Abstract: The embodied invention is a pressure control system on a hyperbaric chamber where the pressure regulation is automatic, continuous, and independent of the flow curve of the air supply compressor. The chamber is continuously controlled by an air venting control valve with electronic control to provide tight control. The control is able to be programmed to provide a therapeutic, varying pressure for treatment.

Abstract: The embodied invention is a hyperbaric chamber that is designed to fit through a narrower dimension, such as a doorway, window, garage, or hallway by utilizing a multi-section design. The preferred embodiment is a split chamber design that allows two or three sections to be moved by caster wheels, either on the legs with casters or on a moving cart. The width of the separate sections is designed to fit through a 34? doorway, and then are readily bolted together to a desirable length. Additionally, the flanges design that connect the individual vessel parts together are designed to provide the pressure needed at a very low weight.

Abstract: The embodied invention is a hyperbaric chamber that is designed to fit through a narrower dimension, such as a doorway, window, garage, or hallway by utilizing a multi-section design. The preferred embodiment is a split chamber design that allows two or three sections to be moved by caster wheels, either on the legs with casters or on a moving cart. The width of the separate sections is designed to fit through a 34? doorway, and then are readily bolted together to a desirable length. Additionally, the flanges design that connect the individual vessel parts together are designed to provide the pressure needed at a very low weight.