Transportable, self-contained, refrigeration system

A system for transporting a container for relatively large quantities of temperature sensitive items to a site far removed from the location of the container, comprising the use of:

• a transportable container having a structural framework including at least
• four, vertically and laterally spaced, longitudinally extending, horizontally disposed, side, structural beams,
• four, longitudinally and laterally spaced, vertically disposed, corner, end, structural beams, and
• four, vertically and longitudinally spaced, laterally extending, horizontally disposed, end, structural beams,
• all of said structural beams being fixedly joined together at at least near their ends forming a rigid, structurally strong framework defining an extended, box-like configuration having two ends, said container having in its interior at least two sections
• an enclosed, equipment section located at one end of said framework completely within said box-like configuration and being substantially enclosed by walls with associated access door panels allowing access into said equipment section, and
• at least one, refrigerated, storage compartment section longer than said equipment section located at the other end completely within said box-like configuration, said refrigerated storage section including at least one access door into it of a size allowing a person to walk through, but being otherwise enclosed, said refrigerated storage section being insulated providing an insulated interior having the capability to house, at a substantially lower temperature than the ambient, temperature sensitive materials, including at least one item from the group consisting of food stuffs, medical supplies, ice and human corpses;
• said equipment section including within its confines at least the following equipment
• a refrigeration producing compressor associated with said refrigerated storage compartment to cool its interior,
• at least one combustible liquid fuel powered motor mechanically interconnected to said compressor to drive it,
• a combustible liquid fuel tank for supplying liquid fuel to said motor, and
• control mechanisms associated with said compressor and motor for controlling the motor driven compressor to control the motor to at least turn it “on” and “off” in response to the temperature level sensed in said interior of said storage compartment,
• all of said equipment being physically protected by said structural framework located round said equipment section and by said walls and associated access door panels;
• and the methodology comprising the steps of:
• transporting the container to the far removed site.