Abstract: An aquatic doll is used to test and train rescue and life saving skills. The doll has a torso and has arms, legs, and a head all connected to the torso. The torso, arms, and legs are all substantially hollow and define a plurality of holes for filling the doll with water. A pair of feet are weighted and attached to the legs for breaking the surface of the water and causing the legs to sink initially when the doll is positioned on the water. Preferably, the head can be turned from side to side for a rescuer to simulate a water clearing technique during a rescue. In addition, the head can be tilted and has a moveable jaw for a rescuer to simulate a jaw thrust method in CPR. Finally, a spring and clicker mechanism is positioned in the hollow of the torso for simulating chest compression techniques of CPR.

Abstract: An aquatic doll is used to test and train rescue and life saving skills. The doll has a torso and has arms, legs, and a head all connected to the torso. The torso, arms, and legs are all substantially hollow and define a plurality of holes for filling the doll with water. A pair of feet are weighted and attached to the legs for breaking the surface of the water and causing the legs to sink initially when the doll is positioned on the water. Preferably, the head can be turned from side to side for a rescuer to simulate a water clearing technique during a rescue. In addition, the head can be tilted and has a moveable jaw for a rescuer to simulate a jaw thrust method in CPR. Finally, a spring and clicker mechanism is positioned in the hollow of the torso for simulating chest compression techniques of CPR.

Abstract: A pack worn by a rescuer holds an assembled resuscitation facemask. The pack has a pouch and has a flap and belt attached to the pouch. A face portion of the mask fits into an opening in the pouch. Preferably, a cutaway along the edge of the opening accommodates the projecting mouthpiece of the facemask. The flap closes over the mask in the opening, and an edge of the flap fastens to the pouch. The flap defines a cutout for the mouthpiece to project from the flap. Preferably, the cutout in the flap connects with a split defined in an edge of the flap. The split is smaller than the cutout such that first and second portions of the flap fit around the projecting mouthpiece when the flap is closed and fastened to the pouch.