Wright v. Therm-O-Link

2016 Ohio 7840
CourtOhio Court of Appeals
DecidedNovember 21, 2016
Docket2015-P-0059
StatusPublished
Cited by1 cases

This text of 2016 Ohio 7840 (Wright v. Therm-O-Link) is published on Counsel Stack Legal Research, covering Ohio Court of Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Wright v. Therm-O-Link, 2016 Ohio 7840 (Ohio Ct. App. 2016).

Opinion

[Cite as Wright v. Therm-O-Link, 2016-Ohio-7840.]

IN THE COURT OF APPEALS

ELEVENTH APPELLATE DISTRICT

PORTAGE COUNTY, OHIO

RICHARD WRIGHT, et al., : OPINION

Plaintiffs-Appellants, : CASE NO. 2015-P-0059 - vs - :

THERM-O-LINK, :

Defendant-Appellee. :

Civil Appeal from the Portage County Court of Common Pleas, Case No. 2012 CV 01193.

Judgment: Affirmed.

Steven W. Albert, 29425 Chagrin Boulevard, Suite 216, Pepper Pike, Ohio 44122, and James G. Joseph, 75 Public Square, Suite 650, Cleveland, OH 44113 (For Plaintiffs- Appellants).

Matthew M. Ries, and Kevin P. Murphy, Harrington, Hoppe & Mitchell, Ltd., 108 Main Avenue, S.W., Suite 500, Warren, OH 44481 (For Defendant-Appellee).

THOMAS R. WRIGHT, J.

{¶1} This appeal is from the final decision in an intentional tort case.

Appellants, Richard and Reille Wright, claim the trial court erred in granting summary

judgment in favor of appellee, Therm-O-Link, Inc., on all pending claims. For the

following reasons, summary judgment was proper.

{¶2} Appellee is an extrusion wire factory, with its principal place of business in Garrettsville, Portage County, Ohio. The factory manufactures insulated electrical wire

products, primarily used in the automobile industry. The factory is comprised of various

extrusion machines that apply insulation to bare wire or cable. One such machine is

known as the “battery line” or “BY1.” As the names suggests, this machine primarily

produces battery cables.

{¶3} The BY1 machine consists of three sections, the second of which is called

the “caterpuller.” The caterpuller has two side-by-side conveyor belts, spaced a small

distance apart. When the BY1 machine is on, the conveyor belts run continuously at a

high rate of speed. After the wire or cable is removed from big containers or spools

during the machine’s first segment, it is directed toward the opening of the caterpuller,

where there are two small rollers. In order for the wire to go between the two conveyor

belts, it must go between the two rollers. The conveyor belts propel the wire toward the

extrusion head, where the process of applying the insulation begins.

{¶4} In addition to guiding the wire as it moves toward the extrusion head, the

caterpuller also maintains the proper tension on the wire so that there is no slack. If any

slack develops either before or after the wire enters the caterpuller, the wire is unlikely

to go between the two conveyor belts in the proper manner and it may become

necessary to turn off the entire machine so that the wire can be re-positioned.

Moreover, if the wire does not go through the caterpuller properly, the insulation process

is adversely affected necessitating the insulation to be scraped from the wire.

{¶5} Immediately outside the opening to the caterpuller is a safety guard sitting

directly above the moving wire. When properly positioned, it blocks objects resting

upon the wire from being pulled into the caterpuller toward the “pinchpoint” of the two

2 conveyor belts. However, the placement of the safety guard also inhibits the machine

operator’s ability to see whether the wire is properly going between two posts and

toward the conveyor belts. To alleviate this issue, the operator can lift the safety guard

away from the wire while the machine is still running. Also, attached to the guard is a

separate small wire that the operator can use to lock the guard out of the “safety”

position.

{¶6} Appellee’s employee handbook expressly provides that all safety guards

must be properly positioned when a machine is operating. Nevertheless, appellee

requires its employees to operate the machine as efficiently as possible, producing the

greatest amount of insulated wire and the least amount of scrape.

{¶7} In relation to machine operators, appellee prohibits possession of cell

phones inside the factory. The policy is set forth in the employee handbook, and is

orally explained to every new hire at the outset of his employment. In addition, each

new hire is required to execute a written statement acknowledging that he was informed

of the company’s cell phone policy. The no cell phone policy rule is zero tolerance--

possession of a cell phone results in immediate termination.

{¶8} Appellee hired Richard Wright as a machine operator in February 2011,

and immediately assigned him to the BY1 machine. Over at least the first six weeks of

employment, Richard was trained by a senior operator with prior experience on the BY1

machine. While the majority of the training was “hands-on,” Richard was required to

take a written test at the close of the training. According to the senior operator, he

emphasized that the safety guard should always be in the “down” position whenever the

conveyor belts are running.

3 {¶9} Once his training was completed, Richard became the sole operator of the

BY1 machine. On December 15, 2011, near the conclusion of his shift, Richard noticed

that the spool of wire he was sending through the machine would soon be empty.

Consistent with typical procedure, he tied the end of the wire on the present spool to the

leading edge of the wire on the spool for the next job. Based upon his prior experience,

Richard was aware that the wire could become slack as the knot connecting the two

spools entered the caterpuller. As a result, he was running the BY1 machine with the

safety guard “up” so that he could watch the knot as it moved through the two rollers.

{¶10} Due to a problem with the wire, slack developed, and the wire was no

longer moving between the two rollers. After fixing the problem with the spool, Richard

tried to re-position the moving wire between the rollers by pushing down on the wire.

When his first attempt failed, he placed his left hand behind the rollers, in the area of the

caterpuller between the rollers and the conveyor belts, and again tried to push down on

the wire. As he did so, his left hand got caught on the moving wire and was pulled into

the narrow pinchpoint between the moving conveyor belts.

{¶11} Richard sustained serious injury to his left hand, including three broken

fingers. While receiving treatment at a local hospital, he gave a statement regarding the

incident to appellee’s human resource administrator. His statement resulted in a written

report, spurring an internal investigation into the matter by appellee. As a direct result,

the character of the guard was changed to a transparent material allowing the operator

to see the wire going into the caterpuller even with the guard down.

{¶12} While recovering from his injury, Richard filed a complaint concerning the

incident with OSHA. Upon conducting an on-site inspection of the BY1 machine, OSHA

4 issued a report finding multiple safety violations. As to the caterpuller, the report found

that appellee had not placed adequate safety guards in the area around the rollers and

conveyor belts. Therefore, appellee was fined and required to take additional remedial

measures.

{¶13} Within two months of his injury, Richard returned to work on light duty. A

short time later, he returned to regular duty as a machine operator. However, on April

4, 2012, Richard’s cell phone was found in a desk near his work area. The cell phone

was confiscated without his knowledge, and he was told to report to appellee’s director

of human resources.

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