Scott v. Dreis & Krump Manufacturing Co.

326 N.E.2d 74, 26 Ill. App. 3d 971, 1975 Ill. App. LEXIS 1991
CourtAppellate Court of Illinois
DecidedMarch 11, 1975
Docket58240
StatusPublished
Cited by97 cases

This text of 326 N.E.2d 74 (Scott v. Dreis & Krump Manufacturing Co.) is published on Counsel Stack Legal Research, covering Appellate Court of Illinois primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Scott v. Dreis & Krump Manufacturing Co., 326 N.E.2d 74, 26 Ill. App. 3d 971, 1975 Ill. App. LEXIS 1991 (Ill. Ct. App. 1975).

Opinions

Mr. JUSTICE STAMOS

delivered the opinion of the court:

This is a personal injury action based upon strict tort liability. Plaintiff, Broadus Scott, was injured while operating a press brake manufactured by defendant, Dreis & Krump Manufacturing Co., and sold to the plaintiffs employer, Hasco Electric Company. After a jury trial, judgment was entered for plaintiff in the sum of $125,000. Defendant appeals and presents three principal contentions: (1) the trial court erred in not considering, and not allowing the jury to consider, the defense theory that the press owner, rather than the press manufacturer, had the responsibility for selecting the appropriate safety devices; (2) the trial court erred in preventing the jury from considering the evidence on assumption of risk (3) plaintiff’s closing argument was prejudicial and deprived defendant of a fair trial. The facts follow.

Emmett McCarthy, executive vice president of Dreis & Krump Manufacturing Co., was called by plaintiff as an adverse witness. He testified that the machine was manufactured in 1955 and sold to Hasco Electric Company in the same year. He inspected the machine in 1969, approximately 3 years after the injury to plaintiff.

The machine in question is referred to as a press brake. Its function is to bend and shape metal. The press itself is approximately 8 feet wide and 6 feet high. During operation, the ram, the movable upper section of the press, descends upon the bed or lower section. Dies are attached to the ram and the bed. When the ram descends upon the bed, the dies press the metal into the desired shape. The area between the ram die and bed die is referred to as the “point of operation.” Without the insertion of the dies, the ram and bed are between 9 and 12 inches apart. When dies are inserted the opening varies from zero to 6 inches. The press can accommodate innumerable dies, the size and function of which may vary.

The press is electrically powered, and has an on-off switch. The switch does not activate the ram, but merely powers die motor. The actual engaging mechanism is called a treadle. The treadle is a lever on a long shaft which is connected to the clutch and operated through the use of a foot pedal. The operator depresses the foot pedal, the clutch is engaged, and the gearing mechanism causes the ram to come down. When the foot pedal is released the clutch is disengaged and simultaneously a braking mechanism is engaged. The foot pedal itself is not fixed, but may be moved along the length of the press to accommodate the position of the operator.

The witness testified that when the foot pedal is released, the ram stops immediately rather than first completing an up or down cycle. This permits the operator to “inch” or jog the ram downward. Although the witness stated that the ram would not continue to operate when the electrical current was shut off, he did acknowledge that the flywheel would continue in motion for a certain period of time even though the power was turned off. He further acknowledged that the inertia of the flywheel after the power is cut could be sufficient to cause movement of the ram, if, in addition, the clutch were engaged.

Joseph De Lucca, a professional engineer, testified on behalf of plaintiff as an expert witness. He stated that he examined the press brake at Hasco Electric Company in May 1966, approximately 2 weeks after the incident. It was not equipped with any safety device even though various safety devices were available and commonly used in the industry to prevent injury to the operator. One safety device consists of a guard placed in front of the point of operation. The guard has a small slit opening through which the material is pushed, thus rendering it impossible for the operator to put his hands between the dies. Other machines have dual controls which require the operator to keep both hands occupied when he uses the machine. In his expert opinion, the press brake was not in a reasonably safe condition for the operator.

On cross-examination, the witness stated that the press brake is versatile in its operations; it could shape material as small as the numbers on a clock or shape material almost 8 feet wide. Because of its versatility, he admitted that any one of the various safety devices only becomes reasonable in light of the manner in which the machinery is set up for the particular operation. He further admitted that since the owner of the machine determines its setup, the owner determines what safeguard is appropriate.

Irving Hazard, a registered professional engineer, testified as an expert witness. In his opinion the machine was in an unreasonably dangerous condition for the reasons that the machine had no guards or safety devices and that the inertia of the flywheel could cause the machine to operate even though the motor has been turned off. With respect to the latter reason, the witness stated that a lock-out device could be installed to prevent the machine from operating after the electrical current is turned off. One such lock-out device would be a simple solenoid switch which would lock the clutch in its disengaged position whenever the electrical power is interrupted. The solenoid switch is inexpensive and has been known to science and industry since the latter part of the nineteenth century. The witness further stated that there are hydraulic presses which do not have flywheels. When a hydraulic press is switched to the “off” position it cannot continue to operate.

The witness also testified to various shield and guard devices, dual controls, and photoelectric mechanisms. The technology for these devices existed prior to 1945. Plaintiff then introduced into evidence the 1960 American Safety Standards Code. Mr. Hazard read the following sections of the Code:

“5. Safeguarding at the Point of Operation. 5.1. General. Each press should be equipped and operated with a point of operation guard or a point of operation protective device for every press operation performed, except where the point of operation is limited to an opening of Vá inch or less.
5.2 Point of Operation Guards. Design and Construction. Every such guard should be reliable in construction, application and adjustment. The guard should be attached to the press or to the die. The guard shall not offer any accidental hazard. It shall be so designed and constructed as to facilitate inspection and to minimize the possibility of removing or misusing essential parts. 5.2.5. Fixed Barrier Guards. A fixed barrier guard shall enclose the point of operation in conformity with Table 1. It shall be secui-ed to the press frame by fasteners.
5.3.3.1. Gate or movable barrier device. Sequence of Operation. The gate or movable barrier device shall enclose the point of operation before power is transmitted to the slide.
5.3.3.2. Interlocking. Gate or movable barrier devices shall be interlocked with a clutch control mechanism so that the downward motion of the slide cannot begin until the device encloses the point of operation.
6. Power press action equipment. 6.1. Power Pedal Cover Guard.

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Bluebook (online)
326 N.E.2d 74, 26 Ill. App. 3d 971, 1975 Ill. App. LEXIS 1991, Counsel Stack Legal Research, https://law.counselstack.com/opinion/scott-v-dreis-krump-manufacturing-co-illappct-1975.