"INTENDED USE/ CONTRAINDICATIONSPrernierPro'"" Air Transfer Mats are indicated for patients• Who are unable to transfer or turn by their own effort. both assisted and unassisted• Whose size and weight present possible risks to caregivers involved in the transfer of the patientPRECAUTIONS & WARNINGS• Use two or more caregivers during patient transfers• Do not use transfer mat until user manual is reviewed.• Do not leave patient unattended on inflated transfer mat• Do not attempt to move patient on uninflated transfer mat.• The maximum safe working load for all PremierPro""' Air Transfer Mats is 1,000Ibs (450kg)AIR SUPPLYAir supply units may be compatible with PremierPro' "" Air Transfer Mats if they provide 3 psi pressure and 80 cfm capacity. The hose used may be a standard 1.75"" diameter hose that may be secured with a snap fastener or hook & loop fastener. Always refer the air supply unit’s operating Instructions, observing all precautions and warnings. All safety guidelines within the air supply unit' s operating Instructions should be followed.INSTRUCTIONS FOR USE1. Transfer surfaces should be close together and equal height or a slightly lower destination surface.2. Air inlet pockets are located at the foot end of pad. Locate and insert air supply hose.3. Avoid having obstructions in path of transfer including lines and hoses 4. Hold onto handles during inflation.5. Move patient in a diagonal direction. head or feet end first until patient reaches destination and is centered.6. Raise side rails, disconnect t air hose and undo safety straps.7. Use appropriate turning and rolling technique to remove transfer mat from underneath patient."
A mains electricity (AC-powered) assembly of devices used to transfer a supine patient, typically from his/her bed or transport stretcher to an operating table or vice versa. It is usually installed in large operating room (OR) complexes and serves as a sluice providing demarkation between the OR staff and the ward staff/porters and related devices. It may be designed as a motorized belt that is wider than the length of the patient and that rotates around a moveable pick-up plate which feeds in under the patient, drawing him/her onto the belt and depositing him/her onto an adjacent surface. It is typically fully automated, requiring no human intervention other than to operate the controls.
s2s-global.com