초록

A tubular steel frame housing module built in a factory and then transferred within a standard intermodal shipping container for installation within a structural framework at a remote building site.

대표청구항 ▼

1. A method for constructing a building using a building structural support frame and a plurality of building modules comprising: constructing, at a building site, a building structural frame comprising horizontal and vertical beams joined such that a plurality of bays exist between the horizontal b

1. A method for constructing a building using a building structural support frame and a plurality of building modules comprising: constructing, at a building site, a building structural frame comprising horizontal and vertical beams joined such that a plurality of bays exist between the horizontal beams and the vertical beams;positioning an intermodal shipping container, having a building module included inside the intermodal shipping container where the inside of the intermodal shipping container lacks a pallet, adjacent to one of the bays of the building structural frame;opening doors of the intermodal shipping container in order to slideably remove the building module;securing the intermodal shipping container to the building structural frame via a coupler between the intermodal shipping container and the building structural frame; andonce the intermodal shipping container is secured to the building structural frame with its doors open, slideably removing the building module from the container through the open doors of the intermodal shipping container and sliding the building module from the intermodal shipping container directly into the bay until the building module is outside the intermodal shipping container and until the building module is fully supported within the bay by the building structural support frame, wherein the building is a multiple story building having bays for insertion of the building modules at each story, said method further comprising:installing a plurality of building modules within the plurality of bays, starting at the topmost story bays and working downwards, so that the uppermost building modules are installed within the building first. 2. The method of claim 1, further comprising: placing a roof on the building structure frame support prior to insertion of any of the building modules within the building structural support frame. 3. The method of claim 1, wherein the building module has a floor, at least one finished interior wall, outer cladding, and exterior wall cladding, wherein when the building module is placed in the bay of the building structural support frame, forms at least a portion of the floor, and walls of the building in the position of the bay within which the building module was inserted, and wherein the outer cladding and exterior wall cladding forms an exterior surface of a portion of the building. 4. The method of claim 1, wherein each of the bays formed between the vertical beams and the horizontal beams is wide enough to permit two or more building modules to be placed within the bay side by side with each other, said method further comprising: positioning a different container, having a different building module included inside the different container, to the bay within which the building module was inserted;slideably removing the different building module from the different container and sliding the different building module from the different container directly into the bay until the different building module is outside the different container and until the different building module is fully supported within the bay by the building structural support frame; andjoining the different building module to the building module to form a continuous floor for an interior space having an interior area approximately equal to the interior area of the bay. 5. The method of claim 1, wherein the building is a multistory building, and wherein the bay is a bay for a story greater than the first story of the building, said method further comprising: when positioning the container, lifting the intermodal shipping container off the ground to a position adjacent to the bay; andsliding the building module horizontally from the intermodal shipping container to the bay. 6. The method of claim 1, further comprising: installing temporary joists along predetermined locations along longitudinal beams of the building structural frame, so that the temporary joists are able to support the building module when the building module is slid into the bay from the container; andremoving the temporary joints after the building module is fully supported within the bay by the building structural support frame. 7. The method of 1, further comprising: attaching at least four rollers to the underside of said building module for rolling the building module from the container to the bay. 8. The method of claim 1, wherein each building module is substantially complete and includes electrical components and wiring and plumbing and plumbing connections. 9. The method of claim 1, further comprising: constructing, at a factory location remote from the building site, the building module; placing rollers on the underside of said building module; rolling the building module into the intermodal shipping container; andshipping the intermodal shipping container, having a building module included inside the intermodal shipping container, from the factory location to a building site. 10. The method of claim 1, wherein the intermodal shipping container has a distance under a door header of approximately eight feet five inches, wherein an interior floor to ceiling height of the building module is between seven feet nine inches and seven feet eleven inches. 11. The method of claim 1, wherein the building module comprises a finished interior and exterior. 12. The method of claim 1, wherein the building module includes interior walls that are finished, dry-walled and primed, flooring, plumbing with minor touchup on finishing, cabinets, plumbing fixtures, lighting figures, electrical wiring, and finished exterior wall cladding that is to face the outside of the building when installed. 13. The method of claim 1, wherein the building is a multiple story building having bays for insertion of the building modules at each story, said method further comprising: installing a plurality of building modules within the plurality of bays, starting at the topmost story bays and working downwards, so that the uppermost building modules are installed within the building first, wherein said building modules comprise electrical wiring, and plumbing, plumbing fixtures, and electrical fixtures installed when shipped, wherein electrical and plumbing connectors between modules are positioned close to an outer edge of the building module, wherein workers are able to access electrical and plumbing connections in a space between vertically adjacent building modules, as the building modules are being installed. 14. A method for constructing a building using a building structural support frame and a plurality of building modules comprising: constructing, at a factory location remote from a building site, a building module;rolling the building module into an intermodal shipping container;shipping the intermodal shipping container, having a building module included inside the container, from the factory location to a building site;constructing, at the building site, a building structural frame comprising horizontal and vertical beams joined such that a plurality of bays exist between the horizontal beams and the vertical beams;positioning the intermodal shipping container, having the building module included inside the intermodal shipping container, adjacent to one of the bays of the building structural frame;opening doors of the intermodal shipping container in order to slidably remove the building module;securing the intermodal shipping container to the building structural frame via a coupler between the intermodal shipping container and the building structural frame; andonce the intermodal shipping container is secured to the building structural frame with its doors open, slideably removing the building module from the container through the open doors of the intermodal shipping container and sliding the building module from the intermodal shipping container directly into the bay until the building module is outside the intermodal shipping container and until the building module is fully supported within the bay by the building structural support frame. 15. A method for constructing a building using a building structural support frame and a plurality of building modules comprising: constructing, at a building site, a building structural frame for a multiple story building comprising horizontal and vertical beams joined such that a plurality of bays exist between the horizontal beams and the vertical beams;lifting an intermodal shipping container, having a building module included inside the intermodal shipping container, adjacent to one of the second story or higher bays of the building structural frame, wherein the intermodal shipping container has a distance under a door header of approximately eight feet five inches, wherein an interior floor to ceiling height of the building module is between seven feet nine inches and seven feet eleven inches, wherein each building module is substantially complete and includes electrical components and wiring and plumbing and plumbing connections;opening doors of the intermodal shipping container in order to slideably remove the building module;securing the intermodal shipping container to the building structural frame via a coupler between the intermodal shipping container and the building structural frame;once the intermodal shipping container is secured to the building structural frame with its doors open, slideably removing the building module from the container through the open doors of the intermodal shipping container and sliding the building module from the intermodal shipping container directly into the bay until the building module is outside the intermodal shipping container and until the building module is fully supported within the bay by the building structural support frame;installing temporary joists along predetermined locations along longitudinal beams of the building structural frame, so that the temporary joists are able to support the building module when the building module is slid into the bay from the container;removing the temporary joints after the building module is fully supported within the bay by the building structural support frame;placing a roof on the building structure frame support prior to installation of any of the building modules within the building structural frame; andinstalling a plurality of building modules within the plurality of bays, starting at the topmost story bays and working downwards, so that the uppermost building modules are installed within the building first.