Motley v. Fluid Power of Memphis, Inc.

640 S.W.2d 222, 35 U.C.C. Rep. Serv. (West) 1141, 1982 Tenn. App. LEXIS 408
CourtCourt of Appeals of Tennessee
DecidedFebruary 25, 1982
StatusPublished
Cited by9 cases

This text of 640 S.W.2d 222 (Motley v. Fluid Power of Memphis, Inc.) is published on Counsel Stack Legal Research, covering Court of Appeals of Tennessee primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Motley v. Fluid Power of Memphis, Inc., 640 S.W.2d 222, 35 U.C.C. Rep. Serv. (West) 1141, 1982 Tenn. App. LEXIS 408 (Tenn. Ct. App. 1982).

Opinion

MATHERNE, Judge.

While working at her employment in a manufacturing plant of Salant & Salant (Salant) at Union City, Tennessee, the plaintiff Jimmie Motley received serious injuries when the head of a clothing press *224 which she was operating closed down and caught her hands and arms. In this lawsuit for damages, she and her husband sue Fluid Power of Memphis, Inc. (Fluid Power), the seller of the control mechanism installed on the press, and Clippard Instrument Laboratory, Inc. (Clippard), the designer of the control system. The lawsuit is brought under the theories of strict liability in tort, negligence and breach of warranties.

At the close of the plaintiffs’ proof, the trial judge directed a verdict in favor of both defendants. The plaintiffs appeal under the following issue for review:

In a products liability case grounded on strict liability and breach of warranty against the designers and sellers of a clothing press control system and the manufacturer of its components, should the court have directed a verdict for the defendants because the plaintiffs were unable to prove a specific defect in a particular part where the evidence showed that the injury must have been caused by some defect in said system or its components.

I. Background

The press involved was a New York clothing press with a head pressure of between 2,000 and 2,500 pounds and a steam temperature of about 320 degrees Fahrenheit. As originally designed the press was operated by a foot pedal which closed the head down and a handle which locked it down. Obviously, when operated with the factory-installed controls, it was possible for an operator to be injured should his hands not be clear of the pressing surface when the head came down.

It was determined that the press, when operated with the factory-installed controls, did not meet O.S.H.A. standards and regulations, and Salant contacted Fluid Power for a control system which would meet those regulations. As result, Fluid Power recommended the installation of a two-hand, anti-tie-down control system on each press. This control system was designed by Clippard to require that two buttons be pressed simultaneously, one with each hand, to cause the head to come down and to preclude press operation by the pushing of one button. This control system had been installed on Mrs. Motley’s press for about three months before her injury.

Mr. Bullwinkle, the official of Salant who approved the purchase of the control system, testified that when the air pressure which pushed the head down and held it down was released, the head would be pushed up and held up by two springs, and that should both springs break the head would fall down; if only one spring broke, the head would not fall all the way down. He also testified that the only other way the head would come down would be for the casting to break, which would occur only when the head was already down and under pressure. He testified that he examined Mrs. Motley’s press after the accident and none of those mechanical malfunctions existed. A fellow employee, Maggie Alexander, testified that she looked at the press immediately after the accident and that the springs that held up the head were not broken and the head was not cracked. The plaintiff, Jimmie Motley, testified that she was placing a pair of pants in the press when the head suddenly slammed down on her hands; she had not pushed the two buttons to activate the movement of the head.

Before the control systems were purchased by Salant, the representative of Fluid Power, Ray Clapp, wrote Salant a letter dated January 23, 1973, recommending it purchase the two-hand, anti-tie-down control system, and stated:

(1) ... This circuit is designed so that if any part fails the press will not operate.
(2) To operate, one must push both buttons simultaneously and hold them until the press is fully down and locked. The press circuit will then hold until the timer opens it.

Enclosed in that letter was a letter from Clippard to Fluid Power which stated that the control system it proposed to furnish Fluid Power for Salant met the following requirements:

1. Both buttons must be pushed to operate the machine.
*225 2. They must be pushed within milliseconds of each other or almost simultaneous.
This insures that one of the operator’s hands will be on each button when the machine operates.

Mr. Bullwinkle of Salant testified that he relied upon these representations when he purchased about 200 of these control systems from Fluid Power.

The record reveals that Mr. Clapp of Fluid Power went to each Salant plant and acquainted the head mechanics on how to install the control system on the New York presses. Apparently, the head mechanic in each plant completed the installations in his respective plant. The record does not establish improper assembly and installation of these control systems. Mr. George Mills, head mechanic of Salant, testified that absent a malfunction in the control system, the press head would not close down unless the two hand-buttons were pushed.

The defendants rely upon what the plaintiff failed to prove as possible reasons for the malfunction of the press. The defendants argue that there is no proof of a defect in any component part of the control system nor is defective design established. They further argue that the proof establishes that Salant followed a haphazard maintenance program of its equipment, particularly as to proper cleaning of the filters on the control system. They argue that there was no testimony negating the possibility that a certain diaphragm valve on the New York press may have malfunctioned, causing the press head to close down. They further argue that there was no proof negating the fact that certain timers on the New York press may have malfunctioned by not properly “bleeding” the air pressure from the press.

The trial judge directed a verdict against the plaintiffs, dismissing their cause of action on each ground alleged in the complaint. The basis of the trial judge’s decision was that the plaintiffs failed to priwe a defect in the control system which could nave been the proximate cause of the malfunction of the press.

II. The Strict Liability in Tort Issue

Admittedly, there is no direct proof of a defect in the control system under consideration. However, in a lawsuit based upon the theory of strict liability in tort, a defect in a product may be proved by direct evidence, circumstantial evidence, or a combination of direct and circumstantial evidence. Browder v. Pettigrew, (Tenn.1976) 541 S.W.2d 402; Young v. Reliance Electric Company, (Tenn.App.1979) 584 S.W.2d 663. Where a plaintiff is dependent upon circumstantial evidence, it is sufficient if he makes out the more probable hypothesis, and the evidence need not arise to that degree of certainty which would exclude every other reasonable conclusion. Chisholm v. Bohannon,

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640 S.W.2d 222, 35 U.C.C. Rep. Serv. (West) 1141, 1982 Tenn. App. LEXIS 408, Counsel Stack Legal Research, https://law.counselstack.com/opinion/motley-v-fluid-power-of-memphis-inc-tennctapp-1982.