CN208039605U - Architectural engineering flexible compound floor - Google Patents
Architectural engineering flexible compound floor Download PDFInfo
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- CN208039605U CN208039605U CN201721896979.0U CN201721896979U CN208039605U CN 208039605 U CN208039605 U CN 208039605U CN 201721896979 U CN201721896979 U CN 201721896979U CN 208039605 U CN208039605 U CN 208039605U
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Abstract
Architectural engineering flexible compound floor, main includes setting connecting elements, steel wire brambles net and/or steel wire brambles rope, dry mixing cement mortar, fiber cloth or fiber fabric swatch shape bag；The setting connecting elements, steel wire brambles net and/or steel wire brambles rope, dry mixing cement mortar, fiber cloth or fiber brambles cloth or fiber fabric swatch shape bag are constituted by long steel wire and/or steel wire rope and staple fiber, dry mixing cement mortar in the flexible compound floor of three dimensions reasonable layout.After the utility model laying is fixed plus water wetting can effectively cover the long and short fiber for wrapping up in cementation solidifying steel wire brambles net and/or steel wire brambles rope and fiber cloth, form fibre mortar concrete, tension shock resistance cracking resistance and bearing capacity needed for providing after flexible floor material assembly laying cures, the stability of the shape and size of compound material flexible floor is maintained with the connecting elements that shapes, and makes it easier to high efficiency assembly laying construction.
Description
Technical field
The utility model is related to building material technical fields, and in particular to one kind is used convenient for the quick laying construction of architectural engineering
Flexible fiber mortar/concrete composite floor plate.
Background technology
Currently, the foundation construction material of building floor is mainly cement, and cement belongs to fragile material, is gelling with cement
The cement mortar of material or the anti-folding cracking resistance impact resistance of concrete product are poor.The universal use of floor of existing architectural engineering
Method mainly has two, one is cast-in-situ steel reinforced concrete is first built, paving template, then cloth reinforcing bar, then cast-in-place concrete, secondly
It is that rigid armored concrete or reinforced concrete prefabricated component is first made, re-lays prefabricated component, then, on the prefabricated component of laying again
Cast-in-place cement mortar, or again cloth reinforcing bar then cast-in-place concrete again, construction efficiency is relatively low, labour cost is also high, actual building cost compared with
Height, and maintenance cycle length, maintenance cost are high when the damage of part.
On the other hand, the shock resistance and cracking resistance, the prior art to improve cement mortar/concrete material generally use
Be laid with after reinforcing bar cast-in-place cement sand-stone concrete or will after staple fiber and cement mortar premixing plus water cure be made it is rigid mixed
It is laid with after solidifying soil product, but even cement mortar and staple fiber is uniformly mixed also extremely difficult.Currently, composite fibre cement
Mortar or the advanced preparation method of fiber cement concrete are formed into the Cement fibre slurry of low concentration low viscosity and are taken into using copying
Type cement wave watt such as processed, or be first made simultaneously cement mortar slurry and staple fiber synchronize spurt into framed interior hardened forming as made
GRC wallboards.Staple fiber and cement mortar are pre-mixed uniformly still without effective method by art methods so far, are not more had
The method of effect by long fibre and staple fiber simultaneously and cement mortar（No matter slurry or dry-mixed material）Premixing is uniform, this serious system
The about performance of cement and fibre mortar composite material due high impact-resistance and cracking resistance.
Utility model content
Technical problem to be solved in the utility model is to overcome the defect of existing building Engineering Floor material, provides one
Kind architectural engineering flexible compound floor, gained composite floor plate is readily transported, cleanableization expeditiously construct by quick-assembling, is spelled
After dress is laid with plus water can be cured as the flexible fiber mortar/concrete composite floor plate of building floor.
The technical scheme in the invention for solving the above technical problem is a kind of architectural engineering flexible compound building
Plate, main includes setting connecting elements, steel wire brambles net and/or steel wire brambles rope, dry mixing cement mortar, fiber cloth or fiber chaste tree
Spine cloth or fiber fabric swatch shape bag；The setting connecting elements, steel wire brambles net and/or steel wire brambles rope, dry mixing cement mortar, fibre
It ties up cloth or fiber fabric swatch shape bag composition is reasonable in three dimensions by long steel wire and/or steel wire rope and staple fiber, dry mixing cement mortar
The flexible compound floor of distribution；The setting connecting elements includes the shape and size for stablizing composite and flexible floor and makes
Flexible floor is convenient for the assembled setting edges of boards of laying or setting cuff or setting item and connecting rod or hinge or band and/or tied silk
Or the edge of flexible compound floor is fixed in snap fastener and/or setting silk thread, setting edges of boards combination, setting item is fixed on flexible multiple
Internally and/or externally, the cuff that shapes is fixed on the outside of flexible floor, connecting rod or hinge or band to the plate face for closing floor
And/or steel wire brambles rope/steel wire brambles net and dry mixing cement in tied silk or snap fastener and/or the flexible floor of setting silk thread fixation
Mortar material prevents its sliding to be bubbled；The steel wire brambles net be between fiber cloth or fiber fabric swatch shape bag in and with flexibility
The edge or setting edges of boards of floor are affixed；The steel wire brambles rope is between fiber cloth or is in fiber cloth and steel wire brambles
Between the interlayer of net or between the interlayer in steel wire brambles net, the edge of flexible floor is fixed at the both ends of steel wire brambles rope
Or it is directly fixed with setting edges of boards；The fiber cloth or fiber fabric swatch shape bag constitute the plate face of flexible floor；The dry mixing cement
Mortar is filled in the gap in the three-dimensional fiber space constituted between fiber cloth and steel wire brambles net and/or steel wire brambles rope.
Further, moisture-proof dust-proof paster or plastic film can be arranged in the surface of the flexible compound floor, or uses single side
The fiber cloth or plate shape fiber cloth bag for posting moisture-proof dust-proof paster or film, to prevent a small amount of dry mixing cement mortar dust from escaping
Pollution environment is simultaneously moisture-proof.
Further, the porous hollow pipe that one or more edge is appeared, porous hollow can be set in the flexible compound floor
Pipe for be laid with it is fixed after plus the flexible floor of water wetting in dry mixing cement mortar be allowed to hydration and sclerosis, and after curing as installation
The pre-buried cable pipeline of floor.
Further, the steel wire brambles net is that single or double made of flexible steel wire or steel wire rope is woven with or is welded with
Be bonded with or mechanical constraint is fixed with the steel fibre of protrusion or short finer wire or dispersion shape staple fiber are formed long and short fiber in
The steel wire of three dimensions reasonable layout；The steel wire brambles rope is to be woven with or constrain fixation on flexible steel wire or steel wire rope
There is the long and short fiber that dispersion shape staple fiber is formed in the steel wire rope of three dimensions reasonable layout；The fiber fabric swatch shape bag is prefabricated
Single bag of flat or flat fiber cloth sandwich bag, or be the fiber cloth, steel wire brambles net and/or steel wire brambles rope, dry-mixed water
The closed plate shape bag that the processed molding of cement mortar, setting connecting elements material is formed.
Further, the dry mixing cement mortar is the mixed material of portland cement powder and sand or sandstone, or is sulphur aluminium
The mixed material of acid salt cement or fluoroaluminate cement powder and sand or sandstone, or be the cement powder and sand added with bulk staple fiber
The dry-mixed fibre mortar of mixture of stone.
Further, the setting edges of boards of the setting connecting elements and/or setting item or setting cuff or hinge or connecting rod
It is made of metal material, the snap fastener or band or tied silk or setting silk thread for the connecting elements that shapes are by metal material or synthetic material
Or animal and plant fiber is made.
Further, tapetum fibrosum or non-woven fabrics can be used in the fiber cloth or coated fibres cloth substitutes, the steel wire brambles net
It can be substituted with steel wire or web, the steel wire brambles rope can use flexible steel wire or steel wire rope to substitute.
Further, the staple fiber is made of inorfil and/or animal and plant fiber and/or synthetic fibers, the nothing
Machine fiber includes wire（Such as steel wire）, glass fibre, alumina fibre, alumina silicate fibre, metals or the nothing such as rock wool or mineral wool
Machine mineral material fiber, the animal and plant fiber include but not limited to cotton fibriia, bamboo and woods fiber, rice and kernel straw fiber, sheep
Hair and/or silk fiber etc., the synthetic fibers are high molecular polymer chemical fibre such as terylene, continuous synthetic fibre etc..
Multiple Flexible formwork assemblies of the utility model constitute pattern plate bolster.
The brambles cloth that fixed staple fiber is formed is constrained in fiber brambles cloth, that is, fiber cloth；
Staple fiber is the staple fiber in pencil.
The architectural engineering of the utility model is grown with flexible compound floor with flexible steel wire brambles net and/or steel wire brambles rope
Web that fiber and staple fiber are combined in three dimensions reasonable layout, the main material that cordage is building floor so that build
There is build floor high tensile shock resistance anti-crack ability to be filled in flexible steel wire chaste tree using dry mixing cement mortar material as cementing material
Among the gap in the three-dimensional fiber space between spine net and/or flexible steel wire brambles rope and fiber cloth, it is laid with after fixing plus water moistens
It is wet effectively to cover the long and short fiber for wrapping up in cementation solidifying steel wire brambles net and/or steel wire brambles rope and fiber cloth, form fiber sand
Concrete grout provides tension shock resistance cracking resistance and bearing capacity required after flexible floor material assembly laying cures, with setting
Connecting elements maintains the stability of the shape and size of compound material flexible floor, and makes it easier to high efficiency assembly laying and apply
Work.
When construction application, it is laid in floor using the setting connecting elements quick-assembling of flexible floor, assembly is laid with solid
After fixed, adding water to soak dry mixing cement mortar therein both can hydration and hardening consolidation fibre cloth and steel wire brambles net and/or steel wire chaste tree
The long and short fiber of spine rope and setting mechanism member and built-in fitting, being formed whole has excellent tension shock resistance cracking resistance and bearing capacity
Floor.For being provided with moisture-proof dust-proof paster or film, construction be laid with it is fixed after, tear moisture-proof dust-proof paster or film off,
Add water wetting i.e. hardenable, or first the void channels through appearing tear dust-proof paster or dustproof film off again after adding water wetting hardening.
For the fiber cloth of overlay film, the void channels through appearing add water wetting can quick-hardening be cured as floor.
The beneficial effects of the utility model：
1）Building building is made using cement sand material and flexible steel wire and all kinds of staple fibers etc. in the utility model creativeness
Plate soft fiber mortar concrete floor, it is simple in structure and easily manufactured, it is provided for the expansion application of cementitious materials
A kind of completely new scheme.
2）It provides for the construction that is quickly laid with and cleans of building floor and a kind of there is high tensile shock resistance cracking resistance and hold
The soft fiber mortar/concrete plank of loading capability, equally, rapid rush-repair or repair after also being damaged for building floor provide
A kind of soft fiber mortar/concrete plank with high tensile shock resistance cracking resistance and bearing capacity is conducive to energy-saving and emission-reduction and ring
It protects in border.
3）Product is easy to personalized selection customization, the mechanism member that shapes and the selection of the personalizables such as size and built-in fitting, just
In the flexible floor that can be quickly laid with that different function, different size are made by Client application requirement, convenience in transport and construction are spread
If it is fast with speed of application, and cleanableization is constructed, construction cost is relatively low, and tension shock resistance cracking resistance and bearing capacity are strong, are convenient for
The quick laying or repairing or repair of building floor, and have many advantages, such as energy conservation and environmental protection, there is vast market prospect.
Description of the drawings
Fig. 1 is that the flexible floor cross-section structure of the U-shaped assembly card slot edges of boards of both ends band of the utility model embodiment 1 shows
It is intended to；
Fig. 2 is the flexible floor vertical section structure schematic diagram with shape keeping plate for sealing of the utility model embodiment 2；
Fig. 3 is the flexible compound floor with snap fastener and silk thread anchoring fiber fabric swatch shape bag of the utility model embodiment 3
Structural schematic diagram；
Fig. 4 is the flexible compound floor of the moisture-proof dust-proof paster of band of the utility model embodiment 4, hollow pipe and link supports
Structural schematic diagram；
Fig. 5 is the steel wire brambles rope structure schematic diagram of the utility model.
Fig. 6 is the steel wire brambles web frame schematic diagram of the utility model.
In figure：1- setting connecting elements, 101- shape keeping plate for sealing, 102- U-shaped card slot plates, 103- setting items, 104- tied silks,
105- setting silk threads, 106- snap rings, 108- connecting rods, 109- hinges, 110- L-shaped snap-gauges, 2- steel wire brambles nets, 201- steel wires
Brambles rope, 202- long steel wires, 203-staple fibers, 3- dry mixing cement mortars, 4- fiber brambles cloth, 401- fiber cloths, 5- fiber cloths
Plate shape bag, 6- porous hollow pipes, the moisture-proof dust-proof pasters of 7-.
Specific implementation mode
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.
Embodiment 1
It is shown in Figure 1, it is the flexible compound floor of the U-shaped assembly card slot edges of boards of both ends band of the utility model, by growing
Steel wire 202 and staple fiber 203, dry mixing cement mortar 3 are formed in three dimensions reasonable layout；Including the connecting elements 1 that shapes（Including
Setting connecting plate 101, U-shaped card slot plate 102, setting item 103, tied silk 104, the setting silk thread 105 at flexible board both ends）, steel wire chaste tree
Spine rope 201, dry mixing cement mortar 3, single side are furnished with the fiber brambles cloth 4 of dispersion shape staple fiber, and the setting connecting elements includes
Shape and size for stablizing composite and flexible floor simultaneously make flexible floor convenient for being laid with assembled setting edges of boards 101 and tied silk
104, shape silk thread 105, and setting edges of boards 101 combine the edge for being fixed on flexible compound floor, with 105 lateral separation of silk thread that shapes
It is interior muscle that fixed double steel wire brambles rope 201, which is arranged, with the plate face up and down that fiber brambles cloth 4 is flexible floor, to be filled in
Dry-mixed mortar 3 in the gap in the three-dimensional fiber space that steel wire brambles rope 201 and fiber brambles cloth 4 are constituted is active cementitious matter,
With both ends setting 101 anchoring fiber brambles cloth 4 of edges of boards end and steel wire brambles rope 201 end, with U-shaped card slot plate 102,
The edge of the end and fiber brambles cloth 4 of the setting silk thread 105 of 104 fixed intervals of tied silk setting, the reasonable layout of above-mentioned material
Combination constitutes light flexible floor, to shape silk thread 105 and interval is symmetricly set on the setting item of about 4 plate face of fiber brambles cloth
The flexible floor of 103 compactings prevents dry mixing cement mortar 3 and steel wire brambles net 2 sliding in flexible floor to be bubbled.
Embodiment 2
It is shown in Figure 2, it is the flexible floor of the end band setting edges of boards of the utility model, by long steel wire 202 and short fibre
Dimension 203, dry mixing cement mortar 3 are formed in three dimensions reasonable layout；Including the connecting elements 1 that shapes（Including flexible board both ends
Shape edges of boards 101, setting item 103, snap ring 106, setting silk thread 105）, steel wire brambles net 2, dry mixing cement mortar 3, fiber chaste tree
Spine cloth 4 is flexibility with fiber brambles cloth 4 with the longitudinally spaced two row steel wire brambles nets 2 of uniformly fixing of the silk thread 105 that shapes for interior muscle
The plate face up and down of floor, it is dry in the gap in the three-dimensional fiber space that steel wire brambles net 2 and fiber brambles cloth 4 are constituted to be filled in
Mixing cement mortar 3 is active cementitious matter, with the connecting plate 101 that shapes, snap ring 106 and setting 103 anchoring fiber brambles cloth 4 of item and steel
The reasonable layout combination of the end of silk brambles net 2, above-mentioned material constitutes light flexible floor, and setting silk thread 105 passes through fiber chaste tree
Spine cloth 4 and the dry mixing cement mortar 3 and steel wire brambles net 2 being compacted between fiber brambles cloth 4 prevent it from sliding bulge.
Embodiment 3
It is shown in Figure 3, it is the flexible compound building with snap fastener and silk thread anchoring fiber fabric swatch shape bag of the utility model
Plate is made of long steel wire 202 and staple fiber 203, dry mixing cement mortar 3 in three dimensions reasonable layout；Structure is connected including setting
Part 1, steel wire brambles net 2, steel wire brambles rope 201, dry mixing cement mortar 3, fiber fabric swatch shape bag 5；The setting connecting elements 1 wraps
Include setting edges of boards 101, setting item 103, setting silk thread 105, snap fastener 107, hinge 109,103 groups setting edges of boards 101, setting of item
The edge for being fixed on flexible floor is closed, hinge 109 is fixed on the edge of setting edges of boards 101, the assembly convenient for flexible floor or folding
Folded, setting item 103 is fixed on the inside of flexible floor plate face, and steel wire brambles rope 201 is distributed in fiber fabric swatch shape in the form of two rows of
In bag 5, steel wire brambles net 2 is distributed between the interlayer of steel wire brambles rope 201, and setting silk thread 105 fixes flexibility by snap fastener 107
Steel wire brambles net 2, steel wire brambles rope 201 and dry-mixed mortar 3 in floor prevent its sliding drum in fiber fabric swatch shape bag 5
Bubble；The fiber fabric swatch shape bag 5 constitutes the plate face of flexible floor；The porous hollow that 8 edge of setting are appeared in flexible floor
Pipe 6, as the pre-buried cable pipeline after installation.
Embodiment 4
It is shown in Figure 4, it is the flexible compound building of the moisture-proof dust-proof paster of band of the utility model, hollow pipe and link supports
Plate is made of long steel wire 202 and staple fiber 203, dry mixing cement mortar 3 in three dimensions reasonable layout；Structure is connected including setting
Part 1（Including L-shaped snap-gauge 110, setting item 103, connecting rod 108 and setting silk thread 105）, steel wire brambles net 2, steel wire brambles rope
201, dry mixing cement mortar 3, fiber cloth 401；L-shaped snap-gauge 110, setting item 103 combine the edge for being fixed on flexible compound floor,
Setting item 103 is fixed on the outside of the plate face of flexible compound floor, and steel wire brambles net 2, steel wire brambles rope 201 are equal in the form of three rows
It is distributed between fiber cloth 401, to be filled in the three-dimensional fiber that steel wire brambles net 2, steel wire brambles rope 201 and fiber cloth 401 are constituted
Dry mixing cement mortar 3 in the gap in space is active cementitious matter；To shape silk thread 105 and interval is symmetricly set on fiber cloth
The connecting rod 108 of about 401 plate faces is compacted flexible floor, prevents dry mixing cement mortar 3 in flexible compound floor, steel wire brambles
Net 2 and the sliding of steel wire brambles rope 201 are bubbled；The porous hollow pipe 6 that 6 edge of setting are appeared in flexible floor, porous hollow pipe 6
For adding water to soak the dry-mixed mortar in flexible floor after installing fixation, and it is allowed to hydration and sclerosis, and as pre-buried after installation
Cable pipeline；The surface of flexible floor is additionally provided with moisture-proof dust-proof paster 7, to prevent a small amount of dry-mixed mortar dust from escaping pollution ring
Border is simultaneously moisture-proof.
Fig. 5 show steel wire brambles rope structure schematic diagram, and the steel wire brambles rope 201 is that constraint is solid on long steel wire 202
There is dispersion shape staple fiber 203 in the steel wire rope of three dimensions reasonable layout surely；Staple fiber 203 is in pencil staple fiber.
Fig. 6 show steel wire brambles web frame schematic diagram, and the steel wire brambles net 2 is that flexible long steel wire 202 is compiled into
Double knitting have protrusion dispersion shape staple fiber 203 formed length steel wire fibre in the steel wire of three dimensions reasonable layout
Net.
Claims (8)
1. architectural engineering flexible compound floor, which is characterized in that it is main include setting connecting elements, steel wire brambles net and/or
Steel wire brambles rope, dry mixing cement mortar, fiber cloth or fiber fabric swatch shape bag；The setting connecting elements, steel wire brambles net and/or
Steel wire brambles rope, dry mixing cement mortar, fiber cloth or fiber brambles cloth or fiber fabric swatch shape bag are constituted by long steel wire and/or steel wire
Rope and staple fiber, dry mixing cement mortar are in the flexible compound floor of three dimensions reasonable layout；The setting connecting elements includes
Shape and size and the setting edges of boards for making flexible floor be convenient for laying assembled for stablizing composite and flexible floor or the cuff that shapes
Or shape item and connecting rod or hinge or band and/or tied silk or snap fastener and/or setting silk thread, setting edges of boards combination are fixed on
The edge of flexible compound floor, setting item are fixed on the plate face of flexible compound floor internally and/or externally, and setting cuff is fixed
In the outside of flexible floor, connecting rod or hinge or band and/or tied silk or snap fastener and/or the silk thread fixation flexibility floor that shapes
Interior steel wire brambles rope/steel wire brambles net and dry mixing cement mortar material；The steel wire brambles net is between fiber cloth or fibre
It ties up in fabric swatch shape bag and affixed with the edge of flexible floor or setting edges of boards；The steel wire brambles rope be between fiber cloth or
Between interlayer in fiber cloth and steel wire brambles net or between the interlayer in steel wire brambles net, the both ends of steel wire brambles rope
It is fixed on the edge of flexible floor or directly fixed with setting edges of boards；The fiber cloth or fiber fabric swatch shape bag constitute flexible floor
Plate face；The dry mixing cement mortar is filled in the three-dimensional constituted between fiber cloth and steel wire brambles net and/or steel wire brambles rope
In the gap of fibre space.
2. architectural engineering according to claim 1 flexible compound floor, which is characterized in that the flexible compound floor
Moisture-proof dust-proof paster or plastic film is arranged in surface, or the fiber cloth or plate shape of moisture-proof dust-proof paster or film are posted using single side
Fiber cloth bag.
3. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the flexible compound building
The porous hollow pipe that one or more edge is appeared can be set in plate.
4. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the steel wire brambles net
For single or double is woven with or is welded with or is bonded with made of flexible steel wire or steel wire rope or mechanical constraint is fixed with protrusion
Steel fibre or the long and short fiber that is formed of short finer wire or dispersion shape staple fiber in the steel wire of three dimensions reasonable layout；It is described
Steel wire brambles rope be woven with or constrain on flexible steel wire or steel wire rope be fixed with long and short fiber that dispersion shape staple fiber is formed in
The steel wire rope of three dimensions reasonable layout；The fiber fabric swatch shape bag be prefabricated single bag of flat or flat fiber cloth sandwich bag,
Or it is processed for the fiber cloth, steel wire brambles net and/or steel wire brambles rope, dry mixing cement mortar, setting connecting elements material
It is molded the closed plate shape bag formed.
5. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the dry mixing cement sand
Slurry is the mixed material of portland cement powder and sand or sandstone, or is sulphate aluminium cement or fluoroaluminate cement powder and sand
Or the mixed material of sandstone, or the dry-mixed fibre mortar of mixture for the cement powder and sandstone added with bulk staple fiber.
6. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the setting connects structure
The setting edges of boards of part and/or setting item or setting cuff or hinge or connecting rod are made of metal material, setting connecting elements it
Snap fastener or band or tied silk or setting silk thread are made of metal material or synthetic material or animal and plant fiber.
7. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the fiber cloth uses
Tapetum fibrosum or non-woven fabrics or coated fibres cloth substitute, and the steel wire brambles net is substituted with steel wire or web, the steel wire chaste tree
Spine rope flexible steel wire or steel wire rope substitute.
8. architectural engineering according to claim 1 or 2 flexible compound floor, which is characterized in that the staple fiber by
Inorfil and/or animal and plant fiber and/or synthetic fibers are made, and the inorfil includes wire, glass fibre, oxidation
Aluminum fiber, alumina silicate fibre, rock wool or mineral wool, the animal and plant fiber include cotton fibriia, bamboo and woods fiber, rice and kernel straw fibre
Dimension, wool and/or silk fiber, the synthetic fibers are high molecular polymer chemical fibre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721896979.0U CN208039605U (en) | 2017-12-29 | 2017-12-29 | Architectural engineering flexible compound floor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721896979.0U CN208039605U (en) | 2017-12-29 | 2017-12-29 | Architectural engineering flexible compound floor |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107882258A (en) * | 2017-12-29 | 2018-04-06 | 长沙紫宸科技开发有限公司 | A kind of architectural engineering flexible compound floor |
| CN110216775A (en) * | 2019-05-05 | 2019-09-10 | 江苏建筑职业技术学院 | A kind of modified anti-seismic prefabricated assembly steel reinforced concrete production technology |
-
2017
- 2017-12-29 CN CN201721896979.0U patent/CN208039605U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107882258A (en) * | 2017-12-29 | 2018-04-06 | 长沙紫宸科技开发有限公司 | A kind of architectural engineering flexible compound floor |
| CN110216775A (en) * | 2019-05-05 | 2019-09-10 | 江苏建筑职业技术学院 | A kind of modified anti-seismic prefabricated assembly steel reinforced concrete production technology |
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