Apparatus and Method for Providing Proper Alignment of a Person's Airway
An intubation pillow formed by a base cushion that forms a torso-support portion and defines a recess sized and shaped so as to provide proper alignment of the oral, pharyngeal, and laryngeal structures forming a person's airway. A head-support cushion that is positionable within the recess is provided so as to provide proper alignment of the oral, pharyngeal, and laryngeal structures that form a person's airway such that unlabored normal breathing may be maintained both prior to and after an intubation procedure.
1 . An intubation pillow comprising:
a base cushion forming a torso-support portion and defining a recess sized and shaped so as to provide proper alignment of oral, pharyngeal, and laryngeal structures forming a person's airway; and
a head-support cushion that is positionable within said recess so as to provide proper alignment of oral, pharyngeal, and laryngeal structures forming a person's airway such that unlabored normal breathing may be maintained both prior to and after an intubation procedure.
2 . The intubation pillow of claim 1 , wherein said intubation pillow is in the form of a wedge-shaped polyhedron.
3 . The intubation pillow of claim 1 , wherein said base cushion has an upper surface, side surface, and an interface, wherein said interface is defined by a convex surface, said upper surface is defined by a substantially planar surface, and said side surface is defined by a substantially planar surface.
4 . The intubation pillow of claim 1 , wherein at least the upper surface of the intubation pillow is composed of a sheet of nylon, wherein at least the outer surface of said sheet of nylon is coated with a water proof coating.
5 . The intubation pillow of claim 1 , wherein said recess in said base cushion is defined by a concave surface that extends from a back wall of said base cushion to an outwardly curved edge of said base cushion.
6 . The intubation pillow of claim 1 , further including a plurality of stringers affixed to at least one of the interior surfaces of said base cushion.
7 . The intubation pillow of claim 1 , further comprising a conduit positioned through a wall of said base cushion, said conduit allowing fluid communication between the ambient exterior air and the interior air of said base cushion.
8 . The intubation pillow of claim 1 , further comprising a conduit positioned through the side wall of said head-support cushion, said conduit allowing fluid communication between the ambient exterior air and the interior air of said head-support cushion.
9 . The intubation pillow of claim 1 , further comprising a valve positioned through a wall of said head support cushion, said valve allowing fluid communication between the ambient exterior air and the interior air of said head-support cushion.
10 . The intubation pillow of claim 1 , further comprising at least one fastener to removably connect said base cushion and said head-support cushion.
11 . The intubation pillow of claim 1 , wherein said base cushion is inflatable and deflatable.
12 . The intubation pillow of claim 1 , wherein said head support cushion is inflatable and deflatable.
13 . The intubation pillow of claim 1 , wherein said base cushion and said head-support cushion provide parallel alignment of oral, pharyngeal, and laryngeal structures forming a person's airway.
14 . An inflatable intubation pillow comprising:
an inflatable base cushion forming a torso-support portion and defining a recess sized and shaped so as to provide parallel alignment of oral, pharyngeal, and laryngeal structures forming a person's airway; and
an inflatable head-support cushion that is pivotally attached to a portion of said base cushion so as to be positionable within said recess such that when said head-support cushion is inflated and positioned within said recess, parallel alignment of oral, pharyngeal, and laryngeal structures forming a person's airway is achieved such that unlabored normal breathing may be maintained both prior to and after an intubation procedure.
15 . The intubation pillow of claim 14 , wherein said intubation pillow is in the form of a wedge-shaped polyhedron.
16 . The intubation pillow of claim 14 , wherein said base cushion has an upper surface, side surface, and an interface, wherein said interface is defined by a convex surface, said upper surface is defined by a substantially planar surface, and said side surface is defined by a substantially planar surface.
17 . The intubation pillow of claim 14 , wherein at least the upper surface of the intubation pillow is composed of a sheet of nylon, wherein at least the outer surface of said sheet of nylon is coated with a water proof coating.
18 . The intubation pillow of claim 14 , wherein said recess in said base cushion is defined by a concave surface that extends from a back wall of said base cushion to an outwardly curved edge of said base cushion.
19 . The intubation pillow of claim 14 , further comprising a plurality of stringers affixed to at least one of the interior surfaces of said base cushion.
20 . The intubation pillow of claim 14 , further comprising a valve positioned through a wall of said base cushion, said valve configured to allow fluid communication between the ambient exterior air and the interior air of said base cushion.
21 . The intubation pillow of claim 14 , further comprising a valve positioned through the side wall of said head-support cushion, said valve configured to allow fluid communication between the ambient exterior air and the interior air of said head-support cushion.
22 . The intubation pillow of claim 14 , further comprising a valve positioned through a wall of said head support cushion, said valve configured to allow fluid communication between the ambient exterior air and the interior air of said head-support cushion.
23 . The intubation pillow of claim 14 , wherein said base cushion and said head-support cushion are removably connected by at least one fastener.
24 . A method for performing endotracheal intubation, comprising the steps of:
providing a deflated intubation pillow on a resting surface, said intubation pillow having an inflatable base cushion and an inflatable head-support cushion;
placing a person down to rest on said deflated intubation pillow, wherein the head of said person is resting directly on said head-support cushion and indirectly on said base cushion;
inflating said base cushion to lift at least the upper body of said person from said resting surface;
inflating said head-support cushion to further lift the head of said person from said resting surface; and
removing said head-support cushion, if necessary, to provide parallel alignment of oral, pharyngeal, and laryngeal structures forming said person's airway allowing for the placement of a tube into the trachea of said person.
25 . The method for performing endotracheal intubation of claim 24 , further comprising the steps of:
deflating said base cushion and said head-support cushion allowing for surgical procedures to occur where the lifting of the upper body of said person is not optimal for said procedures; and
inflating said base cushion and said head-support cushion to provide parallel alignment of oral, pharyngeal, and laryngeal structures forming said person's airway
allowing for the placement of a tube into the trachea of said person.