CN205894279U - Integral basement of coincide assembly of hollow superstructure system of no roof beam - Google Patents
Integral basement of coincide assembly of hollow superstructure system of no roof beam Download PDFInfo
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- CN205894279U CN205894279U CN201620872130.9U CN201620872130U CN205894279U CN 205894279 U CN205894279 U CN 205894279U CN 201620872130 U CN201620872130 U CN 201620872130U CN 205894279 U CN205894279 U CN 205894279U
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Abstract
The utility model provides an integral basement of coincide assembly of hollow superstructure system of no roof beam, the basement bottom plate is full cast in situ concrete bottom plate or prefabricated superimposed bottom plate, and basement wall is equipped with a plurality of cast -in -place posts for prefabricated coincide sandwich wall in the middle of the basement, on the cast -in -place post has pile cap, basement roof and the hollow superstructure of the burden n layer no roof beam coincide of adoption, wherein n is natural number, the hollow superstructure of no roof beam coincide and the prefabricated coincide sandwich wall top of side wall and the cast -in -place whole that connects into of pile cap of cast -in -place post. The utility model discloses shortcoming between them is overcome to the advantage that prefabricated of high quality, fast, efficient, the feature of environmental protection of full play mill can be good and cast -in -place wholeness is good, structural strength is high, maximizes favourable factors and minimizes unfavourable ones, realizes on -the -spot no modular construction, and the earth volume is little, and cost of labor and material cost hang down, and construction speed is fast, and the quality is controllable, no environmental pollution, and specifications is good.
Description
Technical field
This utility model belongs to construction engineering technical field and in particular to a kind of overlapping of without beam hollow building cover system is assembled
Monoblock type basement.
Background technology
It is known that traditional architecture basement engineering is all using cast-in-place concrete structure, this is accomplished by excavating sufficiently large
Subterranean excavation, with ensure live raw material stacking, concrete transportation, formwork, pour, vibrate, maintenance, folding mould etc. are applied on a large scale
Work working place, the therefore earthwork amount of digging are big, and backfill amount is also big.Because all working is all to complete at the scene, all wallboards and top
Plate is intended to configuration template, and template could will be removed after concrete is fully achieved intensity, therefore, template, scaffold demand
Greatly, long construction period, manually many, all raw material all transports to scene with bulk form, pollutes environment, causes waste of raw materials,
Cost of labor is high, and concrete cast-in-site manually vibrates, operation easier, greatly it is desirable to height, is slightly vibrated unreal, will be stayed
Leakage hidden trouble.Additionally, cast-in-place concrete quality is uncontrollable, curing condition is poor, and the probability that micro-crack in concrete is big,
Later stage rainwater can pass through micro-crack seepage, affects construction quality.
Content of the invention
Technical problem to be solved in the utility model is: solves the problems, such as above-mentioned prior art, and provides one kind
The overlapping assembled integral basement of without beam hollow building cover system, give full play to that prefabrication quality is good, speed fast, efficiency high,
Good environmental protection and the high advantage of cast-in-place good integrity, structural strength, the shortcoming overcoming both, maximize favourable factors and minimize unfavourable ones, and realize scene no
Modular construction, earth volume is little, and, with the cost of material is low, construction speed is fast, quality controllable, non-environmental-pollution, technology for cost of labor
Function admirable.
The technical solution adopted in the utility model is: a kind of overlapping assembled integral underground of without beam hollow building cover system
Room, basement bottom board is full cast-in-place concrete base plate or prefabricated overlapping base plate, and basement side wall is prefabricated overlapping sandwich wall, underground
It is provided with some cast-in-place posts in the middle of room, cast-in-place post has cap, basement roof and negative n-layer adopt no beam overlapped hollow floor system,
Wherein n is natural number, and no beam overlapped hollow floor system and the prefabricated overlapping sandwich wall top of side wall and the cap of cast-in-place post are passed through now
Pour connection integral.
In technique scheme, the cap of described cast-in-place post is overlapping cap, including prefabricated post cap portion and cast-in-place cap
Part.
In technique scheme, described no beam overlapped hollow floor system is made up of polylith Prefabricated stacking floor, and every piece prefabricated
Laminated floor slab includes laminated floor slab preformed layer and laminated floor slab in-situ layer again, is uniformly filled with polylith in laminated floor slab in-situ layer
Light filling block or hollow box；Prefabricated stacking floor two ends between two adjacent cast-in-place post caps are directly overlapped on cap,
And it is connected with distributing bar；And between Prefabricated stacking floor and Prefabricated stacking floor, it is connected with piece reinforcing bar；The cast-in-place portion of cap
Divide, together with laminated floor slab in-situ layer, molding is connected by cast-in-place concrete.
In technique scheme, the cap of described cast-in-place post adopts bright cap and/or sleeper cap.
In technique scheme, described prefabricated overlapping base plate includes base plate preformed layer and base plate in-situ layer.
In technique scheme, described prefabricated overlapping sandwich wall includes prefabricated siphonal lobe wall, prefabricated internal lobe wall and cast-in-place sandwiched
Layer.
In technique scheme, in described laminated floor slab in-situ layer, uniformly it is filled with polylith light filling block or hollow box
Son, makes to form multiple uniform honeycomb cores in laminated floor slab in-situ layer, has wide girt strip between honeycomb core.
Overlapping assembled integral basement of the present utility model is by a prefabrication part, cast-in-place one of scene overlapping
Point, give full play to that prefabrication quality is good, speed fast, efficiency high and the high advantage of cast-in-site good integrity, structural strength, gram
The shortcoming taking both, maximizes favourable factors and minimizes unfavourable ones, and changes that traditional cast-in-place basement earth volume is big, constructional difficulties, high cost, cycle length, effect
, it is achieved that scene no templating is constructed, earth volume is little for the original backward state that rate is low, waste of raw materials is many, environmental pollution is serious,
, with the cost of material is low, construction speed is fast for cost of labor, and quality controllable, non-environmental-pollution is high-quality and efficient, and has excellent waterproof
Performance.
With area as 10431m2Basement as a example, 40 days conventional art durations, 10 days this utility model durations, tradition
Skilled industrial worker 156 people, this utility model only needs 82 people, and template used amount greatly reduces, and scaffold consumption also reduces, artificial measures
Few, masonry plastering is few, and speed of application improves four times, civilized construction, good environmental protection.Taking construction costs as a example, this utility model
Form work engineering cost can reduce by 100 yuan/m2, cast in place reinforced bar, concrete works cost reduce by 127 yuan/m2, waterproofing work cost
Reduce by 87/ m2, masonry and plastering engineering cost reduce by 29 yuan/m2, scaffolding work expense 30 yuan/m of minimizing2, other measures
Project Cost reduces by 25 yuan/m2.Therefore, overlapping assembled basement of the present utility model subtracts than conventional art construction basement
Few 398 yuan/m of construction costs2.
Of the present utility model be produced as flexible intelligent production line operation, production efficiency is high, low cost, this utility model
Convenient transportation, efficiently, low cost；Construction of the present utility model is simple to operation, and construction quality is controlled, and integrated cost is low, outward
See smooth, water resistance is good, and total quality is excellent.
Brief description:
Fig. 1 is this utility model overall structure diagram；
Fig. 2 is without beam hollow building cover system floor map.
Reference:
Room base plate under 1,2 basement side walls, 3 cast-in-place posts, 4 caps, 5 laminated floor slab preformed layers, 6 fold
Close floor in-situ layer, 7 light filling blocks or hollow box, 8 prefabricated post cap portions, 9 cast-in-place cap parts, 10 pieces
Reinforcing bar.
Specific embodiment:
Referring to Fig. 1, Fig. 2, a kind of overlapping assembled integral basement of without beam hollow building cover system of the present utility model, ground
Lower room base plate is full cast-in-place concrete base plate or prefabricated overlapping base plate, and basement side wall is prefabricated overlapping sandwich wall, in basement
Between be provided with some cast-in-place posts, cast-in-place post has cap, basement roof and negative n-layer are using no beam overlapped hollow floor system, wherein n
For natural number, natural number includes 0, no beam overlapped hollow floor system and the prefabricated overlapping sandwich wall top of side wall and the cap of cast-in-place post
Integral by cast-in-place connection, the cap of described cast-in-place post is overlapping cap, including prefabricated post cap portion and cast-in-place cap part,
Described no beam overlapped hollow floor system is made up of polylith Prefabricated stacking floor, and it is pre- that every piece of Prefabricated stacking floor includes laminated floor slab again
Preparative layer and laminated floor slab in-situ layer, are uniformly filled with polylith light filling block or hollow box in laminated floor slab in-situ layer；Two
Prefabricated stacking floor two ends between adjacent cast-in-place post cap are directly overlapped on cap, and are connected with distributing bar；And it is prefabricated
It is connected with piece reinforcing bar between laminated floor slab and Prefabricated stacking floor；The cast-in-place part of cap is led to together with laminated floor slab in-situ layer
Cross pouring concrete integrated connection molding, the cap of described cast-in-place post adopts bright cap and/or sleeper cap, described prefabricated overlapping base plate
Including base plate preformed layer and base plate in-situ layer, described prefabricated overlapping sandwich wall includes prefabricated siphonal lobe wall, prefabricated internal lobe wall and cast-in-place
Sandwich of layers, is uniformly filled with polylith light filling block or hollow box, makes laminated floor slab cast-in-place in described laminated floor slab in-situ layer
Form multiple uniform honeycomb cores in layer, there is between honeycomb core wide girt strip.
Claims (7)
1. a kind of without beam hollow building cover system overlapping assembled integral basement it is characterised in that: basement bottom board is entirely existing
Pouring concrete base plate or prefabricated overlapping base plate, basement side wall is prefabricated overlapping sandwich wall, is provided with cast-in-place post in the middle of basement, existing
Pour and cap is had on post, using no beam overlapped hollow floor system, wherein n is natural number for basement roof and negative n-layer, and natural number includes
0, the no prefabricated overlapping sandwich wall top of beam overlapped hollow floor system and side wall and the cap of cast-in-place post is integral by cast-in-place connection.
2. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
The cap stating cast-in-place post is overlapping cap, including prefabricated post cap portion and cast-in-place cap part.
3. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
The no beam overlapped hollow floor system stated is made up of polylith Prefabricated stacking floor, and it is prefabricated that every piece of Prefabricated stacking floor includes laminated floor slab again
Layer and laminated floor slab in-situ layer, are uniformly filled with polylith light filling block or hollow box in laminated floor slab in-situ layer；Biphase
Prefabricated stacking floor two ends between adjacent cast-in-place post cap are directly overlapped on cap, and are connected with distributing bar；And it is prefabricated folded
Close and be connected with piece reinforcing bar between floor and Prefabricated stacking floor；The cast-in-place part of cap is passed through together with laminated floor slab in-situ layer
Cast-in-place concrete is connected molding.
4. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
The cap stating cast-in-place post adopts bright cap and/or sleeper cap.
5. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
State prefabricated overlapping base plate and include base plate preformed layer and base plate in-situ layer.
6. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
State prefabricated overlapping sandwich wall and include prefabricated siphonal lobe wall, prefabricated internal lobe wall and cast-in-place sandwiched layer.
7. without beam hollow building cover system according to claim 1 overlapping assembled integral basement it is characterised in that: institute
State and in laminated floor slab in-situ layer, be uniformly filled with polylith light filling block or hollow box, make formation in laminated floor slab in-situ layer many
Individual uniform honeycomb core, has wide girt strip between honeycomb core.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620872130.9U CN205894279U (en) | 2016-08-12 | 2016-08-12 | Integral basement of coincide assembly of hollow superstructure system of no roof beam |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620872130.9U CN205894279U (en) | 2016-08-12 | 2016-08-12 | Integral basement of coincide assembly of hollow superstructure system of no roof beam |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205894279U true CN205894279U (en) | 2017-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620872130.9U Active CN205894279U (en) | 2016-08-12 | 2016-08-12 | Integral basement of coincide assembly of hollow superstructure system of no roof beam |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106088319A (en) * | 2016-08-12 | 2016-11-09 | 长沙远大住宅工业集团股份有限公司 | A kind of overlapping assembled integral basement of the system of hollow building cover without beam |
| CN108412032A (en) * | 2017-08-22 | 2018-08-17 | 云南省设计院集团 | A kind of basement floor system |
-
2016
- 2016-08-12 CN CN201620872130.9U patent/CN205894279U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106088319A (en) * | 2016-08-12 | 2016-11-09 | 长沙远大住宅工业集团股份有限公司 | A kind of overlapping assembled integral basement of the system of hollow building cover without beam |
| CN108412032A (en) * | 2017-08-22 | 2018-08-17 | 云南省设计院集团 | A kind of basement floor system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |