Apparatus and method to position a patient for airway management and endotracheal intubation
An apparatus and method for properly positioning a patient to allow rapid and effective endotracheal intubation during an anesthetic induction is disclosed. The apparatus includes a plurality of inflatable sections for supporting the patient's head and upper back, where the inflatable sections are independently inflatable and deflatable with respect to one another so that the patient's ear and sternum can be aligned in the same horizontal plane. The apparatus also includes an anchoring means that is attached to at least one of the plurality of inflatable sections for anchoring the apparatus in place. An air system connected to the plurality of inflatable sections and including separate connections to the individual inflatable sections operates to provide air to the apparatus. The apparatus optionally includes an independently inflatable cylinder in the anchoring means that is used in pregnant patients.
1. A method of positioning an obese and/or pregnant patient for endotracheal intubation, the method comprising:
positioning an upper back of the patient on an independently inflatable and deflatable back support section of a pillow, the back support section including a first portion and a second portion that are inflatable together via a single common air inlet/outlet;
positioning a head of the patient on an independently inflatable and deflatable head rest section of the pillow;
inflating the back support section;
inflating the head rest section;
inflating an independently inflatable and deflatable base support section of the pillow in order to adjust an elevation of the head rest section and the second portion of the inflated back support section without adjusting an elevation of the first portion of the back support section, the base support section being located beneath both the second portion of the back support section and the head rest section; and
aligning a pinna of an ear of the patient with a sternum of the patient in the same horizontal plane, when the patient's upper back is positioned on the inflated back support section and the patient's head is positioned on the inflated head rest section, by adjusting a pressure in an independently inflatable and deflatable head tilt adjustment section of the pillow, the head tilt adjustment section being located above the base support section and beneath the head rest section.
2. The method of claim 1 , wherein inflating each of the back support section, the head rest section and the head tilt adjustment section comprises setting an inflate valve in an on position and setting an on/off switch of each section in an on position.
3. The method of claim 2 , wherein setting the inflate valve comprises pushing a button, and setting each of the on/off switches comprises pushing a button for each of the on/off switches.
4. The method of claim 1 , further comprising deflating at least one of the back support section, the head rest section, the base support section and the head tilt adjustment section, after inflating each of the sections.
5. The method of claim 4 , wherein deflating at least one of the back support section, the head rest section, the base support section and the head tilt adjustment section comprises setting a deflate valve in an on position and setting an on/off switch of the at least one section in an on position.
6. The method of claim 4 , wherein setting the deflate valve comprises pushing a button, and setting each of the on/off switches comprises pushing a button for each of the on/off switches.
7. The method of claim 1 , wherein the back support section, the head rest section and the base support section are all inflated simultaneously.
8. The method of claim 1 , further comprising:
connecting an air system of the pillow to a compressed air source and setting an inflate valve of the air system in an open position in order to inflate the back support section, the head rest section and the base support section, and to adjust the pressure in the head tilt adjustment section; and
wherein inflating the back support section comprises setting a first on/off switch of the air system in an on position; and inflating, simultaneously, the head rest section and the base support section comprises setting a second on/off switch of the air system in an on position.
9. A method of positioning an obese and/or pregnant patient for endotracheal intubation, the method comprising:
positioning a mid to lower back of the patient on an extended tail section of a pillow;
positioning an upper back of the patient on an independently inflatable and deflatable back support section of the pillow;
positioning a head of the patient on an independently inflatable and deflatable head rest section of the pillow;
inflating the back support section;
inflating the head rest section;
adjusting an elevation of the head rest section and only a portion of the back support section, by inflating the head rest section and an independently inflatable and deflatable base support section of the pillow; and
aligning a pinna of an ear of the patient with a sternum of the patient, when the patient's mid to lower back is positioned on the extended tail section, the patient's upper back is positioned on the inflated back support section, and the patient's head is positioned on the inflated head rest section, by adjusting a pressure in an independently inflatable and deflatable head tilt adjustment section of the pillow.
10. The method of claim 9 , further comprising:
connecting an air system of the pillow to a compressed air source and setting an inflate valve of the air system in an open position in order to inflate the back support section, the head rest section and the base support section, and to adjust the pressure in the head tilt adjustment section; and
wherein inflating the cylinder comprises setting a first on/off switch of the air system in an on position;
inflating the back support section comprises setting a second on/off switch of the air system in an on position; and
inflating, simultaneously, the head rest section and the base support section comprises setting a third on/off switch of the air system in an on position.
11. The method of claim 10 , further comprising setting the inflate valve to a closed position and then setting a deflate valve of the connected air system to an open position, in order to deflate one or more of the cylinder, the back support section and the head rest and base support sections, and to adjust the pressure in the head tilt adjustment section.
12. The method of claim 9 , wherein the back support section and the head rest and base support sections are inflated simultaneously.