Abstract: A device and method for adjusting a tidal breath delivered to a patient. The device includes a moving frame which is configured to move over a stationary frame that is nested within the moving frame itself. Disposed between the moving frame and the stationary frame is a compressible bellows which delivers a tidal breath to the patient each time the moving frame is passed over the stationary frame. The specific volume of the tidal breath that is delivered may adjusted according to the estimated weight of the patient, thereby preventing over inflation of the patient's lungs while undergoing treatment. To adjust the tidal breath volume, the user quickly changes the relative position of a slide adjuster which dictates the range of possible movement between the moving frame and the stationary frame, thereby limiting the volume of air/oxygen which may be drawn into the bellows.

Abstract: A device and method for adjusting a tidal breath delivered to a patient. The device includes a moving frame which is configured to move over a stationary frame that is nested within the moving frame itself. Disposed between the moving frame and the stationary frame is a compressible bellows which delivers a tidal breath to the patient each time the moving frame is passed over the stationary frame. The specific volume of the tidal breath that is delivered may adjusted according to the estimated weight of the patient, thereby preventing over inflation of the patient's lungs while undergoing treatment. To adjust the tidal breath volume, the user quickly changes the relative position of a slide selector which dictates the range of possible movement for the bellows to be compressed, thereby limiting the volume of air/oxygen which may be delivered by the bellows.

Abstract: An apparatus and method for selecting a tidal breath to be delivered to a patient with a resuscitation bag according to the patient's size or age. A user estimates a proper tidal breath for a patient and then adjusts or fixes the volume of a resuscitation bag to deliver that selected tidal breath. The user may deploy a variety of mechanical means to either limit the effective volume of the resuscitation bag or temporary maintain the resuscitation bag in a deformed configuration which also restricts or reduces the internal volume of the resuscitation bag. The mechanical means for limiting the volume of the resuscitation bag is also marked so as to notify the user the current degree by which the volume of the resuscitation bag is reduced, thereby informing the user the size of the tidal breath that is delivered when the resuscitation bag is compressed.

Abstract: A device and method for adjusting a tidal breath delivered to a patient. The device includes a moving frame which is configured to move over a stationary frame that is nested within the moving frame itself. Disposed between the moving frame and the stationary frame is a compressible bellows which delivers a tidal breath to the patient each time the moving frame is passed over the stationary frame. The specific volume of the tidal breath that is delivered may adjusted according to the estimated weight of the patient, thereby preventing over inflation of the patient's lungs while undergoing treatment. To adjust the tidal breath volume, the user quickly changes the relative position of a slide adjuster which dictates the range of possible movement between the moving frame and the stationary frame, thereby limiting the volume of air/oxygen which may be drawn into the bellows.

Abstract: A device and method for adjusting a tidal breath delivered to a patient. The device includes a moving frame which is configured to move over a stationary frame that is nested within the moving frame itself. Disposed between the moving frame and the stationary frame is a compressible bellows which delivers a tidal breath to the patient each time the moving frame is passed over the stationary frame. The specific volume of the tidal breath that is delivered may adjusted according to the estimated weight of the patient, thereby preventing over inflation of the patient's lungs while undergoing treatment. To adjust the tidal breath volume, the user quickly changes the relative position of a slide selector which dictates the range of possible movement for the bellows to be compressed, thereby limiting the volume of air/oxygen which may be delivered by the bellows.

Abstract: A novel flexible ferrule is provided. The ferrule is a hollow tapered tube having walls formed from a plurality of layers of continuous graphite fiber-reinforced plastic sheet material in which the graphite fibers of one layer of sheet material are at an obtuse angle ranging from about 110.degree. to about 140.degree. relative to the fibers in the next superimposed graphite layer of sheet material. Interposed between and alternating with the graphite layers are layers of woven fiberglass material, the glass fibers of which are at right angles to each other.