Mungis (No 2) Pty Limited v Still
[2011] NSWCA 261
At a glance
Source factsCourt
Court of Appeal (NSW)
Decision date
2011-08-05
Before
Basten JA, Macfarlan JA, Mr J, MacFarlan JA
Source
Original judgment source is linked above.
Judgment (9 paragraphs)
Judgment 1BASTEN JA : I agree with Sackville AJA. 2MACFARLAN JA: I agree with Sackville AJA. 3SACKVILLE AJA : This is an appeal from a judgment of the District Court (Judge Armitage) entering a verdict in the sum of $226,793.20 for the respondent (Mr Still) against the appellant. The verdict was for damages for personal injuries sustained by Mr Still, an employee of a labour hire company, in a work-related accident at the appellant's factory. The appellant, a company now in liquidation, challenges the primary Judge's finding that it breached its duty of care to Mr Still. 4Mr Still has filed a cross-appeal in which he contends that the primary Judge erred in determining that he was guilty of contributory negligence and that he should bear 25 percent of responsibility for the accident. But for the finding of contributory negligence, the verdict in favour of Mr Still would have been $302,390.17.
BACKGROUND 5Mr Still was born in Australia in 1957. He commenced employment with Trojan Workforce Pty Ltd ("Trojan"), a labour hire company, in September 2005. His work history included 20 years as a roof plumber and several years as an air-conditioning installer. 6In October 2005, Trojan assigned Mr Still to work at the appellant's factory at Huntingwood. The factory manufactured plastic packaging for fresh and take-away food. Mr Still was assigned to work at the appellant's premises as a general labourer and forklift driver. However, his duties included periodically removing rolls of scrap plastic from the waste compartments of plastic thermoforming (moulding) machines. The waste plastic was then available for recycling. 7The system of work required Mr Still to go to each of several machines a number of times throughout each eight hour shift and to remove the waste plastic. Mr Still had performed this kind of work for approximately six months. 8On 26 April 2006, Mr Still was injured when he attempted to open the access door of the scrap compartment of a particular thermoforming machine used to manufacture salad bowls (" machine P72 "). His intention was to remove a roll of scrap plastic from the compartment of machine P72. However, the access door flew open and struck him with considerable force, causing him to fall backwards and sustain injuries to his back, hip and leg. 9The function and operation of machine P72 were described in the report by Mr Underwood, an Occupational Health and Safety Mechanical Engineer, as follows: "A continuous sheet of plastic is progressively fed through the machine where it is systematically pressed between heated press platens which form the sheet into a three-dimensional form to the shape of the mould plates mounted on the platen. The most commonly manufactured product [sic] are shaped trays for food service and packaging. After the shapes are formed and pressed out of the sheet, the remaining web must be discarded. It passes into a scrap coiler compartment where the web is wound into a coil, the coil so formed being manually removed by the operator (being cut away from the in-feed web, removed from the machine and dumped into a waste bin). If the coil is allowed to accumulate into too large a roll, the coil drive air motor stalls, and the sheet ceases to enter the waste compartment. Additionally, the weight of the coil is increased so that it becomes a manual handling hazard for the operator charged with the task of removing it. ... When the scrap coiler compartment door is opened, the machine stops (including the coiler drive motor). Access to the control switch to advance and retract the ram on the roller mandril is only possible when the door is open." 10The following additional information, which is not controversial, is based in part on Mr Still's helpful written submissions. 11Machine P72 had a round metal plate installed, with a spindle fixed to and protruding from the plate's centre. (The spindle was also referred to in the evidence as a " ram ", " drum ", " long tube ", " air cylinder ", " web winder " and " web spinner ".) The plate had four holes, each positioned to accommodate one of four spines (also referred to as " web waste wheels " or " prongs "). The spines were fixed parallel to the spindle and protruded through the holes. When the machine was operating, waste plastic was wound onto the four spines as they and the metal plate rotated. The thermoform machines operated more or less continuously but were not always in use. 12The door to the waste compartment had a solid frame but a mesh inset. To remove a roll of waste plastic from machine P72 the operator first opened the door by means of a T-shaped handle. This activated a trip switch which automatically cut power to the plate, which thereupon stopped rotating. The operator then turned an in/out lever (also referred to as an " auto release switch " or an " in/out switch ") to the " out " position. This caused the plate to move forward under pneumatic pressure, thereby pushing the waste plastic off the spines so that the roll of plastic waste came to rest on the spindle. 13As the plate moved forward, the spindle also moved forward. In the fully extended position, the spindle protruded beyond the line of the doorway. When the spindle was extended, the operator cut the waste from the spindle and removed it. If it was intended to restart the machine, the operator would set a fresh roll in place. Finally, the operator turned the in/out lever back to the " in " position, causing the plate and spindle to retract into the waste compartment, and shut the compartment door. 14Machine P72 had four switches or levers. The first was the trip switch which automatically cut power to the plate and prevented it rotating. As I have indicated, the trip switch was activated by opening the door to the waste compartment. However, cutting power to the plate did not stop the in/out lever being turned to the " out " position so as to cause the plate and the spindle to extend outwards under pneumatic pressure. 15The second lever was the " in/out " lever. This was located just below the frame of the waste compartment, inside the door. The lever could be moved along a horizontal axis to the left (the " in " position) or to the right (the " out " position). The words " IN " and " OUT " seem to have been painted on the frame of the compartment, immediately above the in/out lever. 16The third switch on machine P72 was the emergency switch. This was installed on the outside of a separate compartment located immediately above the waste compartment. There appears to have been no evidence as to the precise height at which the emergency switch was located, but photographs show that it was well below the height of an operator standing next to it. The emergency switch could be used to disable the machine, including the pneumatic mechanism driving the plate and the spindle. It could be activated without opening the door to the waste compartment. 17The fourth switch was the main power switch, located towards the other end of machine P72. Machine P72 was apparently about eight metres in length, but the evidence suggested the main switch was located several metres from the waste compartment. If the main switch was turned off, the effect was the same as if the emergency switch was activated. That is, the machine would be disabled, including its pneumatic systems. 18On the day of the accident, but some time before it occurred, Mr Still removed waste plastic from machine P72. On this particular occasion, power to the machine had been turned off, presumably at the main switch. Accordingly, the pneumatic mechanism was inoperative. 19Mr Still opened the door of the waste compartment and removed waste plastic from the spindle while the spindle was in the retracted position. In the course of doing so, he reached into the compartment and moved the in/out lever to the " out " position. There was no practical purpose to be achieved by this movement as the pneumatic systems had been turned off and Mr Still was not seeking to extend the spindle. Mr Still's explanation was that " it was a natural reaction to reach in the machine and turn the switch ". 20After removing the waste plastic from the spindle, Mr Still closed the compartment door. He admitted that he inadvertently left the lever in the " out " position. Of course, if the pneumatic systems had been operating, moving the lever to " out " would have resulted in the spindle moving forwards until it protruded beyond the door. In these circumstances, Mr Still would not have been able to close the door without moving the lever to " in ". In other words, he was able to leave the lever in the " out " position because at that time machine P72, including its pneumatic mechanisms, had been switched off. When asked why he had not returned the lever to the " in " position Mr Still said that he simply did not think to do so at the time. 21At some stage after Mr Still removed waste plastic from machine P72 in this way, power to the machine was restored. The evidence did not identify who switched on the power. However, one effect of restoring power was to activate the in/out lever, which Mr Still had left in the " out position, so that the spindle extended under pneumatic pressure. 22While Mr Still was working at a nearby machine he noticed through the mesh on the waste compartment door of machine P72 that waste plastic had accumulated in the compartment. Mr Still observed that the waste plastic was even protruding between a gap in the closed door of the compartment and the machine's casing. He then, in his own words, raced over to the machine, got on his haunches and attempted to open the compartment door. He twisted the handle on the door, but found that it was jammed because of pressure from inside the compartment. Mr Still then used the palm of his hand to push the door inwards so as to release the locking pins that had apparently jammed. 23This manoeuvre enabled Mr Still to turn the handle of the door. However, as he did so, the door flew open and struck him on the knees, knocking him to the concrete floor. The door was forced open in this way because the spindle was in the extended position and pressed against the door on the inside. As a result Mr Still suffered the injuries for which he was awarded damages.