Rescue inhaler

A rescue inhaler comprising:

• a body having first and second connector portals;
• a first canister attachable to the first connector portal storing a gas mixture comprising helium, oxygen, nitrogen, and air gases;
• wherein the gas mixture has a density that is lower than the density of atmospheric air;
• a second canister attachable to the second connector portal storing an aerosolized medicine;
• wherein the aerosolized medicine stored in the second canister is sprayed into an aerosol path when the second canister attached to the second connector portal is pushed upwards;
• a push button located outside the body of the rescue inhaler for activating a valve for releasing the gas mixture of first canister into a gas path;
• wherein the gas mixture flowing in the gas path pulls the aerosolized medicine from the aerosol path into the gas path leading the aerosolized medicine and the gas mixture to be discharged out of a mouth outlet;
• and
• an attachable anesthetic adapter that fits over the mouth outlet;
• wherein the anesthetic adapter comprises an interior sliding ring haying attached pockets;
• wherein a wax or non-toxic sugar coated envelope is placed into each pocket on the sliding ring;
• wherein each envelope has an anesthetic in liquid or semi-solid state form;
• wherein a heater powered by a small insertable ion battery melts the envelope and vaporizes the anesthetic for inhalation.

A rescue inhaler comprising;

• a body having first and second connector portals;
• a first canister attachable to the first connector portal storing a gas mixture comprising helium, oxygen, nitrogen, and air gases;
• wherein the gas mixture has a density that is lower than the density of atmospheric air;
• a second canister attachable to the second connector portal storing an aerosolized medicine;
• and
• wherein the aerosolized medicine stored in the second canister is sprayed into an aerosol path when the second canister attached to the second connector portal is threaded past a threshold;
• a push button located outside the body of the rescue inhaler for activating a valve for releasing the gas mixture of the first canister into a gas path;
• wherein the gas mixture flowing in the gas path pulls the aerosolized medicine from the aerosol path into the gas path leading the aerosolized medicine and the gas mixture to be discharged out of a mouth outlet;
• wherein screwing the second canister past a line on the second connector portal opens a secondary valve on the second canister for continuously discharging the aerosolized medicine from the second canister.