CN205531171U - From piecing together formula composite floor - Google Patents
From piecing together formula composite floor Download PDFInfo
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- CN205531171U CN205531171U CN201521035438.XU CN201521035438U CN205531171U CN 205531171 U CN205531171 U CN 205531171U CN 201521035438 U CN201521035438 U CN 201521035438U CN 205531171 U CN205531171 U CN 205531171U
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- linking arm
- ground cushion
- base material
- cushion base
- floor tile
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Abstract
The utility model provides a from piecing together formula composite floor, but the ground mat substrate of making by elastic deformation resin material with fix the from piecing together formula composite floor that the hollow structure metal ceramic tile on the substrate constitutes jointly, the assigned position sets up first gomphosis hole below the ceramic tile, with it correspondingly, the assigned position sets up second gomphosis hole on the ground mat substrate, but the gomphosis bolt that rethread elastic deformation resin material made carries out the gomphosis with ground mat substrate and ceramic tile fixes. Not only can accomplish the dismantled and assembled of ground mat substrate, but also can change the combination of ceramic tile on it, joint position spare part appear need only changing when ageing should wear out spare part can to reach not only light but also durable's purpose requirement. The ground mat substrate can with the light split of ceramic tile, therefore when the abandonment was handled, classification can be made easily to resin material's ground mat substrate and metal ceramic tile.
Description
Technical field
This utility model relates in construction material, particularly in building on ground, balcony or balcony as the composite floor of building materials ground cushion, especially relate to, with the resin mat of fixing floor tile as base material, lay the composite floor of this structure of floor tile building materials on its surface.
Background technology
All the time, in order to allow the ground such as door entrance, roof, balcony, balcony possess buffer non-skid function, the material self with buffer non-skid function can only be selected as flooring material, but the material possessing this function is inferior to timber, concrete or metal material in terms of ruggedness；If occur aging then must more conversion materials to recover function, this just has the problem bringing construction again etc..
It addition, in recent years in order to solve above-mentioned workability problem, have started to be arranged by the desired style by some pieces of floor tiles in resin mat, more respectively with the composite floor that adhesive bond is fixing.But be completely fixed with the floor tile of adhesive bond on resin mat base material, once it is adhesively fixed, floor tile can be caused again to combine the problem that can not change again.
Therefore, for conventional this composite floor, this composite floor fixing floor tile way on resin ground cushion base material, occur in that a kind of new composite floor, it installs the chimeric projecting member of elastically deformable in the downward specific bit simultaneously of floor tile, in resin mat, specific bit has installed corresponding embedded hole simultaneously, during the embedded hole of each chimeric projecting member embedded resin pad, the gripping mechanism of projecting member Front-end Design can be by complete clamping embedded hole periphery, and then reach to prevent the effect that gets loose, and floor tile can also carry out detachable installation in resin mat fix according to the arrangement pattern specified.Such product design is found in Japanese Utility Model design, and publication number is JP0003189820.
Composite floor all the time, in order to have the bearing capacity of enough grantee's body weight and outdoor durable endurance, floor tile all must use the sturdy material such as WPC (by wood powder and the wood powder Plastic composite body of thermoplastic plastic mixed-forming).But using such material, floor tile overall weight will become heavy, not only increase freight, and when laying operation and floor tile changes all can fairly time consuming arduously.
It is additionally, since the chimeric protruding part and floor tile one engaged with ground cushion base material, and chimeric protruding part is to be made by deformable material, once occurs aging, may result in floor tile and can also normally use the problem the most losing chimeric function.
The most such composite floor, often require that durable in use while, it is further desirable to change the combination of floor tile, or other floor tiles of replacing unlike material, style etc. after laying, to seek building materials variation etc. these different conventional expectations and requirements halfway.
Utility model content
The purpose of this utility model is to provide a kind of from spelling formula composite floor, not only can accomplish the dismantled and assembled of ground cushion base material, and the combination of floor tile on it can also be changed, this aging parts need only be changed when junction parts occur aging, thus reach the lightest but also long-lived purpose requirement.
This utility model is by the following technical solutions:
From spelling formula composite floor, form by floor tile with for fixing the ground cushion base material of floor tile:
Described floor tile, is made up of the metal material of hollow shape；
Described ground cushion base material, is made up of resiliently flexible material；
Described floor tile uses following structure to be fixed on ground cushion base material:
Described floor tile is being provided with multiple first embedded hole on the face of ground cushion base material side；
Described ground cushion base material is being provided with multiple second embedded hole on the face of floor tile side；
Being additionally provided with chimeric latch, described chimeric latch is made up of deformable material；Described chimeric latch inserts the first embedded hole and the second embedded hole and floor tile and ground cushion base material is coupled together；
Described chimeric latch is formed with axle portion；The one end in axle portion is formed as butt end, and the other end in axle portion is formed as the arrow end to ends taper；The diameter in described axle portion and the internal diameter of the first embedded hole and the second embedded hole are identical；The external diameter of described butt end and arrow end is bigger than the internal diameter of the first embedded hole and the second embedded hole；Described arrow end passes the second embedded hole and the first embedded hole, by arrow end, by floor tile and ground cushion base material, clamping and the butt end of floor tile is carried out removable connection to the clamping of ground cushion base material；
Described ground cushion base material have for be fitted together to floor tile just above and for ground connection just below and upright side, described ground cushion base material is subquadrate；
On two upright sides of described ground cushion base material adjacent, be provided with in tee shape for the linking arm spliced with other ground cushion base materials；
On the upright side that the upright side being provided with linking arm is corresponding, be additionally provided with identical with linking arm lateral surface, that inwardly offer, have as medial surface linking arm embed mouth.
Aforesaid composite floor structure has the advantage that floor tile is durable in use, the lightest compared with the material such as WPC, it is simple to carrying construction, and before floor is aging, if the ground cushion base material that resin is made is the most aging, the most only need to change ground cushion base material, floor tile can be continuing with；If floor tile and the unaged and chimeric latch of ground cushion base material leading aging time, the most only need to change chimeric latch and just floor tile and ground cushion base material can be fitted together to again.
As improvement, described in tee shape for the linking arm spliced with other ground cushion base materials, the horizontal bar two ends semicircular in shape shape of linking arm.This structure has the advantage that, will operate simply, and have powerful binding strength during linking arm embedding described linking arm embedding mouth.
As improvement, a part for the arrow end of described chimeric latch is hollow.This structure operates easy advantage when also having chimeric latch assembly or unload floor tile.
As improvement, described floor tile has dividing of vertical and horizontal, and longitudinal length is the integral multiple of the monolateral length of ground cushion base material.This structure has on the ground cushion base material that plot brick can be placed on polylith link, the advantage improving composite floor stability.
As improvement, described floor tile is made up of aluminum alloy material.This structure makes foregoing floor tile have lightweight, the advantage of good endurance.
As improvement, inside described floor tile, it is provided with wall-like reinforcement.This structure also has the advantage strengthening floor tile useful life longevity.
As improvement, 1 upright side of described ground cushion base material is provided with linking arm at 3, the upright side of the another side relative with linking arm also is provided with linking arm at 3 and embeds mouth；The longitudinal length of upright side is 295mm, is provided with a linking arm at the position placed in the middle of its longitudinal length, then with this linking arm T-shaped perpendicular rod centrage as axis of symmetry, respectively arranges a T-shaped linking arm on its both sides, and the distance of adjacent two linking arm centrages is 100mm；A diameter of 12mm of the perpendicular rod of T-shaped, the width of T-shaped horizontal bar part is 6mm.This structure has the following advantages, and can ensure that the link between ground cushion base material is stablized firm.
By described above, certainly spelling formula composite floor according to of the present utility model, endurance quality is good and material is light, and the carrying construction on floor can be made to become easy.Multiple embedded hole is offered in floor tile bottom, also offer embedded hole on ground cushion base material top with position, floor tile hole opposite position simultaneously, chimeric latch inserts in these embedded holes by elastic deformation, just floor tile can be allowed to keep chimerism with ground cushion base material and can dismantle, thus can optionally floor tile be unloaded from ground cushion base material, to change the combination of floor tile.So, can should convert floor tile material, style even permutation and combination method etc. as required from spelling formula composite floor, it is achieved floor variation.If simply ground cushion base material or chimeric latch are aging, the most only need to individually be replaced, and composite floor entirety can also continue to use.
Of the present utility model especially possess advantages below from spelling formula composite floor, i.e. by the way of multiple ground cushion base materials carrying plot brick, the stability of floor tile can be greatly improved, and this is possible not only to lay the most broader scope, it is also possible to allow user entirety feel sufficiently stable.
In this utility model, ground cushion base material easily can split with floor tile, thus when waste treatment, the ground cushion base material of resin material and Floor tile made of steel plate can easily be made classification and process.
Accompanying drawing explanation
Fig. 1 is to show that be made up of floor tile and ground cushion in this utility model spells formula composite floor form and the resin ground cushion oblique view as ground cushion base material certainly；
Fig. 2 is upper plane graph (a) and the bottom plan view (b) of ground cushion base material in Fig. 1 composite floor；
Fig. 3 ground cushion base material be connected to each other after upper plane graph (a) and bottom plan view (b)；
Fig. 4 is floor tile and the side view of the non-chimerism of ground cushion base material in Fig. 1 composite floor；
Fig. 5 is the schematic diagram of chimeric latch in Fig. 1 composite floor, wherein (a) be oblique view, (b) be side view；
Fig. 6 is in the cross-sectional configuration explanatory diagram being carried out chimeric link process by Fig. 2 to Fig. 3, the amplification sectional view when chimeric latch penetrates ground cushion base material；
Fig. 7 is in the cross-sectional configuration explanatory diagram being carried out chimeric link process by Fig. 2 to Fig. 3, the amplification sectional view when chimeric latch penetrates floor tile；
Fig. 8 is in the cross-sectional configuration explanatory diagram being carried out chimeric link process by Fig. 2 to Fig. 3, when chimeric latch penetrate ground cushion base material and floor tile complete chimeric after amplification sectional view；
Fig. 9 is in the cross-sectional configuration explanatory diagram being carried out chimeric link process by Fig. 2 to Fig. 3, extracts the amplification sectional view of latch from embedded hole；
Figure 10 (a) is that oblique view shows when the twice that floor tile longitudinal length is the monolateral length of ground cushion base material, and (b) is that oblique view shows when three times that floor tile longitudinal length is the monolateral length of ground cushion base material；
Figure 11 is the cross-sectional view being provided with reinforcement in floor tile；
Figure 12 is the assembling schematic diagram that floor tile one end embeds when protecting material.
Description of reference numerals: 1-is from spelling formula composite floor；10-ground cushion base material；11-the second embedded hole；12-linking arm；13-linking arm embeds mouth；14-props up spike；15-linking arm props up spike；16-ground cushion base material upwards one side；20-floor tile；The downward one side of 21-floor tile；22-the first embedded hole；23-internal stiffeners；The edge-protected material of 24-；30-is fitted together to latch；31-axle portion；32-arrow end；33-hollow structure；34-butt end.
Detailed description of the invention
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Fig. 1 to Figure 12 illustrate resin ground cushion base material in this utility model and use this ground cushion base material composite floor embodiment, comprehensively these figures are respectively installed, be sincerely expressed as the composite floor with this utility model architectural feature with label 1.
Now Fig. 1 is briefly described.Can lay from spelling formula composite floor 1 and be arranged on such as ground, wall, balcony or balcony, system can need to decorate the combined floor board of split according to construction field, and it is by collectively forming with the floor tile of 1 piece be carried on ground cushion base material 10 or more than 2 pieces by the ground cushion base material 10 of on-demand arrangement.
Ground cushion base material 10 can lay installation floor tile 20, and ground cushion base material 10 is about the square sheet material of 300mm.
On ground cushion base material 10, loading the floor tile 20 of the rectangle hollow metal material of two specification such as 150mm*300mm, the surface of floor tile 20 can optionally arrange color and pattern.
Fig. 2 (a) be the upper plane graph of ground cushion base material 10, (b) be the bottom plan view of ground cushion base material 10.The lower section of ground cushion base material upwards one side 16 is provided with a spike 14, two adjacent upright sides are provided with the linking arm 12 protruded in the horizontal direction, the another side upright side corresponding with the upright side being provided with linking arm 12 is provided with linking arm and embeds mouth 13, and linking arm 12 is arranged below linking arm and props up spike 15.Linking arm 12 is in tee shape, and semicircular in shape is omited at its horizontal bar two ends, can easily embed linking arm and embed mouth 13, can form powerful tension force in the horizontal direction, obtain and stablize connecting state when linking operation.
Fig. 3 (a) is plane graph on the ground cushion base material after linking, and Fig. 3 (b) is the ground cushion base material ground plan after connecting.Embedding mouth 13 by the linking arm 12 on ground cushion base material 10 being attached to successively the linking arm of adjacent ground cushion base material 10, just multiple ground cushion base materials 10 can be linked laying successively.
Ground cushion base material 10 and floor tile 20, released state as shown in Figure 4, engaged by the chimeric latch of Fig. 5.Chimeric latch 30 by elastically deformable, elastic resin such as polyethylene etc. is as material.Axle portion 31 is butt end 34 near ground cushion base material side, and in order to get loose when being fitted together to ground cushion base material, its diameter design must be bigger；Axle portion 31 is arrow end 32 near floor tile side, and constitutes plus hollow structure 33 in approximate circle taper because frequently to insert or pull out the embedded hole in Floor tile made of steel plate.
Such as Fig. 6, chimeric latch 30 first inserts the second embedded hole 11, then inserts from the first embedded hole 22 of floor tile one side 21 downwards from the lower section of ground cushion base material upwards one side 16.
Such as Fig. 7, the arrow end 32 of chimeric latch 30 elastic deformation by hollow structure 33, can pass and insert the first embedded hole 22.
Chimeric latch 30 is from floor tile after one side 21 passes downwards, and the arrow end 32 of chimeric latch 30 recovers original form, as Fig. 8 remains the most chimeric of ground cushion base material upwards one side 16 and floor tile one side 21 downwards.
If to pull down floor tile 20 under chimerism, as it is shown in figure 9, arrow end 32 need only be carried out and reverse elasticity deformation during aforementioned insertion, so that it may release chimerism chimeric latch 30 when embedded hole 22 is extracted.
Therefore, according to this embedded structure, what ground cushion base material 10 and floor tile 20 were formed certainly spell formula composite floor 1, with job sites such as floor, balcony or balconies between floors, the floor of durable can either be laid, the easy operation because material is light again.
Should have the advantage that from the ground cushion base material 10 spelling formula composite floor, just can release chimerism by uncovering floor tile 20, take off floor tile 20, this makes replacing floor style become very convenient.
And it also has the following advantages, release chimeric, to change ground cushion base material 10 operation by uncovering floor tile 20, so that it may the floor tile 20 making ruggedness high stays and is continuing with, and the stability on such floor can keep for a long time.
Should be from spelling in formula composite floor 1, chimeric latch 30 material therefor of elastically deformable, typically can use the elastic resins such as PE (polyethylene) or EVA (polymer resin of the basis set one-tenth of ethylene vinyl acetate).
And, it also has the advantage that ground cushion base material 10 is also using PE or EVA as material, even if the hollow floor tile 20 that metal material is made belongs to hard material, owing to ground cushion base material 10 is resiliently flexible, even if ground, construction site has uneven, also can be modified by the elastic deformation feature of ground cushion base material, prevent floor from occurring rocking, uneven.
In addition, it also has the advantage that such as Figure 10, by being placed on the base wad being made up of these ground cushion base materials 10 by the floor tile 20 of ground cushion base material side lint-long integer times length, one group will be greatly improved from the area spelling the covering of formula composite floor, this stability also contributing to strengthen floor.
In order to easy to operate when carrying construction, floor tile 20 employs the metal material of hollow forming, but the central part of square floor tile or rectangle floor tile are longitudinally near approximate centerline or near longitudinally central position, due to its completely hollow shape thus intensity is inadequate, so such as Figure 11, it is provided with the internal stiffeners 23 of wall-like in the inside of hollow structure, makes floor tile 20 also possess enough intensity while light.
It addition, in order to further enhance intensity and prevent from, because contact floor tile edge section is injured, as shown in figure 12, protecting material 24 by built-in edge in the hollow structure at floor tile edge, both having enhanced intensity and in turn ensure that safety.Edge-protected material 24 is made up of elastic resins such as resiliently flexible PE (polyethylene) or EVA (polymer resin of the basis set one-tenth of ethylene vinyl acetate), can locked engagement at floor tile edge.
The metal material that floor tile 20 is used, it may be considered that with A1-Mg series or the aluminium alloy of A1-Mg-Si series.Alternatively, it is also possible to use rustless steel or steel iron class alloy.In order to allow surface have skidproof effect, in addition to using the powdered-metal of powder metallurgy alu minium alloy etc., it is also contemplated that carry out resinous coat with PE molding or PP (polypropylene) molding etc. on floor tile 20 surface.
Binding strength can be made at least to die down if the quantity of linking arm 12 is crossed, cross order link operation at most and become trouble, so as the quantity and the size that are best suitable for linking arm, it is that linking arm 12 at 3 are set on a upright side of ground cushion base material, it is provided with linking arm at 3 with the side elevation of this linking arm 12 correspondence and embeds mouth 13, the longitudinal length of this upright side is 295mm, it is provided with a linking arm at its longitudinally intermediate position, with this linking arm T-shaped perpendicular rod centrage as axis of symmetry, each at the 100mm of its both sides a T-shaped linking arm is set, the distance of adjacent two linking arm centrages is 100mm；The T-shaped vertical rod of 12mm by width and width be 6mm T-shaped horizontal bar form.The monolateral a length of 300mm when floor tile 20 is square, is then the integral multiple length of the ground cushion length of side when being rectangle, the most just can alleviate and link the burden of operation and transport operation and can obtain enough strength of connections.
Certainly, this utility model is not limited to the above-mentioned structure explained, it is also possible to the shape of each several part, structure etc. carry out suitable deformation, change.
It addition, the material of floor tile 20 is also not limited to metal, even if the material of sufficient intensity also can be had to use such as hollow structures such as potteries.Certainly, these materials are the most not only limited to.
Spelling formula composite floor certainly in this utility model, is applied not only to lay ground, as the exterior wall built, courtyard wall, other outside decorations can also use.In actual use, the most out of doors in activity, not only the composite floor of the design can be laid in ground, it is also possible to the interim enclosure wall arranged one side or two-sided on use, produce the ornamental enclosure wall with word or pattern by the compound mode of floor tile.This is also the scope of the claims of the design.
Claims (10)
1., from spelling formula composite floor, form by floor tile with for fixing the ground cushion base material of floor tile, it is characterized in that:
Described floor tile, is made up of the metal material of hollow shape；
Described ground cushion base material, is made up of resiliently flexible material；
Described floor tile uses following structure to be fixed on ground cushion base material:
Described floor tile is being provided with multiple first embedded hole on the face of ground cushion base material side；
Described ground cushion base material is being provided with multiple second embedded hole on the face of floor tile side；
Being additionally provided with chimeric latch, described chimeric latch is made up of deformable material；Described chimeric latch inserts the first embedded hole and the second embedded hole and floor tile and ground cushion base material is coupled together；
Described chimeric latch is formed with axle portion；The one end in axle portion is formed as butt end, and the other end in axle portion is formed as the arrow end to ends taper；The diameter in described axle portion and the internal diameter of the first embedded hole and the second embedded hole are identical；The external diameter of described butt end and arrow end is bigger than the internal diameter of the first embedded hole and the second embedded hole；Described arrow end passes the second embedded hole and the first embedded hole, by arrow end, by floor tile and ground cushion base material, clamping and the butt end of floor tile is carried out removable connection to the clamping of ground cushion base material；
Described ground cushion base material have for be fitted together to floor tile just above and for ground connection just below and upright side, described ground cushion base material is subquadrate；
On two upright sides of described ground cushion base material adjacent, be provided with in tee shape for the linking arm spliced with other ground cushion base materials；
On the upright side that the upright side being provided with linking arm is corresponding, be additionally provided with identical with linking arm lateral surface, that inwardly offer, have as medial surface linking arm embed mouth.
2. as claimed in claim 1 from spelling formula composite floor, it is characterized in that: described in tee shape for the linking arm spliced with other ground cushion base materials, the horizontal bar two ends semicircular in shape shape of linking arm.
3. as claimed in claim 1 or 2 from spelling formula composite floor, it is characterized in that: a part for the arrow end of described chimeric latch is hollow.
4. as claimed in claim 1 or 2 from spelling formula composite floor, it is characterized in that: described floor tile has dividing of vertical and horizontal, and longitudinal length is the integral multiple of the monolateral length of ground cushion base material.
5. as claimed in claim 3 from spelling formula composite floor, it is characterized in that: described floor tile has dividing of vertical and horizontal, and longitudinal length is the integral multiple of the monolateral length of ground cushion base material.
6. as claimed in claim 1 or 2 from spelling formula composite floor, it is characterized in that: described floor tile is made up of aluminum alloy material.
7. as claimed in claim 1 or 2 from spelling formula composite floor, it is characterized in that: inside described floor tile, be provided with wall-like reinforcement.
8. as claimed in claim 3 from spelling formula composite floor, it is characterized in that: inside described floor tile, be provided with wall-like reinforcement.
9. spelling formula composite floor certainly as claimed in claim 1 or 2, is characterized in that: be provided with linking arm at 3 in 1 upright side of described ground cushion base material, the upright side of the another side relative with linking arm also is provided with linking arm at 3 and embeds mouth；The longitudinal length of upright side is 295mm, is provided with a linking arm at the position placed in the middle of its longitudinal length, then with this linking arm T-shaped perpendicular rod centrage as axis of symmetry, respectively arranges a T-shaped linking arm on its both sides, and the distance of adjacent two linking arm centrages is 100mm；A diameter of 12mm of the perpendicular rod of T-shaped, the width of T-shaped horizontal bar part is 6mm.
10. spelling formula composite floor certainly as claimed in claim 3, is characterized in that: be provided with linking arm at 3 in 1 upright side of described ground cushion base material, the upright side of the another side relative with linking arm also is provided with linking arm at 3 and embeds mouth；The longitudinal length of upright side is 295mm, is provided with a linking arm at the position placed in the middle of its longitudinal length, then with this linking arm T-shaped perpendicular rod centrage as axis of symmetry, respectively arranges a T-shaped linking arm on its both sides, and the distance of adjacent two linking arm centrages is 100mm；A diameter of 12mm of the perpendicular rod of T-shaped, the width of T-shaped horizontal bar part is 6mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521035438.XU CN205531171U (en) | 2015-12-11 | 2015-12-11 | From piecing together formula composite floor |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521035438.XU CN205531171U (en) | 2015-12-11 | 2015-12-11 | From piecing together formula composite floor |
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| CN205531171U true CN205531171U (en) | 2016-08-31 |
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| CN201521035438.XU Active CN205531171U (en) | 2015-12-11 | 2015-12-11 | From piecing together formula composite floor |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110271294A (en) * | 2019-06-25 | 2019-09-24 | 泉州洛江春禄机械科技有限公司 | A kind of print cartridge cutting equipment in the capacity expansion for detaining principle surely using increment |
| CN112443118A (en) * | 2020-12-01 | 2021-03-05 | 中节能(嘉善)环保科技园发展有限公司 | Energy-saving building outdoor floor installation structure and installation method thereof |
-
2015
- 2015-12-11 CN CN201521035438.XU patent/CN205531171U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110271294A (en) * | 2019-06-25 | 2019-09-24 | 泉州洛江春禄机械科技有限公司 | A kind of print cartridge cutting equipment in the capacity expansion for detaining principle surely using increment |
| CN112443118A (en) * | 2020-12-01 | 2021-03-05 | 中节能(嘉善)环保科技园发展有限公司 | Energy-saving building outdoor floor installation structure and installation method thereof |
| CN112443118B (en) * | 2020-12-01 | 2022-03-01 | 中节能(嘉善)环保科技园发展有限公司 | Energy-saving building outdoor floor installation structure and installation method thereof |
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