CN210067040U - Cabin without solid beam structure - Google Patents

Abstract

The utility model discloses a cabin of no entity beam structure, the room body and the chassis of setting on the ground of the no entity roof beam that form including a plurality of panel concatenations, the room body is placed on the chassis. The design can not only increase the utilization rate of the internal space as much as possible, but also reduce the manufacturing and assembling procedures, simplify the assembling process and improve the efficiency. Without the need for additional installation of interior and exterior wall materials, all of the materials are already installed in place during the production process and transported in sheet form. For some areas with special terrain limitation, large-scale transportation equipment and installation equipment are not needed, and the installation process of the whole photosynthetic cabin can be completed. And all materials of the assembled cabin after being disassembled can be recycled, the cost is lower, and the cabin is cleaner and more environment-friendly. Compared with the existing movable board house, the movable board house has the advantages that certain basic life function requirements are guaranteed, and comfortable living conditions can be provided.

Description

Cabin without solid beam structure

Technical Field

The utility model belongs to the technical field of the assembly type structure, concretely relates to detachable does not have entity roof beam cabin.

Background

In recent years, an ecological tourism and leisure entertainment mode represented by an ecological farm is created, which is an ecological entertainment mode integrating deep processing of agricultural production and sightseeing and tourism by taking green, ecological and environment-friendly as a target, taking effective utilization of resources as a carrier, taking scientific and technological innovation as a support and taking marketization operation as a means. For the ecological tourism mode, China currently occupies a leading position in a huge 'farmhouse happiness' team, the defects of 'low taste, single product, lack of interaction, energy consumption and weakness' and the like are obviously exposed, and the problems need to be solved in the development of competitive products of residents: the 'competitive citizen home' is taken as the key point for improving the tourism development of the village; policy enforcement is carried out, and key areas of 'fine civilian accommodation' development are scientifically planned; the typical demonstration function is played, and the branding is introduced in full force; fusing folk custom amorous feelings.

Short rents of residents and residents are subject to long-term development and gradually move from villages and farms to cities and scenic spots. Along with the rapid development of internet technology, the sharing cost of accommodation information is reduced, and online short lease concepts are increasingly popular all over the world. Through a transaction platform constructed through the Internet, the landlord trims the free house resources in combination with local culture and gardens so as to provide accommodation service, and the tourists screen the house resources through searching, so that the two parties complete relevant operations such as real-time communication, preset payment and the like on line. The method develops into a mature mode due to the characteristics of cultural inclusion, perfect credit system and the like.

The civilian of current peasant family happy or ecological farm place mostly is permanent formula building, to some remote areas or to the transportation have certain restriction can't carry out the area that major component or large-scale construction equipment transported, builds this kind of permanent formula building degree of difficulty great, and the cost is higher. There is a need for a temporary, easily disassembled and assembled cabin structure to meet the above requirements. Many outdoor camps now provide tents for temporary accommodations, but even large tents are not as comfortable and sturdy as fixed buildings. If the assembly type building is adopted, the assembly efficiency can only be improved, but the assembly type building is still a fixed type building in nature and cannot achieve the functions of quick assembly and disassembly and reutilization.

And the civilian of current peasant family happy or ecological farm place mostly is permanent formula building, to some remote areas or have certain restriction to transportation and can't carry out the area that major component or large-scale construction equipment transported, builds this kind of permanent formula building degree of difficulty great, and the cost is higher. There is a need for a temporary, easily disassembled and assembled cabin structure to meet the above requirements.

SUMMERY OF THE UTILITY MODEL

In order to solve the problem that the above-mentioned prior building that prior art exists can't reach quick assembly disassembly and stable the use, the utility model aims to provide a can carry out quick assembly disassembly and have the cabin of better travelling comfort in some peasant family happy or ecological tourism camp ground.

The utility model discloses the technical scheme who adopts does: a cabin without a solid beam structure comprises a room body without a solid beam formed by splicing a plurality of plates and an underframe arranged on the ground, wherein the room body is arranged on the underframe. Firstly, the solid-free beam structure is characterized in that the solid-free beam structure does not have any solid beam frame structure outside the solid-free beam structure, a plurality of spliced plates are connected and fixed, the structural effect of the beam is borne by the plates through the structural design of the plates, the solid-free beam structure belongs to a hidden beam frame structure, and the plate connecting part at the top of a house body can be known to form an actual beam structure through stress analysis. The design can not only increase the utilization rate of the internal space as much as possible, but also reduce the manufacturing and assembling procedures, simplify the assembling process and improve the efficiency.

The house body structure is formed by splicing a plurality of plates, the plates can be prefabricated according to standard design sizes, and the plates are directly spliced on the underframe after the underframe is arranged at a preset position during assembly to form the house body structure. The general room body is two-layer two slope surface roof structure, and panel all adopts anticorrosive timber, not only has better weatherability, can improve assembly efficiency as the ground through the chassis that is equipped with in advance simultaneously, has better stability simultaneously.

Further, the base material of the plate is a keel, an outer plate is arranged on the outer side of the keel, and an inner plate is arranged on the inner side of the keel; and adjacent plates are fixedly connected through bolts inserted on the keels. The boards are optimized and limited, wherein the keels are of a grid structure formed by splicing wooden keels, and heat-insulating materials can be filled in the grid structure, so that the heat-insulating and sound-insulating effects are further improved. Meanwhile, the outer side is the outside of the whole house body, the performance and the attractiveness of the whole plate are effectively improved through the multi-layer bonding structure design of the outer plate and the inner plate, and compared with a rough keel layer, the decorative material can be properly added to improve the visual impression.

It is worth mentioning that the keels are mainly stressed structures, so that the boards are fixed in a bolting mode when being spliced, and the bolts are connected with the keels of two adjacent boards. The effect of quick assembly disassembly can be reached through the mode of bolt, can coat the waterproof glue at the junction simultaneously and seal to guarantee the sealed effect of junction. And a plurality of bolts are uniformly arranged between two adjacent plates, and the sizes and the specific setting positions of the bolts are preset according to the calculation of actual structural mechanics, so that better structural stability is achieved.

Further, the underframe comprises a plurality of fixing piles inserted into the ground, and the top surfaces of the fixing piles are all located in the same horizontal plane. The underframe is optimized and limited, the utility model provides a cabin includes structure and underground structure on the ground, wherein the spud pile is squeezed into underground to reserve the part on the ground and as the support tie point. The fixing pile is similar to a screw shape, the end part of the fixing pile is provided with a plane expansion end, and a plurality of fixing holes are formed in the plane expansion end so as to fix the keel. A plurality of fixing piles are uniformly arranged on the ground at a preset position according to a plan, and the tops of all the fixing piles are ensured to be positioned on the same horizontal plane, so that the plate fixed on the upper portion of the fixing piles can be kept horizontal.

Furthermore, a cement fixing structure is arranged on the part, exposed out of the ground, of the fixing pile. After the single fixing pile is inserted and established, in order to further fix and prevent the problem that the fixing pile deflects because of loose soil layers, the fixing pile is firstly righted to keep a vertical state, and then cement is poured on the ground around the fixing pile to form a cement fixing structure in a quadrangular shape wrapping the overground part of the fixing pile, so that the fixing effect is enhanced. When the fixing pile is disassembled, the impact type cement crusher can be directly adopted to directly crush and take out the fixing pile.

Furthermore, the plate is prefabricated in the early stage and then bolted and fixed through bolts, and a pipeline is reserved in the plate. Because of need mill prefabricated required panel now, and avoid seting up the groove on the panel again during the cabin assembly, raise the efficiency simultaneously, can be about to the pipeline of whole cabin at the beginning of the design predetermines, and to the different preformed groove sizes of panel design of different positions, thereby guarantee when the installation can according to the drawing lug connection pipeline can, thereby shorten assembly step and improve assembly efficiency, also set up in order to avoid the interim construction in later stage simultaneously through unified circuit design and cause the unstable problem of circuit to appear.

Further, the pipeline comprises an electric wire pipeline and a water pipe, and a cable leading rope is arranged in the electric wire pipeline. The pipes in the plates are made of PVC materials, and generally penetrate out of the plates and are reserved with redundant lengths so as to be convenient for cutting and adjusting during installation. And the cable needs to be installed when being assembled, but the closed cable duct formed after the plates are spliced cannot be directly threaded. A cable lead is provided in the electric wire duct. When the plates are spliced, the water pipe between two adjacent plates is communicated with the electric wire pipeline, and the end of a cable guide rope reserved in the electric wire pipeline is fastened. Finally, the end parts of the electric wires and the optical fibers are tied at the end part of the cable guide rope on one side, and the cable guide rope is pulled from the end part on the other side, so that the cable can completely penetrate through the whole electric wire pipeline.

Further, the sheet material comprises a roof slab, a wall panel and a bottom slab, and also comprises an internal partition board which divides the interior of the house body into at least two layers. The types of the plates are distinguished, and the plates at different positions are optimized in structure, mainly the size and the material of the plates.

Further, the roof panel includes a light-transmitting panel and a light-shielding panel. The light-transmitting plate also adopts wooden fossil fragments as the substrate here, and outer plywood and interior plywood all adopt the transparent plate, for example the acrylic board, then outside light can see through the transparent plate and get into indoorly, increases the illumination area. And the indoor space corresponding to the light-transmitting plate can be used as a lobby or a living room for functional partitioning. The shading plate is made of materials similar to tiles, and the effect of partitioning is achieved through light ray difference. And the general room body is two-layer structure, wherein for guaranteeing better illumination effect, inside baffle only sets up in the space that the light screen corresponds, and the region that the light-passing board corresponds then can directly see through light to the bottom plate on to it is more penetrating bright. Meanwhile, in order to improve the energy utilization rate, a plurality of solar panels are usually arranged on the outer side of the shading plate, and energy can be provided for partial electric appliances in the cabin through the solar panels.

Furthermore, the shingle includes curb plate and door plant, be equipped with loose-leaf window and door on the door plant. Typically the lower portion of the door panels are rectangular and the upper portion is triangular to fit the roof panels. The door penetrates through the rectangular area and the triangular area, and the door and the loose-leaf window are same in structure of rotating and opening. The whole house body comprises two door plates with the same size, and a door with a lock is arranged on each door plate.

Further, the room body outside still is equipped with the platform of being connected with the room body, still be equipped with the rail on the platform.

The utility model discloses the assembly method of cabin, the step is as follows:

G1. firstly, prefabricating a plate;

g2 then sets the chassis in a predetermined position;

G3. and finally, splicing the plates on the underframe to form the cabin without the solid beam structure.

The utility model has the advantages that:

the utility model relates to a two-layer cabin structure that forms is spliced by wooden board completely adopts the modularization design thinking, can just target in place whole inner and outer structure and ornamental material assembly at the production stage to reserve water pipe and other circuit pipelines according to the design in specific panel, only need transport all panels to the installation site, beat the shaping of just directly splicing behind the ground fixed knot structure.

The plate is fixed by inserting bolts into the reserved bolt mounting holes, and the pipeline preset in the plate layer is connected according to a preset mounting method to form a continuous pipeline structure and can be used by performing certain treatment at the joint. The mounting and dismounting efficiency is improved, the materials of the inner wall and the outer wall do not need to be additionally mounted, all the materials are already mounted in place in the production process, and the materials are transported in the form of plates.

For some areas with special terrain limitation, large-scale transportation equipment and installation equipment are not needed, and the installation process of the whole photosynthetic cabin can be completed. And all materials of the assembled cabin after being disassembled can be recycled, the cost is lower, and the cabin is cleaner and more environment-friendly. Compared with the existing movable board house, the movable board house has the advantages that certain basic life function requirements are guaranteed, and comfortable living conditions can be provided.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

fig. 2 is a schematic view of the fixing pile structure of the present invention.

In the figure: 1-house body, 2-fixing pile, 3-cement fixing structure, 4-platform and 5-fence.

Detailed Description

The present invention will be further explained with reference to the drawings and the embodiments.

Example 1:

the present embodiment provides a cabin without a solid beam structure, as shown in fig. 1, comprising a room body 1 without a solid beam and a bottom frame disposed on the ground, wherein the room body 1 is placed on the bottom frame. The house body 1 is formed by bolting a plurality of plates with the same structure and is arranged on a preset underframe. The solid-free beam structure is characterized in that a beam frame structure without any solid body is arranged outside the beam frame structure, a plurality of spliced plates are connected and fixed, the plates bear the structural effect of the beam through the structural design of the plates, the solid-free beam structure belongs to a hidden beam frame structure, and the plate connecting part at the top of the house body 1 can be known to form an actual beam structure through stress analysis.

The assembling and manufacturing method comprises the following steps: the overall design of the cabin is firstly carried out, the size and the structure are limited according to actual requirements, and then the splitting of the plates is carried out on the overall structural design of the cabin. The sheet is made in a factory according to the shape and size of the split sheet.

Meanwhile, the underframe is erected at a preset installation position, the ground is firstly leveled, surrounding obstacles are removed to obtain a leveled installation site, and meanwhile, a raw material stacking area needs to be determined. And transporting the manufactured plate and the raw material to a preset installation position. After the underframe is erected, the plates are erected on the underframe and are bolted from bottom to top in sequence. And finally, forming a complete house body 1 structure, then introducing water and electrifying, cleaning the field for detection, and delivering for use if all the devices are tested to be qualified.

When the building is required to be dismantled, only the equipment of the external and internal non-room body 1 structure is required to be dismantled, then the plates are sequentially taken down from top to bottom and packaged, and finally the underframe is dismantled, all building materials on the site are treated, and the building materials are packaged and arranged.

The room body 1 in this embodiment is two-layer two slope surface roof structure, and panel all adopts anticorrosive timber, not only has better weatherability, can improve assembly efficiency as the ground through the chassis that is equipped with in advance simultaneously, has better stability simultaneously.

Example 2:

as shown in fig. 1, the present embodiment discloses a cabin with a solid beam structure, in particular, a double-layer double-inclined wooden cabin structure, which includes an underframe arranged on the ground and a house body 1 arranged on the underframe.

The roof is the inversion V type structure that the slope set up, and inclination is great, avoids ice and snow to pile up on the roof.

As shown in fig. 2, the base frame is three rows of fixing piles 2 arranged in parallel at the same interval, and the fixing piles 2 in the same row are equally spaced. The tops of all the fixing piles 2 are of disc-shaped structures and are located on the same horizontal plane, and the house body 1 is fixed on a supporting plane formed by the bottoms of all the fixing piles 2.

The fixing pile 2 is driven into the ground, and a part reserved on the ground is used as a supporting connection point. The fixing pile 2 is similar to a screw shape, the end part of the fixing pile is provided with a plane expansion end, and a plurality of fixing holes are arranged on the plane expansion end so as to fix the keel. A plurality of fixing piles 2 are uniformly arranged on the ground at a preset position according to a plan, and the tops of all the fixing piles 2 are ensured to be positioned on the same horizontal plane, so that the plate fixed on the upper part of the fixing piles can be kept horizontal.

The part of the fixing pile 2 exposed out of the ground is provided with a cement fixing structure 3. After the single fixing pile 2 is inserted and established, in order to further fix and prevent the problem that the fixing pile 2 deflects due to loose soil layers, the fixing pile 2 is firstly righted to keep a vertical state, and then cement is poured on the ground around the fixing pile 2 to form a cement fixing structure 3 which wraps the overground part of the fixing pile 2 and is in a quadrangular shape, so that the fixing effect is enhanced. When the fixing pile is disassembled, the impact type cement crusher can be directly adopted to directly crush and take out the fixing pile 2.

The house body 1 is formed by splicing a plurality of boards which are different in types and have the same structure, the base material of the board is a keel, an outer board is arranged on the outer side of the keel, and an inner board is arranged on the inner side of the keel; and adjacent plates are fixedly connected through bolts inserted on the keels.

Wherein the keel is a grid structure formed by splicing wood keels, and is filled with heat preservation cotton and compacted to form a compact heat preservation layer, so that the heat preservation and sound insulation effects are further improved.

Meanwhile, the outer side is the outside of the whole house body 1, the performance and the attractiveness of the whole plate are effectively improved through the multi-layer bonding structure design of the outer plate and the inner plate, and compared with a rough keel layer, the decorative materials can be properly added to improve the visual impression.

It is worth mentioning that the keels are mainly stressed structures, so that the boards are fixed in a bolting mode when being spliced, and the bolts are connected with the keels of two adjacent boards. The mode through the bolt can reach quick assembly disassembly's effect, and waterproof glue of coating is sealed in the junction simultaneously to guarantee the sealed effect of junction. And a plurality of bolts are uniformly arranged between two adjacent plates, and the sizes and the specific setting positions of the bolts are preset according to the calculation of actual structural mechanics, so that better structural stability is achieved.

Wherein, the panel is classified and is optimized its structure alone according to setting up the position. Mainly comprises a roof board, a wall panel and a bottom board, and also comprises an internal clapboard which divides the interior of the house body 1 into two layers.

The roof panel includes a light transmitting panel and a light blocking panel. The light-passing board adopts wooden fossil fragments as the substrate equally, and outer plywood and inner plating all adopt ya keli transparent plate, then outside light can see through the transparent plate and get into indoorly, increase illumination area. And the indoor space corresponding to the light-transmitting plate can be used as a lobby or a living room for functional partitioning.

The shading plate is made of materials similar to tiles, and the effect of partitioning is achieved through light ray difference. And general room body 1 is two-layer structure, wherein for guaranteeing better illumination effect, inside baffle only sets up in the space that the light screen corresponds, and the region that the light-passing board corresponds then can directly see through light to the bottom plate on to it is more penetrating bright. Meanwhile, in order to improve the energy utilization rate, a plurality of solar panels are usually arranged on the outer side of the shading plate, and energy can be provided for partial electric appliances in the cabin through the solar panels.

The roof plates are all made of keel frames which are built by wood keels with the length and width of 89mm and 38mm respectively to form a grid structure, and the keel frames are made of high-density flame-retardant heat-preservation cotton with the length of 90mm Epc. The outer layer plate of the shading plate arranged on the outer side of the keel is of a multilayer structure and sequentially comprises asphalt polychrome tiles, polypropylene waterproof cloth and an OSB plate with the thickness of 12mm from outside to inside; the inner plate of the shading plate arranged on the inner side of the keel is also of a multilayer structure and comprises an OSB plate with the thickness of 6mm and a natural-color paint-free plate with the thickness of 10mm, wherein the natural-color paint-free plate is arranged indoors and serves as an indoor panel.

The wall panel comprises a side plate and a door plate, and a loose-leaf window and a room door are arranged on the door plate. Wherein the lower portion of the door panel is rectangular and the upper portion is triangular to fit the roof panel. The door penetrates through the rectangular area and the triangular area, and the door and the loose-leaf window are same in structure of rotating and opening. Whole room body 1 includes two the same size's door plant, and all is equipped with the door of area lock on every door plant.

The wall panel also adopts a keel frame which is formed by erecting wood keels with the length and width of 89mm and 38mm respectively to form a latticed structure as a main body, the outer layer panel comprises a PVC outer wall panel with the thickness of 12mm and an OSB panel with the thickness of 12mm, and breathing paper is arranged between the OSB panel and the PVC outer wall panel. The PVC external wall panel is arranged on the outermost side and is connected with the outermost side through bonding. And the inner panel thereof comprises a 10mm thick wood inner wall panel and a 12mm thick OSB panel, wherein the wood inner wall panel is at the innermost layer.

In order to improve the structural strength of the bottom plate, the keel frame which is formed into a grid structure by erecting wood keels with the length and width of 140mm and 38mm is used as a main body, and the outer layer plate comprises a solid wood roof boarding with the thickness of 10mm and an OSB plate with the thickness of 6mm, wherein the solid wood roof boarding is positioned at the outermost side. And the inner layer panels thereof comprise a solid wood floor of 20mm thickness and an OSB panel of 12mm thickness, wherein the solid wood floor is innermost.

It is worth to say that the plate is prefabricated in the early stage and then bolted and fixed through bolts, and a pipeline is reserved in the plate. Because of need mill prefabricated required panel now, and avoid seting up the groove on the panel again during the cabin assembly, raise the efficiency simultaneously, can be about to the pipeline of whole cabin at the beginning of the design predetermines, and to the different preformed groove sizes of panel design of different positions, thereby guarantee when the installation can according to the drawing lug connection pipeline can, thereby shorten assembly step and improve assembly efficiency, also set up in order to avoid the interim construction in later stage simultaneously through unified circuit design and cause the unstable problem of circuit to appear.

The pipeline comprises an electric wire pipeline and a water pipe, and a cable guide rope is arranged in the electric wire pipeline. The pipes in the plates are made of PVC materials, and generally penetrate out of the plates and are reserved with redundant lengths so as to be convenient for cutting and adjusting during installation. And the cable needs to be installed when being assembled, but the closed cable duct formed after the plates are spliced cannot be directly threaded. A cable lead is provided in the electric wire duct. When the plates are spliced, the water pipe between two adjacent plates is communicated with the electric wire pipeline, and the end of a cable guide rope reserved in the electric wire pipeline is fastened. Finally, the end parts of the electric wires and the optical fibers are tied at the end part of the cable guide rope on one side, and the cable guide rope is pulled from the end part on the other side, so that the cable can completely penetrate through the whole electric wire pipeline.

And a socket groove and a switch groove communicated with the wire pipe are dug on the surface of the manufactured plate according to a design drawing, so that the switch and the socket can be directly arranged at corresponding positions in later assembly.

And the outside of the house body 1 is also provided with a platform 4 connected with the house body 1, and the platform 4 is also provided with a fence 5 and an escalator. Because the chassis is higher than the ground, the bottom plate of the whole house body 1 has a certain distance with the ground.

And the whole room body 1 is internally divided into an upper chamber and a lower chamber by a transverse internal clapboard. The attic on the upper part can be used as a bedroom by going up and down through the ladder, and the upper chamber and the lower chamber can be used as bedrooms, so that the effect of functional partition is achieved.

The whole cabin assembly method is as follows:

1. the overall design of the cabin is firstly carried out, the size and the structure are limited according to actual requirements, and then the splitting of the plates is carried out on the overall structural design of the cabin. The sheet is made in a factory according to the shape and size of the split sheet.

2. Starting to manufacture a plate main body with a multilayer structure in a factory; an installation groove convenient for bolting is formed in the plate main body; then a pipeline reserved channel is arranged in the plate main body, and a water pipe and a wire pipe are arranged in the reserved channel.

3. Meanwhile, the underframe is erected at a preset installation position, the ground is firstly leveled, surrounding obstacles are removed to obtain a leveled installation site, and meanwhile, a raw material stacking area needs to be determined. Firstly, marking a line at a preset position according to a preset scheme, and marking a piling point; downwards driving a fixed pile 2 at a pile driving point, and enabling the top surface of the fixed pile 2 to be positioned on the same horizontal plane; a cement fixing structure 3 for reinforcement is arranged at the upper part of the arranged fixed pile 2; and finally, keel bars are arranged on the fixing piles 2 to form an underframe.

The bottom of the general house body 1 is of a rectangular plate structure, so that a rectangular frame is drawn at a preset position by using marking paint or magnesium powder, a pile driving point is drawn on the rectangular frame, and then the fixed pile 2 is moved to the corresponding pile driving point to be driven into the ground. The bottom of the fixed pile 2 is provided with external threads, and the fixed pile 2 is screwed into the ground by rotating the pile driver; and a fixed disc is arranged at the top of the fixed pile 2. Wherein the keel strip sets up on the fixed disk, generally spud pile 2 is for arranging the setting such as, all sets up with root keel strip on the single row of spud pile 2, and many keel strips constitute latticed keel frame, will again panel sets up on keel frame.

The rotary pile driver is a motor driven device with a plurality of support rods that are rotatable and placed on the ground like a tripod structure so that the motor is aligned with and connected to the top of the corresponding spud pile 2. The angle of the support frame is adjusted before starting to enable the axis of the motor to be perpendicular to the ground, and therefore the motor is turned on to drive the fixing pile 2 to be vertically screwed into the ground.

4. After the underframe is erected, the plates are erected on the underframe and are bolted from bottom to top in sequence. Classifying and regularly placing different types of plates on one side of a preset position to be installed; firstly, placing and fixing a bottom plate on an underframe, then installing a wall panel on the bottom plate, fixing the wall panel through bolts, then arranging an internal partition plate on the arranged wall panel and the bottom plate, and finally connecting a roof plate with the wall panel and the internal partition plate to form a house body 1; when the plates are fixedly connected, the pipelines on two sides of the connection part are hermetically connected; after all the plates are spliced to form the structure of the house body 1, installing doors and windows and internal furniture; then the house body 1 is electrified and water is supplied, and the sewage outlet of the house body 1 is connected with external sewage discharge equipment.

And finally, forming a complete house body 1 structure, then sweeping the site for detection, and delivering for use if all the devices are tested to be qualified.

It is to be noted that the external sewage apparatus may be determined according to an actual setting location of the cabin and a sewage system of an area. If the small house is built in farmhouse entertainment or scenic spots and is provided with a sewage discharge pipeline, a main sewage discharge pipe in the small house is connected with an external sewage discharge pipeline and is treated by centralized sewage discharge. If no sewage discharge pipeline is arranged, an independent sewage discharge collecting tank is arranged outside the small house, and the waste water in the sewage discharge collecting tank is cleaned regularly, which is similar to the existing sewage discharge mode of the outdoor temporary toilet. And inside decoration and furniture can be installed according to the actual demand, and the panel of the room body 1 all leaves the wiring board mounting groove to install the wiring board. The power supply of the small house is transmitted by an external cable, and diesel generating equipment can be independently arranged in the small house for standby. And the window can be set according to actual requirements.

When the building is required to be dismantled, only the equipment of the external and internal non-room body 1 structure is required to be dismantled, then the plates are sequentially taken down from top to bottom and packaged, and finally the underframe is dismantled, all building materials on the site are treated, and the building materials are packaged and arranged.

The present invention is not limited to the above-mentioned alternative embodiments, and various other products can be obtained by anyone under the teaching of the present invention. The above detailed description should not be taken as limiting the scope of the invention, which is defined in the following claims, and which can be used to interpret the claims.

Claims (9)

1. The utility model provides a cabin of no entity beam structure which characterized in that: the house comprises a house body (1) without a solid beam formed by splicing a plurality of plates and an underframe arranged on the ground, wherein the house body (1) is placed on the underframe; the base material of the plate is a keel, an outer plate is arranged on the outer side of the keel, and an inner plate is arranged on the inner side of the keel; and adjacent plates are fixedly connected through bolts inserted on the keels.

2. The cabin of claim 1, wherein: the underframe comprises a plurality of fixing piles (2) inserted into the ground, and the top surfaces of the fixing piles (2) are all located in the same horizontal plane.

3. The cabin without a solid beam structure of claim 2, wherein: and a cement fixing structure (3) is arranged on the part, exposed out of the ground, of the fixing pile (2).

4. The cabin of claim 1, wherein: the plate is prefabricated in the early stage and then bolted and fixed through bolts, and a pipeline is reserved in the plate.

5. The cabin without a solid beam structure of claim 4, wherein: the pipeline comprises an electric wire pipeline and a water pipe, and a cable guide rope is arranged in the electric wire pipeline.

6. The cabin of claim 1, wherein: the plate comprises a roof plate, a wall panel, a bottom plate and an internal clapboard for separating the interior of the house body (1) into at least two layers.

7. The cabin of claim 6, wherein: the roof panel includes a light transmitting panel and a light blocking panel.

8. The cabin of claim 6, wherein: the wall panel comprises a side plate and a door plate, and a loose-leaf window and a room door are arranged on the door plate.

9. The cabin of claim 1, wherein: the house is characterized in that a platform (5) connected with the house body (1) is further arranged on the outer side of the house body (1), and a fence (4) is further arranged on the platform (5).

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