CN204616640U - A kind of device of supporting plant for water - Google Patents
A kind of device of supporting plant for water Download PDFInfo
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- CN204616640U CN204616640U CN201520314410.3U CN201520314410U CN204616640U CN 204616640 U CN204616640 U CN 204616640U CN 201520314410 U CN201520314410 U CN 201520314410U CN 204616640 U CN204616640 U CN 204616640U
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- rope
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- water
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- plant
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/20—Reduction of greenhouse gas [GHG] emissions in agriculture, e.g. CO2
- Y02P60/21—Dinitrogen oxide [N2O], e.g. using aquaponics, hydroponics or efficiency measures
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- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
A kind of device of supporting plant for water of the utility model, the technical scheme taked is: described every basket edge (2.2) with described every basket main body (2.1) one be connected, described every basket main body (2.1) be one end open, the other end is closed, and it is empty that its outer surface is netted thread, is dispersed with described mesh (2.3); The two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, described rope (1) is that cotton is worked out, the cotton at the two ends of described rope (1) all scatters for described rope ravel (1.4), and the part of described rope (1) except described rope ravel (1.4) is described rope main body (1.1).
Description
Technical field
The present invention relates to plant cultivation, a kind of device of supporting plant for water specifically.
Background technology
Present people's living standard improves, and all like to buy green plants and be placed on desk and decorate room, and water supports plant because do not need soil, only needs water, more totally, is subject to the favor of people.Plant is through specially treated, and the root of plant is inserted in water, and absorb moisture content by root, plant can be survived, and Here it is, and water supports plant.But so water supports plant just two defects: first; because water supports the root long period of soaking of plant in water; water supports plant can carry out metabolism by root; in water, harmful substance can get more and more; so the water in vase is easy to go bad; constantly change water, water just can be made to support plant can keep vitality.The second, the rhizome that some water supports plant is shorter, will fill a large amount of water like this in vase, and root just can be immersed in water.Two problems can be brought so again.Problem one, the water in vase is too full, makes the center of gravity of vase too high, vase is placed unstable, is easily overturned.Problem two, because rhizome is shorter, the part that root is immersed in water is fewer, water in vase supports the absorption of plant and the transpiration of moisture content due to water, within the shorter time, the water surface just may drop to below root, adds water if at this moment forgotten, water is supported plant and is just easy to wither.
Summary of the invention
For the defect existed in prior art, effect of the present invention is:
The first, the water of supporting plant is not easy to go bad, and does not need often to change water.
The second, if the rhizome that water supports plant is shorter, vase does not need to fill very full water yet, prevents the center of gravity of vase too high, vase is placed unstable, is easily overturned.
3rd, if the rhizome that water supports plant is shorter, vase does not need often to add water yet.
For the defect existed in prior art, a kind of device of supporting plant for water of the present invention, be alternatively a kind of instrument for plant, the technical scheme taked is: comprise rope (1), every basket (2), it is characterized in that: describedly comprise every basket main body (2.1) every basket (2), every basket edge (2.2), mesh (2.3), described every basket edge (2.2) with described every basket main body (2.1) one is connected, described every basket main body (2.1) be one end open, the other end close, and its outer surface be netted thread sky, be dispersed with described mesh (2.3), described rope (1) comprises rope main body (1.1), multiple unijunction (1.3), unijunction (1.2), rope ravel (1.4,1.5), described rope ravel (1.5) two ends are provided with described unijunction (1.2), described unijunction (1.2) is connected to described rope main body (1.1), described rope main body (1.1) is connected to two described multiple unijunctions (1.3), and described multiple unijunction (1.3) is connected to described rope ravel (1.4), described rope (1) is that cotton is worked out, the part that the cotton of described rope (1) all scatters is rope ravel (1.4, 1.5), described rope ravel (1.4) length range is 2.5cm-4cm, the mid portion of described rope (1) is described rope ravel (1.5), two described unijunctions (1.2) are made a call at the two ends of described rope ravel (1.5), the two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, described unijunction (1.2) is stuck in the inside every basket main body (2.1), at the two ends of described rope (1), namely on described rope main body (1.1) and described rope ravel (1.4) separation, make a call to two described multiple unijunctions (1.3) respectively.
The present invention is alternatively a kind of device of supporting plant for water of environmental protection, comprises rope (1), every basket (2), it is characterized in that: describedly comprise every basket main body (2.1) every basket (2), every basket edge (2.2), and mesh (2.3); Described every basket edge (2.2) with described every basket main body (2.1) one is connected, described every basket main body (2.1) be one end open, the other end close, and its outer surface be netted thread sky, be dispersed with described mesh (2.3); Described rope (1) is that cotton is worked out, the cotton at the two ends of described rope main body (1.1) all scatters for described rope ravel (1.4), and the two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides.
The present invention is alternatively a kind of device of supporting plant for water of environmental protection, it is characterized in that: described rope (1) is that cotton is worked out, the cotton at the two ends of described rope main body (1.1) all scatters for described rope ravel (1.4), the length range of described rope ravel (1.4) is 2.5cm-4cm, the two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, and equal in the length of the described described rope (1) every both sides, basket main body (2.1) outside.
The present invention is alternatively a kind of instrument of supporting plant for water of environmental protection, it is characterized in that: the two ends of described rope main body (1.1) connect two described unijunctions (1.2), and two described unijunctions (1.2) connect described rope ravel (1.4); Described rope (1) is that cotton is worked out, and the length range of described rope ravel (1.4) is 2.5cm-4cm.
The present invention is alternatively that a kind of water that makes supports the fresh-keeping instrument of plant, it is characterized in that: described rope main body (1.6) two ends connect two described unijunctions (1.2), described unijunction (1.2) connects described rope main body (1.1), described rope main body (1.1) connects described rope ravel (1.4), and its length range is 2.5cm-4cm; The two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, and described unijunction (1.2) is stuck in the inside every basket main body (2.1).
The present invention is alternatively a kind of instrument of supporting green plants for water, it is characterized in that: the two ends of described rope main body (1.1) connect two described multiple unijunctions (1.3), and two described multiple unijunctions (1.3) connect described rope ravel (1.4); Described rope (1) is that cotton is worked out, and the length range of described rope ravel (1.4) is 2.5cm-4cm.
The present invention is alternatively a kind of water absorber of supporting green plants for water, it is characterized in that: the two ends of described rope main body (1.1) connect a described multiple unijunction (1.3) and a described unijunction (1.2), and described multiple unijunction (1.3) is connected described rope ravel (1.4) with described unijunction (1.2), described rope (1) is that cotton is worked out, the cotton at the two ends of described rope (1) all scatters for described rope ravel (1.4), the length range of described rope ravel (1.4) is 2.5cm-4cm, one end of described rope (1) is each passed through the described described mesh (2.3) every basket main body (2.1) side, at the two ends of described rope (1), namely on described rope main body (1.1) and described rope ravel (1.4) separation, make a call to a described unijunction (1.2) and described multiple unijunction (1.3) respectively, described unijunction (1.2) is stuck in the inside every basket main body (2.1).
The present invention is alternatively a kind of instrument of supporting plant for water of low-carbon (LC), it is characterized in that: the length of described rope (1) is 10cm-24cm.
The present invention is alternatively a kind of device of supporting plant for water of low-carbon (LC), it is characterized in that: described is an annulus every basket edge (2.2), and the inner ring of annulus and the difference of outer shroud radius are 1.5cm---2cm.
The present invention is alternatively a kind of equipment of supporting plant for water of low-carbon (LC), it is characterized in that: described unijunction (1.2) Breadth Maximum is greater than the Breadth Maximum of described mesh (2.3).
The present invention also can be such, it is characterized in that: described is be made up of high density polyethylene (HDPE) or polyethylene terephthalate every basket (2).
The present invention also can be such, it is characterized in that: described rope (1) is mutually wound around by two strands of cottons to make, per share cotton at least 50 cottons.
The present invention also can be such, it is characterized in that: described every basket (2) inside placement coconut husk soil (3), described coconut husk soil (3) before use, is soaked in water, and soak time scope is 10 hours-12 hours.
The present invention also can be such, it is characterized in that: described every basket (2) inside placement balloon (4), described balloon (4) before use, is soaked in water, and soak time scope is 0.5 hour-1 hour.
The present invention also can be such, it is characterized in that: described rope (1) has 2--4 bar.
The present invention also can be such, it is characterized in that: the length of described rope ravel (1.5) is 1 times-1.2 times every basket main body (2.2) diameter length.
The present invention also can be such, it is characterized in that: the length of described rope main body (1.6) is 1 times-1.2 times every basket main body (2.2) diameter length.
The present invention also can be such, it is characterized in that: the length of described rope (1) is 5cm-12cm.
The present invention also can be such, it is characterized in that: equal in the length of the described described rope (1) every both sides, basket main body (2.1) outside.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiments of the present invention one.
Fig. 2 is the vertical view every basket (2) of embodiments of the present invention one.
Fig. 3 is the structural representation of embodiments of the present invention two.
Fig. 4 is the structural representation of embodiments of the present invention three.
Fig. 5 is the structural representation of embodiments of the present invention four.
Fig. 6 is the structural representation of embodiments of the present invention five.
Fig. 7 is the structural representation of embodiments of the present invention six.
Fig. 8 is the structural representation of embodiments of the present invention seven.
Fig. 9 is the structural representation of embodiments of the present invention eight.
Be rope see Fig. 1-9,1,2 is every basket, and 3 is coconut husk soil, and 4 is balloon, and 1.1 and 1.6 is rope main body, and 1.2 is unijunction, and 1.3 is multiple unijunction, and 1.4 and 1.5 is rope ravel, and 2.1 is every basket main body, and 2.2 is every basket edge, and 2.3 is mesh.
Embodiment
Using method of the present invention is:
To be placed on the vessel port top of dress water every basket (2), make to be stuck in vessel port top every basket edge (2.2), the latter half of rope main body (1.1) is immersed in water.
Embodiment one, see Fig. 1-2, described every basket edge (2.2) with described every basket main body (2.1) one is connected, described every basket main body (2.1) be one end open, the other end close, and its outer surface be netted thread sky, be dispersed with described mesh (2.3); The two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides.
Equal in the length of the described described rope (1) every both sides, basket main body (2.1) outside, there are two effects, first, because length is equal, the weight at described rope (1) two ends is substantially equal, so just can reach the balanced steady state of gravity, makes rope (1) be not easy to slide.In addition, be exactly the end of described rope (1) in same level, can ensure that the end of all described ropes (1) can be immersed in water like this, for plant provides sufficient water source.
Described rope (1) is that cotton is worked out.The ability that those skilled in the art should know the absorption moisture content of cotton is larger in the middle of textile.
The cotton at the two ends of described rope (1) all scatters for rope ravel (1.4), because the cotton of rope ravel (1.4) can not embedded squeezing be together mutually, the Area comparison that cotton can be made to contact with water is like this large, cotton can contact with water fully, the water absorbing capacity of cotton is performed to maximum.
Rope ravel (1.4) is namely all smooth out with the fingers suitable by the cotton at the two ends of rope (1), is no longer wound around or is woven into rope, similar tasselled, the shape of tassel.
The length range of rope ravel (1.4) is 2.5cm-4cm, and the mid portion of described rope (1) is rope main body (1.1).If the length of rope ravel (1.4) is less than 2.5cm, so water absorbing capacity will reduce greatly, if rope ravel (1.4) is greater than 4cm, can make rope ravel (1.4) that the inwall of vase may be attached on, also agree swim on the water surface, and it is agglomerating to be easy to be intertwined, and be not easy separately.
Embodiment two, see Fig. 3, in embodiment one, the two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, although equal in the length of the described described rope (1) every both sides, basket main body (2.1) outside, the weight at described rope (1) two ends is substantially equal, so just can reach the balanced steady state of gravity, make rope (1) be not easy to slide.But because the present invention can repeatedly use, changing in plant or the process that adds water, rope (1) may be made to have slight slip at mesh (2.3), more than number of times one, the length at the two ends of rope (1) may be made inconsistent, one end short so just may be soaked and suffered less than water, makes described rope (1) absorb discharge reduction half.Defect in Here it is embodiment one.
In embodiment two, the mid portion of described rope (1) is described rope main body (1.6), and its length is 1 times-1.2 times every basket main body (2.2) diameter length, makes a call to two described unijunctions (1.2) at the two ends of described rope main body (1.6).Described rope main body (1.6) length 1 times of being greater than every basket main body (2.2) diameter length is in order to described rope main body (1.6) long enough can across the two ends every basket main body (2.2).The longer root of plant that also can make of described rope main body (1.6) can be larger with described rope main body (1.6) contact area in addition.But because the length of described rope (1) can not more than 24cm, described rope main body (1.6) will make at the rope (1) outside every basket main body (2.2) shorter more than 1.2 times, thus loses second and the 3rd effect of the present invention.
The two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides, described unijunction (1.2) can be stuck in the inside every basket main body (2.1), and described rope (1) can not slide, thus solve the defect in embodiment one.
Rope main body (1.1) is made up of cotton, and be immersed in water by the cotton one end of experiment proof repeatedly, and upwards can transmit moisture can reach distance water surface elevation 12cm, and the moisture transmitted more than 12cm is considerably less.The length of described rope (1) is 12cm to the maximum.Effect due to rope (1) is the rhizome of supporting plant in order to extend water, is less than 5cm, and its practical value is just little.Because described rope (1) is that two ends are immersed in water, so the length of described rope (1) should be the twice of 5cm--12cm, namely the length of described rope (1) is 10cm-24cm.
Described rope (1) is mutually wound around by two strands of cottons to make, and can ensure the perpendicularity of rope (1), can not be loose.Per share cotton at least 50 cottons.Owing to being less than 50 cottons, the water yield that rope absorbs is fewer, is not enough to the moisture of supporting plant for feedwater.
Embodiment three, see Fig. 4, in embodiment one and two, along with service time is more and more longer, rope ravel (1.4) also can due to the active force of the flushing of water, become more and more longer, and the up rightness that the consequence caused like this is exactly rope (1) is deteriorated, rope ravel (1.4) may be attached on the inwall of vase, also agree swim on the water surface, and it is agglomerating to be easy to be intertwined, and be not easy separately.The covert length that must shorten rope (1) itself of such meeting, makes vase will fill more water and solves this defect.Make so again vase center of gravity too high, vase is unstable.In embodiment three, at the two ends of described rope (1), namely on described rope main body (1.1) and described rope ravel (1.4) separation, make a call to two described unijunctions (1.2) respectively, its effect has two: effect one, to prevent rope ravel (1.4) from also due to the active force of the flushing of water, can become more and more longer.Effect two, is the up rightness that can strengthen rope (1), makes rope (1) be not easy to bend.
Embodiment four, see Fig. 5, at the two ends of described rope (1), namely makes a call to two described multiple unijunctions (1.3) respectively on described rope main body (1.1) and described rope ravel (1.4) separation.
Why be multiple unijunction (1.3) instead of unijunction (1.2), this is because make a call to a multiple unijunction (1.3) the length of rope (1) than the length of making a call to a unijunction, so when multiple unijunction (1.3), to be all immersed in the moisture content absorbed in water also many than unijunction, when underwater drop to rope (1) below time, multiple unijunction (1.3) is at this time equivalent to a little water receiver, can continue the feedwater of supply moisture content and support plant.
One end of described unijunction (1.2) is stuck in tube connector (2) inside, instead of multiple unijunction (1.3) is stuck in tube connector (2) inside.This is because make a call to a multiple unijunction (1.3) the length of rope (1) than the length of making a call to a unijunction, and dried up of position residing for unijunction (1.2) is distant, the moisture content being sent to moisture content here more inner than the multiple unijunction (1.3) be immersed in water wants much less, if use multiple unijunction (1.3) just in a disguised form to extend the length of rope (1), moisture content is made to be difficult to arrive rope ravel (1.4).And due to the rope (1) of multiple unijunction be all mutual colligation together, increase the density of rope (1) itself, cause the ability transmitting moisture content greatly to reduce.
Those skilled in the art should know the play of unijunction, is turned by wire-wound and makes a call to a knot, then the two ends of elastic threads.
And multiple unijunction is exactly beat one or more unijunction on the basis of unijunction again, namely increases and be wound around number of times, break into larger knot shape.Unijunction and multiple unijunction are all prior aries, so here do not state tired.
Embodiment five, see Fig. 6, in embodiment one to four, be in rope main body (1.1,1.6) in basket (2) owing to being mutually be wound around by two strands of cottons to make, less with the root contact area of plant, and the coring of the general exclusive a lot of branch of the root of plant, these corings are different in size, not necessarily can touch rope main body (1.1,1.6), this is the defect in embodiment one to four.
In embodiment five, one end of described rope (1) is each passed through the described described mesh (2.3) every basket main body (2.1) side, at the two ends of described rope (1), namely on described rope main body (1.1) and described rope ravel (1.4) separation, make a call to a described unijunction (1.2) and described multiple unijunction (1.3) respectively, described unijunction (1.2) is stuck in the inside every basket main body (2.1).
Rope ravel (1.4) is first to rope main body (1.1,1.6), larger with the root contact area of plant, and is wound around due to the distortion of cotton, and rope ravel (1.4) fully can be contacted with the coring different in size of plant.Like this plant can be made from described rope (1) to obtain more moisture.
Embodiment six, see Fig. 7, described rope (1) is that cotton is worked out, the part that the cotton of described rope (1) all scatters is rope ravel (1.4,1.5), the two ends of described rope (1) are rope ravel (1.4), its length range is 2.5cm-4cm, the mid portion of described rope (1) is described rope ravel (1.5), its length is 1 times-1.2 times every basket main body (2.2) diameter length, makes a call to two described unijunctions (1.2) at the two ends of described rope ravel (1.5).Rope ravel (1.5) is across every basket main body (2.2), can be larger with the root contact area of plant, and the water absorption of a rope (1) is equivalent to the twice of the rope (1) of embodiment five, so use rope (1) quantity can reduce one times, make structure of the present invention more simple like this, operate also more simple and convenient if need to change rope (1).
Described rope (1) has 2--4 bar.The quantity increasing rope (1) like this, in order to ensure that plant has sufficient moisture to absorb.
Embodiment seven, see Fig. 8, in real-time mode one to six, be in the rope main body (1.1 in basket (2), 1.6) or rope ravel (1.5), owing to being subject to the restriction of rope (1) length, rope main body (1.1, 1.6) or the length of rope ravel (1.5) be limited, be difficult to fill up every basket main body (2.2) inside, so just make root and the rope main body (1.1 of plant, 1.6) and rope ravel (1.5) contact area less, in order to enlarge active surface, described every basket (2) inside placement coconut husk soil (3), described coconut husk soil (3) before use, be soaked in water, soak time scope is 10 hours-12 hours, even if like this can plant root can not with rope main body (1.1, 1.6) contact with rope ravel (1.5), also can contact with the coconut husk soil (3) be immersed in water, and absorb moisture.
Those skilled in the art should know coconut husk soil (3) and have stronger absorption water retention capacity, and containing being conducive to the nutrient component of plant growth.
Embodiment eight, see Fig. 9, in embodiment seven, the root of plant can be adhered some coconut husk soil (3), when adding water, can some coconut husk soil (3) be scattered in room unavoidably, affecting the clean of room, and the root of plant some coconut husk soil (3) of adhering can contaminate root black, affects the attractive in appearance of plant entirety.
In embodiment eight, described every basket (2) inside placement balloon (4), described balloon (4) before use, is soaked in water, and soak time scope is 0.5 hour-1 hour.Can not the root of plant be contaminated black even if such plant has adhered to balloon (4), and little on the clean impact in room.
Embodiment nine, aforementioned embodiments one to eight, can combinationally use in the reasonable scope.
High density polyethylene (HDPE), English name High Density Polyethylene, referred to as HDPE, is high, the nonpolar thermoplastic resin of a kind of degree of crystallinity.
Polyethylene terephthalate, another name: PET; Polyethylene terephthalate, English name polyethylene terephthalate, is called for short PET, is a kind of resin common in life.
The present invention solves the defect problem of prior art better:
The first, the rope ravel (1.4) of one end of rope (1), multiple unijunction (1.3) and a part of rope main body (1.1) are immersed in water.The characteristic absorption moisture of rope (1) material own is utilized to make moisture can be sent to the other end rope ravel (1.4) of rope, and the root that rope ravel (1.4) and water support plant fully contacts, so water supports plant roots just can absorb moisture by rope, the root making water support plant need not be immersed in water
Second, the length of rope (1) is equivalent to shifting ground and increases the length that water supports plant roots, if so the rhizome that water supports plant is shorter, the rhizome that rope (1) can replace water to support plant is immersed in water, vase does not need to fill very full water, the center of gravity of vase can be prevented so too high, vase is placed unstable, easily overturned.
3rd, the root that rope (1) can replace water to support plant is immersed in water, the length of rope (1) is equivalent to shifting ground and increases the length that water supports plant roots and stems, when underwater drop to rope (1) below time, multiple unijunction (1.3) is at this time equivalent to a little water receiver, can continue the feedwater of supply moisture content and support plant.Even if so the root that water supports plant is shorter, vase does not need often to add water yet.
Claims (1)
1. support the device of plant for water for one kind: comprise rope (1), every basket (2); It is characterized in that: describedly comprise every basket main body (2.1) every basket (2), every basket edge (2.2), mesh (2.3); Described every basket edge (2.2) with described every basket main body (2.1) one is connected, described every basket main body (2.1) be one end open, the other end close, and its outer surface be netted thread sky, be dispersed with described mesh (2.3); Described rope (1) is that cotton is worked out, the cotton at the two ends of described rope main body (1.1) all scatters for described rope ravel (1.4), and the two ends of described rope (1) are each passed through the described described mesh (2.3) every basket main body (2.1) both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520314410.3U CN204616640U (en) | 2015-05-15 | 2015-05-15 | A kind of device of supporting plant for water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520314410.3U CN204616640U (en) | 2015-05-15 | 2015-05-15 | A kind of device of supporting plant for water |
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| Publication Number | Publication Date |
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| CN204616640U true CN204616640U (en) | 2015-09-09 |
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| CN201520314410.3U Expired - Fee Related CN204616640U (en) | 2015-05-15 | 2015-05-15 | A kind of device of supporting plant for water |
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| Country | Link |
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| CN (1) | CN204616640U (en) |
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2015
- 2015-05-15 CN CN201520314410.3U patent/CN204616640U/en not_active Expired - Fee Related
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