CN106277347A - A kind of chinampa monomer and apply the combined ecological floating island of this chinampa monomer - Google Patents
A kind of chinampa monomer and apply the combined ecological floating island of this chinampa monomer Download PDFInfo
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- CN106277347A CN106277347A CN201610970264.9A CN201610970264A CN106277347A CN 106277347 A CN106277347 A CN 106277347A CN 201610970264 A CN201610970264 A CN 201610970264A CN 106277347 A CN106277347 A CN 106277347A
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F3/00—Biological treatment of water, waste water, or sewage
- C02F3/32—Biological treatment of water, waste water, or sewage characterised by the animals or plants used, e.g. algae
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2103/00—Nature of the water, waste water, sewage or sludge to be treated
- C02F2103/007—Contaminated open waterways, rivers, lakes or ponds
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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- Hydrology & Water Resources (AREA)
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Abstract
The present invention relates to a kind of chinampa monomer, for forming ecological floating island, described chinampa monomer includes chinampa plant and for planting the planting medium layer of this chinampa plant, this planting medium layer downwardly extends and forms certain thickness and enclose along its upper periphery and be provided with the first buoyancy aid circle, and be enclosed with meshed strengthening layer on the outer peripheral face of the planting medium layer below this first buoyancy aid circle, this meshed strengthening layer at least with planting medium layer bottom corresponding position offer the hole passed for root system；And application has the ecological floating island of this chinampa monomer.Compared with prior art, the chinampa monomer internal structure in the present invention consolidates, and buoyancy is big, capacity of anti-storm is strong, and can form perfect biological chain on it；The ecological floating island being made up of this chinampa monomer not only facilitates production, processes and install, in addition, this ecological floating island there is multiple independent chinampa monomer provide buoyancy, thus ensure the overall buoyancy (ensureing manned) on chinampa and promote the capacity of anti-storm on chinampa.
Description
Technical field
The present invention relates to water body purification and water surface beautification of landscape field, particularly relate to a kind of chinampa monomer and apply this chinampa
The combined ecological floating island of monomer.
Background technology
In recent years, the water body such as rivers, lake, reservoir, pond, by environmental pollution, causes body eutrophication, destroys
The ecological balance of water body.At present, ecological floating island application in water pollution is administered is more and more concerned, and ecological floating island utilizes it
The plant of upper cultivation, with the pollutant such as the nitrogen in removal polluted-water, phosphorus, the algae hypertrophy in suppression water body, the most also may be used
With beautifying water body view, have without the advantage such as taking up an area, with low cost and repairing effect is good.
At present, existing ecological floating island there is problems: (1) buoyancy is limited: existing ecological floating island is typically selected
Foamed plastic or regenerated plastics are as stock, although cost of manufacture is relatively low, but buoyancy is limited, and broken and scattered drift
On the water, it is difficult to degrade and cause secondary pollution；(2) chinampa plant is single: chinampa plant is the important composition portion of ecological floating island
Point, it is the undertaker of chinampa ecological functions, also makes the agent of chinampa landscape effect simultaneously, but existing ecological floating island
Plants configuration is difficult to take into account view and ecological two big functions, additionally, due to buoyancy is limited, it is impossible to plantation macrophyte, Er Qie great
Plant cannot pass the winter on part chinampa, the northern area that weather is colder the most in the winter time, and chinampa plant needed in Second Year spring
Again plant, not only affect landscape effect, and increase maintenance cost；(3) structure is built on the sand: traditional chinampa typically uses rope
Ropes etc. connect, and time-consumingly and easily fall apart, and capacity of anti-storm is poor, it is difficult to resist extreme strong wind, heavy rain and billow weather, and
The easily oxidation Decomposition such as floating island polyethylene, thus shorten its service life.
Summary of the invention
First to be solved by this invention technical problem is that and provide for prior art that a kind of buoyancy is big, stabilized structure
Chinampa monomer.
Second to be solved by this invention technical problem is that and provide for prior art that a kind of buoyancy is big, plant is various
Good, the stabilized structure of property and the combined ecological floating island of length in service life.
The present invention solves the technical scheme that above-mentioned technical problem used: a kind of chinampa monomer, is used for forming ecological floating
Island, it is characterised in that described chinampa monomer includes chinampa plant and for planting the planting medium layer of this chinampa plant, this plantation
Dielectric layer downwardly extends and forms certain thickness and enclose along its upper periphery and be provided with the first buoyancy aid circle, and below this first buoyancy aid circle
Planting medium layer outer peripheral face on be enclosed with meshed strengthening layer, this meshed strengthening layer at least with planting medium layer bottom right
The hole passed for root system should be offered in place.
As preferably, described chinampa plant is the one in terrestrial plant, emergent aquactic plant or submerged plant, and when chinampa is planted
When thing is emergent aquactic plant, described chinampa monomer also includes protective dielectric layer resistant to lodging, and this protective dielectric layer is located at planting medium
It is provided with the second buoyancy aid circle above Ceng and along the outside of this protective dielectric layer；The multiple choices of chinampa plant, can make by this chinampa
The ecological floating island of monomer composition has preferable Plant Diversity, and the setting of protective dielectric layer can avoid emergent aquactic plant to lodge, excellent
Selection of land, this protective dielectric layer can be made up of flower mud.
Further, described terrestrial plant be willow, Acer palmatum, Camellia sasanqua Thunb. or with a smile at least one, described emergent aquactic plant
For at least one in Flos Nelumbinis, yellow flag or Flos nymphaeae (Nymphaea teragona Georgi), described submerged plant is at least one in Herba potamogetonis distincti or hornwort；Above-mentioned
Terrestrial plant and the selection of emergent aquactic plant, can make the ecological floating island of this chinampa monomer of application obtain good landscape effect, and
The root system of above-mentioned emergent aquactic plant and the root system of submerged plant can absorb N, P nutritive salt in water body and secretion bioflocculation
Agent, purifies water, and concurrently forms high-efficiency biomembrane；In a word, in the present invention, the selection of various chinampas plant, can have water purification, sight concurrently
Reward and economic worth, form multi-level flora, and the chinampa flora being positioned on the water surface is conducive to wild animal and insecticide
Perch, and can lay eggs for Fish carries to be positioned at undersurface chinampa flora (the predominantly root system of emergent aquactic plant and submerged plant)
For habitat, thus it is built into perfect biological chain.
As preferably, described meshed strengthening layer is the mesh grid or wire netting woven by corrosion resistant fiber, meshed strengthening layer
Setting planting medium layer can be avoided to fall apart in water so that chinampa monomer overall structure consolidates, additionally, when the root of chinampa plant
During the hole tying up to spread in planting medium layer and stretch out on meshed strengthening layer, chinampa plant, planting medium layer and netted reinforcement
Layer may make up an entirety, thus strengthens the steadiness of chinampa monomer structure further.
For avoiding floating body material oxidation Decomposition, strengthen its ruggedness, as preferably, described first buoyancy aid circle and the second buoyancy aid
The outer surface of circle is provided with oxidation resistant protective layer；Further, for convenience of processing and manufacturing, this first buoyancy aid circle and the second buoyancy aid circle
Entirety can be directly made up of oxidation-resistant material, and such as HDPE etc., this material is not easily decomposed oxidation, does not increase extraneous contamination, it is thus possible to
Effectively extend the service life on chinampa.
As preferably, described planting medium layer includes plantation layer setting up and down and heat-insulation layer, wherein said plantation layer by
Soil, soft fiber material, water-retaining agent and slow-release fertilizer are with mass ratio 2～3:0.8～1:0.3～0.5:0.6～0.8 mixing
Become, described heat-insulation layer is made up of soft fiber material, and, described soft fiber material be in rock wool or cocoanut fiber extremely
Few one；The setting of heat-insulation layer, can promote the tolerance to cold on chinampa so that chinampa plant can pass the winter safely, it is to avoid is repeated several times
Plantation, it is possible to promote the landscape effect in winter of floating bed, additionally, the selection of plantation layer and heat-insulation layer composition material can alleviate chinampa list
The gross weight of body, thus promote its buoyancy further.
Further, in described planting medium layer, plantation layer is 2～3:1 with the thickness ratio of heat-insulation layer, and when chinampa plant is
During terrestrial plant, the thickness of this planting medium layer is 0.6～0.8m, when chinampa plant is emergent aquactic plant, and this planting medium layer
Thickness be 0.4～0.5m, when chinampa plant is submerged plant, the thickness of this planting medium layer is 0.15～0.2m.
The present invention solves the technical scheme that second technical problem used: a kind of ecology applying above-mentioned chinampa monomer
Chinampa, described ecological floating island is made up of a chinampa monomer or is combined by connector by least two chinampa monomer.
Further, described ecological floating island radially, including the submerged plant district being positioned at the terrestrial plant district at center, periphery
And the emergent aquactic plant district being arranged between terrestrial plant district and submerged plant district, wherein said terrestrial plant district is by being implanted with terrestrial
One chinampa monomer or at least two chinampa monomer of plant are combined by described connector, described submerged plant district by
Being implanted with a chinampa monomer or at least two chinampa monomer composition of submerged plant, described emergent aquactic plant district is planted by being implanted with very water
One chinampa monomer of thing or at least two chinampa monomer composition, connect again by connector between each floral region and make this
Ecological floating island is combined into one；I.e. ecological floating island in the present invention can be integral with chinampa monomer for block combiner, the most not only
Conveniently produce, process and install, additionally, this ecological floating island there is multiple independent chinampa monomer provide buoyancy, thus ensure
The overall buoyancy on chinampa and the capacity of anti-storm on lifting chinampa.Meanwhile, this chinampa is suitable for planting multifarious plant, can be land
Raw, hygrophyte provides growing environment, forms terriecosystems and land and water mistake band ecosystem, wherein terrestrial plant and very water
Plant can make chinampa obtain good landscape effect, and the root system of the root system of emergent aquactic plant and submerged plant can absorb water body
In N, P nutritive salt and secretion biological flocculant, purify water, concurrently form high-efficiency biomembrane；In a word, various in the present invention
Chinampa plant, can have water purification concurrently, view and admire and economic worth, form multi-level flora, the chinampa plant being positioned on the water surface
Group is conducive to perching of wild animal and insecticide, and be positioned at undersurface chinampa flora (predominantly the root system of emergent aquactic plant and
Submerged plant) can lay eggs offer habitat for Fish, thus it is built into perfect biological chain.
Tradition is typically attached by rope in chinampa, and rope easily aoxidizes and becomes fragile, thus the internal structure to chinampa
Producing impact, affect its service life, heretofore described connector includes rustless steel body and is coated in this rustless steel body
Outer waterproof coating layer, so can be prevented effectively from connector and be corroded oxidation, it is ensured that the stability of chinampa internal structure, Jin Eryan
The service life on long chinampa.Certainly, in addition to rustless steel, connector can also use other resistant materials.
Compared with prior art, it is an advantage of the current invention that: along outside planting medium top in the chinampa monomer in the present invention
It is provided around the first buoyancy aid circle, thus ensures the basic buoyancy of chinampa monomer, meshed strengthening layer is set further, can not only avoid
This chinampa monomer falls apart so that chinampa monomer internal structure consolidates, and when the root system of chinampa plant spreads in planting medium
And when stretching out the hole on meshed strengthening layer, chinampa plant, planting medium layer and meshed strengthening layer can constitute entirety, thus enter one
Step strengthens the steadiness of chinampa monomer structure, promotes its buoyancy and capacity of anti-storm, and owing to adhering to a large amount of micro-lifes at root system
Thing and form high-efficiency biomembrane, therefore meshed strengthening layer and chinampa thereon root system of plant can become the habitat that Fish lay eggs,
Being conducive to setting up perfect biological chain, additionally, the plantation of chinampa plant is without planting basket in the present invention, root system can directly absorb foster
Point, forming gauze bio-packing, root system secretion biological flocculant is conducive to water quality to become clear, and root system beneficially Fish lay eggs and fish children
Seedling is bred.Ecological floating island in the present invention is formed by above-mentioned chinampa combination of monomers, not only facilitates production, processes and install, this
Outward, this ecological floating island there is multiple independent chinampa monomer provide buoyancy, thus ensure the overall buoyancy (ensureing manned) on chinampa
And promote the capacity of anti-storm on chinampa.
Accompanying drawing explanation
Fig. 1 is monomer structure schematic diagram in chinampa in the embodiment of the present invention；
Fig. 2 is the side view of ecological floating island in the embodiment of the present invention；
Fig. 3 is the top view of ecological floating island in the embodiment of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
As shown in Figures 1 to 3, a kind of ecological floating island, radially (specifically in crosswise in the present embodiment), in being positioned at
The terrestrial plant district 9 of the heart, the submerged plant district 7 of periphery and the very water being arranged between terrestrial plant district 9 and submerged plant district 7
Chinampa plant in floral region 8, the i.e. present invention is made up of terrestrial plant 91, submerged plant 71 and emergent aquactic plant 81.Radial
Design, the resiliency on chinampa can be strengthened, and then promote the capacity of anti-storm on this chinampa.
The combination of various plants, can increase the Plant Diversity on chinampa, terrestrial plant 91 and the selection of emergent aquactic plant 81, can
Make this floating ecological floating island obtain good landscape effect, and the root system of the root system of emergent aquactic plant 81 and submerged plant 71 can be inhaled
Receive N, P nutritive salt in water body and secretion biological flocculant, purify water, concurrently form high-efficiency biomembrane；In a word, the present invention
In the combination of multiple chinampa plant, water purification can be had concurrently, view and admire and economic worth, form multi-level flora, be positioned at the water surface
On chinampa flora beneficially wild animal and the perching of insecticide, and be positioned at undersurface chinampa flora and (predominantly endure water
The root system of plant 81 and submerged plant 71) can lay eggs offer habitat for Fish, thus it is built into perfect biological chain.This enforcement
In example, terrestrial plant 91 be willow, Acer palmatum, Camellia sasanqua Thunb. or with a smile at least one, emergent aquactic plant 81 be Flos Nelumbinis, yellow flag or
At least one in Flos nymphaeae (Nymphaea teragona Georgi), described submerged plant 71 is at least one in Herba potamogetonis distincti or hornwort.
This chinampa is combined by connector connection by multiple chinampas monomer 1, and specifically, upper terrestrial floral region 9 is by planting
Being made up of a chinampa monomer 1 of terrestrial plant 91, submerged plant district 7 is led to by four the chinampa monomers 1 being implanted with submerged plant 71
Crossing connector (not shown) to combine, emergent aquactic plant district 8 is passed through connector by four the chinampa monomers 1 being implanted with emergent aquactic plant 81
Combine, connect again by connector between each floral region and make this ecological floating island be combined into one.The present embodiment connects
Fitting includes rustless steel body and is coated in this external waterproof coating layer of this rustless steel, so can be prevented effectively from connector rotten
Erosion oxidation, it is ensured that the stability of chinampa internal structure, and then extend the service life on chinampa, certainly, use in addition to rustless steel and adopt
Connector with other feasible resistant materials is the most within the scope of the present invention.
Above-mentioned chinampa monomer 1 can be various shape, and such as square, polygon and circle etc., in the present embodiment, this chinampa is single
Body 1 is square, and it includes above-mentioned chinampa plant and for planting the planting medium layer 2 of this chinampa plant.In making chinampa monomer 1
Portion's stabilized structure and obtain bigger buoyancy, plants dielectric layer and downwardly extends and form certain thickness and enclosing along its upper periphery and be provided with
First buoyancy aid circle 4, and on the outer peripheral face of the planting medium layer 2 below this first buoyancy aid circle 4, it is enclosed with meshed strengthening layer 3, this net
Shape enhancement Layer 3 at least with planting medium layer 2 bottom corresponding position offer the hole passed for root system.Netted in the present embodiment add
Strong layer 3 is by the mesh grid of corrosion resistant fiber braiding, is certainly alternatively wire netting etc., and the setting of meshed strengthening layer 3 can keep away
Exempt from planting medium layer 2 to fall apart in water so that chinampa monomer 1 overall structure consolidates, additionally, when the root system of chinampa plant is in plantation
When spreading in dielectric layer 2 and stretch out the hole on meshed strengthening layer 3, chinampa plant, planting medium and meshed strengthening layer 3 may make up
One is overall, thus strengthens the steadiness of chinampa monomer 1 structure further.
From the foregoing, it will be observed that chinampa plant can be that terrestrial plant 91, emergent aquactic plant 81 and submerged plant 71 etc. are multiple, when it is
During emergent aquactic plant 81, for avoiding emergent aquactic plant 81 to lodge, protective dielectric layer 5 can be provided above at planting medium layer 2, simultaneously at this
The outside of protective dielectric layer 5 sets the second buoyancy aid circle 6, thus further enhances the buoyancy of chinampa monomer 1.Visible, the present invention's
Chinampa plant growing is without planting basket, and root system can directly absorb nutrient, forms gauze bio-packing, root system secretion biological flocculant
Being conducive to water quality to become clear, root system beneficially Fish lay eggs and fish seedling breeds.Owing to the biological nature of various chinampas plant is different,
Therefore, when chinampa plant is terrestrial plant 91, the thickness of this planting medium layer 2 is 0.6～0.8m (the present embodiment is 0.6m),
When chinampa plant is emergent aquactic plant 81, the thickness of this planting medium layer 2 is 0.4～0.5m (the present embodiment is 0.4m), when floating
When island plant is submerged plant 71, the thickness of this planting medium layer 2 is 0.15～0.2m (the present embodiment is 0.15m).
Traditional chinampa buoyancy aid oxidation resistance is poor, and can cause secondary pollution after oxidation Decomposition, in the present invention
The outer surface of one buoyancy aid circle 4 and the second buoyancy aid circle 6 is provided with oxidation resistant protective layer, thus avoids floating body material oxidation Decomposition,
Strengthen its ruggedness.In the present embodiment, for convenience of processing and manufacturing, this first buoyancy aid circle 4 and the second buoyancy aid circle 6 entirety can have antioxygen
Formed material is made, and such as HDPE etc., this material is not easily decomposed oxidation, does not increase extraneous contamination, it is thus possible to effectively extend making of chinampa
Use the life-span.
Therefore, planting medium layer 2 is the major part in chinampa monomer 1, for further enhancing the floating of chinampa monomer 1
Power, planting medium layer 2 includes plantation layer 21 setting up and down and heat-insulation layer 22, and wherein said plantation layer 21 is by soil, soft fibre
Dimension material, water-retaining agent and slow-release fertilizer are with mass ratio 2～3:0.8～1:0.3～0.5:0.6～0.8 (in the present embodiment preferably
For: 2:0.8:0.3:0.6) mixing, heat-insulation layer 22 is made up of soft fiber material, and, above-mentioned soft fiber material is
At least one in rock wool or cocoanut fiber；The setting of heat-insulation layer 22, can promote the tolerance to cold on chinampa so that chinampa plant
Can pass the winter safely, it is to avoid plantation is repeated several times, it is possible to promote the landscape effect in winter of floating bed, additionally, plantation layer 21 and heat-insulation layer
22 gross weights that can alleviate chinampa monomer 1, thus promote its buoyancy further.The present embodiment is planted the thickness of layer 21 and heat-insulation layer 22
Degree than be 3:1 so that chinampa plant can healthy growth, safety pass the winter.
The use process of the ecological floating island in the present invention is as follows: first, according to design requirement, completes assembled company on land
Connect, such as the chinampa in the present embodiment radially, outer each chinampa monomer is assembled by connector from built-in successively.Connect
, water surface design attitude is put on chinampa assembly completed, and chooses suitable fixed form and be fixed, such as inserted-link type, anchor
Stationary or revetment drawing-type etc..Then, plant according to the selected vegetation type of design, specification, position, auxiliary can be used to jump
Plate, facilitates staff's upper island plantation.Within 2 weeks, patrol and examine once after general plantation, occur dead Seedling or burn seedlings phenomenon need to supplement in time or
Appropriately adjusting, growing too fast plant need to prune in time, need to gather in season in harvesting during planting vegetable.In case of heavy rain,
The inclement weather conditions such as typhoon, need to check in time after need to carrying out reinforcing and protection, vile weather in advance, pinpoint the problems and need in time
Process.
Claims (10)
1. a chinampa monomer, is used for forming ecological floating island, it is characterised in that described chinampa monomer include chinampa plant and for
Planting the planting medium layer of this chinampa plant, this planting medium layer downwardly extends and forms certain thickness and enclose along its upper periphery
It is provided with the first buoyancy aid circle, and on the outer peripheral face of the planting medium layer below this first buoyancy aid circle, is enclosed with meshed strengthening layer, this net
Shape enhancement Layer at least with planting medium layer bottom corresponding position offer the hole passed for root system.
2. chinampa as claimed in claim 1 monomer, it is characterised in that described chinampa plant be terrestrial plant, emergent aquactic plant or
One in submerged plant, and when chinampa plant is emergent aquactic plant, described chinampa monomer also includes protection medium resistant to lodging
Layer, this protective dielectric layer is located at above planting medium layer and is provided with the second buoyancy aid circle along the outside of this protective dielectric layer.
3. chinampa as claimed in claim 2 monomer, it is characterised in that described terrestrial plant is willow, Acer palmatum, Camellia sasanqua Thunb. or contains
At least one in laughing at, described emergent aquactic plant is at least one in Flos Nelumbinis, yellow flag or Flos nymphaeae (Nymphaea teragona Georgi), and described submerged plant is eye
At least one in dish or hornwort.
4. chinampa as claimed in claim 1 monomer, it is characterised in that described meshed strengthening layer is woven by corrosion resistant fiber
Mesh grid or wire netting.
5. chinampa as claimed in claim 2 monomer, it is characterised in that described first buoyancy aid circle and the outer surface of the second buoyancy aid circle
It is provided with oxidation resistant protective layer.
6. chinampa as claimed in claim 1 monomer, it is characterised in that described planting medium layer includes plantation layer setting up and down
And heat-insulation layer, wherein said plantation layer by soil, soft fiber material, water-retaining agent and slow-release fertilizer with mass ratio 2～3:0.8～
1:0.3～0.5:0.6～0.8 mixes, and described heat-insulation layer is made up of soft fiber material, and, described soft fiber material
Material is at least one in rock wool or cocoanut fiber.
7. chinampa as claimed in claim 6 monomer, it is characterised in that plant the thickness of layer and heat-insulation layer in described planting medium layer
Degree ratio is 2～3:1, and when chinampa plant is terrestrial plant, the thickness of this planting medium layer is 0.6～0.8m, when chinampa is planted
When thing is emergent aquactic plant, the thickness of this planting medium layer is 0.4～0.5m, and when chinampa plant is submerged plant, this plantation is situated between
The thickness of matter layer is 0.15～0.2m.
8. application combined ecological floating island of chinampa monomer as according to any one of claim 1～7, it is characterised in that
Described ecological floating island is made up of a chinampa monomer or is combined by connector by least two chinampa monomer.
9. combined ecological floating island as claimed in claim 8, it is characterised in that described ecological floating island radially, including position
In the terrestrial plant district at center, the submerged plant district of periphery and the very water that is arranged between terrestrial plant district and submerged plant district
Floral region, wherein said terrestrial plant district is passed through by the chinampa monomer or at least two chinampa monomer being implanted with terrestrial plant
Described connector combines, and described submerged plant district is by a chinampa monomer or at least two chinampa being implanted with submerged plant
Monomer is combined by described connector, and described emergent aquactic plant district is by the chinampa monomer or at least being implanted with emergent aquactic plant
Two chinampa monomers are combined by described connector, connect again by connector and make this ecology float between each floral region
Island is combined into one.
10. combined ecological floating island as claimed in claim 8 or 9, it is characterised in that described connector includes rustless steel body
Waterproof coating layer the most external with being coated in this rustless steel.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108751421A (en) * | 2018-08-08 | 2018-11-06 | 北京东方园林环境股份有限公司 | A kind of anti-wave ecological chinampa and its construction method |
| CN110104785A (en) * | 2019-03-29 | 2019-08-09 | 浙江农林大学 | A kind of configuration and management method of biological floating bed plant |
| CN112723553A (en) * | 2021-01-11 | 2021-04-30 | 岭南水务集团有限公司 | Multipurpose soilless planting ecological island and implementation method thereof |
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| CN204400706U (en) * | 2015-01-23 | 2015-06-17 | 庄国柱 | Built-up type river course purification floating bed |
| CN204625317U (en) * | 2015-03-19 | 2015-09-09 | 云南文德生态环保科技有限公司 | Biological floating bed |
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| CN108751421B (en) * | 2018-08-08 | 2023-07-25 | 北京东方园林环境股份有限公司 | Wind-wave-resistant ecological floating island and construction method thereof |
| CN110104785A (en) * | 2019-03-29 | 2019-08-09 | 浙江农林大学 | A kind of configuration and management method of biological floating bed plant |
| CN112723553A (en) * | 2021-01-11 | 2021-04-30 | 岭南水务集团有限公司 | Multipurpose soilless planting ecological island and implementation method thereof |
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