KR200335520Y1 - A prefabricated house - Google Patents

Abstract

The present invention relates to a prefabricated house, wherein the upper end of the support base is connected to the lower surface of the auxiliary support base and is connected to the steel support and bolt inserted into the '∪'-shaped groove of the auxiliary support base, and the outer surface of the support base is fastened with the auxiliary support and the inner surface Is composed of a plurality of lower frame structure is coupled to the auxiliary rod, the intermediate support is installed on the top of the steel support and the auxiliary support and a plurality of supports are formed on the edge of the intermediate support is connected to the auxiliary support at the bottom of the intermediate support The upper frame system is coupled to the outer wall and the inner wall is coupled to each of the supports, the protruding bent portion of the roof wall is coupled to the upper frame is composed of a roof frame system consisting of a plurality of truss frame formed grooves to be fastened by bolts, '∪' shaped groove is formed on the outer side of the support, and ' It relates to a prefabricated house which is easy to install and move, characterized in that the wing of the '-shape is attached, and the upper portion of the bottom pedestal is covered with a coupler, and the bolt is fastened between the pedestal and the pedestal steel.

Description

Prefabricated House Easy to Install and Move {A PREFABRICATED HOUSE}

This design is composed of roof frame, upper frame system, and lower frame system, so it is easy to assemble and install, and it is made of safe structure by firmly supporting a number of supports, auxiliary supports, and steel supports that are vertically loaded with loads such as roofs. The present invention relates to a prefabricated house which is easy to install and move with an enlarged interior space as a real living space.

In general, prefabricated buildings are typically constructed of steel structures such as section steel, H beams, or pipes, or containers. Such structures are not suitable for building in a narrow space or a high space spaced from the ground. Mobile prefabricated buildings developed in recent years are difficult to assemble and install due to the frame-joined structure, and are not rigidly constructed to withstand the upper loads. Safety is a problem, and the interior space is narrow and the entrance is installed at the bottom of the structure. The staircase leading to the was formed on the outer periphery of the prop had a disadvantage of inconvenient access.

The present invention was devised to solve the above problems, the object of the present invention is composed of a roof frame, an upper frame system, a lower frame system, so that the outer wall surface can be inserted into the outer surface of the support of the upper frame system, respectively. '∪' type groove is formed, and inner wall surface is inserted into the inner surface ' It is a structure that can be firmly supported the load of the roof by attaching '-shaped wing', and it is easy to assemble and install, and that the inner space can be used widely and the side of the structure can be connected with the entrance of the exterior wall surface at a predetermined position. It is to provide a prefabricated house which is easy to install and move so that it can be installed in the building.

1 is a perspective view of the prior art

Figure 2 is an exploded perspective view showing a state of the combined upper and lower frame, and the separated roof frame of the prefabricated house according to the present invention

Figure 3 is a perspective view showing a state of coupling of the lower frame of the present invention

Figure 4 is a partially separated state showing the structure of the roof of the present invention

5a to 5b is a cross-sectional view showing a coupling structure of the support and the inner and outer walls of the present invention

Figure 5c is a separate coupling state showing the coupling structure of the support and the inner and outer walls according to the present invention

6 is a state of use of the present invention

Explanation of symbols on the main parts of the drawings

11: base pedestal 12: prop

13: prop 14: support plate

15: staircase

20: lower frame system 21: auxiliary support

22: '∪' groove 23: steel support

25: auxiliary support 26: auxiliary rod

30: upper frame system 31: intermediate support

33: support 34: outer wall surface

35: inner wall 36: '∪' type groove

37: ' 'Type Wings 39: Doorway

40: roof frame system 41: roof wall surface

42: protrusion bent portion 43: groove

45: truss frame 51: coupler

A feature of the present invention for achieving the object as described above is the bottom support 11 formed on the bottom and a plurality of support stand 12 is fastened thereon and the outer periphery of the support 13 formed on the support plate 14 In the prefabricated building in which the outer wall surface 34 is inserted into each of a plurality of frameworks in which a stepped portion 15 is formed and wraps, the upper end of the support base 12 touches the lower surface of the auxiliary support 21 to support the auxiliary support ( 21 is connected to the steel support 23 inserted into the '∪' shaped groove 22 of the bolt and the outer surface of the auxiliary support 21 is fastened to the auxiliary support 25 in a plurality of lower frame system (20) ) Is constructed, the intermediate support 31 is connected and installed at the upper end of the steel support 23 and the auxiliary support 25, and a plurality of support 33 is formed at the edge of the intermediate support 31, the intermediate support ( 31) the outer wall is connected to the auxiliary support 25 at the lower end of each of the support 33 The upper frame system 30 is coupled to the 34 and the inner wall surface 35 is formed, and the groove 43 is formed on the upper end so that the protruding bent portion 42 of the roof wall surface 41 is coupled and fastened with bolts. The present invention provides a prefabricated house which is easy to install and move, comprising a roof frame system 40 composed of a plurality of truss frame frames 45.

And, in another feature of the present invention, the '∪' type groove portion 36 is molded so that the outer wall surface 34 having both ends of the 'A' type is inserted into the outer surface of the support, and the inner wall surface ( 35) so that each is inserted '37 wing is attached, and the upper end of the base 11, the coupling hole 51 is covered with a fastening means between the support base 12 and the base 11 bolted by a bolt fastening means It is characterized in that the holding pedestal 12 and the bottom pedestal 11 is coupled, the step portion 15 is installed on the side of the structure main body so as to be associated with the entrance 39 of the predetermined position of the outer wall surface 34 of the present invention The present invention provides a prefabricated house which is easy to install and move.

When explaining the prefabricated house according to the present invention having the configuration as described above in more detail based on the drawings.

Figure 2 is an exploded perspective view showing a coupling structure state of the roof structure separated from the upper and lower frame system of the prefabricated house according to the present invention, Figure 3 is a state perspective view showing a coupling state of the lower frame system according to the present invention, Figure 4 Is a partially separated state diagram showing the structure of the roof of the present invention. 5A and 5B are cross-sectional views illustrating a coupling structure between the support and the inner and outer walls of the present invention, and FIG. 5C is a separated and coupled state diagram showing the coupling structure between the support and the inner and outer walls of the present invention. State of use of the present invention.

As shown in FIGS. 2 to 6, the prefabricated house of the present invention has a plurality of underlays 11 formed at the bottom and a support stand 12 connected to the upper end thereof, wherein the underlays 11 and the support stand 12 are connected. Is connected to the fastening means such as bolts through the coupling port 51, the center is to stand the support (13) coupled with the support plate (14).

In addition, the structure body according to the present invention is divided into a roof frame system 40, an upper frame system 30, and a lower frame system 20 corresponding to a skeleton, and the lower frame system 20 is first formed with a bolt hole at the top. After the support stand 12 is in contact with the lower surface of the auxiliary support 21 in which the '∪' shaped grooves 22 are formed to correspond to the bolt holes, the steel support 23 in which the bolt holes are formed is also formed in the auxiliary support 21. Inserted so as to correspond to the bolt hole of the support base 12 and the auxiliary support 21 in the '∪'-shaped groove 22, and penetrated and connected with the bolt, the support support 12, the auxiliary support 21 and the steel support (23) ) Is to be fastened, in this way a plurality of struts (12), steel support 23, the auxiliary support 21 is installed, the auxiliary support (along the circumferential direction around the axis inside the auxiliary support 21) ( 26) are formed in plurality. Auxiliary support 25 In addition, a plurality of the coupling means such as bolts on the outside of the auxiliary support 21 is to complete the configuration of the lower frame system (20).

In addition, the upper frame system 30 is an intermediate support 31 coupled to the upper end of the steel support 23 and the auxiliary support 25 by welding or bolting means, and an auxiliary support coupled to the lower surface of the intermediate support 31. The upper frame system 30 is constructed as the support 33 is penetrated and connected by the fastening means at a position corresponding to the 25, and the outer surface of the support 33 has an outer wall surface of which both ends are 'A' shaped. (34) '∪' type groove portion 36 is formed so that a plurality of can be inserted respectively, and the inner wall surface 35 is formed on both sides so that a plurality of grooves (number not shown) is formed on the inner surface ' 'Shaped wing 37 is attached, the' ∪ 'shaped groove 22 is also formed on the outer surface of the auxiliary support 25 is also inserted into the end of the plurality of outer wall surface 34, respectively. The same applies to the '∪'-shaped groove 22 of the auxiliary pole 26 connected to the auxiliary support 25, the heat insulating material 38 enters between the outer wall surface 34 and the inner wall surface (35).

In addition, the roof frame system 40 is formed in the groove 43 is formed on the upper end so that the protruding bent portion 42 of each side end of each roof wall surface 41 made of a plurality is also combined in the same structure as described above by the bolt fastening means. It consists of a plurality of truss frame 45, such a truss frame 45 serves to effectively transmit the load, so the structure can be built firmly, the roof part using the crane, etc. after the assembly is completed, the upper and lower frame system ( 20) (30) is to be combined to raise the structure body consisting of.

In addition, in the conventional prefabricated house, the entrance (39) is located at the bottom of the structure main body, so that the staircase (15) formed in the form of surrounding the outer periphery of the support (13) is also installed in the lower portion of the structure main body, causing inconvenience in entry, Stair part 15 according to the present invention is configured to be convenient to enter and exit the side of the structure main body, so as to be associated with the entrance 39 located at a predetermined portion of the outer wall surface 34, which is one side of the structure main body.

According to the present invention as described above, the roof frame, the upper frame system, the lower frame system is composed of a '∪' type groove portion is formed so that a plurality of outer wall surface can be inserted into the outer surface of the support of the upper frame system, respectively, Insert a plurality of inner walls separately, 'The wing of the shape is attached and can support the load of the roof firmly. In addition, the upper frame system is configured in such a way that the bottom frame is polygonal and the support is formed vertically so that the interior space can be widely used, and the stairs are installed on the side of the structure so as to be connected to the entrance of the outer wall at a predetermined position. It has a structural effect, easy construction, low construction cost, easy disassembly and assembly, and easy movement.

Claims (4)

A bottom portion 11 formed at the bottom and a plurality of struts 12 are fastened thereon, and a stepped portion 15 is formed to surround the outer periphery of the struts 13 formed on the support plate 14. In the prefabricated building in which the outer wall surface 34 is inserted in each, The upper end of the support stand 12 reaches the bottom surface of the auxiliary support 21 and passes through the fastening means at a position corresponding to the steel support 23 inserted into the '∪'-shaped groove 22 of the auxiliary support 21. Is connected to, the outer surface of the auxiliary support 21 is fastened to the auxiliary support 25 and the inner surface is the lower frame system consisting of a structure that is coupled to the auxiliary ribs 26 along the circumferential direction; The intermediate support 31 is connected and installed at the upper ends of the steel support 23 and the auxiliary support 25, and a plurality of support 33 is coupled to the edge of the intermediate support 31 to assist the lower portion of the intermediate support 31. An upper frame system (30) connected to the support (25) by fastening means and configured to have an outer wall surface (34) and an inner wall surface (35) coupled to each of the outer and inner surfaces of the support (33); Protruding bent portion 42 of the roof wall surface 41 is coupled to the fastening bolts, characterized in that the upper frame is composed of a roof frame system consisting of a plurality of truss frame 45 formed with a groove 43 Prefabricated house that is easy to install and move. The method of claim 1, '∪' type groove portion 36 is formed on the outer surface of the support 33 so that both ends of the outer wall surface 34 having a 'b' type can be inserted, and the inner wall surface 35 is inserted into the inner surface ' A prefabricated house that is easy to install and move, characterized in that the wing '37' is attached. The method according to claim 1 or 2, A coupling hole 51 is inserted between the upper end of the lower pedestal 11 and the lower end of the pedestal so that the pedestal 12 and the lower pedestal 11 are coupled to each other through fastening means. One prefabricated house. The method of claim 1, The step portion 15 is installed on the outer wall surface 34 side of the subject innovation structure, the prefabricated house is easy to install and move, characterized in that configured to be connected to the doorway 39 in the predetermined position of the outer wall surface (34).