초록 ▼

A manufactured building system has a pair of pre-stressed multi-stemmed concrete floors. The pre-stressed multi-stemmed concrete floors are adapted to contact each other on one parallel side edge to form peripheral edges and a central joining edge. A part of a building is coupled to a pre-stressed m

A manufactured building system has a pair of pre-stressed multi-stemmed concrete floors. The pre-stressed multi-stemmed concrete floors are adapted to contact each other on one parallel side edge to form peripheral edges and a central joining edge. A part of a building is coupled to a pre-stressed multi-stemmed concrete floor. Also described is a Method of Transporting the pre-stressed multi-stemmed concrete floors with the partial building coupled there to, to a site. Also described is a Method of Manufacturing a pre-stressed multi-stemmed concrete floor.

대표청구항 ▼

What is claimed as being new and desired to be protected by Letters Patent of the United States is as follows: 1. A manufactured building system comprising, in combination: a pair of multi-stemmed trailer-less transportation concrete floor systems each having a generally rectangular configuration w

What is claimed as being new and desired to be protected by Letters Patent of the United States is as follows: 1. A manufactured building system comprising, in combination: a pair of multi-stemmed trailer-less transportation concrete floor systems each having a generally rectangular configuration with a downwardly disposed short front diaphragm header and a parallel downwardly disposed rear diaphragm header and a plurality of long downwardly disposed stems there between and with the system having side edges to allow the coupling of more than one floor system, the stems also including a plurality of additional stems located between and parallel with the side edges; a plurality of vertically disposed wall panels associated with the peripheral edges extending upwardly from the edges remote from the central joining edge when the two floor systems are adjacent; a plurality of base connectors positioned at the lower edges of the wall panels and fixably positioned with respect to the multi-stemmed floor system for coupling the wall panels to the floor systems; four corner connectors coupled to adjacent vertical edges of the wall panels above the corners of the floor systems being fixably coupled at a predetermined angular orientation to form continuous walls; a pair of roof diaphragms each with a periphery there around and intermediately angled with respect to each other to form a linear ridge at the top parallel with and above the central joining edge of the slabs when the two roof diaphragms are laterally aligned; an adjustable roof ridge connector with securement members maintaining the roof diaphragms at a predetermined angular orientation; a pair of adjustable eave connectors positioned between the upper edges of the wall panels and the roof diaphragms at a predetermined angular orientation; a pair of gable end walls forming a linear ridge at the top when the two gable end walls are aligned; and a plurality of gable end connectors and an edge coupler which is self-mating and which positioned between the two halves of a gable end wall for locking the two halves together. 2. The system as set forth in claim 1 wherein the components of the system are fabricated of fireproof materials. 3. The system as set forth in claim 1 wherein the components of the system are fabricated of termite and insect proof materials. 4. The system as set forth in claim 1 wherein the components of the system are constructed of a composite material. 5. The system as set forth in claim 1 wherein the system is constructed with cathedral ceilings throughout, enabling the air conditioning and heating system to work within the entire building envelope thereby enhancing the overall energy efficiency. 6. The system as set forth in claim 1 wherein the system is constructed with a new and innovative multi-stemmed pre-stressed concrete floor system. 7. The system as set forth in claim 1 wherein the system is transportable. 8. The system as set forth in claim 1 wherein the system is trailer-less transportation using a fifth wheel coupler and a wheel assembly. 9. The system as set forth in claim 1 wherein the system components are fabricated of recyclable material. 10. A manufactured building system for constructing prefabricated homes that can be easily transported and assembled comprising, in combination: a pair of multi-stemmed pre-stressed concrete floor systems each having a generally rectangular configuration with an up side and a down side and a thickness there between, each multi-stemmed floor system having two parallel side edges and two parallel end edges, one of said two parallel end edges being a front end edge and another of said two parallel end edges being a rear end edge, with each system having a downwardly disposed short front reinforced diaphragm header and a parallel downwardly disposed rear reinforced diaphragm header and a plurality of long downwardly disposed stems there between, all stems being perpendicular to the diaphragm headers, with two of the stems being located on and contiguous with the side edge of the multi-stemmed floor system and forming the edge of each floor system, the stems also including a plurality of additional stems located between and parallel with the side edges, the side edge being configured to contact the side edge of another floor system to form a central joining edge of the coupled floor systems; a plurality of vertically disposed wall panels associated with said front and rear end edges and said side edges of said pair of multi-stemmed pre-stressed concrete floor system, the wall panels extending upwardly from both the front and rear end edges and the side edges of the pair of multi-stemmed pre-stressed concrete floor systems and the side edges remote from the central joining edge when the two floor systems are adjacent to each other for defining a closed space, the wall panels also having window openings and door openings; a plurality of base connectors positioned at the lower edges of the wall panels, each base connector having a first end with generally U-shaped flat faces receiving the wall panels adjacent to their lower edges, each base connector also having a second end with components fixably positioned with respect to one of said pair of multi-stemmed pre-stressed concrete floor systems; four corner connectors coupled to adjacent vertical edges of the wall panels above the corners of the floor systems, each corner connector constructed of fixed first component having U-shaped flat faces secured to the adjacent vertical edges of the wall panels, each first component having a central cylindrical recess and an exterior arcuate first plate, each corner connector also having an intermediate second component in a generally H-shaped configuration with interior cylinders rotatably received within the cylindrical recesses and with arcuate second plates in sliding contact with the first plates and with bolts fixably coupling the arcuate plates at a predetermined angular orientation; a pair of roof diaphragms each with a periphery there around and intermediately angled with respect to each other to form a linear ridge at the top parallel with and above the central joining edge of the coupled floor systems when the two roof diaphragms are laterally aligned; an adjustable roof ridge connector constructed of fixed first components having U-shaped flat faces secured to the adjacent edges of the roof diaphragms, each first component having a central cylindrical recess and an exterior arcuate first plate, each roof ridge connector also having an intermediate second component in a generally H-shaped configuration with interior cylinders rotatably received within a cylindrical recess and with arcuate second plates in sliding contact with the first plates and with bolts fixably coupling the arcuate plates at a predetermined angular orientation; a pair of adjustable eave connectors positioned between the upper edges of the wall panels and the roof diaphragms, each eave connector having a first component having a flat face coupled to a roof panel with a central cylindrical component and an exterior first arcuate plate and with a second component having a U-shaped flat face secured to the adjacent upper edge of the wall panels with a central cylindrical recess and a second exterior arcuate plate in sliding contact with the first plate, each adjustable eave connector having a bolt fixably coupling the arcuate plates at a predetermined angular orientation; a pair of gable end walls with a periphery there around and intermediately angled with respect to each other to form a linear ridge at the top when the two gable end walls are aligned; a plurality of gable end connectors, each gable end connector being in a C-shaped configuration with oppositely extending apertured flanges running parallel with the C-shaped channels, bolts passing through the roof diaphragms and flanges to fixably connect the roof diaphragms to the gable end connectors, another bolt extending through the C-shaped channel and the vertical gable end wall for fixable coupling there between; and an edge coupler which is self-mating and which is assembled in two L-shaped halves that connect to the vertical edge of building panels according to the design of the panels to which it is fitted, each half of the edge coupler is fitted around the longitudinal edge of two opposing panels and is permanently attached to the panel with mechanical or chemical fasteners, the edges being permanently joined with an integral snap fit design, the two L-shaped halves forming an integral rectangular or square extrusion permanently positioned between and joining the two opposing composite building panels.