Non-Electric Portable Heating Apparatus and Associated Methods

A non-electric portable heating apparatus comprising

• an upper section comprising
• an upper void;
• and
• an upper reaction chamber comprising dry mixture reaction materials surrounding the upper void;
• a lower section comprising
• a lower housing;
• a lower outer shell with lower outer shell apertures;
• a lower inner shell with lower inner shell apertures;
• a lower reaction chamber surrounding the upper void comprising reaction materials;
• a platform with platform aperture within the lower housing;
• at least one bladder containing water positioned on the platform;
• a platform axis extending the longitudinal length of the lower housing;
• a serrated grate separating the upper section and the lower section;
• and
• a bottom;
• wherein the platform is movable longitudinally within the housing along the platform axis;
• wherein the lower outer shell apertures are configured to rotatably align with the lower inner shell apertures;
• wherein the at least one bladder is configured to be punctured by the serrated grate expelling water into the upper reaction chamber when the platform is moved longitudinally and pressed against the serrated grate;
• wherein the upper reaction chamber is configured to produce an exothermic reaction with water when water enters the upper reaction chamber;
• wherein the lower reaction chamber is configured to allow air to flow therein when the lower outer shell apertures and the lower inner shell apertures are aligned;
• wherein the lower reaction chamber is configured to create an exothermic reaction when the lower outer shell apertures and the lower inner shell apertures are aligned and airflow enters the lower reaction chamber.

A non-electric portable heating apparatus comprising

• an upper section comprising
• an upper void;
• and
• an upper reaction chamber comprising dry mixture reaction materials surrounding the upper void;
• a lower section comprising
• a lower housing;
• a lower outer shell with lower outer shell apertures;
• a lower inner shell with lower inner shell apertures;
• a lower reaction chamber surrounding the upper void comprising reaction materials;
• a platform within the lower housing;
• a plurality of stoppers within the lower housing;
• a bladder containing water positioned on the platform comprising
• a bulbous base,
• a spout,
• a bladder tip with slits forming pie shaped flaps;
• and
• a bottom;
• wherein the platform is movable longitudinally within the housing;
• wherein the lower outer shell apertures are configured to rotatably align with the lower inner shell apertures;
• wherein the bladder tip and a portion of the spout are fixed within the upper reaction chamber;
• wherein the bladder is configured to expel water into the upper reaction chamber when the platform is moved longitudinally within the lower housing and the bulbous portion of the bladder is compressed against the plurality of stoppers;
• wherein the upper reaction chamber is configured to produce an exothermic reaction when water enters the upper reaction chamber;
• wherein the lower reaction chamber is configured to allow air to flow therein when the lower outer shell apertures and the lower inner shell apertures are aligned;
• wherein the lower reaction chamber is configured to create an exothermic reaction when the lower outer shell apertures and the lower inner shell apertures are aligned and airflow enters the lower reaction chamber.