CN208908665U - Desert plants array component - Google Patents
Desert plants array component Download PDFInfo
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- CN208908665U CN208908665U CN201821452180.7U CN201821452180U CN208908665U CN 208908665 U CN208908665 U CN 208908665U CN 201821452180 U CN201821452180 U CN 201821452180U CN 208908665 U CN208908665 U CN 208908665U
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- plantation
- planting
- planting unit
- array component
- desert
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Abstract
The utility model relates to desert treatment fields, relate to a kind of desert plantation array component of the utility model, planting matrix is filled in planting unit using the carrier as plant growth, aqueduct can introduce extraneous water source by its top, condensed water can also be being collected at the night that there's a sudden fall in temperature, and then kept the skin wet for planting unit；Every layer of plantation group includes multiple planting units, multi-layer planting group stacks the plantation assembly to be formed in cone structure or frustum structure, the structure for planting assembly is similar to pyramidal structure, this to plant the stability that assembly keeps its structure in sandstorm weather, it can also will be detained a part of moving dunes for flowing through plantation assembly, weaken moving dunes with this, and it plants assembly and is equivalent to the artificial planting matrix for being arranged in the space of a certain restriction and being suitble to planting growth, and due to possessing receiving of the planting unit to planting matrix, so that planting matrix will not be lost with the husky body of flowing.
Description
Technical field
The utility model relates to desert treatment fields, plant array component more particularly to a kind of desert.
Background technique
Nowadays, the degree of desertification is got worse in world wide.In China, also because mostly often outburst sandstorm and
Control of desert is put on agenda.By 2014,172.12 ten thousand square kilometres of national sandy land accounted for the close of national territorial area
1/5, the county for having sandy land to be distributed accounts for nearly the 1/3 of national total county number, is affected more than 400,000,000 populations.Soil in desert without
The effective moisture retention performance of method, or even lack matrix required for even plant growth, because husky know from experience as strong wind constantly flows, people
At all any plant can not be planted on the husky body of flowing.
Utility model content
To solve the above-mentioned problems, the purpose of the utility model is to provide a kind of desertes to plant array component, to solve sand
The problem that planting matrix needed for lacking plant in desert and sand dune are moved with the wind.
Based on this, the utility model provides a kind of desert plantation array component, including multi-layer planting group, and every layer described kind
Plant group includes multiple planting units being arranged in array, and the planting unit is hollow shell structure and its top has first
Opening, the planting unit is interior to be filled with planting matrix, and multiple aqueducts being vertically arranged are equipped in the planting unit, described
There are one or more spillway holes, the nozzle on the top of the aqueduct is exposed to the external world on the side wall of aqueduct；
Plantation group described in multilayer is stacked into the plantation assembly in cone structure or frustum structure, and in every layer of plantation group
The quantity of planting unit successively successively decrease from the bottom to top.
Preferably, further including accommodating area, multiple accommodating areas and multiple plantation assemblies are arranged alternately into kind
Queue is planted, multiple plantation queues are set side by side, and the plantation assembly in two adjacent plantation queues is staggered.
Preferably, being equipped at least one layer of plantation group in the accommodating area.
Preferably, it is described plantation assembly quantity be equipped with it is multiple, multiple plantation assemblies are disposed adjacent two-by-two, and
There is holding tank between two adjacent plantation assemblies.
Preferably, being equipped with overflow pipe in the planting unit, one end of the overflow pipe runs through the plantation dress
The top-direction of the bottom wall set, the other end towards the planting unit extends.
Preferably, the bottom of the planting unit is equipped with multiple first pins, multiple first pins and multiple
The position of the aqueduct corresponds, and the outer diameter of first pin is less than the internal diameter of the aqueduct.
Preferably, limiting slot and limited block are equipped on each lateral wall of the planting unit, every layer described kind
The limited block of each planting unit in plant group is actively embedded in the limiting slot of the adjacent planting unit.
Preferably, the planting unit also has the first lid for being covered on first opening and grid-shaped structure
The bottom of body, first lid is equipped with multiple second pins, and multiple second pins are inserted into multiple water guides correspondingly
Pipe.
Preferably, further including using distilling apparatus made of transparent material, the distilling apparatus includes for accommodating
The accommodating cavity of pollutant and condenser pipe positioned at the accommodating cavity surrounding are connected to the condenser pipe at the top of the accommodating cavity
Top, the bottom end of the condenser pipe is connected to the aqueduct.
Preferably, the top of the distilling apparatus, which has, is exposed to the external world for the top of the condenser pipe and accommodating cavity
Second opening and be covered on it is described second opening the second lid, second lid be equipped with lift-pull handle.
The desert of the utility model plants array component, filled with planting matrix using as plant growth in planting unit
Carrier, aqueduct can introduce extraneous water source by its top, can be by spillway hole towards kind when the water level in aqueduct is higher
Planting matrix water filling in planting apparatus guarantees that the moisture in planting matrix is sufficient, at the night that there's a sudden fall in temperature, has in aqueduct
Condensed water aggregation, and then keep the skin wet for planting unit；Every layer of plantation group includes multiple planting units being arranged in array, multilayer
Plantation group stacks the plantation assembly to be formed in cone structure or frustum structure, wherein the number of the planting unit in every layer of plantation group
Amount is successively successively decreased from the bottom to top, and the structure for planting assembly is similar to pyramidal structure, this to plant assembly in sandstorm weather
The middle stability for keeping its structure, moreover it is possible to a part of moving dunes for flowing through plantation assembly will be detained, moving dunes are weakened with this,
And plant assembly and be equivalent to the artificial planting matrix for being arranged in the space of a certain restriction and being suitble to planting growth, and
Due to possessing receiving of the planting unit to planting matrix, so that planting matrix will not be lost with the husky body of flowing, it is plant
Growth creates a moderately good environment.
Detailed description of the invention
Fig. 1 is the planting unit side elevational cross-section schematic diagram of the desert plantation array component of the utility model embodiment；
Fig. 2 is the planting unit schematic top plan view of the desert plantation array component of the utility model embodiment；
Fig. 3 is the first lid schematic top plan view of the desert plantation array component of the utility model embodiment；
Fig. 4 is the first lid schematic side view of the desert plantation array component of the utility model embodiment；
Fig. 5 is the planting unit schematic side view of the desert plantation array component of the utility model embodiment；
Fig. 6 is the planting matrix filling schematic diagram of the desert plantation array component of the utility model embodiment；
Fig. 7 is the distilling apparatus side elevational cross-section schematic diagram of the desert plantation array component of the utility model embodiment；
Fig. 8 is the second lid schematic top plan view of the desert plantation array component of the utility model embodiment；
Fig. 9 is the distilling apparatus schematic top plan view of the desert plantation array component of the utility model embodiment；
Figure 10 is one of the plantation assembly arrangement schematic diagram of the desert plantation array component of the utility model embodiment；
Figure 11 is one of plantation assembly arrangement schematic side view of desert plantation array component of the utility model embodiment；
Figure 12 is the plantation group structural schematic diagram of the desert plantation array component of the utility model embodiment；
Figure 13 is the two of the plantation assembly arrangement schematic diagram of the desert plantation array component of the utility model embodiment；
Figure 14 is the two of the plantation assembly arrangement schematic side view of the desert plantation array component of the utility model embodiment；
Figure 15 is the operation principles schematic diagram of the desert plantation array component of the utility model embodiment.
Wherein, 1, plantation assembly；2, plantation group；3, accommodating area；4, holding tank；5, planting unit；51, the first opening；52,
Overflow pipe；53, aqueduct；53a, spillway hole；54, partition；54a, through-hole；55, chamber is planted；56, the first pin；57, the first lid
Body；57a, the second pin；58, limiting slot；59, limited block；6, distilling apparatus；61, accommodating cavity；62, condenser pipe；63, it second opens
Mouthful；64, the second lid；64a, lift-pull handle；65, collection bag；66, pedestal；66a, through slot；7, planting matrix；8, sand dune.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
In conjunction with shown in Fig. 1 to Fig. 4 and Fig. 6, the desert plantation array component of the utility model, packet are schematically showed
Multi-layer planting group 2 is included, every layer of plantation group 2 includes multiple planting units 5 being arranged in array, in the present embodiment, every layer of plantation
Multiple planting units 5 in group 2 are arranged in matrix.Planting unit 5 is hollow shell structure and its top has the first opening
51, planting unit 5 is interior filled with the planting matrix 7 for being suitble to planting growth, and planting matrix 7 is the rubbish by that will have moisture
It mixes and is formed after the product desiccation and fragmentation process of rubbish or channel cleanout.Planting unit 5, which also has, to be covered on first and opens
First lid 57 of mouth 51 and grid-shaped structure, the bottom of the first lid 57 are equipped with multiple second pin 57a, and multiple second insert
Foot 57a is inserted into multiple aqueducts 53 correspondingly, and latticed first lid 57 can not only allow the plant in growth to pass through
First lid 57 and gradually growth sprawling upward, additionally it is possible to which fix the sand solid soil, and planting matrix 7 is prevented to drift with the wind.In planting unit 5
Equipped with multiple aqueducts 53 being vertically arranged, there are one or more spillway hole 53a on the side wall of aqueduct 53, aqueduct 53
The nozzle on top is exposed to the external world, and when the water level in aqueduct 53 is higher, the water in aqueduct 53 can be overflow by spillway hole 53a
Out in planting matrix 7, keep the skin wet for planting matrix 7, in the evening in desert, there's a sudden fall in temperature, meeting on the inner wall of aqueduct 53
There is condensed water aggregation, to automatically keep the skin wet, to cope with the high temperature and drought on daytime.
Such as Fig. 2, be additionally provided in planting unit 5 it is multiple with the vertically disposed partition 54 of its bottom wall with will be in planting unit 5 point
For multiple plantation chambers 55, partition 54 can also play the effect for improving 5 stability of planting unit.In the present embodiment, each plantation
The quantity of the partition 54 of device 5 has 4, and four partitions 54 are provided at the outside of the aqueduct 53 at 5 middle part of planting unit.Often
It is equipped with overflow pipe 52 in a plantation chamber 55, to ensure that each plantation chamber 55 is provided with independent storage capacity, is opened on partition 54
Equipped with one or more through-hole 54a, through-hole 54a make two adjacent plantation chambers 55 can mutual water-permeable and air permeable, be also beneficial to give birth to
The root system of long quick plant, which mushrooms out, takes root that (root of plant can be passed through from through-hole 54a, to realize the expansion of root system of plant
).
Multi-layer planting group 2 is stacked into the plantation assembly 1 in cone structure or frustum structure, as is illustrated by figs. 11 and 12, and
The quantity of planting unit 5 in every layer of plantation group 2 is successively successively decreased from the bottom to top, i.e. the structure of plantation assembly 1 is similar to pyramid
Structure, even if stabilization can still be maintained in sandstorm weather in the structure.When moving dunes 8 flow through the plantation assembly 1, kind
A part of moving dunes 8 can also be detained by planting assembly 1, weaken moving dunes 8 with this.Further, since in each planting unit 5
It has all been put into planting matrix 7 vegetable seeds (or seedling), therefore when the planting unit 5 of plantation assembly 1 in the outer part is broken by sandstorm
Bad, the planting unit 5 planted in assembly 1 is exposed, makes to plant the chance that the vegetable seeds inside assembly 1 possesses germinating growth.
Preferably, in conjunction with shown in Figure 11 to Figure 15, the quantity of plantation assembly 1 is equipped with multiple, multiple 1 liang of two-phase of plantation assembly
Neighbour's setting, and there is holding tank 4 between two adjacent plantation assemblies 1.Specific position in desert, as moving dunes 8 will
The position to be flowed through can arrange multiple plantation assemblies 1, when moving dunes 8 flow through multiple plantation assemblies 1, the portion of moving dunes 8
Divide husky cognition to be housed in holding tank 4, i.e., between two adjacent plantation assemblies 1, leads to the husky body of the delay of holding tank 4 and flow
The ontology separation on dynamic sand dune 8, weakens moving dunes 8 with this.When plantation assembly 1 quantity have it is enough, then huge flowing
Sand dune 8 will gradually be scabbled and finally be disappeared, and realize " pyramid structure " group of several plantation compositions of assemblies 1 gradually
" phagocytosis " moving dunes 8, improve the adverse circumstances in desert.Again since plantation assembly 1 also has gear wind action, it is received
The husky body that slot 4 accommodates can not again be blown by wind and form new moving dunes 8, so that the husky body being detained is increasingly becoming stabilization
And be suitble to plant growth matrix.It is entire raw as long as being exposed in the planting unit 5 of surface layer of desert has plant that can grow
The place that this piece sand dune 8 carries over is transformed into oasis soon by state system.And planting unit 5 uses degradable material system
At gradually growing up to the plant in planting unit 5, the root of plant gradually squeezes planting unit 5, this can break to a certain extent
Bad species planting apparatus 5, to accelerate the degradation of planting unit 5, so that plant is no longer fettered by planting unit 5.
The array component further includes accommodating area 3, and such as Figure 10, multiple accommodating areas 3 and multiple plantation assemblies 1 are arranged alternately into kind
Queue is planted, multiple plantation queues are set side by side, and the plantation assembly 1 in two adjacent plantation queues is staggered, Ke Yili
Solution, accommodating area 3 is substantially the specified arrangement using plantation assembly 1 by 4 further expansion of holding tank, in accommodating area 3
Higher volume of husky body can be accommodated.It is equipped at least one layer of plantation group 2 in accommodating area 3, prevents the husky body of 3 bottom of accommodating area from flying with the wind
It dissipates.In addition, the water evaporation quantity in desert will be greatly reduced, i.e., the steaming of original water table after desert is covered by planting unit 5
Hair amount greatly reduces, and water level can be increased by capillary phenomenon, then be more advantageous to plant take root and the increasing of entire ambient humidity
Add, entire desert Environment gradually develops to the direction of benign development.
Specifically, overflow pipe 52 is equipped in planting unit 5, one end of overflow pipe 52 runs through the bottom wall of planting unit 5, separately
The top-direction of one end towards planting unit 5 extends, and overflow pipe 52 can ensure that planting unit 5 itself has certain water in deposit
Extra moisture is drained into from overflow pipe 52 in other planting units 5 or in desert soil, with reasonable distribution water resource after point.
For the connection for being stacked or being set side by side for realizing multiple planting units 5, as shown in Figure 1, Figure 2 and shown in Fig. 5, plantation
The bottom of device 5 is equipped with multiple first pins 56, the position one-to-one correspondence of multiple first pins 56 and multiple aqueducts 53, in phase
When two adjacent planting units 5 are stacked, the first pin 56 of the planting unit 5 being located above is loosely inserted into the kind of lower section
In the aqueduct 53 of planting apparatus 5, wherein the outer diameter of the first pin 56 is less than the internal diameter of aqueduct 53, i.e. the first pin 56 it is outer
There are gaps between side wall and the inner sidewall of aqueduct 53, so even leading in the case where multiple planting units 5 are stacked
Water pipe 53 still is able to obtain extraneous water resource by above-mentioned gap, it is avoided to be blocked by the first pin 56.Planting unit 5
It is equipped with limiting slot 58 and limited block 59 on each lateral wall, limiting slot 58 is oppositely arranged and the L-shaped structure in cross section by two
Limit body constitute, the T-shaped structure in the cross section of limited block 59, adjacent two planting unit 5 in every layer of plantation group 2 is simultaneously
When column setting, the limited block 59 of each planting unit 5 is actively embedded in the limiting slot 58 of adjacent planting unit 5, at this
In embodiment, the length direction of limiting slot 58 and limited block 59 arranges (i.e. limiting slot 58 each along the short transverse of planting unit 5
With limited block 59 each parallel to aqueduct 53), therefore adjacent two planting units 5 overlap joint is very secured, for resisting dust storm
It blows more advantageous.
In order to solve the problems, such as to lack moisture in desert, which further includes using distillation dress made of transparent material
6 are set, such as Fig. 7 to Fig. 9, distilling apparatus 6 includes accommodating cavity 61 for accommodating pollutant and positioned at the cold of 61 surrounding of accommodating cavity
Solidifying pipe 62.The collection bag 65 for containing pollutant is actively embedded in accommodating cavity 61, collection bag 65 uses transparent material system
At sewage or the pollutant with certain moisture being loaded in collection bag 65, when the moisture of the pollutant in collection bag 65 is steamed
It is dry, then it can be taken off the collection bag 65.The top of accommodating cavity 61 is connected to the top of condenser pipe 62, and the bottom end of condenser pipe 62 is connected to
Aqueduct 53.Under being exposed to the sun of the sun on daytime, the moisture in pollutant evaporates and is condensed into distilled water in condenser pipe 62, distills
Water flows into the aqueduct 53 of planting unit 5 from the bottom of condenser pipe 62, keeps the skin wet for planting unit 5.When in accommodating cavity 61
When collection bag 65 is equipped with pollutant, the extremely hot environment in distilling apparatus 6 and desert forms the strong temperature difference, and then is distilling apparatus 6
The plant on periphery cools down.And the distilling apparatus 6 for being loaded with pollutant can also block being exposed to the sun for burning sun for the plant near it.And
At night, since there's a sudden fall in temperature, the dew of the lateral wall condensation of distilling apparatus 6 can flow to the planting unit 5 near it, for plantation
Plant in device 5 supplements more moisture.The top of distilling apparatus 6 has the top of condenser pipe 62 and the exposure of accommodating cavity 61
In the second extraneous opening 63 and it is covered on the second lid 64 of the second opening 63, the second lid 64 is equipped with lift-pull handle
64a can open the second lid 64, when needing replacing the pollutant in collection bag 65 and collection bag 65 so as to collection bag 65
It is removed or placed into.
In conclusion the desert of the utility model plants array component, planting matrix 7 is filled in planting unit 5 to make
For the carrier of plant growth, aqueduct 53 can introduce extraneous water source by its top, when the water level in aqueduct 53 is higher
It can be filled the water by spillway hole 53a towards the planting matrix 7 in planting unit 5, guarantee that the moisture in planting matrix 7 is sufficient, in temperature
The night of rapid drawdown has condensed water aggregation in aqueduct 53, and then keeps the skin wet for planting unit 5；Every layer of plantation group 2 includes more
A planting unit 5 being arranged in array, multi-layer planting group 2 stack the plantation assembly 1 formed in cone structure or frustum structure,
In, the quantity of the planting unit 5 in every layer of plantation group 2 is successively successively decreased from the bottom to top, and the structure of plantation assembly 1 is similar to pyramid
Structure, this to plant assembly 1 keeps the stability of its structure in sandstorm weather, moreover it is possible to will be detained a part and flow through plantation
The moving dunes 8 of assembly 1 weaken moving dunes 8 with this, and plant assembly 1 and be equivalent to the artificial space in a certain restriction
It is interior that the planting matrix 7 for being suitble to planting growth is set, and due to possessing receiving of the planting unit 5 to planting matrix 7, so that
Planting matrix 7 will not be lost with the husky body of flowing, create a moderately good environment for the growth of plant.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvement and replacement can also be made, these change
It also should be regarded as the protection scope of the utility model into replacement.
Claims (10)
1. a kind of desert plants array component, which is characterized in that including multi-layer planting group, every layer of plantation group, which includes multiple, is in
The planting unit of array arrangement, the planting unit is hollow shell structure and its top has the first opening, the plantation
It is filled with planting matrix in device, is equipped with multiple aqueducts being vertically arranged, the side wall of the aqueduct in the planting unit
Upper to have one or more spillway holes, the nozzle on the top of the aqueduct is exposed to the external world；
Plantation group described in multilayer is stacked into the plantation assembly in cone structure or frustum structure, and the kind in every layer of plantation group
The quantity of planting apparatus is successively successively decreased from the bottom to top.
2. desert according to claim 1 plants array component, which is characterized in that it further include accommodating area, multiple appearances
It sets area and multiple plantation assemblies is arranged alternately into plantation queue, multiple plantation queues are set side by side, and adjacent two
Plantation assembly in a plantation queue is staggered.
3. desert according to claim 2 plants array component, which is characterized in that be equipped at least one layer in the accommodating area
The plantation group.
4. desert according to claim 1 plants array component, which is characterized in that the quantity of the plantation assembly is equipped with more
A, multiple plantation assemblies are disposed adjacent two-by-two, and have holding tank between two adjacent plantation assemblies.
5. desert according to claim 1 plants array component, which is characterized in that be equipped with spilling water in the planting unit
Pipe, one end of the overflow pipe runs through the bottom wall of the planting unit, top-direction of the other end towards the planting unit
Extend.
6. desert according to claim 1 plants array component, which is characterized in that the bottom of the planting unit is equipped with more
The position of a first pin, multiple first pins and multiple aqueducts corresponds, and first pin is outer
Diameter is less than the internal diameter of the aqueduct.
7. desert according to claim 1 plants array component, which is characterized in that each lateral wall of the planting unit
On be equipped with limiting slot and limited block, the limited block of each planting unit in every layer of plantation group is actively embedded in
In the limiting slot of the adjacent planting unit.
8. desert according to claim 1 plants array component, which is characterized in that the planting unit, which also has, to be covered on
First lid of first opening and grid-shaped structure, the bottom of first lid is equipped with multiple second pins, multiple
Second pin is inserted into multiple aqueducts correspondingly.
9. desert according to claim 1 plants array component, which is characterized in that further include using made of transparent material
Distilling apparatus, the distilling apparatus include the accommodating cavity for accommodating pollutant and the condensation positioned at the accommodating cavity surrounding
It manages, the top of the condenser pipe is connected at the top of the accommodating cavity, the bottom end of the condenser pipe is connected to the aqueduct.
10. desert according to claim 9 plants array component, which is characterized in that the top of the distilling apparatus has
The top of the condenser pipe and accommodating cavity are exposed to the second extraneous opening and are covered on described second the second lid being open
Body, second lid are equipped with lift-pull handle.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821452180.7U CN208908665U (en) | 2018-09-05 | 2018-09-05 | Desert plants array component |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821452180.7U CN208908665U (en) | 2018-09-05 | 2018-09-05 | Desert plants array component |
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| CN208908665U true CN208908665U (en) | 2019-05-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109089623A (en) * | 2018-09-05 | 2018-12-28 | 广州市山水生态环保建设有限公司 | Desert plants array component |
-
2018
- 2018-09-05 CN CN201821452180.7U patent/CN208908665U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109089623A (en) * | 2018-09-05 | 2018-12-28 | 广州市山水生态环保建设有限公司 | Desert plants array component |
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