CN209494046U - It is bolted the board-like one storey house system of modularization steel frame entirely - Google Patents

Abstract

Entirely be bolted the board-like one storey house system of modularization steel frame include basis, the wall on the basis of being connected to and horizontal direction are connected to the roofing of wall top surface vertically；Wall is enclosed by the wallboard being detachably connected, and roofing is connected in sequence by the roof boarding being detachably connected from side；Elongated rubber sheet gasket is equipped between the joint face of adjacent two wallboard of one word connection, and one the wallboard bolt of wallboard wear and nut is installed by wallboard in the wallboard side fixture nut of the adjacent wall board and wallboard bolt other side fasten, and tamped in the mounting hole of wallboard side by pea gravel concreten.The utility model solves the problems, such as that existing single-layer board type house assembly plate members quantity is more, modularization extension is difficult to realize and install complexity, and solves to splice that more plate stitch, set-up time length, plate integral strength be low, connects the problems such as shaky, construction site wet construction is more between plate.

Description

Full-bolt connection modular steel frame slab single-storey building system

technical field

The utility model relates to the construction field of slab-type single-story houses, in particular to a system of full-bolt connection modular steel-frame slab-type single-story houses.

Background technique

Existing prefabricated technology is more suitable for multi-story and high-rise buildings, and the cost of applying to single-story buildings is relatively high, and the technical means are more complicated. There are also single-story panel houses with frameless strip panels on the market, which are mainly used in affordable housing for farmers and herdsmen, base station equipment rooms, etc. The housing of this system has the following disadvantages: 1. The number of panel components is large. 2. There are many seams in the splicing panels. 3. The installation is more complicated and the installation time is relatively long. 4. The board has no skeleton, and the overall strength is relatively low. 5. Modular expansion is difficult to realize. 6. The plates are bonded and connected with the mortar through clamps, which is not strong. 7. There are many wet operations on the construction site.

Utility model content

The purpose of this utility model is to provide a full-bolt connection modularized steel frame single-story house system, to solve the problems of the existing single-story board house with a large number of assembled board members, difficult realization of modular expansion and complicated installation. It also solves the problems of many seams in the spliced panels, long installation time, low overall strength of the panels, weak connections between panels, and many wet operations on the construction site.

In order to achieve the above object, the utility model adopts the following technical solutions:

Full-bolt connection modular steel frame slab single-storey house system, including the foundation, the wall connected vertically to the foundation and the roof connected horizontally to the top of the wall; the wall is enclosed by detachable wall panels The roof is formed by detachably connected roof panels sequentially connected from one side.

Both the wallboard and the roof panel are made of panels; the panels include a panel body, a steel frame wrapped around the perimeter of the panel body, and steel wire mesh spaced inside the panel body; the panel body is a rectangular panel body with a perimeter The inner side protrudes outward to form a convex rib; the steel frame is a curled C-shaped steel with both ends bent vertically inward; the steel frame is correspondingly wrapped on the convex rib of the main body of the plate.

The wall panel is provided with installation holes at the bottom of the wall panel at intervals along the inner side of the bottom edge of the panel, side installation holes of the wall panel at intervals on the inner side of one side, and pre-embedded on the side of the wall panel at the positions corresponding to the installation holes at the other side of the wall panel. The side fixing nuts and the inner side of the top side are pre-embedded with the top side fixing nuts of the wall board; the wall board bolts and matching wall board installation nuts that penetrate to the outside of the board are installed in the wall board side mounting holes; the wall board bottom mounting holes are , In the mounting hole on the side of the wall panel, the pre-embedded position of the fixing nut on the side of the wall panel and the pre-embedded position of the fixing nut on the top edge of the wall panel are pre-embedded and welded with a wall panel reinforcement steel plate.

There is a full-length rubber gasket between the connecting surfaces of two adjacent wall panels connected in a straight line, and the wall panel bolts of one wall panel penetrate into the wall panel side fixing nuts of the adjacent wall panels, and the wall panel bolts The other side is fastened by the installation nut of the wall panel, and the installation hole on the side of the wall panel is filled with fine stone concrete; Filled by extruded polystyrene board.

There is a long rubber gasket between the connecting surfaces of the adjacent two wall panels of the L-shaped connection, and the wall panel bolts on the vertical wall panel pass through the wall panel side fixing nuts on the horizontal wall panel The inside and the other side of the wallboard bolts are fastened by the wallboard installation nuts, and the installation holes on the side of the wallboard are filled with fine stone concrete; the connection joint between the outer sides of two adjacent wallboards connected in L shape is L Shaped and connected seams are filled with extruded polystyrene boards.

The roof panels include a left roof panel, at least one middle roof panel and a right roof panel connected in sequence.

The left side roof panel is separated by vertical through holes along the lengthwise outer side of the plate, horizontal roof panel installation holes are set apart from the long side towards the inner side, and vertical through holes are opened symmetrically between the two widthwise side sides. made of through holes.

The middle roof panel is provided with horizontal roof panel installation holes at intervals along one long side of the panel, and pre-buried roof panel fixing nuts at the positions corresponding to the roof panel installation holes on the other long side, and the two widthwise sides are symmetrical. Vertical through-holes are formed at intervals.

The right side roof panel is provided with vertical through-holes at intervals along its lengthwise outer side, pre-embedded roof panel fixing nuts at intervals along its lengthwise inner side, and vertical through-holes at intervals between two widthwise sides. Made through holes.

There are roof panel bolts and matching roof panel installation nuts that penetrate to the outside of the panel in the roof panel installation holes and through holes;

Roof panel reinforcement steel plates are pre-embedded in the installation holes of the roof panel and at the positions where the roof panel fixing nuts are set.

There is a long rubber gasket between the connecting surfaces of two adjacent roof panels, and the roof panel bolts in the roof panel installation hole of one roof panel penetrate into the roof panel fixing nuts of the adjacent roof panel, and the roof panel bolts The other side of the roof panel is fastened by the installation nut of the roof panel, and the installation hole of the roof panel is filled with fine stone concrete; the connection seam between the upper surfaces of two adjacent roof panels is in the shape of a line, and the joint is filled with extruded polystyrene Plate filling.

The joint surface between the roof panel and the wall panel is padded with a rubber gasket, and the roof panel bolts in the through holes of the roof panel penetrate into the fixing nuts at the top edge of the wall panel and connect to the other side of the roof panel bolts. Fasten through the installation nut of the roof panel, and fill the through hole with fine stone concrete.

The foundation includes foundation piles and a circle of ground beams arranged on the foundation piles, and foundation screws are pre-embedded at intervals in the ground beams.

Rubber gaskets are laid on the connecting surface between the foundation and the wallboard, the upper part of the anchor screw penetrates into the installation hole at the bottom of the wallboard, and is fastened by the installation nut of the wallboard, and the fine stone concrete is passed through the bottom installation hole fill.

A door and a window are opened on one side of the wall, and a step is arranged under the door.

The top surface of the roof panel of the roof is made of a whole layer of sloping roof with waterproof mortar, which is inclined to one side, and the slope is 2%.

A layer of steel bead is laid on the bottom closing position of the sloping roof, fixed by cement nails arranged at intervals, and sealed by sealing paste.

All sides of the roof extend outwards and exceed the walls to form eaves, and drip grooves are arranged around the outside of the lower surface of the eaves.

The outer side of the wall panel of the wall body is pressed into a layer of alkali-resistant fiber mesh cloth through anti-crack mortar as a whole.

The upper surface of the roof panel of the roof is pressed into a layer of alkali-resistant fiber mesh cloth through anti-crack mortar as a whole, and is treated with waterproofing.

Applying the installation method of the full-bolt connection modularized steel frame slab type single-storey house system, the steps are:

Step 1: On-site pouring of the foundation, and pre-embedding anchor screws according to the drawings.

Step 2, transport the wall panels and roof panels to the site, hoist the first wall panel to the installation position, and set up temporary supports on both sides of the first wall panel, measure and check the position and install the wall in the installation hole at the bottom of the wall panel Panel mounting nuts secure the first wall panel to the foundation.

Step 3, hoist the second wall panel next to the first wall panel to the installation position, measure and check the position, install the wall panel installation nut in the installation hole at the bottom of the wall panel to fasten the second wall panel to the foundation, and then Wallboard bolts are installed in the mounting holes on the side of the wallboard to fasten the first wallboard and the second wallboard.

Step 4, repeat the above step 3, and install the remaining wall panels in sequence until all the wall panels are installed.

Step 5: hoist the middle roof panel to the installation position, measure and check the position and install the roof panel bolts arranged in the vertical direction in the through hole to fasten the roof panel and the wall panel.

Step 6, install the remaining roof panels on both sides in sequence, connect the connecting surfaces of adjacent roof panels with the roof panel bolts set in the horizontal direction, and then install the roof panel bolts set in the vertical direction to fasten the roof panel and the wall panel until the completion All roof panels installed.

Step 7, external surface treatment of the wall: Fill the joints of the wall panels with extruded polystyrene boards, and lay alkali-resistant fiber mesh cloth and crack-resistant mortar.

Step 8, roof treatment: Lay alkali-resistant fiber mesh cloth and anti-crack mortar at the joints of roof panels, and do waterproof treatment.

Step 9, wall surface treatment: Wrap moisture-proof pads around the bottom of the wallboard, and lay alkali-resistant fiber mesh cloth and anti-cracking mortar to complete the construction.

Compared with the prior art, the utility model has the following characteristics and beneficial effects:

In the utility model, there are only two types of panels: roof panels and wall panels. There are few types of panels, and the wall panels have a modulus of 2m, which is convenient for batch standardized production of panels in the factory. At the same time, due to fewer types of panels, production time can be saved to improve panel production. The standard degree and prefabrication rate improve the versatility of its use; the splicing joints between the foundation, roof panels and wall panels are all bolted, without welding, easy to operate, and easy to realize the modular expansion of the house, and all bolts The connection method of the house has good integrity, energy saving and environmental protection, and is convenient for green construction. At the same time, the full bolt connection method is easy to assemble on site, easy to construct, and the construction period is short, saving construction costs; the connection nodes between the foundation, roof panels and wall panels Rubber gaskets are set at the joints to realize the flexible connection between the boards and enhance the overall sealing performance and stability of the house; the connection nodes between the foundation, roof boards and wall boards are constructed by laying alkali-resistant fiber mesh cloth and crack-resistant mortar. Treatment can effectively block the cold and heat bridge and improve the overall service life of the house.

The utility model can be widely used in single-story farmers and herdsmen security houses, single-story base station auxiliary houses and other single-story houses.

Description of drawings

Below in conjunction with accompanying drawing, the utility model is described in further detail.

Fig. 1 is a perspective view of the housing system of the present invention.

Fig. 2 is the front elevation view of the housing system of the present utility model.

Fig. 3 is a side elevation view of the housing system of the present invention.

Figure 4 is a large sample diagram of the cornice.

Fig. 5 is an enlarged view of part A in Fig. 4 .

Figure 6 is a wall panel layout.

Figure 7 is a layout diagram of anchor screws.

Figure 8 is a layout diagram of roof panels.

Fig. 9 is a splicing node diagram between straight wallboards.

Figure 10 is a splicing node diagram between L-shaped wall panels.

Fig. 11 is a splicing node diagram between roof panels and roof panels.

Figure 12 is a splicing node diagram between the roof panel and the wall panel.

Figure 13 is a connection node diagram between the wallboard and the foundation.

Figure 14 is a structural diagram of the plate.

Reference signs: 1—foundation, 2—wall panel, 3—roof panel, 3.1—left roof panel, 3.2—middle roof panel, 3.3—right roof panel, 4—rubber gasket, 5—steel mesh, 6 —Anchor screws, 7—fine stone concrete, 8—doors, 9—windows, 10—reinforced steel plates for wall panels, 11—reinforced steel plates for roof panels, 12—steel beading, 13—sealing paste, 14—drip tanks, 15—extruded polystyrene board, 16—board body, 17—steel frame.

Detailed ways

Referring to Figures 1-3, the single-storey housing system with modular steel frame panels connected by full bolts includes a foundation 1, a wall connected vertically to the foundation 1, and a roof connected horizontally to the top of the wall; The wall is enclosed by detachably connected wall panels 2, and the roof is formed by sequentially connecting detachably connected roof panels 3 from one side; the wall panels 2 and roof panels 3 are both made of plates; see the figure As shown in 14, the plate includes a plate main body 16, a steel frame 17 wrapped around the circumference of the plate main body, and steel wire mesh 5 arranged at intervals in the plate main body; Rib; the steel frame is rolled C-shaped steel with both ends bent vertically inward; the steel frame is correspondingly wrapped on the convex rib of the main body of the plate; the size of the steel frame is 160*60*20mm; see Figure 2 and Figure 3, A door 8 and a window 9 are opened on one side of the wall, and a canopy is provided above the door, and steps are provided below the door, and a cavity 11 for pre-embedded feeder is opened on the adjacent wall on the other side. ; Referring to Fig. 4 and shown in Fig. 5, the roof panel 3 top surface of the roof is integrally made into a layer of sloping roof by waterproof mortar, which is inclined to one side, and the slope is 2%; the bottom closing position of the sloping roof is laid A layer of steel beading 12, fixed by cement nails arranged at intervals, and sealed by sealing paste 13, the sealing paste 13 is a silicone sealing paste; all sides of the roof extend outward, beyond the wall to form the eaves, and the outer surface of the lower surface of the eaves Drip tanks 14 are arranged around; the drip tanks are 20 mm wide and 10 mm deep, and the distance between cement nails is 500 mm.

Referring to Fig. 6, the wall panel 2 is provided with installation holes at the bottom of the wall panel at intervals along the inside of the bottom edge of the panel, side installation holes of the wall panel at intervals on the inner side of one side, and corresponding installation holes at the side of the wall panel on the other side. The fixing nuts on the side of the wallboard are pre-embedded at the opening position, and the fixing nuts on the top side of the wallboard are embedded at intervals on the inner side of the top side; the mounting holes on the side of the wallboard are provided with wallboard bolts and matching wallboard installation nuts that penetrate to the outside of the board ; In the installation holes at the bottom of the wallboard, in the installation holes at the side of the wallboard, at the pre-embedded positions of the fixing nuts at the side of the wallboard, and at the pre-embedded positions of the fixing nuts at the top side of the wallboard, there are pre-embedded and welded wallboard reinforcement steel plates 10; The strong steel plate 10 is welded on the inner side of the steel frame, and the wall panel reinforcement steel plate is welded at the factory, with a size of 150*100*6; the dimensions of the mounting holes at the bottom of the wall panel and the mounting holes at the side of the wall panel are both 150*150*130mm; see As shown in Figure 6, in this embodiment, three wall panels are arranged in the length direction of the wall body, and two wall panels are arranged in the width direction; There is a long rubber gasket 4, and the wall panel bolt of one wall panel penetrates into the wall panel side fixing nut of the adjacent wall panel, and the other side of the wall panel bolt is fastened by the wall panel installation nut, and the wall panel The side installation holes are filled with fine stone concrete 7; the joints between the outer surfaces of two adjacent wall panels 2 connected in a straight line are in a straight line, and the joints are filled with extruded polystyrene boards 15; The outer side of the board is pressed into a layer of alkali-resistant fiber mesh cloth through anti-cracking mortar; as shown in Figure 10, a long rubber gasket 4 is provided between the connecting surfaces of two adjacent wall boards 2 connected in L shape, and The wallboard bolts of the vertical wallboard pass through the wallboard side fixing nuts of the horizontal wallboard, and the other side of the wallboard bolts is fastened by the wallboard installation nuts, and the wallboard side mounting holes The inside is filled with fine stone concrete 7; the connection joint between the outer sides of two adjacent wall panels 2 connected in L shape is L-shaped, and the inside of the connection joint is filled with extruded polystyrene board 15, and passes through the outer side of the wall panel as a whole Crack-resistant mortar is pressed into a layer of alkali-resistant fiber mesh cloth.

Referring to Fig. 8, the roof panel 3 includes a left roof panel 3.1, at least one middle roof panel 3.2 and a right roof panel 3.3 connected in sequence; It is formed by opening vertical through holes, opening horizontal roof panel installation holes at intervals on the inner side of the long side, and setting vertical through holes at symmetrical intervals on the two widthwise sides; the middle roof panel is made of plates along one Horizontal roof panel installation holes are set at intervals on the long side, roof panel fixing nuts are pre-embedded in the position corresponding to the roof panel installation holes on the other long side, and vertical through holes are symmetrically spaced between the two widthwise sides. ; The right side roof panel is provided with vertical through holes at intervals along the lengthwise outer side of the plate, pre-buried roof panel fixing nuts at intervals along the lengthwise inner side, and vertically arranged vertically at intervals between two widthwise sides. It is made of through-holes; the roof panel mounting holes and the through-holes are equipped with roof panel bolts and matching roof panel installation nuts that penetrate to the outside of the panel; roof panel installation holes and roof panel fixing nuts are pre-buried with roof Panel reinforcement steel plate 11; the size of the through hole is 160*160*150mm; see Figure 11, a long rubber gasket 4 is provided between the connecting surfaces of two adjacent roof panels 3, and the roof of one roof panel The roof panel bolts in the panel installation holes penetrate into the roof panel fixing nuts of the adjacent roof panel, and the other side of the roof panel bolts is fastened by the roof panel installation nuts, and the roof panel installation holes are filled with fine stone concrete 7 The joints between the upper surfaces of two adjacent roof panels 2 are in the shape of a line, and the joints are filled with extruded polystyrene boards 15, and a layer of alkali-resistant fiber mesh is pressed into the upper surface of the roof panels through anti-crack mortar The thickness of the extruded polystyrene board 15 is 40mm; the upper surface of the roof panel 3 of the roof is pressed into a layer of alkali-resistant fiber mesh cloth through the anti-crack mortar as a whole, and waterproofed; the anti-crack mortar And press into a layer of alkali-resistant fiber grid cloth with a thickness of 5mm.

As shown in Figure 12, rubber gaskets 4 are placed on the connection surface between the roof panel 3 and the wall panel 2, and the roof panel bolts in the through holes of the roof panel 3 pass through the top edge of the wall panel 2 and are fixed. The inside of the nut and the other side of the roof panel bolt are fastened by the roof panel installation nut, and the through hole is filled with fine stone concrete 7 .

As shown in Figure 7, the foundation 1 includes foundation piles and a circle of ground beams arranged on the foundation piles, and anchor screws 6 are pre-embedded in the intervals of the ground beams; as shown in Figure 13, the foundation 1 and A rubber gasket 4 is laid on the connecting surface between the wall panels 2, the upper part of the anchor screw 6 penetrates into the installation hole at the bottom of the wall panel, and is fastened by the installation nut of the wall panel, and the fine stone concrete 7 is passed through the bottom installation hole. fill.

Applying the installation method of the full-bolt connection modularized steel frame slab type single-storey house system, the steps are:

Step 1: On-site pouring of the foundation, and pre-embedding anchor screws according to the drawings.

Step 2, transport the wall panels and roof panels to the site, hoist the first wall panel to the installation position, and set up temporary supports on both sides of the first wall panel, measure and check the position and install the wall in the installation hole at the bottom of the wall panel Panel mounting nuts secure the first wall panel to the foundation.

Step 3, hoist the second wall panel next to the first wall panel to the installation position, measure and check the position, install the wall panel installation nut in the installation hole at the bottom of the wall panel to fasten the second wall panel to the foundation, and then Wallboard bolts are installed in the mounting holes on the side of the wallboard to fasten the first wallboard and the second wallboard.

Step 4, repeat the above step 3, and install the remaining wall panels in sequence until all the wall panels are installed.

Step 5: hoist the roof panel located in the middle to the installation position, measure and check the position and install the roof panel bolts in the vertical direction in the through hole to fasten the roof panel and the wall panel.

Step 6, install the remaining roof panels on both sides in sequence, and connect the adjacent roof panel connecting surfaces through horizontal roof panel bolts, and then install vertical roof panel bolts to fasten the roof panels and wall panels until all roof panels are completed. Panel mount.

Step 7, heat and cold bridge treatment of wall panels: Fill extruded polystyrene boards at the joints of wall panels.

Step 8, wallboard anti-cracking mortar treatment: Lay a layer of alkali-resistant fiber mesh cloth at the joint of the wallboard, and lay a layer of anti-cracking mortar on the alkali-resistant fiber mesh cloth.

Step 9, overall anti-cracking mortar treatment of the wallboard: Lay a layer of alkali-resistant fiber mesh cloth on the outside of the wallboard as a whole, and lay a layer of anti-cracking mortar on the alkali-resistant fiber mesh cloth as a whole.

Step 10, roof panel seam treatment: Lay a layer of alkali-resistant fiber mesh cloth on the roof panel seam, lay a layer of anti-cracking mortar on the alkali-resistant fiber mesh cloth, and lay a layer of alkali-resistant fiber on the upper surface of the roof panel as a whole Mesh cloth, a layer of anti-cracking mortar is laid on the alkali-resistant fiber mesh cloth as a whole.

Step 11, roof waterproof treatment: Lay a waterproof layer of waterproof mortar on the anti-crack mortar layer, and then lay a layer of anti-crack mortar on the waterproof layer.

Step 12, indoor wallboard treatment: Wrap moisture-proof pads around the bottom of the wallboard, and lay a layer of alkali-resistant fiber mesh cloth on the wallboard as a whole, and lay a layer of anti-cracking mortar on the alkali-resistant fiber mesh cloth, Complete construction.

Claims (9)

1. being bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: including basic (1), vertically to even Connect the roofing that wall and horizontal direction on basic (1) are connected to wall top surface；Wall is enclosed by the wallboard (2) being detachably connected It forms, roofing is connected in sequence by the roof boarding (3) being detachably connected from side；

The wallboard (2) and roof boarding (3) are formed by board making；The plate includes panel body (16), is wrapped in plate The steel wire (5) that the steel frame (17) of material main body border and interval are located in panel body；Panel body is rectangular panel body, border Inside outwardly protrudes to form fin；Steel frame is the crimping C-shaped steel of the perpendicularly inward bending in both ends；Steel frame correspondence is wrapped in plate On the fin of main body；

By plate, the interval on the inside of its bottom edge opens up wallboard bottom mounting apertures to the wallboard (2), a side inside interval opens up wall Plate side mounting hole, another side correspond to wallboard side mounting hole and open up the pre-buried wallboard side fixture nut in position, top margin inside Pre-buried wallboard top margin fixture nut is spaced to form；Wallboard side mounting hole is interior equipped with the wallboard bolt worn to plate and mating Wallboard install nut；In wallboard bottom mounting apertures, in the mounting hole of wallboard side, the pre-buried position of wallboard side fixture nut and wall The pre-buried position of plate top margin fixture nut is pre-buried to be welded with wallboard reinforcement steel plate (10)；

Elongated rubber sheet gasket (4), and the wallboard spiral shell of a wallboard are equipped between the joint face of adjacent two wallboard (2) of one word connection Bolt, which is worn, to be installed nut by wallboard in the wallboard side fixture nut of the adjacent wall board and wallboard bolt other side and fastens, and wall It is tamped in the mounting hole of plate side by pea gravel concreten (7)；Connecting sewing between adjacent two wallboard (2) lateral surface of one word connection It is filled in linear type and connecting sewing by extruded polystyrene board (15).

2. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: L It is equipped with elongated rubber sheet gasket (4) between the joint face of adjacent two wallboard (2) of shape connection, and is located at the wall of vertical wallboard Crab bolt is worn to being located at horizontally in the wallboard side fixture nut of the wallboard and wallboard bolt other side and by wallboard installs spiral shell Mother's fastening, and tamped in the mounting hole of wallboard side by pea gravel concreten (7)；L shape connection adjacent two wallboard (2) lateral surface it Between connecting sewing it is L-shaped, and connecting sewing in by extruded polystyrene board (15) fill.

3. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute Stating roof boarding (3) includes sequentially connected left side roof boarding (3.1), at least one intermediate roof boarding (3.2) and right side roof boarding (3.3)；

The left side roof boarding is spaced apart vertical through hole along its long outward side by plate, long inside side is spaced apart and sets Horizontally roof boarding mounting hole, two width set vertical through hole to side spaced-apart symmetrical and form；

The intermediate roof boarding from plate along one it is long to side interval open up horizontally roof boarding mounting hole, another length to side Side corresponds to that roof boarding mounting hole opens up the pre-buried roof boarding fixture nut in position, two width to side spaced-apart symmetrical set vertical pass through Through-hole forms；

It is pre- that the right side roof boarding by plate opens up vertical through hole, long inside side interval along its long outward side interval Bury roof boarding fixture nut, two wide are spaced apart to an opposite side set vertical through hole and form；

The roofing crab bolt worn to plate and matched roof boarding installation spiral shell are equipped in roof boarding mounting hole and through hole It is female；

In roof boarding mounting hole and roof boarding fixture nut setting position is embedded with roof boarding reinforcement steel plate (11).

4. according to claim 3 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: phase Elongated rubber sheet gasket (4), and the room in the roof boarding mounting hole of a roof boarding are equipped between the joint face of adjacent two roof boardings (3) Panel bolts wear in the roof boarding fixture nut of the adjacent roof panel and other side of roofing crab bolt and install spiral shell by roof boarding Mother's fastening, and tamped in roof boarding mounting hole by pea gravel concreten (7)；Connection between adjacent two roof boarding (3) upper surface Seam is filled in linear type and connecting sewing by extruded polystyrene board (15).

5. according to claim 4 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute It states and is lined at the joint face between roof boarding (3) and wallboard (2) rubber sheet gasket (4), the roof boarding in the through hole of roof boarding (3) Bolt is worn to the wallboard top margin fixture nut of wallboard (2) and the other side of roofing crab bolt is tight by roof boarding installation nut Gu and being tamped in through hole by pea gravel concreten (7).

6. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute Stating basic (1) includes foundation pile and the circle ground beam being located on foundation pile, and interval is embedded with fang bolt (6) in the ground beam；

It is described basis (1) and wallboard (2) between joint face in be equipped with rubber sheet gasket (4), the top of fang bolt (6) wear to Nut fastening is installed in wallboard bottom mounting apertures and by wallboard, and is tamped in bottom mounting apertures by pea gravel concreten (7).

7. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute It states and is provided with door (8) and window (9) in a side wall panel (2) for wall, and be equipped with step below door.

8. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute It states roof boarding (3) top surface of roofing and integrally does that one layer of pitched roof, it is obliquely installed to side and gradient by waterproof mortar It is 2%；

The bottom closing in position of pitched roof is laid with one layer of steel press strip (12) and fixes and pass through by spaced cement nail Sealing compound (13) sealing；

Roofing surrounding extends outwardly, forms eaves beyond wall, and is surrounded by drip (14) on the outside of the lower surface of eaves.

9. according to claim 1 be bolted the board-like one storey house system of modularization steel frame entirely, it is characterised in that: institute It states and is pressed into one layer of alkali proof fiber grid cloth entirely through anticracking grout on the outside of the wallboard (2) of wall；

Roof boarding (3) upper surface of the roofing is pressed into one layer of alkali proof fiber grid cloth entirely through anticracking grout, and does waterproof Processing.