CN205153114U - Lightweight steel structure modularized residential building - Google Patents

Lightweight steel structure modularized residential building Download PDF

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Publication number
CN205153114U
CN205153114U CN201520275523.7U CN201520275523U CN205153114U CN 205153114 U CN205153114 U CN 205153114U CN 201520275523 U CN201520275523 U CN 201520275523U CN 205153114 U CN205153114 U CN 205153114U
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floor
module
steel
alignment pin
strength bolt
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CN201520275523.7U
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Inventor
杜振宇
马林
廖大林
姚春胜
郭威
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Henan Letter Space Petroleum Machinery Is Manufactured Ltd Co
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Henan Letter Space Petroleum Machinery Is Manufactured Ltd Co
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Abstract

The utility model provides a lightweight steel structure modularized residential building, is by concrete foundation, the floor module, and the wall body module, the roof module, the stair unit, the door unit, the window unit constitutes, and all modules are all produced on mill's moulds of industrial equipment, at construction on -site Assembly, installation floor module on concrete foundation, location high strength bolt connects with the locating pin, installation wall body module on basic unit's floor module, location high strength bolt connects with the locating pin, the wall body module with interior for the partition plate locating pin location high strength bolt be connected, the floor is connected with locating pin location high strength bolt for the floor, stair and lower floor's floor and upper for the floor locating pin location high strength bolt be connected, assemble the top layer, the roofing module is connected with wall body module locating pin location high strength bolt, wall body outside installation cement pressure fibreboard, it is cotton that the centrifugation is packed at wall body cavity position, and the wall body inboard is used and is twisted wooden splints to the wall body on the light steel from the screw -making.

Description

Lightweight steel construction modularization house
Technical field
The utility model relates to building field, particularly relates to lightweight steel construction modularization house.
Background technology
Current known housing construction one is traditional brick mix structure, and the advantage of this structure is building materials wide material sources, cheap, utilize clay firing brick-and tile, utilize limestone lime calcining, convene a group labour to build, shortcoming is that firing brick-and tile damages a large amount of farmland, and building area is many, and building cycle is long, construction quality is poor, building is short for application life, and building waste is many, easily to environment, residence comfort is poor, is a kind of mode of construction of backwardness.Two is the color steel work quietly risen nearly ten years, this structural advantages utilizes shaped steel to do skeleton, color steel is utilized to make wall and roofing, building speed is faster than traditional brick mix structure, land utilization ratio is higher, but steel post, girder steel steel consumption is large, there is short slab in application life, i.e. steel post, the girder steel life-span is long, and the color steel life-span is short, residence comfort is poor, cold in winter and hot in summer, above-mentioned two kinds of common shortcomings of building are all site operations, mechanization degree is low, the extensive style mode of production, production efficiency is low, material consumption, energy consumption is high, labor strength is large.
Summary of the invention
In order to overcome the deficiency existed in existing dwelling construction, the utility model provides a kind of lightweight steel construction modularization house.House is broken according to element, assembles again after adopting industrialized mode to produce, not only can enhance productivity, and can housing quality be improved.The more important thing is, it can economize on resources.
The utility model solves the technical scheme that its technical problem adopts: a kind of lightweight steel construction modularization house, is by concrete basis, floor modules, wall body module, roofing module, stairway unit, gate cell, window unit is formed, all modules are all produced on factory's moulds of industrial equipment, assemble at the construction field (site), on concrete basis, install floor modules, utilize alignment pin to locate between them, connect with high-strength bolt; On basic unit's floor modules, wall body module is installed, with alignment pin location between them, connects with high-strength bolt, with alignment pin location between wall body module and inner partition plate, connect with high-strength bolt; On wall body module, lift second floor floor modules again, be that high-strength bolt connects with alignment pin location between floor and body of wall; That high-strength bolt connects with alignment pin location between floor and floor; Stairway unit and be locate with alignment pin between basic unit's floor modules and two floor plate module, high-strength bolt connects; Every layer of assembling thereafter the like, be assembled into most top layer, roof modules and wall body module are assembled, alignment pin location is still between them, high-strength bolt connects, door and window assembling is that doorframe and window frame are directly installed in the reserved door opening of body of wall and window opening, and sash is directly installed in window frame, and door hinge and screw are screwed on doorframe; In wall outer side, cement pressure fiberboard is installed, with being tightened to from screw-making on the light steel of body of wall, fills centrifugal cotton in body of wall hollow part, with from screw-making, wooden splint being tightened on the light steel of body of wall inside body of wall.
Such as slot to basis, drive piles on the ground of planning, after the pretreatment such as compacting in described concrete basis, longitudinal, transverse reinforcement cage, the built-in fitting that are prefabricated in the factory are transported to building site be connected and fixed by the mutual electric welding of sequence number, again the Commercial Concrete made mixed in factory being transported to building site and carry out cast-in-place, is assembly module house after to be solidified.
Described floor modules is made up of box type column, up and down channel-section steel, vertical brace, C-type steel diagonal brace, side link bolt hole seat, up and down locating hole seat, up and down link bolt hole seat, keel, corrugation floor support plate, concrete-steel silk screen, concrete, wood floor bolck, described box type column is the corner and the width middle part that are placed on floor modules, as skeleton and positioning datum, weld with box type column upper and lower side with welded top locating hole seat, up and down channel-section steel two ends bottom it, to burn-on between channel-section steel column, diagonal brace, make it form a truss; Described keel are welded by upper and lower channel-section steel, vertical brace, diagonal brace, side link bolt hole seat, become cross truss, be lifted in frock by this truss together with surrounding 6 framework truss, after stitching position is correct, electricity consumption is soldered to be connect, in the bottom of floor top channel-section steel, with corrugation floor support plate being screwed on channel-section steel from screw-making, arrange reinforcing bar and gauze wire cloth in the above, after mutually tightening with iron wire by concrete casting wherein, jolt ramming is floating, then lays wood floor bolck on concrete.
Described wall body module is made up of box type column, alignment pin, connecting bolt, diagonal brace, straight support, described box type column bears longitudinal loading, lower end is welded with alignment pin thereon, between two box type columns, framework is formed by square tube, fix with diagonal brace 9 between framework, then burn-on again on frame thickness direction square steel framework, diagonal brace, become truss.
Described roofing module is made up of alignment pin, square steel, C type purlin, composite color steel plate, vertical brace, described vertical brace is when produce in factory, chain connection is adopted with roofing, in factory, vertical brace is drawn in parallel consistent with roofing, vertical with floor modules to opening during in-site installation, bear and transmit roofing load, when described roofing is connected with top floor, with alignment pin location, high-strength bolt connects.
Described locating pin structure is hollow, and two ends are with guided missile head shape.
Described lightweight steel construction be made up by special rolling machine clod wash of steel sheet square steel pipe, channel-section steel, L-type steel, according to Design Requirement Drawing blanking, on the flat board in factory, coordinate moulds of industrial equipment assembling be welded various module.
Described wall body module divides exterior wall wall body module and interior partition wall body module, and large-size square steel pipe is as upright of frame, and small-sized square steel is as doorframe, window frame and separation wall skeleton, and L-type steel is as body of wall diagonal brace vertical brace.Their structure is that square frame is as carrier, at the upper and lower end parts erecting and welding alignment pin of square steel column, one end of alignment pin is inserted in square steel pipe, the other end exposes, during assembling and upper and lower floor modules automatic centering locate, to burn-on respectively 3 high-strength bolts near each alignment pin part in upper and lower frames, be connected with upper and lower floor level nut.Body of wall facade is made as required without door and window, has the different structure of door and window, during assembling, combines as required.Wall body structure, according to the requirement of different user, wall face cement pressure fiberboard, centrifugally glass-wool is filled in hollow part, appearance spraying and decorating paint, and inner wall surface installs wooden splint, brushing interior wall coating material.
Described roof modules, if flat-top, then adopts floor modules, just changes wood floor bolck into waterproofing course.If top, slope roofing, then make square steel pipe by light steel and make purlin as beam, C-type steel, it installs roof tile.
Described window unit, adopt PVC plastic steel profile to make unit in factory, PVC plastic steel, as framework, arranges sliding sash in framework, and sliding sash is two-layer or multilayer hollow tempered glass.
Described gate cell, by light steel square steel pipe as doorframe, the security door that door is made with light steel or real plate door or aluminium alloy door.
Described lightweight steel construction be made up by special rolling machine clod wash of steel sheet square steel pipe, channel-section steel, L-type steel, according to Design Requirement Drawing blanking, on the flat board in factory, coordinate moulds of industrial equipment assembling be welded various module.
Described wall body module divides exterior wall wall body module and interior partition wall body module, and large-size square steel pipe is as upright of frame, and small-sized square steel is as doorframe, window frame and separation wall skeleton, and L-type steel is as body of wall diagonal brace vertical brace.Their structure is that square frame is as carrier, at the upper and lower end parts erecting and welding alignment pin of square steel column, one end of alignment pin is inserted in square steel pipe, the other end exposes, during assembling and upper and lower floor modules automatic centering locate, to burn-on respectively 3 high-strength bolts near each alignment pin part in upper and lower frames, be connected with upper and lower floor level nut.Body of wall facade is made as required without door and window, has the different structure of door and window, during assembling, combines as required.Wall body structure, according to the requirement of different user, wall face cement pressure fiberboard, centrifugally glass-wool is filled in hollow part, appearance spraying and decorating paint, and inner wall surface installs wooden splint, brushing interior wall coating material.
The beneficial effects of the utility model are with industrial pipeline system production house, house is split into unit one by one, completes the whole components required for a house on a production line, then transport to job site, assemble complete within a couple of days.Use modernization means and modernization industrial organization, to each production factors integrated and integration by technological means in each stage that housing industryization is produced, reach the standardization of building, component production plant, site operation assembly, building finishing integration, form orderly factory lines operation, thus raising quality, raise the efficiency, improve the life-span, reduce costs, reduce energy consumption.
Accompanying drawing explanation
Below in conjunction with accompanying drawing and enforcement, the utility model is further illustrated
Fig. 1 house general assembly drawing
Fig. 2 is without door and window wall body module plan view
Fig. 3 body of wall left view
Fig. 4 has a wall plane figure
The fenestrate wall plane figure of Fig. 5
Fig. 6 floor modules plan view
Fig. 7 floor modules front view
Fig. 8 floor modules left view
Fig. 9 floor modules drawing in side sectional elevation
Top, Figure 10 slope roof modules structure chart
1 concrete basis in figure, 2, wall body module, 3, door, 4, floor modules, 5, window, 6, alignment pin, 7, high-strength bolt, 8, square steel pipe column, 9, angle steel diagonal brace, 10, square steel pipe is horizontal, perpendicular support, 11, centrifugally glass-wool, 12, cement pressure fiberboard, 13, decorative paint, 14, wooden splint, 15, interior wall coating material, 16, dowel hole seat, 17, bolt plate, 18, floor frame, 19, floor keel, 20, side bolt holes seat, 21, upper and lower channel-section steel, 22, vertical brace, 23, diagonal brace, 24, light steel corrugation floor support plate, 25, reinforcing bar, gauze wire cloth, 26, concrete, 27, wood floor bolck, 28, square steel pipe, 29, C type purlin, 30, roof tile, 31, vertical beam, 32, roof modules.
detailed description of the invention:
In Fig. 2-Figure 10 embodiment, utilize the steel sheet of thickness 1-5 ㎜ to make square steel pipe, channel-section steel, L-type steel by machine clod wash, utilize the component such as column, framework, support, diagonal brace of these section steel manufacture modularization houses.
In Fig. 1 embodiment, the ground of planning is slotted, after the based process such as compacting, longitudinal, the horizontal various prefabricated component be prefabricated in the factory is transported to building site, put correctly by drawing sequence number, then with electric welding, its weld is fixed, then the concrete be stirred in factory is transported to building site carry out cast-in-place.
Fig. 2,3,4, in 5 wall body modules, first by figure blanking, the K font component of both sides is put correctly in frock, alignment pin 6 is inserted in square steel pipe 8 respectively, point welds, framework square steel pipe and column square steel pipe point are welded, each 3 bolts are up and down welded, horizontal, vertical for square steel pipe support 10 is connected with framework spot welding, L angle steel diagonal brace 9 and framework point are welded.According to Fig. 2, intermediate member, stull, perpendicular support grid point are welded, so far, 3 unit have been put and have been welded, again they are hung in body of wall platform frock and splice spot welding, after spot welding completes, after checking each connection dimension errorless, again to all weld seam weldings, after wall element welds, hang in wheel abrator cabinet and carry out bead, after process, body of wall is sprayed paint preservative treatment.
In Fig. 3 embodiment, body of wall outside plate adopts cement pressure fiberboard 12, with self-control screw-driving on body of wall shaped steel, centrifugally glass-wool 11 is filled in body of wall hollow part, at exterior wall cement pressure fibreboard surface spraying protected decoration coating 13, with from screw-making, wooden splint 14 is installed on the light steel of body of wall inside body of wall, then at wooden splint surface brush interior wall coating material 15.
In the floor modules embodiment of Fig. 6-9, first according to figure blanking, location orifice plate and box type column upper and lower end face are welded, note concentric up and down, in platform frock, the truss point at four sides is welded again, and at link bolt hole seat 17 of burn-oning near column 8 place, floor keel 19 truss point is welded, above-mentioned each parts are lifted in floor decks frock, the assembled good spot welding of opsition dependent, the each connection dimension of inspection after spot welding completes, again to all weld seam weldings after errorless, after floor modules welds, its handling is carried out bead to wheel abrator cabinet, after again to its preservative treatment of spraying paint.After abundant drying to be painted, light steel corrugation floor support plate 24 is laid to it, with from screw-making, corrugated sheet 24 being tightened on floor channel-section steel 21 suitable for reading, concrete-steel silk screen 25 is laid again above, floating with concrete 26 jolt ramming of casting again, then laying floor brick 27, lays various pipeline electric wire in floor after to be dried, at the floor end opening end opening from screw-making, wooden splint 14 being screwed to floor after paving, as ceiling, then brush interior wall coating material 15.
In Fig. 1 embodiment, concrete basis 1 is the basis of this building, prefabricated before assembly, during installation, basic unit's floor modules 4 is first installed, it and concrete basis built-in fitting alignment pin 6 are located, connect with high-strength bolt 7, basic unit's floor and floor are located with alignment pin 6 each other, connect with high-strength bolt 7.Wall body module 2 is locate with alignment pin 6 with the connection of basic unit's floor 4, connect with high-strength bolt 7, body of wall and body of wall mutually between locate with alignment pin 6, connect with high-strength bolt 7, Stall floor modules 4 and wall body module 2 are located with alignment pin 6, connect with high-strength bolt 7, locate with alignment pin 6 between floor and floor, connect with high-strength bolt 7.Frame made by window unit PVC plastic steel, and sliding sash adopts 2 layers of hollow tempered glass, after body of wall is installed, put into window frame.Gate cell makes doorframe by light steel, and door security door, Solid Door or aluminium alloy door, be hinged on doorframe.Stairway unit on mould, becomes parts with section steel manufacture in factory, after one deck wallboard and floor successful installation, install stair, and it is also locate with alignment pin 6 and ground locating hole, is connected with floor with high-strength bolt 7.Intake-discharge pipe road, cable and wire, heating pipeline are transversely arranged on each floor plate module hollow part, above-mentioned each pipeline cable is longitudinally arranged in each layer wall body module, after every layer of wallboard module and floor modules are installed, each pipeline of longitudinal direction is connected with horizontal each pipeline, re-lays from floor hollow part and lead to each room.Each layer module is installed and pipeline connects by that analogy.Arrived top layer, if flat-top, then bound with flat-top roofing module, it and body of wall are located with alignment pin 6, connects with high-strength bolt 7.
In Figure 10 embodiment, if push up roofing with slope, then use the module of Figure 10, it and body of wall are located by alignment pin 6, connects with high-strength bolt 7.

Claims (6)

1. a lightweight steel construction modularization house is by concrete basis, floor modules, wall body module, roofing module, stairway unit, gate cell, window unit is formed, it is characterized in that: all modules are all produced on factory's moulds of industrial equipment, assemble at the construction field (site), on concrete basis, floor modules is installed, utilize alignment pin to locate between them, connect with high-strength bolt; On basic unit's floor modules, wall body module is installed, with alignment pin location between them, connects with high-strength bolt, with alignment pin location between wall body module and inner partition plate, connect with high-strength bolt; On wall body module, lift second floor floor modules again, be that high-strength bolt connects with alignment pin location between floor and body of wall; That high-strength bolt connects with alignment pin location between floor and floor; Stairway unit and be locate with alignment pin between basic unit's floor modules and two floor plate module, high-strength bolt connects; Every layer of assembling thereafter the like, be assembled into most top layer, roof modules and wall body module are assembled, alignment pin location is still between them, high-strength bolt connects, door and window is assembled: doorframe and window frame are directly installed in the reserved door opening of body of wall and window opening, and sash is directly installed in window frame, and door hinge and screw are screwed on doorframe; In wall outer side, cement pressure fiberboard is installed, with being tightened to from screw-making on the light steel of body of wall, fills centrifugal cotton in body of wall hollow part, with from screw-making, wooden splint being tightened on the light steel of body of wall inside body of wall.
2. a kind of lightweight steel construction modularization house according to claim 1, it is characterized in that: slot to basis, drive piles on the ground of planning, after compacting pretreatment in described concrete basis, longitudinal, transverse reinforcement cage, the built-in fitting that are prefabricated in the factory are transported to building site be connected and fixed by the mutual electric welding of sequence number, again the Commercial Concrete made mixed in factory being transported to building site and carry out cast-in-place, is assembly module house after to be solidified.
3. a kind of lightweight steel construction modularization house according to claim 1, it is characterized in that: described floor modules is by box type column, upper and lower channel-section steel, vertical brace, C-type steel diagonal brace, side link bolt hole seat, upper and lower locating hole seat, upper and lower link bolt hole seat, keel, corrugation floor support plate, concrete-steel silk screen, concrete, wood floor bolck is formed, described box type column is the corner and the width middle part that are placed on floor modules, as skeleton and positioning datum, with welded top locating hole seat bottom it, upper and lower channel-section steel two ends are welded with box type column upper and lower side, to burn-on between channel-section steel column, diagonal brace, it is made to form a truss, described keel are welded by upper and lower channel-section steel, vertical brace, diagonal brace, side link bolt hole seat, become cross truss, be lifted in frock by this truss together with surrounding 6 framework truss, after stitching position is correct, electricity consumption is soldered to be connect, in the bottom of floor top channel-section steel, with corrugation floor support plate being screwed on channel-section steel from screw-making, arrange reinforcing bar and gauze wire cloth in the above, after mutually tightening with iron wire by concrete casting wherein, jolt ramming is floating, then lays wood floor bolck on concrete.
4. a kind of lightweight steel construction modularization house according to claim 1, it is characterized in that: described wall body module is made up of box type column, alignment pin, connecting bolt, diagonal brace, straight support, described box type column bears longitudinal loading, lower end is welded with alignment pin thereon, between two box type columns, form framework by square tube, fix with diagonal brace between framework, to burn-on again on frame thickness direction again square steel framework, diagonal brace, become truss.
5. a kind of lightweight steel construction modularization house according to claim 1, it is characterized in that: described roofing module is made up of alignment pin, square steel, C type purlin, composite color steel plate, vertical brace, described vertical brace, when produce in factory, adopts chain connection, in factory with roofing, vertical brace is drawn in parallel consistent with roofing, vertical with floor modules to opening during in-site installation, bear and transmit roofing load, when described roofing is connected with top floor, with alignment pin location, high-strength bolt connects.
6. a kind of lightweight steel construction modularization house according to claim 1, it is characterized in that: described locating pin structure is hollow, two ends are with guided missile head shape.
CN201520275523.7U 2015-05-04 2015-05-04 Lightweight steel structure modularized residential building Active CN205153114U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106088353A (en) * 2016-08-19 2016-11-09 安庆市建辉钢结构有限责任公司 A kind of method of attachment of steel structure support
CN110397158A (en) * 2019-07-25 2019-11-01 中国建筑设计研究院有限公司 A kind of boxboard steel construction assembled architecture system
CN111287316A (en) * 2020-05-13 2020-06-16 中国船舶重工集团国际工程有限公司 Assembled box plate steel structure multi-story high-rise structure system and construction method

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106088353A (en) * 2016-08-19 2016-11-09 安庆市建辉钢结构有限责任公司 A kind of method of attachment of steel structure support
CN110397158A (en) * 2019-07-25 2019-11-01 中国建筑设计研究院有限公司 A kind of boxboard steel construction assembled architecture system
CN110397158B (en) * 2019-07-25 2021-03-30 中国建筑设计研究院有限公司 Box plate steel structure assembly type building system
CN111287316A (en) * 2020-05-13 2020-06-16 中国船舶重工集团国际工程有限公司 Assembled box plate steel structure multi-story high-rise structure system and construction method

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