CN206245459U - Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board - Google Patents
Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board Download PDFInfo
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- CN206245459U CN206245459U CN201621239342.XU CN201621239342U CN206245459U CN 206245459 U CN206245459 U CN 206245459U CN 201621239342 U CN201621239342 U CN 201621239342U CN 206245459 U CN206245459 U CN 206245459U
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Abstract
A kind of Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board, including sandwich thermal insulated compound external wall panel, composite interior wallboard and truss bars laminated floor slab, wherein, the side rib post of the compound external wall panel and composite interior wallboard is in inverted trapezoidal fluted shape going out at reinforcing bar, the inverted trapezoidal groove is that bottom is openend, the waist of upside is oblique waist, and electrical pipeline and device installation position are preset in the sandwich thermal insulated compound external wall panel, composite interior wallboard and truss bars laminated floor slab；The utility model produce inverted ladder type groove combined wall board when by Architectural Equipment steel pipe buried in advance with realize based on inverted ladder type groove composite wall Architectural Equipment pipeline integration design and construction；The utility model not only eliminates the trouble of later-stage secondary cutting perforate construction, and effectively prevent the pipeline collision of site operation appearance, the loss and rework problems caused in construction stage therefore class mistake are substantially reduced, has been truly realized and not only optimize space but also be easy to use and repair.
Description
Technical field
The utility model belongs to technical field of buildings, and more particularly to a kind of building based on inverted ladder type slot type combined wall board sets
Standby pipeline integral structure.
Background technology
With flourishing for China's economy, construction industry is also into the fast-developing phase.Got in construction project design complexity
Come bigger, and the design cycle is short, the duration it is nervous in the case of, traditional Architectural Equipment pipeline designs and form of construction work face multiple
It is difficult.At this stage Architectural Equipment pipeline mostly using later-stage secondary cutting perforate construction by the way of.Due to various Architectural Equipments
Purposes and professional performance are different, and the engineering time has different, if do not carried out comprehensive arrangement to all kinds of pipelines in construction early stage in advance, will
Delay project progress, waste money brings inconvenience so as to influence whole building thing just to later period maintenance and management work
Often use.But pipeline layout design, again in the presence of being related to specialty many, cooperation difficulty is big, once lack overall management or design
Flow is unreasonable, will cause the problems such as largely doing over again.
The content of the invention
In order to overcome the shortcoming of above-mentioned prior art, the purpose of this utility model is to provide a kind of based on inverted ladder type slot type
The Architectural Equipment pipeline integral structure of combined wall board, produce inverted ladder type groove combined wall board when by Architectural Equipment steel pipe buried in advance with
Realize the design and construction based on the integration of inverted ladder type groove composite wall Architectural Equipment pipeline；Compared with conventional wallboard, the wallboard is not
The trouble of later-stage secondary cutting perforate construction is only eliminated, and effectively prevent the pipeline collision of site operation appearance, significantly
Reduce in the construction stage therefore loss that causes of class mistake and rework problems, be truly realized not only optimize space and be easy to use again with
Maintenance.
To achieve these goals, the technical solution adopted in the utility model is：
A kind of Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board, including it is sandwich thermal insulated compound outer
Wallboard 1, composite interior wallboard 6 and truss bars laminated floor slab 10, wherein, the side rib of the compound external wall panel 1 and composite interior wallboard 6
Post is going out in inverted trapezoidal fluted shape at reinforcing bar, and the inverted trapezoidal groove is that bottom is openend, and the waist of upside is oblique waist, described
Sandwich thermal insulated compound external wall panel 1, composite interior wallboard 6 and truss bars laminated floor slab 10 preset electrical pipeline and device installation position.
The sandwich thermal insulated compound external wall panel 1, is provided with high-order socket line box 3, low level socket line box 2 and bottom on wallboard
Portion's equipment spool installs preformed groove 4, and electric pipeline 5 is embedded with wallboard；
The composite interior wallboard 6, bottom equipment spool is provided with wallboard and installs preformed groove 4 and top apparatus spool peace
Dress preformed groove 9, is embedded with electric pipeline 5, distribution box hole 8 and electric switch socket 7 in wallboard；
Truss bars laminated floor slab 10, live pipeline installation 11, pre-buried illumination line box 12 is provided with floor, reserved is set
Standby pipeline hole 13.
The integration of the Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board described in the utility model
Design and construction process, including：
Step 1, design：
According to the position of spool and switch, line box in wallboard, the position of water pipe through-flooring and roof boarding, bonding apparatus
Specially, building, design feature carry out Integration Design；
Step 2, Workshop Production：
Sandwich thermal insulated compound external wall panel 1 and composite interior wallboard 6 are produced in workshop, is designed according to step 1 during production, it is pre-buried
Good equipment installation and all kinds of line box and socket, equipment installation, electric switch and the one-shot forming aborning of line box socket；
Certainly, truss bars laminated floor slab 10 can also Synchronization Design in this step.
Step 3, site operation：
In constructing at the scene, after the completion of main building lifting, designed according to step 1, penetrated in reserved pipeline each
Cable needed for kind, penetrate all kinds of water pipes of required caliber at the hole of reserved sleeve pipe, it is to avoid later-stage secondary cutting is opened
The trouble of hole construction.
In step 1, prefabricated components split design, and in the position of design spool and switch, line box in wallboard, water pipe wears building
During the position of plate and roof boarding, strictly observe《Building electric engineering construction quality accident specification》With《Building plumbing system and adopt
Warm engineering construction quality acceptance specification》And premised on the actually used convenience of user.Mechanical discipline is same with building, structure discipline
Shi Jinhang Integration Designs.Wallboard embedded switch is generally fixed to from the position of door opening edge 200mm, the pre-buried low level socket one of wallboard
As be fixed at liftoff 400mm, the pre-buried high-order socket of wallboard is generally fixed at liftoff 1800mm, and water power spool position is according to reality
Border demand arrangement, slots in ecological bulk if necessary.
In the step 2, sandwich thermal insulated compound external wall panel 1 and composite interior wallboard 6 are with section and the less coagulation of arrangement of reinforcement
Native sash, embeds the plate-type component constituted with ecological bulk；The sandwich thermal insulated compound external wall panel 1 and composite interior wallboard 6 are produced
In, at the line box and switch reserved except metope, wallboard is two-sided troweling.
The ecological bulk can be autoclave aerated concrete building block or ceramsite concrete blocks.
The production process of the sandwich thermal insulated compound external wall panel 1 is as follows：
Step one：Using preparation method is inverted, the special steel form of heat-insulation layer is assembled first, make reinforced mesh；
Step 2：Reinforced mesh enters mould, places protective layer cushion block, casting concrete；
Step 3：Warming plate is laid, warming plate is laid in cover concrete and pours completion in rear 20min, lays insulation
The good heat insulation cementing mortar of mixing is paved during plate is applied to strengthen the tight bond of warming plate and concrete in insulation plate face,
It is comprehensive layer plastering method to smear；Warming plate after lay taps vibration compacting with rubber hammer, and inserts bar for line；
Step 4：After after intensity requirement needed for heat-insulation layer wallboard meets, special structure sheaf steel form is assembled thereon, make
Make framework of steel reinforcement, wall steel bar skeleton enters mould, and warming plate is abound with smearing heat insulation cementing mortar, will be raw within 10min after smearing
State bulk is inserted in wallboard rib lattice, is designed according to step 1, puts reserved line box, pipeline and other built-in fittings；
Step 5：Confirm to be sealed with packing material after all steel pipe buried in advance positions are accurate, prevent from pouring coagulation
Pre-buried pipeline and hole are blocked when native, C30 pea gravel concretens are poured again, then catch up with it is flat, wipe one's face, it is prefabricated after the completion of standard support
Shield, when concrete strength reaches the 75% of design load, can lift by crane.
The heat insulation protecting layer concrete is poured using C30 pea gravel concretens, and the concrete slump for pouring should be controlled
Between 180 to 200mm, the warming plate self-extinguishment EPS warming plates or pour calculate needed for thickness EPS granular polystyrene coagulations
Soil.
The production process of the composite interior wallboard 6 is as follows：
Step one：Special steel form is assembled first, and bottom pours 20mm thickness C30 pea gravel concretens, if there is line box at the back side
Pre-buried line box is then needed, the girt strip and the framework of steel reinforcement of rib post that will be made are hung in steel form, and ecological bulk is put immediately；
Step 2：Designed according to step 1, put reserved line box, pipeline and miscellaneous equipment built-in fitting；
Step 3：After all steel pipe buried in advance positions to be confirmed are accurate, sealed with packing material, prevent from pouring mixed
Block pre-buried pipeline and hole during solidifying soil, 20mm thickness C30 pea gravel concretens poured again, then catch up with it is flat, wipe one's face, it is prefabricated after the completion of
Standard curing, when concrete strength reaches the 75% of design load, can lift by crane.
Compared with prior art, the beneficial effects of the utility model are：
1st, coordination of the Architectural Equipment pipeline integration assembled combined wall board between the design phase takes into full account each specialty
Property, by plumbing, electrically and the mechanical discipline such as HVAC is combined with splitting design, produced in component and the construction stage pre-buried wears well
The pipeline of wall and reserve the pipeline hole of through-flooring, it is to avoid the trouble of hydroelectric line is installed in later-stage secondary cutting, is met
The high efficiency of construction, high-quality, low consumption of resources and the demand of low environmental impact that building is used, meet China " 13
Five " innovation and development, coordinated development, the theory of Green Development proposed in planning.
2nd, can realize optimizing Architectural Equipment pipeline designs by reserving hole and steel pipe buried in advance, thoroughly eliminate hard, soft touching
Hit, improve engineering design.The wallboard not only eliminates the trouble of later-stage secondary cutting perforate construction compared with conventional wallboard, and
The pipeline collision of site operation appearance is effectively prevent, is substantially reduced and therefore the loss that causes of class mistake and is done over again in the construction stage
Problem.
Brief description of the drawings
Fig. 1 is the sandwich thermal insulated inverted trapezoidal slot type compound external wall panel pipeline integral structure schematic diagram of the utility model.
Fig. 2 is the utility model inverted trapezoidal slot type composite interior wallboard pipeline integral structure schematic diagram.
Fig. 3 is the utility model main building equipment pipe network integral structure schematic diagram.
Specific embodiment
Describe implementation method of the present utility model in detail with reference to the accompanying drawings and examples.
The utility model be based on inverted ladder type slot type combined wall board Architectural Equipment pipeline integral structure as shown in Figure 1, Figure 2 and figure
Shown in 3, including sandwich thermal insulated compound external wall panel 1, composite interior wallboard 6 and truss bars laminated floor slab 10, wherein, compound external wall panel
1 and the side rib post of composite interior wallboard 6 going out at reinforcing bar in inverted trapezoidal fluted shape, inverted trapezoidal groove is that bottom is openend, upside
Waist be oblique waist, preset electrical pipeline in sandwich thermal insulated compound external wall panel 1, composite interior wallboard 6 and truss bars laminated floor slab 10
And device installation position.
Sandwich thermal insulated compound external wall panel 1, high-order socket line box 3, low level socket line box 2 and bottom is provided with wallboard and is set
Standby spool installs preformed groove 4, and electric pipeline 5 is embedded with wallboard；
Composite interior wallboard 6, bottom equipment spool is provided with wallboard and installs preformed groove 4 and the installation of top apparatus spool in advance
Groove 9 is stayed, electric pipeline 5, distribution box hole 8 and electric switch socket 7 are embedded with wallboard；
Truss bars laminated floor slab 10, live pipeline installation 11, pre-buried illumination line box 12 is provided with floor, reserved is set
Standby pipeline hole 13.
It is of the present utility model design and construction mainly include the integrated design of inverted ladder type slot type combined wall board Architectural Equipment pipeline,
The Workshop Production and the partial content of site operation three of inverted ladder type slot type combined wall board.
1st, inverted ladder type slot type combined wall board Architectural Equipment pipeline integrated design：Design rank is split in the component of prefabricated components
Section, takes into full account the position of the position of spool and switch, line box in wallboard, water pipe through-flooring and roof boarding, by mechanical discipline
Integration Design is carried out with building, structure discipline simultaneously.
In the fractionation design phase of prefabricated components, in the position of design spool and switch, line box in wallboard, water pipe wears building
During the position of plate and roof boarding, strictly observe《Building electric engineering construction quality accident specification》With《Building plumbing system and adopt
Warm engineering construction quality acceptance specification》And premised on the actually used convenience of user.Mechanical discipline is same with building, structure discipline
Shi Jinhang Integration Designs.Its deadlight embedded switch is generally fixed to from the position of door opening edge 200mm, and the pre-buried low level of wallboard is inserted
Seat is generally fixed at liftoff 400mm, and the pre-buried high-order socket of wallboard is generally fixed at liftoff 1800mm, water power spool position root
Arranged according to actual demand, can be slotted in ecological bulk if necessary.
2nd, the Workshop Production of inverted ladder type slot type combined wall board：Inverted ladder type slot type combined wall board is less with section and arrangement of reinforcement
Concrete sash, embeds the board-like structure constituted with such as autoclave aerated concrete building block or ceramsite concrete blocks etc. ecology bulk
Part.The equipment installation position provided according to design drawing when wallboard is produced and model, the pre-buried good equipment in wallboard production
Pipeline and all kinds of line box and socket.Equipment installation, electric switch and the one-shot forming aborning of line box socket；Wherein line box is used
86 types, spool uses DN20PVC spools.At the line box and switch reserved except metope, wallboard is two-sided troweling, and such way is excellent
Point only needs Puttying, brushing to fall for later stage building, without secondary levelling troweling.Special punching block is used in the rib post of wallboard side simultaneously
Plate makes so that side rib post is going out in inverted trapezoidal fluted shape at reinforcing bar, and the combined wall board of this innovation form is not only easier to
The packing of joint connection in site post concreting, and the frictional force between connecting pole and wallboard is increased, and increase can be played
Wallboard laterally goes out the effect of the anchorage length of reinforcing bar so that is connected between combined wall board and more stablizes, is more beneficial for antidetonation.
The specific embodiment of inverted ladder type slot type combined wall board includes two classes：
The production of 2.1 sandwich thermal insulated inverted trapezoidal slot type compound external wall panels.
Step one：This wallboard is using inversion preparation method.The special steel form of heat-insulation layer is assembled first, makes reinforced mesh.
Step 2：Reinforced mesh enters mould, places protective layer cushion block, it is to be confirmed it is errorless after, casting concrete (protect by insulation immediately
Sheath concrete is poured using C30 pea gravel concretens, and the concrete slump for pouring should be controlled between 180 to 200mm).
Step 3：Lay warming plate (using self-extinguishment EPS warming plates or pour calculate needed for thickness EPS granular polystyrenes
Concrete), warming plate lays should be completed after cover concrete is poured in 20min, in order to strengthen warming plate with concrete
Tight bond, mixing good heat insulation cementing mortar should be paved be applied in insulation plate face when laying warming plate, be smeared as comprehensive
Layer plastering method；Warming plate after lay taps vibration compacting with rubber hammer, and inserts bar for line.
Step 4：After after intensity requirement needed for heat-insulation layer wallboard meets, special structure sheaf steel form is assembled thereon, make
Make framework of steel reinforcement, wall steel bar skeleton enters mould, warming plate is abound with smearing insulation bonding mortar, after smearing should within 10min incite somebody to action
Ecological bulk is inserted in wallboard rib lattice, and reserved line box, pipeline and other built-in fittings are put according to design drawing.
Step 5：Confirming to be sealed with packing material after all steel pipe buried in advance positions are accurate (prevents from pouring coagulation
Pre-buried pipeline and hole are blocked when native).Pour C30 pea gravel concretens again, then catch up with it is flat, wipe one's face, it is prefabricated after the completion of standard support
Shield, when concrete strength reaches the 75% of design load, can lift by crane；
The production of 2.2 inverted trapezoidal slot type composite interior wallboards.
Step one：Special steel form is assembled first, and bottom pours 20mm thickness C30 pea gravel concretens (if there is line box at the back side
Then need pre-buried line box), the girt strip and the framework of steel reinforcement of rib post that will be made are hung in steel form, and ecological bulk is put immediately.
Step 2：Reserved line box, pipeline and miscellaneous equipment built-in fitting are put according to design drawing.
Step 3：After all steel pipe buried in advance positions to be confirmed are accurate, being sealed with packing material (prevents from pouring mixed
Pre-buried pipeline and hole are blocked during solidifying soil).Pour 20mm thickness C30 pea gravel concretens again, then catch up with it is flat, wipe one's face, prefabricated completion
Standard curing afterwards, when concrete strength reaches the 75% of design load, can lift by crane.
3rd, site operation：In constructing at the scene, after the completion of main building lifting, it is only necessary to according to design drawing requirement and wall
Corresponding reserved line box position in plate, penetrates various required cables, according to design in floor in reserved pipeline
The requirement of drawing, penetrate all kinds of water pipes of required caliber at the hole of reserved sleeve pipe, it is to avoid later-stage secondary cutting is opened
The trouble of hole construction.
Claims (2)
1. a kind of Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board, it is characterised in that including sandwich
Heat preservation composite exterior wall plate (1), composite interior wallboard (6) and truss bars laminated floor slab (10), wherein, the compound external wall panel (1)
Going out in inverted trapezoidal fluted shape at reinforcing bar with the side rib post of composite interior wallboard (6), the inverted trapezoidal groove is that bottom is openend,
The waist of upside is oblique waist, in the sandwich thermal insulated compound external wall panel (1), composite interior wallboard (6) and truss bars laminated floor slab
(10) electrical pipeline and device installation position are preset.
2. the Architectural Equipment pipeline integral structure of inverted ladder type slot type combined wall board, its feature are based on according to claim 1
It is,
The sandwich thermal insulated compound external wall panel (1), be provided with wallboard high-order socket line box (3), low level socket line box (2) and
Bottom equipment spool installs preformed groove (4), and electric pipeline (5) is embedded with wallboard；
The composite interior wallboard (6), bottom equipment spool is provided with wallboard and installs preformed groove (4) and top apparatus spool peace
Dress preformed groove (9), is embedded with electric pipeline (5), distribution box hole (8) and electric switch socket (7) in wallboard；
Truss bars laminated floor slab (10), live pipeline installation (11), pre-buried illumination line box (12) is provided with floor, is reserved
Equipment pipe hole (13).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621239342.XU CN206245459U (en) | 2016-11-17 | 2016-11-17 | Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621239342.XU CN206245459U (en) | 2016-11-17 | 2016-11-17 | Architectural Equipment pipeline integral structure based on inverted ladder type slot type combined wall board |
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| CN206245459U true CN206245459U (en) | 2017-06-13 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106499046A (en) * | 2016-11-17 | 2017-03-15 | 西咸新区矩阵实业有限公司 | Architectural Equipment pipeline integral structure and design and construction process based on inverted ladder type slot type combined wall board |
| CN109812074A (en) * | 2019-02-21 | 2019-05-28 | 北京工业大学 | A kind of side within the walls setting pipeline trench is segmented prefabricated assembled hard-cover whole kitchen |
| CN115012708A (en) * | 2022-06-20 | 2022-09-06 | 中建七局第四建筑有限公司 | Novel assembled agricultural room structure system based on wallboard structure |
-
2016
- 2016-11-17 CN CN201621239342.XU patent/CN206245459U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106499046A (en) * | 2016-11-17 | 2017-03-15 | 西咸新区矩阵实业有限公司 | Architectural Equipment pipeline integral structure and design and construction process based on inverted ladder type slot type combined wall board |
| CN109812074A (en) * | 2019-02-21 | 2019-05-28 | 北京工业大学 | A kind of side within the walls setting pipeline trench is segmented prefabricated assembled hard-cover whole kitchen |
| CN115012708A (en) * | 2022-06-20 | 2022-09-06 | 中建七局第四建筑有限公司 | Novel assembled agricultural room structure system based on wallboard structure |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Assignee: Matrix matrix Industrial Co., Ltd. Assignor: Xi ` an Industrial Co., Ltd. Contract record no.: 2019610000016 Denomination of utility model: Integrated construction equipment pipeline structure based on inverted trapezoid slot type composite wallboard and design and construction process of integrated construction equipment pipeline structure Granted publication date: 20170613 License type: Exclusive License Record date: 20190611 |
|
| EE01 | Entry into force of recordation of patent licensing contract |