Container assembly and method for making same

1. An assembly for holding water comprising:

a first hollow rectangular prism receptacle configured to have an open top, a bottom side panel, at least three side panels in addition to and connected to said bottom panel, and a free edge comprising edges of said at least three side panels and forming at least a top edge and a front edge;

a first frame structure having a top frame interface portion rigidly attached to the top edge of said first receptacle and a front frame interface portion rigidly attached to the front edge of said first receptacle;

a second hollow rectangular prism receptacle configured to have an open top, a bottom side panel, at least three side panels in addition to and connected to said bottom panel, and a free edge comprising edges of said at least three side panels and forming at least a top edge and a front edge;

a second frame structure having a top frame interface portion rigidly attached to the top edge of said second receptacle and a front frame interface portion rigidly attached to the front edge of said second receptacle;

at least one guide structure attached to said second receptacle positioned to guide at least one threaded rod parallel to said bottom panel and perpendicular to said front frame interface portion of said second receptacle;

one of said at least one threaded rods inserted into said a respective guide structure;

at least one threaded coupler rigidly attached to said first receptacle and positioned to receive said threaded rod from said second receptacle;

a seal structure positioned between said front frame interface portion of said first receptacle and said front frame interface portion of said second receptacle;

wherein said guide structure provides access to said threaded rod from a position adjacent to said second receptacle, when said first and second receptacles are suitably aligned, the threaded rod is rotated within said guide structure in a predetermined direction to thread into said aligned threaded coupler and to clamp the seal structure between the opposing front frame interface portions of said first and said second receptacles, when clamped, said first and said second receptacles and said seal form an open top assembly to hold said water.

2. The assembly of claim 1 further comprising a plurality of said guide structures attached to said second receptacle, a plurality of said threaded rods inserted into said guide structures, wherein said plurality of threaded rods can be suitably aligned with a respective one of said threaded couplers attached to said first receptacle.

3. The assembly of claim 1 wherein at least one of said guide structures and at least one of said threaded couplers are rigidly attached to said second receptacle and at least one of said guide structures and at least one of said threaded couplers are rigidly attached to said first receptacle.

4. The assembly of claim 1 wherein said first receptacle and said second receptacle are clamped such that the resulting open top assembly is substantially L-shaped.

5. The assembly of claim 1 wherein said first and second receptacles each comprise a intermodal shipping container made of corrugated steel.

6. The assembly of claim 1 wherein said seal structure is an elastomer gasket shaped to follow and conform to the front interface portions of said first and said second receptacles.

7. The assembly of claim 1 wherein said seal structure is a compliant coating applied to at least one of said front frame interface portions of said first and said second receptacles.

8. The assembly of claim 1 wherein said at least one guide structure is chosen from a list including: a channel, a pocket, or a tube.

9. The assembly of claim 1 wherein one end of said threaded rod is threaded and one end is a shaped to accept a tool for applying torsion, said shape is chosen from a list including: a circle, a square, a hexagon, a star.

10. A method for constructing an open top assembly for containing water comprising the steps of:

providing a first hollow rectangular prism receptacle configured to have an open top, a bottom side panel, at least three side panels in addition to and connected to said bottom panel, and a free edge comprising edges of said at least three side panels and forming at least a top edge and a front edge; further including a first frame structure having a top frame interface portion rigidly attached to the top edge of said first receptacle and a front frame interface portion rigidly attached to the front edge of said first receptacle;

providing a second hollow rectangular prism receptacle configured to have an open top, a bottom side panel, at least three side panels in addition to and connected to said bottom panel, and a free edge comprising edges of said at least three side panels and forming at least a top edge and a front edge; further including a second frame structure having a top frame interface portion rigidly attached to the top edge of said second receptacle and a front frame interface portion rigidly attached to the front edge of said second receptacle;

providing at least one guide structure attached to said second receptacle positioned to guide at least one threaded rod parallel to said bottom panel and perpendicular to said front frame interface portion of said second receptacle;

inserting one of said at least one threaded rods into a respective said guide structure;

providing at least one threaded coupler rigidly attached to said first receptacle;

positioning said first and second receptacles to suitably align said front frame interface of said first receptacle with said front frame interface of said second receptacle and thereby aligning said inserted threaded rod and said at least one threaded coupler;

providing a seal structure positioned between said front frame interface portion of aid first receptacle and said front frame interface portion of said second receptacle;

turning said inserted threaded rod such that the rod threads into said threaded coupler and thereby pulls said second receptacle and said first receptacle together wherein said pulling together clamps said seal structure producing a watertight seam between said first and second receptacle.

11. The method of claim 10 further including the steps of:

providing a plurality of said at least one guide structures attached to said second receptacle and positioned to guide a plurality of said at last one threaded rod parallel to said bottom panel and perpendicular to said front frame interface portion of said second receptacle;

inserting said plurality of threaded rods in said plurality of guide structures;

providing of said threaded couplers rigidly attached to said first receptacle;

positioning said first and second receptacles to suitably align said front frame interface of said first receptacle with said front frame interface of said second receptacle and thereby aligning each of said plurality of said inserted threaded rods with a corresponding said threaded coupler;

turning said plurality of inserted threaded rods such that each rod threads into said aligned threaded coupler and thereby pulls said second receptacle and said first receptacle together wherein said pulling together clamps said seal structure producing a watertight seam between said first and said second receptacle.

12. The method of claim 10 further comprising the step of:

providing an excavated hole for in-ground placement of said first receptacle and said second receptacle wherein said excavated hole provides suitable access for turning said at least one threaded rod after placement of said receptacles.

13. The method of claim 10 further comprising the steps of:

providing at least one more threaded coupler rigidly attached to said second receptacle;

providing at least one more guide structure attached to said first receptacle positioned to guide at least one more threaded rod parallel to said bottom panel and perpendicular to said front frame interface portion of said first receptacle;

inserting one of said threaded rods into either said guide structure of said second receptacle or into said guide structure of said first receptacle;

positioning said first and second receptacles to suitably align said front frame interface of said first receptacle with said front frame interface of said second receptacle and thereby aligning one of said threaded rods inserted in one of said guide structures of one of said receptacles and one of said at least one threaded couplers of the opposite aligned receptacle.