Komanekin Ex Rel. Hausmann v. Inland Truck Parts

819 F. Supp. 802, 1993 U.S. Dist. LEXIS 5712, 1993 WL 133728
CourtDistrict Court, E.D. Wisconsin
DecidedApril 26, 1993
DocketCiv. A. 92-C-0212
StatusPublished
Cited by4 cases

This text of 819 F. Supp. 802 (Komanekin Ex Rel. Hausmann v. Inland Truck Parts) is published on Counsel Stack Legal Research, covering District Court, E.D. Wisconsin primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Komanekin Ex Rel. Hausmann v. Inland Truck Parts, 819 F. Supp. 802, 1993 U.S. Dist. LEXIS 5712, 1993 WL 133728 (E.D. Wis. 1993).

Opinion

DECISION AND ORDER

REYNOLDS, Senior District Judge.

Plaintiff Jamie Komanekin was seriously injured when, at age five, he became entangled in an auxiliary drive-shaft underneath a truck delivering propane gas to his parents’ home. In an amended complaint, filed August 31, 1992, Jamie claims that defendants, the makers and suppliers of the drive-shaft components and related equipment, are liable for his injuries because they failed to provide the manufacturer of the truck with a guard for the drive-shaft or because they failed to warn the manufacturer that a guard was necessary.

On January 29,1993, defendants Blackmer Pump (“Blackmer”), Inland Truck Parts (“Inland”), Dana Corporation (“Dana”), Buyers Products Company (“Buyers Products”), and Roscommon Manufacturing Company (“Roscommon”) filed separate motions for summary judgment. During an April 2 pretrial conference, the court denied the motions, and it now sets forth the reasons for that decision.

Jurisdiction in this court is based upon 28 U.S.C. § 1332.

FACTS

I. The Accident and the Machinery Involved

On November 2, 1988, a propane delivery truck owned by the Menominee Gas Company (“Menominee Gas”) pulled into the driveway at the Komanekin home on the Menominee Indian Tribal Reservation. Jamie, then five years old, went out to greet the driver of the truck, Daniel Peters (“Peters”), as the truck, its engine running, pumped gas into the Komanekin tank. After speaking briefly with Jamie, Peters climbed into the cab of the truck to complete some paperwork, losing sight of the boy. Jamie’s mother, plaintiff Theresa Komanekin, was inside the *805 house. Hearing a loud noise from the back of the truck, Peters disengaged the truck’s pumping system and turned off its engine. Then he walked around the back of the truck and found Jamie standing on the other side of it, his arms missing up to his shoulders.

The truck’s pumping system hangs underneath the truck and is powered by the truck’s engine. The pump itself, positioned at the rear of the truck, is driven by the rotation of a five-foot auxiliary drive-shaft, the rear end of which is connected to a shaft protruding through either end of the pump. The front end of the drive-shaft is connected to a “power take-off,” or “PTO,” which harnesses energy from the truck’s transmission and exerts a rotational force on the drive-shaft.

The pumping system was assembled and installed on the truck in 1987 by Arrow Tank and Engineering Company (“Arrow”), which sold the truck, also known as a “bobtail,” to Menominee Gas on December 11, 1987. The pump was manufactured and supplied to Arrow by Blackmer. The PTO was manufactured by Chelsea, a division of Dana, and supplied to Arrow by Inland. Various parts of the drive-shaft were manufactured by Roscommon and supplied to Arrow by Buyers Products.

Although the precise cause of Jamie’s injury is uncertain, it appears that his arms became entangled in the rotating drive-shaft after he snagged his clothing on the head of a “set screw” protruding from the drive-shaft near or at its connection to the pump. Jamie might have been attracted to that area of the pumping system by patterns of light created by the rotation of the drive-shaft. Jamie’s injury was not caused by any malfunction in the pumping system; it worked as intended.

The pump, Blackmer model number TLGLF3, was specially designed for use in bobtail delivery trucks such as the one manufactured by Arrow, but was not specially designed for the Arrow truck. (July 11,1990 Blackmer Answers to Interr., Ex. F at 10; Jan. 27, 1993 Hickey Aff., Ex. B at 166.) In theory, Blackmer says, the pump could have been used in different ways. For example, it could have been “direct[ly] mount[ed]” on a PTO, rather than connected to the PTO through a drive-shaft. (Jan. 27,1993 Hickey Aff., Ex. A at 95.) Or, it could have been driven by an entirely different power source, such as a hydraulic system. (Id.) Neither alternative, however, was advised in Blackmer’s 1969 handbook, which was still in use in 1987, when Arrow built the truck in question. (Sep. 28,1992 Reihl Dep. at 31.) Rather, the handbook states:

Pumps on bobtails are usually driven by the power take-off through a jack shaft [i.e., drive-shaft] connected by universal joints. Figure 2 [omitted] illustrates the correct mounting of the drive line when universal joints are used____ [N]ote that the PTO and pump shafts should always be parallel; that the universal yokes at the ends of the jack shaft should be parallel; and the angularity should not exceed 15 degrees.

(July 11, 1990 Blackmer Answers to Interr., Ex. B at 7.)

While Blackmer thus anticipated that the pump would be used in conjunction with a drive-shaft and PTO, it was not actually aware of the size or structure of the chassis upon which the pump would be mounted, nor of the length of the drive-shaft that would be used. (Jan. 29, 1993 Blackmer Statement of Facts at ¶ 16; Mar. 29, 1993 Kmiec Aff. at ¶ 36.) Blackmer was not consulted on the design of the Arrow truck. (Jan. 27, 1993 Hickey Aff., Ex. B at 166.) When sold to Arrow, the pump was accompanied neither by drive-shaft guards nor by warnings concerning the necessity of guarding the drive-shaft. (Jan. 27, 1993 Riehl Aff. at ¶ 7.)

Blackmer did, however, supply a guard to cover a part of the pump itself. As noted above, a pump-shaft extends through each side of the pump and can be connected at either end to a drive-shaft. Thus, one end of the pump-shaft will not be used and will spin freely when the pump is in operation. To prevent exposure to that end of the pump-shaft, Blackmer supplied a guard for it along with a decal warning that the pump should not be operated “without guards in place.” (Mar. 29, 1993 Kmiec Aff., Ex. 154.) No such guard or warning, however, was affixed *806 to the end of the pump-shaft that was attached to the drive-shaft.

The drive-shaft consists of about a dozen different parts. (Jan. 26,1993 McCanna Aff., Ex. 37A.) The shaft itself is made of three tubes, connected by “yokes.” The middle tube, narrower than the other two, rests in a “hanger bearing,” which holds the drive-shaft to the chassis of the truck. At both ends of the drive-shaft there are two interlocking yokes, one fixed to the shaft and the other fixed to the PTO or the pump. The yokes are connected to one another by a “cross and bearings” and are held in place by set screws, which will protrude from the drive-shaft unless the assembler uses “recessed” set screws. Arrow purchased these drive-shaft components separately and assembled them itself. Often, Arrow would need to cut the drive-shaft tubes to fit varying chassis sizes. (Jan. 3, 1991 Orth Dep. at 165.)

Plaintiffs claim that most or all of the drive-shaft parts were manufactured by Roscommon and sold to Arrow by Buyers Products. (Mar. 4, 1993 Orth Dep. at 40, 50; Jan. 26, 1993 McCanna Aff., Ex. 37A at 2.) Roscommon does not seem to challenge that assertion, but Buyer Products does. (Jan.

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Bluebook (online)
819 F. Supp. 802, 1993 U.S. Dist. LEXIS 5712, 1993 WL 133728, Counsel Stack Legal Research, https://law.counselstack.com/opinion/komanekin-ex-rel-hausmann-v-inland-truck-parts-wied-1993.