Abstract: A vapor humidification component with a disposable water source for a medical instrument sterilization system that utilizes ozone as a sterilization agent. The humidification component of the invention receives a measured input of water that is vaporized therein and injected into an ozone-oxygen mixture flow for passage into a primary sterilization chamber wherein the humidified ozone-oxygen mixture is circulated to scour and sterilize, during a sterilization cycle, medical instruments contained therein, whereafter the ozone-oxygen mixture is passed to a destruction chamber for heat destruction and venting to atmosphere.

Abstract: A spent sterilization agent destruct and ambient air mixing device for inclusion with medial instrument sterilization system that preferably utilizes humidified ozone O.sub.3 as a sterilization agent or sterilizing effluent. The invention is for receiving a spent sterilization agent flow that includes humidified ozone O.sub.3 and oxygen O.sub.2 and provides, within the device, for exposure of that spent sterilization agent to both a catalytic converter and to an application of heat that converts ozone O.sub.3 to oxygen O.sub.2, thereby rendering the sterilization agent inert, and provides for mixing that inert flow with ambient air and venting to atmosphere.

Abstract: In a medical instrument sterilization system that preferably utilizes humidified ozone as a sterilization agent or sterilizing effluent, the system provides for ozone generation, humidification of that ozone and its transfer to for circulation in a primary sterilization chamber wherein medical instruments are scoured clean and sterilized by passage of the humidified ozone therethrough, and for venting the used ozone to a destruction chamber for heat destruction. The invention is in a secondary safety chamber for containing the primary sterilization chamber wherein sterilization operations take place that is locked and sealed during the sterilization cycle and provides for separately sensing and venting for destruction any sterilizing agent as escapes from the primary sterilization chamber.

Abstract: A system for applying to a person's respiratory system pressure pulses having a high energy density. The system includes a manifold for applying gas pulses to the mouth or throat of a person, a first conduit for supplying gas from a gas source to the manifold, and a first valve disposed on the conduit adjacent to the manifold for interrupting the flow of gas through the conduit to thereby produce gas pressure pulses which flow to the manifold and then to the person. A second conduit coupled between the gas source and the manifold is also provided. A second valve is disposed in the second conduit to normally block the flow of gas therethrough and for periodically opening to allow gas to flow to the manifold. A pressure transducer is disposed between the second valve and the manifold for detecting the pressure in the manifold and for supplying a signal to the gas source indicating what the pressure in the manifold is.

Abstract: Apparatus and method are disclosed for delivering medication into the respiratory system of a person. The medication to be delivered is nebulized and supplied, with a series of gas pulses, to a person's respiratory system. The frequency rate of the pulses varies over a range which is broad enough to encompass the natural or resonant frequencies of the person's respiratory system.