Above ground tornado shelter

1. A tornado shelter comprising:

a base defining four sides, four corners and a center;

a plurality of rods extending upwardly from each of said four sides;

a wall extending upwardly from each of said four sides, each of said walls having a top surface;

a ceiling portion spanning between said top sides of said walls;

a pitched roof defining an attic space between said pitched roof and said ceiling portion;

wherein an upper portion of said rods extends above said top surface of each of said walls;

wherein said upper portion of said rods above said top surface of each of said walls are bent towards said center of said base for strengthening said ceiling portion of the shelter;

wherein said plurality of rods are inside each of said walls and said upper portion of said rods inside said ceiling portion are encased in concrete; and

wherein said attic space is filled with said concrete.

2. The tornado shelter according to claim 1 wherein:

said rods are rebar.

3. The tornado shelter according to claim 1 wherein:

said rods are welded to said base.

4. The tornado shelter according to claim 1 wherein:

at least one of said walls define a door opening;

a door received in said door opening.

5. The tornado shelter according to claim 1 wherein:

at least one of said walls and said ceiling portion define a conduit.

6. The tornado shelter according to claim 1 wherein:

at least one of said walls define an orifice for air ventilation.

7. The tornado shelter according to claim 1 further comprising:

a bench affixed to said base.

8. A method of constructing a tornado shelter comprising the steps of:

placing a frame base at a desired location, said frame base defining four sides, four corners and a center, said base having an outer angle iron extending upwardly at each of said four corners and an inner angle iron extending upwardly at each of said four corners;

locating vertical frame members adjacent said frame base;

locating horizontal frame members adjacent a top end of said vertical frame members;

locating pitched roof frame members extending above said horizontal frame members and defining an attic space therebetween;

affixing vertical rods extending upwardly from said sides of said frame base;

placing an inside concrete form adjacent said inner angle iron, said inside concrete form having a top surface;

placing an outside concrete form adjacent said outer angle iron, said outside concrete form having a top surface;

wherein said vertical rods are between said inside concrete form and said outside concrete form;

placing a top ceiling form on said top surface of inside concrete form;

wherein an upper portion of said rods extend above said top surface of said inside concrete form and said outside concrete form;

bending said top portion of said rods towards said center of said frame base;

pouring a single pour of concrete for filling a space between said inside concrete form and said outside concrete form and for filling said attic space and covering said upper portion of said rods above said top ceiling form.

9. The method according to claim 8 further comprising:

removing said inside concrete form, said outside concrete form and said top ceiling form after said concrete cures.

10. The method according to claim 8 further comprising:

hingedly affixing a door in a door opening in one of said walls.

11. The method according to claim 8 further comprising:

placing a conduit in a location selected from a group consisting of in between said outside concrete form and said inside concrete form and above said ceiling form.

12. The method according to claim 8 further comprising:

forming vents in at least one of said walls.

13. The method according to claim 8 further comprising:

affixing a bench to said base.

14. A method of constructing a tornado shelter comprising the steps of: constructing a frame at a first location, said frame comprising vertical frame members and horizontal frame members adjacent a top end of said vertical frame members: transporting said frame to a second location; placing said frame at said second location; placing an inside concrete form adjacent said vertical frame members, said inside concrete form having a top surface; placing an outside concrete form adjacent said vertical frame members, said outside concrete form having a top surface; placing a top ceiling form adjacent said top surface of inside concrete form; after said step of transporting, pouring a single pour of concrete for filling a space between said inside concrete form and said outside concrete form; the steps of: locating pitched roof frame members extending above said horizontal frame members and defining an attic space therebetween; wherein said step of pouring a single pour of concrete fills said attic space.

15. The method according to claim 14 further comprising the steps of: affixing vertical rods extending upwardly adjacent said vertical members; wherein said vertical rods are between said inside concrete form and said outside concrete form; wherein an upper portion of said rods extend above said top surface of said inside concrete form and said outside concrete form; bending said top portion of said rods towards said center of said frame base; wherein said step of pouring a single pour of concrete covers said tipper portion of said rods above said top ceiling form.