Dish-dispensing apparatus

Claim 1

A HEATED DISH-DISPENSING APPARATUS COMPRISING, IN COMBINATION, A TUBULAR HOUSING AN OPEN TOP AND INCLUDING AN INNER TUBULAR WALL MEMBER AND AN OUTER TUBULAR WALL MEMBER SPACED FROM EACH OTHER TO PROVIDE AN INTRA-WALL SPACE HAVING A BODY OF HEAT-INSULATING MATERIAL ARRANGED THEREIN, ELECTRICAL HEATING MEANS IN THE SAID TUBULAR HOUSING FOR HEATING THE INTERIOR OF THE SAID TUBULAR HOUSING STRUCUTRE INCLUDING A HEAT-CONDUCTIVE TUBULAR METALLIC MEMBER, THE SAID HEATING MEANS INCLUDING A HEAT-CONDUCTIVE TUBULAR METALLIC MEMBER ARRANGED WITHIN THE SAID TUBULAR WALL STRUCTURE AND IN HEAT-EXCHANGE RELATIONSHIP WITH THE SAID INNER TUBULAR WALL MEMBER, AN ELECTRICALLY ENERGIZABLE HEATING UNIT ARRANGED IN HEAT-EXCHANGE RELATIONSHIP WITH THE SAID TUBULAR HEAT-CONDUCTIVE METALLIC MEMBER FOR HEATING THE INTERIOR OF SAID HOUSING, AND A TUBULAR DISH-DISPENSING MEMBER HAVING AN UPPER END AND ADAPTED TO FIT WITHIN SAID TUBULAR HOUSING, DISH-SUPPORTING MEANS WITHIN THE SAID TUBULAR DISH-DISPENSING MEMBER FOR SUPPORTING A STACK OF DISHES, SPRING MEANS IN THE SAID TUBULAR DISH-DISPENSING MEMBER BELOW THE SAID DISH-SUPPORTING MEANS AND HAVING THE SAID DISHSUPPORTING MEANS RESTING THEREON, SAID TUBULAR DISH-DISPENSING MEMBER BEING IN HEAT ABSORBING RELATION WITH SAID HEATED TUBULAR HOUSING FOR HEATING SAID STACK OF DISHES THEREIN, SAID TUBULAR DISH-DISPENSING MEMBER BEING READILY ADAPTED FOR INSERTION INTO AND REMOVAL AS A UNIT FROM THE HEATED INTERIOR OF SAID TUBULAR HOUSING.