve, unless an attachment was made thereto. This attachment consisted of a pawl with two arms in the collar of the lever, which oscillated on a pin, and either - arm could be pushed into a ratchet on the sleeve, thereby so attaching the lever to the sleeve that one who held the lever could move the sleeve thereby. As the pinion was so much smaller than the feed wheel, it is obvious that when this lever, in engagement with the sleeve, was moved by hand, backwards or forwards, the pinion engaging'the feed wheel produced a movement of the latter in a very small arc of its circumference. But if, when the feed wheel should be in engagement with the pinion, power should be applied by the rocker arm to give the comparatively large reciprocating motion 'to' the feed wheel, the revolution Of the pinion and sleeve caused thereby might be many times multiplied, and the consequent revolution of the hand lever, if it happened to be in engagement with the sleeve, would necessarily be of the terrific velocity testified to by the witnesses. Each of these three groups of slotting machinery was equipped, in addition to the shaft, sleeve, pinion, and hand lever, just described, with two other levers, further along but adjacent thereto, called power levers, and the operator at each of these groups was required to regulate the power by these levers as well as, when the power was off, to bring the pinion into engagement with the feed wheel, by pulling the sleeve forward and adjusting the handle bar so as to be in engagement therewith, for the purpose of so moving the pinion as to make the more delicate cuts by the cutting tool, as occasion required. When this operation was through, the operator was required to push the sleeve back, so as to move the pinion out of engagement with the feed wheel before turning on the power.

It therefore appears from the evidence, that the operator, standing in front of one of these''cutters, had devolved upon him a duty requiring constant attention to control the power of the feed wheel, as com[27]*27mnuicated by the rocker arm to the feed wheel, by the levers oil his left, and, as occasion required, to bring the pinion into engagement with the feed wheel, having been careful to turn the power off before doing so, then to place the collar of the lever arm in engagement 'with the sleeve, for the purpose of moving the feed wheel by the pinion attached to the sleeve.

The evidence shows that this machine, which, as wc have said, replaced a smaller and less powerful machine, was built for the defendants by an experienced and reputable firm engaged in the business of making such machine tools.

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Cite This Page — Counsel Stack

Bluebook (online)
185 F. 22, 1911 U.S. App. LEXIS 3955, Counsel Stack Legal Research, https://law.counselstack.com/opinion/deninger-et-ux-v-american-locomotive-co-ca3-1911.