To use a foldable stretcher, position and lock it, then press the wheel locking button and lift each individual corner to unfold the wheels, making it ready for patient transport.
Here's a more detailed breakdown, assuming a standard foldable wheeled stretcher:
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Positioning: Place the stretcher near the person needing transport. Ensure there's enough space to maneuver and that the stretcher is accessible from all sides.
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Locking (if applicable): Some stretchers have a locking mechanism to prevent unintentional folding during transport. Engage this lock if present. This is generally to lock the stretcher open before the patient is on it.
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Unfolding the Wheels: Most foldable stretchers have wheels that need to be unfolded and locked into position. To do this:
- Locate the Wheel Locking Button: Find the release mechanism, often a button or lever near the wheels.
- Release the Lock: Press or manipulate the locking mechanism.
- Unfold the Wheels: Lift each corner of the stretcher individually, allowing the wheels to swing into the locked, unfolded position. You should hear or feel a click indicating they are locked.
- Verify Wheel Security: Double-check that each wheel is securely locked in the unfolded position to ensure stable movement.
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Preparing for Patient Placement: Ensure the stretcher surface is clean and, if possible, add a blanket or sheet for the patient's comfort.
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Transferring the Patient: Use proper lifting techniques (or multiple people if necessary) to safely transfer the patient onto the stretcher. Ensure the patient is positioned comfortably and securely.
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Securing the Patient (if necessary): Some stretchers have straps or restraints. Use these to secure the patient, especially if there's a risk of falling or if the stretcher will be moved over uneven terrain.
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Transporting the Patient: Carefully push or pull the stretcher, ensuring a smooth and controlled movement. Avoid sudden stops or sharp turns.
In summary, using a foldable stretcher involves proper unfolding, securing the patient, and safe transportation techniques.