Container-type combination house and construction method thereof

1. A container combined house, comprising:

a foam cement composite bottom board, foam cement composite wall boards, a foam cement composite top board or a foam cement composite floor board, a specially-shaped bottom beam, a specially-shaped top beam, and a specially-shaped column,

wherein

the foam cement composite bottom board, the foam cement composite wall boards, the foam cement composite top board or foam cement composite floor board, the specially-shaped bottom beam, the specially-shaped top beam, and the specially-shaped column are fixedly connected to each other in a mechanical or welding manner,

the specially-shaped bottom beam is matched in shape with a steel boundary rib of the foam cement composite bottom board and a steel boundary rib of one of the foam cement composite wall boards,

the specially-shaped top beam is matched in shape with (i) the steel boundary rib of the one foam cement composite wall board and (ii) a steel boundary rib of the foam cement composite top board or a steel boundary rib of the foam cement composite floor board,

the specially-shaped column is matched in shape with the steel boundary rib of the one foam cement composite wall board and a steel boundary rib of a further foam cement composite wall board of the foam cement composite wall boards,

the foam cement composite bottom board and the foam cement composite floor board are arranged on a steel base,

each of the foam cement composite bottom board and the foam cement composite floor board has four corners provided with four cutouts, respectively for fixing steel columns,

a bottom of the foam cement composite wall boards is fixed to the steel base,

a connecting part fixedly connects the foam cement composite wall boards and the foam cement composite top board adjacent to the foam cement composite wall boards,

the foam cement composite top board is provided with four through holes,

the steel columns are arranged at four corners of the steel base by extending through the through holes in the foam cement composite top board, and

a seal cap is provided at the steel columns that extend through corresponding four corners of the foam cement composite top board so as to achieve waterproofing effect.

2. The container combined house according to claim 1 , wherein the steel base, the connecting part and the steel column are matched in shape with the a floor board steel boundary rib or a wall board steel boundary rib and a top board steel boundary rib and accurately and rapidly connected and fixed in a mechanical or welding manner.

3. The container combined house according to claim 1 , wherein

the four cutouts located at the four corners of the foam cement composite bottom board each are in a form of square.

4. The container combined house according to claim 1 , wherein

four cutouts located at the four corners of the foam cement composite floor board each are in a form of square.

5. The container combined house according to claim 1 , wherein

four corners of the foam cement composite top board are respectively provided with a square through hole.

6. The container combined house according to claim 1 , wherein

a seal cap is fixedly connected with the foam cement composite top board as a hole seal for a hole of the foam cement composite top board in a mechanical manner.

7. The container combined house according to claim 1 , wherein a seal board is arranged between two floors of container houses and fixed on the top board steel boundary ribs in the foam cement composite wall boards of an upper floor and a lower floor and treated with waterproofing process to achieve a waterproofing effect.

8. The container combined house according to claim 1 , wherein a steel stairway is provided inside or outside the whole container house to meet a need for use of upper and lower floors.

9. The container combined house according to claim 1 , wherein

the foam cement composite bottom board is composited with a steel frame, a reinforcement truss, a steel wire mesh, an inorganic foam cement core material, and upper and lower cement mortar surface layers, and

the steel wire mesh is fixedly connected to the steel frame.

10. The container combined house according to claim 9 , wherein the foam cement composite bottom board includes water drainage pipe fittings having a drain pipe and a floor drain.

11. The container combined house according to claim 10 , wherein

the foam cement composite wall board is composited with a steel frame, a steel wire mesh, a reinforcement truss, an inorganic foam cement core material, and upper and lower cement mortar surface layers, and

the steel wire mesh is fixedly connected to the steel frame.

12. The container combined house according to claim 11 , wherein

at least one of the foam cement composite wall boards includes a water supply pipe, a water supply connector, a concealed switch box, and a wire pipe, and

at least one of the foam cement composite wall boards further includes a door hole and a window hole.

13. The container combined house according to claim 12 , wherein the foam cement composite top board is composited with a steel frame, a steel wire mesh, a reinforcement truss, an inorganic foam cement core material, and upper and lower cement mortar surface layers, and

the steel wire mesh is fixedly connected to the steel frame.

14. The container combined house according to claim 13 , wherein the foam cement composite top board includes a concealed light holder box, a pipeline, a ventilation hole, and a hole for inspection and repair.

15. The container combined house according to claim 14 , wherein the foam cement composite board includes a reinforcing rib structure according to the number of the floors to be built and different requirements for strength so as to improve an overall force-bearing strength.

16. The container combined house according to claim 15 , wherein according to different temperatures in different geographic regions, a thickness of each of the foam cement bottom board, foam cement composite wall boards, the foam cement composite top board or the foam cement composite floor board is configured to be changed or a polyurethane material with a smaller heat conductivity coefficient is included in the foam cement board.

17. A method of constructing the container combined house of claim 1 , comprising the following steps:

(a) performing industrialized custom production of the foam cement composite bottom board, foam cement composite wall boards, and the foam cement composite top board or foam cement composite floor board according to an actual requirement of a customer, and prefabricating water supply pipe fittings, water drainage pipe fittings, electric devices, and a door hole and a window hole in foam cement composite boards according to a design requirement;

(b) fixedly connecting the specially-shaped bottom beam to the steel boundary rib of the foam cement composite bottom board and the steel boundary rib of one of the foam cement composite wall boards in said mechanical manner or welding manner;

(c) fixedly connecting the specially-shaped column with the steel boundary rib of the one foam cement composite wall board and the steel boundary rib of the further foam cement composite wall board of the foam cement composite wall boards in said mechanical manner or welding manner; and

(d) fixedly connecting the specially-shaped top beam to the steel boundary rib of the one foam cement composite wall board and the steel boundary rib of the foam cement composite top board or the steel boundary rib of the foam cement composite floor board in said mechanical manner or welding manner.

18. The method according to claim 17 , wherein waterproofing and internal and external decorations for the container combined house are completed in a factory as needed.

19. The method of according to claim 17 , wherein the foam cement composite board includes a reinforcing rib structure according to a number of floors to be built or different requirements for strength so as to improve an overall force-bearing strength.

20. The method of according to claim 17 , wherein according to different temperatures in different regions, a thickness of the foam cement board is changed or a polyurethane material with a smaller heat conductivity coefficient is included in the foam cement board.