CN204862305U - A plant maintenance device for hanging on base member - Google Patents
A plant maintenance device for hanging on base member Download PDFInfo
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- CN204862305U CN204862305U CN201520641277.2U CN201520641277U CN204862305U CN 204862305 U CN204862305 U CN 204862305U CN 201520641277 U CN201520641277 U CN 201520641277U CN 204862305 U CN204862305 U CN 204862305U
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- plant
- cylindrical shell
- conservation device
- maintenance groove
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Abstract
The utility model relates to a view greening technology field especially relates to a plant maintenance device for hanging on base member. A plant maintenance device for hanging on base member including the maintenance groove drum body that is used for placing the nutritive cube with be used for with the base member hangs the mechanism of hanging that links firmly, it installs to hang the mechanism the dorsal part of the maintenance groove drum body, and can follow dismantle the separation on the base member. According to the settlement needs, when the condition that need relieve cover or the transform plant overall arrangement of plant on the base member under, through the plant maintenance device demolish separation or mounting layout again, just can accomplish the removal of plant or reset, and avoid the holistic integrality of base member structure. This plant maintenance device obviously improves plant wall's overall arrangement flexibility, in addition, has also obtained obvious improvement to the healthy holding capacity of convenience and plant of maintaining of plant.
Description
Technical field
The utility model relates to landscape planting technical field, particularly relates to a kind of plant conservation device for being suspended on matrix.
Background technology
Along with the raising of living standards of the people, in indoor and outdoor, various Afforestation Landscape is widely deployed to improve environmental quality.Wherein, plant walls is popularized gradually as the emerging greening carrier of modern metropolitan cities.
At present, for the layout flexibility of plant walls, and the requirement of the aspect such as the hold facility safeguarding convenience and plant health is more and more higher, therefore, improve the layout flexibility of plant walls, and when safeguarding the hold facility of convenience, plant health and water, moisture absorption amount consistent degree becomes design object.
In prior art, needing the position that plant walls is set, in the body of wall of entirety, usually embedding the medium of planting plants, such as earth, by planting in earth.Or the media such as earth are filled in the non-woven bag of frame on steel-wire carcass, the non-woven bag of frame on steel wire rack bone is fixed or be embedded on body of wall form overall plant walls.For the plant walls that said structure is arranged, just make structure be fixed up after building up, after building up, the transformation and optimization of layout cannot be carried out as required, carry out landscape upgrading.In addition, water and the maintenance work such as cleaning for comprising, need control on demand, such as, when watering, need to carry out confession water management according to the water content of plant institute's water requirement and wall in-vivo medium, irrigation amount is crossed senior general and is caused plant growth to be subject to negative effect, and excessive moisture spilling easily occurs plant walls, pollute surrounding enviroment, irrigation amount crosses major general makes plant dry up.This makes the maintenance convenience of plant walls low, in addition, after watering, moisture is by Absorption of Medium, and except plant absorption and environment evaporation, the moisture in medium is kept for a long time, this makes bacterium and insect obtain the environment grown, and will the health degree of plant be caused to reduce, simultaneously welding.Because non-woven bag surrounding transpiring moisture is air-dry rapidly, when watering, moisture is not easy plant root, thus can not ensure that the moisture absorption amount of all plants is consistent, and easily occurs the generation of local lack of water or withered phenomenon.
In above prior art, the layout flexibility of plant walls is low, and safeguard that convenience is low, the hold facility of plant health is low, the defect such as moisture absorption amount consistent degree difference when watering, become the current technical issues that need to address of those skilled in the art.
Utility model content
The purpose of this utility model is to provide a kind of plant conservation device for being suspended on matrix.To layout flexibility be significantly improved by application of the present utility model, and moisture absorption amount consistent degree when safeguarding the hold facility of convenience, plant health and water.
For solving the problems of the technologies described above, the utility model provides a kind of plant conservation device for being suspended on matrix, comprise maintenance groove cylindrical shell for placing nutritive cube and for hanging with described matrix the hitch be connected, described hitch is arranged on the dorsal part of described maintenance groove cylindrical shell, and can be separated from described matrix dismounting.
Alternatively, described hitch comprises buckle and is arranged on the groove of described maintenance groove cylindrical shell dorsal part, be embedded in described groove by the described matrix of column structure, and described buckle is connected and is pressed in the top of described groove, described plant conservation device hangs and is connected on the described matrix of column structure.
Alternatively, described hitch comprises hook and is located at the through hole of described maintenance groove cylindrical shell dorsal part, and be connected with the described matrix hook of tabular by described hook, and embed described through hole, described plant conservation device hangs and is connected on the described matrix of tabular.
Alternatively, also comprise overflow pipe and water inlet pipe, first port of described overflow pipe is located at described maintenance groove inner barrel and higher than the bottom surface of described maintenance groove inner barrel, second port of described overflow pipe be used for downside another described in the water inlet pipe of plant conservation device be communicated with, or for water drain leads, first port of described water inlet pipe is communicated in described maintenance groove inner barrel, second port of described water inlet pipe is located at the top of described maintenance groove cylindrical shell, for with upside another described in the overflow pipe of plant conservation device be communicated with, or for being communicated with inlet channel.
Alternatively, the inner bottom surface of described maintenance groove cylindrical shell is also provided with seepage mouth, described seepage mouth is communicated in the second port of described overflow pipe, and the bore of described seepage mouth is less than the latus rectum of described overflow pipe.
Alternatively, the filter mantle covering on described seepage mouth top is also comprised.
Alternatively, the inner bottom surface of described maintenance groove cylindrical shell is also provided with protruding brace rod.
Alternatively, described maintenance groove cylindrical shell leans forward setting, also comprises the protective plate being connected in described maintenance groove cylindrical shell, and described protective plate partial occlusion in the open top of described maintenance groove cylindrical shell, and is positioned at front side.
Alternatively, also comprise cover plate, described cover plate is installed between described maintenance groove cylindrical shell and described matrix.
Alternatively, also comprise water supply control apparatus, described water supply control apparatus is connected with the environmental parameter sensor being embedded in described nutritive cube, environmentally Parameters variation, determines watering time program, and described water supply control apparatus supplies water in described maintenance groove cylindrical shell.
At one about in the embodiment of plant conservation device, it is for being suspended on matrix, plant conservation device comprises the maintenance groove cylindrical shell for placing nutritive cube, with for hanging with matrix the hitch be connected, the hitch can dismantling separation from matrix is arranged on the dorsal part of maintenance groove cylindrical shell.So-called nutritive cube, refer to and need the plant of maintenance of plant by the dielectric of planting, it comprises the alimental medium such as earth or nutrient solution, and the package body of packaging bearing medium, such as bag film and flowerpot etc.The dorsal part of so-called maintenance groove cylindrical shell, refers to that after placing nutritive cube in maintenance groove cylindrical shell, plant presents, for the back side of exposing side viewed and admired.Thus, be suspended on the state on matrix in plant conservation device under, matrix is equivalent to become kind of the matrix being implanted with plant, the plant walls be namely commonly referred to.Be not restricted for hanging how many plant conservation device on matrix, such as on matrix, only settle a plant conservation device, and kind is implanted with the larger plant of a strain in this plant conservation device, or kind is implanted with a kind of famous and precious special plant, then this plant conservation device just can embody the sight of this so-called plant walls; Certainly, also can hang multiple plant conservation device on matrix, and need to carry out layout according to design.Especially, can dismantle be separated due to plant conservation device with matrix, then, when needing the plantation of cancelling or changing plant for some reason, only plant conservation device and matrix need be carried out being separated dismounting, this does not affect matrix itself.Thus, the application of this plant conservation device significantly improves the layout flexibility of plant, and safeguards convenience.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiment of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
Fig. 1 is the utility model structure first schematic diagram;
Fig. 2 is the utility model structure second schematic diagram;
Fig. 3 is the utility model structure the 3rd schematic diagram;
Fig. 4 is the utility model combining structure schematic diagram;
In Fig. 1 to Fig. 4: matrix-1, maintenance groove cylindrical shell-2, hitch-3, buckle-31, groove-32, overflow pipe-4, water inlet pipe-5, seepage mouth-6, brace rod-7, protective plate-8, cover plate-9.
Detailed description of the invention
Core of the present utility model is to provide a kind of plant conservation device for being suspended on matrix.To layout flexibility be significantly improved by application of the present utility model, and moisture absorption amount consistent degree when safeguarding the hold facility of convenience, plant health and water.
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Please refer to Fig. 1 to Fig. 4, Fig. 1 is the utility model structure first schematic diagram; Fig. 2 is the utility model structure second schematic diagram; Fig. 3 is the utility model structure the 3rd schematic diagram; Fig. 4 is the utility model combining structure schematic diagram.
According to figure, maintenance groove cylindrical shell 2 for placing nutritive cube is comprised and for hanging with matrix 1 hitch 3 be connected for the plant conservation device be suspended on matrix 1, hitch 3 is arranged on the dorsal part of maintenance groove cylindrical shell 2, and can dismantle separation from matrix 1.Matrix 1 described here, can be the body of wall with hanging engagement formation, also can be that other can hang the carrier of plant conservation device, for the engagement formation hung, can be realized by various structures form, such as sucker suction, the bending of S shape are hooked in hook etc. in hole.Under the state that plant conservation device is suspended on matrix 1, when the reasons such as the change because of environment layout whole style do not need to continue planting plants, or need the kind changing institute's planting plants, and when needing the layout changing plant on matrix 1 to distribute, plant conservation device can be dismantled from matrix 1, also protocorm 1 original appearance, this can not affect the overall structural integrity of matrix 1; Also plant conservation device can be carried out installing from layout after matrix 1 is dismantled; In addition, nutritive cube can be taken out from the maintenance groove cylindrical shell 2 of plant conservation device too, and then change the plant of other required plantation.It should be noted that, a plant conservation device arranges one or more maintenance groove cylindrical shell 2 and is not construed as limiting.
Plant walls of the prior art just plant, nutritive cube is directly arranged on intrinsic silicon integratedly when building the matrix of plant walls, therefore, when needing to cancel the floristics that the plantation of plant, the layout of change plantation and replacing are planted for some reason, the basal body structure of plant walls must be caused to destroy removing of plant, which results in the layout flexibility of plant and safeguard that convenience is low.Thus, compared to prior art, the application of this plant conservation device can significantly improve the layout flexibility of planting and the convenience of maintenance.
For the hitch 3 in above-described embodiment, the groove 32 that it comprises buckle 31 and is arranged on maintenance groove cylindrical shell 2 dorsal part can be specifically set, when matrix 1 is set to column structure, the matrix 1 of column structure is embedded in groove 32, be connected by buckle 31 and be pressed on the top of groove 32, matrix 1 is nested in the enclosure space of groove 32 and buckle 31 composition thus, and achieve suspension and be connected, plant conservation device integral hanging is connected on the matrix 1 of column structure.For the matrix 1 of column structure, usually can arrange and be located on ground or floor by the tubular stand such as steel pipe, iron pipe, then plant conservation device suit is suspended on pipe fitting, under the state that nutritive cube is housed, forms the general layout of one side plant walls.
In the structure of another kind of hitch 3, the through hole that hitch 3 comprises hook and is located at maintenance groove cylindrical shell 2 dorsal part can be set, matrix 1 is set to platy structure, such as use thin-walled body of wall, hook is connected with matrix 1 hook of tabular, the other end of hook is embedded the through hole of maintenance groove cylindrical shell 2 dorsal part simultaneously, just achieve plant conservation device suspension and be connected on the matrix 1 of tabular.
On the basis of the various embodiments described above, plant conservation device also comprises overflow pipe 4 and water inlet pipe 5, first port access maintenance groove cylindrical shell 2 of overflow pipe 4 is inner, and the bottom surface of this first port higher than maintenance groove cylindrical shell 2 inside is set, second port of overflow pipe 4 is in the downside of the first port, second port is for accessing the water inlet pipe 5 in another plant conservation device of arranging on the downside of this plant conservation device, be specially and connect with the second port of water inlet pipe in another plant conservation device 5, or the second port of overflow pipe 4 accesses the drainage on the downside of this plant conservation device, so-called drainage, the pipeline or passage that unnecessary water are carried out from the plant walls that each plant conservation device is formed discharge, usually when plant conservation device is arranged on the lowermost end position of multiple plant conservation device, second port of its overflow pipe 4 and water drain leads.For water inlet pipe 5, its first port is communicated with in maintenance groove cylindrical shell 2, its second port to be positioned on the upside of the first port and to be located at the top of maintenance groove cylindrical shell 2, second port is used for being communicated with the overflow pipe 4 of another plant conservation device on the upside of this plant conservation device, be specially and be communicated with the second port of overflow pipe 4, or for being communicated with inlet channel, so-called inlet channel, refer to the pipeline or the passage that each plant conservation device are carried out to total water supply, usually when plant conservation device is arranged on the topmost position of multiple plant conservation device, second port of its water inlet pipe 5 is communicated with inlet channel.
By the vibrational power flow of above water inlet pipe 5 and overflow pipe 4, when needs water, only need open inlet channel, water in inlet channel flows into the water inlet pipe 5 of plant conservation device, after water flows into maintenance groove cylindrical shell 2, unnecessary water flows out from the overflow pipe 4 maintenance groove cylindrical shell 2, and then flow into the water inlet pipe 5 of another plant conservation device on the downside of this plant conservation device, thus, water waters one by one to each plant conservation device from top to bottom, this operation that makes to water is watered without the need to carry out point other for each plant conservation device, significantly improve the convenience of maintenance of plant.Meanwhile, because rational height in maintenance groove cylindrical shell 2 of the first port of overflow pipe 4 is higher than the bottom surface of maintenance groove cylindrical shell 2 inside, its height is specifically set and sets according to the classification water requirements of the plant of institute's maintenance.Such as, for the washy plant of needs, first port of overflow pipe 4 is arranged on higher position, maintenance groove cylindrical shell 2 bottom surface, and for the plant needing moisture few, be arranged on lower position, thus, after water flows into maintenance groove cylindrical shell 2 by the second end of water inlet pipe 5, water is assembled gradually from bottom, horizontal plane raises gradually, when the height and position of horizontal plane higher than overflow pipe 5 first port, then water begins through another plant conservation device that overflow pipe 4 flows into downside, or flows into drainage and be discharged.Thus, structure is set in plant conservation device, namely under the state that the height of overflow pipe 4 first port sets, operation of watering for each plant conservation device is carry out accurately controlling one by one of the water yield by plant water requirement without the need to purport, under water-saving prerequisite, only need observe the state of drainage, when drainage has water to discharge, at once the water supply of inlet channel is stopped, then when non-waste water resource, appropriate water supply is completed to each plant conservation device, due to configuration settings, this supplies water by operating just to complete easily in appropriate amount for Water flow-path, which further improves the convenience of maintenance.Simultaneously, because the output in each plant conservation device is moderate, avoid the plant of causing for dilutional hyponatremia to fester and breed bacteria, avoid the phenomenon that the very few plant caused of supplying water is withered, when therefore making the hold facility of the healthy growth of plant and water, moisture absorption amount consistent degree etc. are all improved significantly simultaneously.It should be noted that, in the present embodiment, the quantity of plant conservation device and layout are not limited, such as, when under the structure only setting a plant conservation device, second port of inlet channel and its water inlet pipe 5 is connected, second port of its overflow pipe 4 is directly connected with drainage, and this hold facility that the convenience of maintenance and plant health can be made equally to grow is improved.Or arrange parallel two plant conservation device side by side, make the water inlet pipe 5 both it connect with inlet channel, the overflow pipe 4 both it is connected with drainage, can obtain above-mentioned beneficial effect equally simultaneously simultaneously.
In prior art, in the overall structure of matrix after planting plants, watering in irrigation process, water flows on the downside of matrix gradually, this makes to be positioned at plant generation lack of water phenomenon on the upside of matrix, and the plant of downside that moisture easily occurs is excessive, this is all unfavorable for the healthy growth of plant, in addition, in order to water exactly in right amount as far as possible, need repeatedly, accurately to water operation to each position plant on matrix, this makes the convenience of maintenance low.Thus, compared to prior art, the application of this plant conservation device significantly improves the convenience of maintenance and the hold facility of plant health growth.
On the basis of above-described embodiment, the inner bottom surface of maintenance groove cylindrical shell 2 is also provided with seepage mouth 6, this seepage mouth 6 is communicated with the second port of overflow pipe 4, and the bore arranging seepage mouth 6 is less than the latus rectum of overflow pipe 4.For the plant in nutritive cube, usually after once watering, absorb the growth that the plant after certain moisture can keep a period of time, under this waters periodic law, the less seepage mouth of bore 6 is set bottom maintenance groove cylindrical shell 2, after making once to water, be deposited in water in maintenance groove cylindrical shell 2 while being undertaken absorbing by nutritive cube, water also oozes gradually from seepage mouth 6, such as, after water was fully absorbed by nutritive cube in 20 minutes, because the water absorbing capacity of nutritive cube and plant is limited, therefore, the water of surplus cannot be absorbed continuously, if the water of this surplus remains on bottom maintenance groove cylindrical shell 2 lastingly, can cause nutritive cube and invade bubble, this is unfavorable for the growth of plant, the long-time water retained will cause growing of bacterium mosquito simultaneously, this will be caused great destruction as plant walls by arranging of viewing and admiring for overall structure, and the setting of seepage mouth 6, the water being such as deposited in maintenance groove cylindrical shell 2 inside just flowed out gradually from seepage mouth 6 in 20 minutes, then when nutritive cube fully absorbs required moisture, unnecessary water flows out emptying, the unnecessary water yield retained in each plant conservation device final is discharged from drainage, this is for operation of once watering, after nutritive cube absorbs moisture, maintain the clean and tidy and health in plant conservation device.It should be noted that, for being communicated with of seepage mouth 6 and overflow pipe 4 second port, can be realized by various structures, such as seepage mouth 6 is accessed overflow pipe 4 by pipeline, or carry out perforate setting at overflow pipe 4 with the position contacted that intersects bottom maintenance groove cylindrical shell 2, the hole that overflow pipe 4 is opened is seepage mouth 6, and its position is just concordant with the inner bottom surface of maintenance groove cylindrical shell 2.Thus, the plant conservation device being provided with seepage mouth 6 can improve the hold facility of plant growth further.
Further, be also provided with filter mantle at the top of seepage mouth 6, because seepage mouth 6 is arranged on the bottom of maintenance groove cylindrical shell 2, various impurity is with water flow under the state of seepage mouth 6, and impurity is filtered cover to be stopped, avoids the blocking of impurity to seepage mouth 6.Filter mantle can arrange various structures, the double-edged fine-toothed comb of such as network, or umbrella block filter mantle.Thus, need the operation of carrying out clearing up when avoiding frequent jams seepage mouth 6, which further improves and safeguard convenience.
In another embodiment, on the basis of above-described embodiment, the inner bottom surface of maintenance groove cylindrical shell 2 is also provided with protruding brace rod 7, thus, nutritive cube in maintenance groove cylindrical shell 2 by brace rod 7 supports, bottom nutritive cube, the space of brace rod 7 avris can be convenient to the flowing of water and the flowing of air, and this is more conducive to the growth of plant and avoids growing of bacterium mosquito.
In another embodiment, for maintenance groove cylindrical shell 2, to be leaned forward setting, what is called leans forward setting, refer under the state of planting in plant conservation device, plant conservation device is suspended on matrix 1, plant is viewed and admired to supply, by arranging suspension angles, the structures such as the angle of maintenance groove cylindrical shell bottom surface 2 and maintenance groove cylindrical shell 2 open top profile, plant can be made to stretch toward the outer side as far as possible, for viewing and admiring, and under arranging above, the protective plate 8 being connected in maintenance groove cylindrical shell 2 is also provided with in plant conservation device, protective plate 8 partial occlusion is in the open top of maintenance groove cylindrical shell 2, and be positioned at front side.Arrange thus, make to stretch the position limitation protection that the plant of exposing obtains protective plate 8 to front side, prevent plant, nutritive cube drops for some reason.
Further, plant conservation device is also provided with cover plate 9, cover plate 9 is installed between maintenance groove cylindrical shell 2 and matrix 1, the setting of cover plate 9, and the globality of plant conservation device and matrix 1 is improved, and is blinded by parts such as hitch 3 grade simultaneously, more attractive in appearance.
For above-mentioned plant conservation device, also comprise water supply control apparatus, water supply control apparatus is connected with the environmental parameter sensor being embedded in nutritive cube, environmentally Parameters variation, determines watering time program, and water supply control apparatus supplies water in maintenance groove cylindrical shell.The setting of water supply control apparatus, after setting default water supply program, moisture critical content 40% such as needed for certain Plants, if moisture is lower than this critical content, plant there will be wilting, so that dead, when environmental parameter sensor records moisture in nutritive cube lower than critical content, water supply control apparatus water supply start, according to the kind of plant, water supply time can arrange different durations.Thus, the maintenance convenience of this plant conservation device obtains and improves further.To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. one kind for being suspended on the plant conservation device on matrix (1), it is characterized in that, comprise maintenance groove cylindrical shell (2) for placing nutritive cube and for hanging with described matrix the hitch (3) be connected, described hitch (3) is arranged on the dorsal part of described maintenance groove cylindrical shell (2), and can dismantle separation from described matrix (1).
2. plant conservation device as claimed in claim 1, it is characterized in that, described hitch (3) comprises buckle (31) and is arranged on the groove (32) of described maintenance groove cylindrical shell (2) dorsal part, described groove (32) is embedded in by the described matrix (1) of column structure, and described buckle (31) is connected and is pressed in the top of described groove (32), described plant conservation device hangs and is connected on the described matrix (1) of column structure.
3. plant conservation device as claimed in claim 1, it is characterized in that, described hitch (3) comprises hook and is located at the through hole of described maintenance groove cylindrical shell (2) dorsal part, be connected with described matrix (1) hook of tabular by described hook, and embedding described through hole, described plant conservation device hangs and is connected on the described matrix (1) of tabular.
4. the plant conservation device as described in any one of claims 1 to 3, it is characterized in that, also comprise overflow pipe (4) and water inlet pipe (5), it is inner and higher than the inner bottom surface of described maintenance groove cylindrical shell (2) that first port of described overflow pipe is located at described maintenance groove cylindrical shell (2), second port of described overflow pipe (4) be used for downside another described in the water inlet pipe (5) of plant conservation device be communicated with, or for water drain leads, first port of described water inlet pipe (5) is communicated in described maintenance groove cylindrical shell (2) inside, second port of described water inlet pipe (5) is located at the top of described maintenance groove cylindrical shell (2), for with upside another described in the overflow pipe (4) of plant conservation device be communicated with, or for being communicated with inlet channel.
5. plant conservation device as claimed in claim 4, it is characterized in that, the inner bottom surface of described maintenance groove cylindrical shell (2) is also provided with seepage mouth (6), described seepage mouth (6) is communicated in the second port of described overflow pipe (4), and the bore of described seepage mouth (6) is less than the latus rectum of described overflow pipe (4).
6. plant conservation device as claimed in claim 5, is characterized in that, also comprise the filter mantle covering on described seepage mouth (6) top.
7. plant conservation device as claimed in claim 6, is characterized in that, the inner bottom surface of described maintenance groove cylindrical shell (2) is also provided with protruding brace rod (7).
8. plant conservation device as claimed in claim 7, it is characterized in that, described maintenance groove cylindrical shell (2) is leaned forward setting, also comprise the protective plate (8) being connected in described maintenance groove cylindrical shell (2), described protective plate (8) partial occlusion in the open top of described maintenance groove cylindrical shell (2), and is positioned at front side.
9. plant conservation device as claimed in claim 8, it is characterized in that, also comprise cover plate (9), described cover plate (9) is installed between described maintenance groove cylindrical shell (2) and described matrix (1).
10. plant conservation device as claimed in claim 9, it is characterized in that, also comprise water supply control apparatus, described water supply control apparatus is connected with the environmental parameter sensor being embedded in described nutritive cube, environmentally Parameters variation, determine watering time program, described water supply control apparatus supplies water in described maintenance groove cylindrical shell (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520641277.2U CN204862305U (en) | 2015-08-24 | 2015-08-24 | A plant maintenance device for hanging on base member |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520641277.2U CN204862305U (en) | 2015-08-24 | 2015-08-24 | A plant maintenance device for hanging on base member |
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| CN204862305U true CN204862305U (en) | 2015-12-16 |
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| CN201520641277.2U Expired - Fee Related CN204862305U (en) | 2015-08-24 | 2015-08-24 | A plant maintenance device for hanging on base member |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106818279A (en) * | 2017-01-12 | 2017-06-13 | 深圳市大众金设施农业有限责任公司 | A kind of plant walls |
| CN109661171A (en) * | 2016-07-22 | 2019-04-19 | 黛博拉·德法蒂玛·奥利亚阿兰达 | Plate structure, reservoir and method |
-
2015
- 2015-08-24 CN CN201520641277.2U patent/CN204862305U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109661171A (en) * | 2016-07-22 | 2019-04-19 | 黛博拉·德法蒂玛·奥利亚阿兰达 | Plate structure, reservoir and method |
| CN109661171B (en) * | 2016-07-22 | 2021-07-27 | 黛博拉·德法蒂玛·奥利亚阿兰达 | Plate-like structure, reservoir and method |
| CN106818279A (en) * | 2017-01-12 | 2017-06-13 | 深圳市大众金设施农业有限责任公司 | A kind of plant walls |
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