Sega MISSION IMPOSSIBLE ARCADE, Руководство по эксплуатации для владельца

Страница: 93 / 167

82
PRECAUTIONS WHEN MOVING THE MACHINE7
7
• Do not push plastic parts or any part associated with the moving mechanism.
Do not lift or support the product by any plastic part. Parts can be damaged,
and fragments can cause injury.
• Do not push on or hold onto the LCD or controllers to move the unit. Doing so
could break the parts and lead to people getting injured..
• Do not stack parts that have been separated or disassembled indiscriminately.
The surface of the parts could be damaged or deformed. Significant
deformations can result in improper operation and breakdowns.
• Do not lean separated or disassembled parts against a wall or other surface
indiscriminately. The parts could be deformed. Accidents could also occur
should the parts fall over.
• Do not hold onto the controllers to use as a lever or leverage. Doing so may
cause damage resulting in injury to the player or impaired game play.
• If the individual units are moved over floor surfaces where there is carpet,
decorative panel, etc., there might be friction or soiling.
• Movement by casters can damage the floor, depending on the floor
material. Have a mat or thin plate available for moving casters. If rugs, for
instance, have been laid out, remove them before moving.
• Be careful not to damage delicate parts as the Controller levers etc whilst
moving the product. Always push/pull the product levering from the
bolted on metal parts or by the lower sections such as the base.
• Do not apply rope directly to the product’s surface. Use protective
material at locations where rope is applied taking care not to damage
components attached to the machine.
• The strength of this product’s joints were not designed such that the
product can be moved while assembled. Attempting to push on the
cabinet(s), etc. to move the unit while assembled can result in damage,
deformation, and misalignment of the joints. Abnormalities in the joints can
result in improper operation or breakdown in internal mechanisms.