CN104186227A - Using method of buoyancy flowerpot - Google Patents
Using method of buoyancy flowerpot Download PDFInfo
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- CN104186227A CN104186227A CN201410368722.2A CN201410368722A CN104186227A CN 104186227 A CN104186227 A CN 104186227A CN 201410368722 A CN201410368722 A CN 201410368722A CN 104186227 A CN104186227 A CN 104186227A
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- flower
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- buoyancy
- absorption fiber
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- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The invention discloses a using method of a buoyancy flowerpot. The using method comprises the following steps that A, a pot sleeve is placed on a horizontal windowsill or a table top; B, a buoyancy board is placed at the bottom of a planting pot body, holes are drilled in the buoyancy board, and a water absorption fiber board is arranged on the upper surface of the buoyancy board so that water absorption fiber strips on the lower portion of the water absorption fiber board can perpendicularly penetrate through the holes in the buoyancy board, penetrate through the buoyancy board and the bottom of the planting pot body and extend out of the planting pot body; C, the upper surface of the water absorption fiber board is covered with a soil layer, and plant seeds are planted in the soil layer in a buried mode, or plant seedlings are transplanted into the soil layer; D, the planting pot body is placed in the pot sleeve, the pot sleeve and the planting pot body are connected in a sleeved mode, and water is poured into the pot sleeve through a gap between the outer wall of the planting pot body and the inner wall of the pot sleeve. The using method of the buoyancy flowerpot has the advantages that the using method is simple, a product in use is simple in structure and high in strength, manual observation at any time is not needed, and plants can absorb water as needed.
Description
Technical field:
The present invention relates to technical field of living goods, particularly a kind of using method of buoyancy flowerpot.
Background technology:
At present, common flowerpot cannot be observed the dry wet situation of soil, for the unfamiliar person of growing flower, cannot judge in the situation of soil regime carry out Shi Shui for flowers through being everlasting, and causes flower growth bad even dead.China's patent application 201210323576.2, has proposed a kind of flowerpot, and this technology comprises basin body, in the inner soil of basin body, is embedded with at least one water-absorbing body.Water-absorbing body is two; Water-absorbing body is sponge.This flowerpot sponge therein can absorb moisture content unnecessary in soil, prevents the death of plants and flowers in flowerpot; In the time of antecedent soil moisture, the water that plants and flowers can also absorb in sponge sustains life.In addition, China's patent application 201210178316.0, has transparent windows on this technology basin body sidewall.Can intuitively observe soil dry-wet situation in basin, situation determines whether water according to the observation.Solve to a certain extent the problem that flowerpot waters although above-mentioned, in practical operation, had following point, 1, need artificial constantly to observe, whether water and depend on the observation of human eye, instead of whether plant needs.2, sponge is embedded among soil for a long time, and easily breed bacteria and fungi, affect plant growth.For solving the problems of the technologies described above, need to occur that a kind of using method is simple, the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw the using method of a kind of buoyancy flowerpot of moisture content according to plant self.
Summary of the invention:
The object of the invention is to overcome the shortcoming existing in prior art, provide a kind of using method simple, the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw the using method of a kind of buoyancy flowerpot of moisture content according to plant self.
To achieve these goals, the invention provides a kind of using method of buoyancy flowerpot, wherein, comprise the steps:
A, first flower-pot cover is placed on the windowsill or desktop of level;
B, then place buoyancy plate in cultivation pot bottom, on buoyancy plate, hole, place water-absorption fiber plate at buoyancy plate upper surface, make the water-absorption fiber bar of water-absorption fiber plate below can vertically pass the hole on buoyancy plate, run through buoyancy plate, cultivation pot bottom, lean out cultivation pot bottom;
C, mulching soil layer on water-absorption fiber plate upper surface again, make soil horizon thickness reach 30cm-35cm, heeling-in plant seed or transplant plant nursery stock in soil horizon;
D, finally cultivation pot is placed in flower-pot cover, make flower-pot cover and cultivation pot socket, gap between cultivation pot outer wall and flower-pot cover inwall is toward pouring flower-pot cover, make cultivation pot emersion flower-pot cover under buoyancy, make water-absorption fiber bar draw moisture content in the flower-pot cover of cultivation pot bottom, supply with water-absorption fiber plate, by water-absorption fiber plate, moisture content is supplemented to the root system of plant in soil horizon;
E, consume moisture content to a certain extent time when root system of plant, moisture content between flower-pot cover inwall and cultivation pot outer wall can reduce and cause water level to decline, and then cause cultivation pot to fall into flower-pot cover inside, in the time seeing that cultivation pot upper limb and flower-pot cover upper limb are horizontal, the moisture content in flower-pot cover just needs to supplement.
A kind of buoyancy flowerpot that using method of the present invention is used, comprise flower-pot cover, water-absorption fiber bar, buoyancy plate, water-absorption fiber plate, soil horizon and cultivation pot, wherein, described cultivation pot inner bottom part is provided with buoyancy plate, buoyancy plate is placed on cultivation pot bottom, on buoyancy plate, be provided with water-absorption fiber plate, water-absorption fiber plate is placed on buoyancy plate upper surface, water-absorption fiber plate bottom is provided with water-absorption fiber bar, water-absorption fiber bar is many, water-absorption fiber bar and water-absorption fiber plate are one-body molded during fabrication, water-absorption fiber bar vertically downward, run through buoyancy plate and cultivation pot bottom, lean out cultivation pot, water-absorption fiber plate upper surface is provided with soil horizon, soil horizon covers water-absorption fiber plate upper surface, cultivation pot outside is socketed with flower-pot cover, flower-pot cover sealed bottom, upper opening, between cultivation pot and flower-pot cover, clear water is set, clear water is trapped between cultivation pot and flower-pot cover, make cultivation pot swim in flower-pot cover inside.
The internal diameter of described flower-pot cover is 20cm-60cm, is highly 40cm-60cm, and the internal diameter of cultivation pot is 18cm-58cm, is highly 40cm-60cm.
The thickness of described buoyancy plate is 10cm-15cm, and the thickness of water-absorption fiber plate is 3cm-5cm, and the length of water-absorption fiber bar is 12cm-14cm, and soil horizon thickness is 30cm-35cm.
Advantage of the present invention is, using method is simple, and the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw moisture content according to plant self, is specially:
First the present invention is placed on flower-pot cover on the windowsill or desktop of level, then place buoyancy plate in cultivation pot bottom, on buoyancy plate, hole, place water-absorption fiber plate at buoyancy plate upper surface, make the water-absorption fiber bar of water-absorption fiber plate below can vertically pass the hole on buoyancy plate, run through buoyancy plate, cultivation pot bottom, lean out cultivation pot bottom, mulching soil layer on water-absorption fiber plate upper surface again, make soil horizon thickness reach 30cm-35cm, heeling-in plant seed or transplanting plant nursery stock in soil horizon, finally cultivation pot is placed in flower-pot cover, make flower-pot cover and cultivation pot socket, gap between cultivation pot outer wall and flower-pot cover inwall is toward pouring flower-pot cover, make cultivation pot emersion flower-pot cover under buoyancy, make water-absorption fiber bar draw moisture content in the flower-pot cover of cultivation pot bottom, supply with water-absorption fiber plate, by water-absorption fiber plate, moisture content is supplemented to the root system of plant in soil horizon.When root system of plant consumes moisture content to a certain extent time, moisture content between flower-pot cover inwall and cultivation pot outer wall can reduce and cause water level to decline, and then cause cultivation pot to fall into flower-pot cover inside, in the time seeing that cultivation pot upper limb and flower-pot cover upper limb are horizontal, the moisture content in flower-pot cover just needs to supplement.And then it is simple to reach using method, the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw the object of moisture content according to plant self.
Brief description of the drawings:
Fig. 1 is use state cutaway view of the present invention.
Accompanying drawing mark:
1, flower-pot cover 2, water-absorption fiber bar 3, buoyancy plate 4, water-absorption fiber plate
5, soil horizon 6, cultivation pot
Embodiment:
Below in conjunction with accompanying drawing, the present invention will be described.Fig. 1 is use state cutaway view of the present invention.
The using method of a kind of buoyancy flowerpot of the present invention, wherein, comprises the steps: A, first flower-pot cover is placed on the windowsill or desktop of level; B, then place buoyancy plate in cultivation pot bottom, on buoyancy plate, hole, place water-absorption fiber plate at buoyancy plate upper surface, make the water-absorption fiber bar of water-absorption fiber plate below can vertically pass the hole on buoyancy plate, run through buoyancy plate, cultivation pot bottom, lean out cultivation pot bottom; C, mulching soil layer on water-absorption fiber plate upper surface again, make soil horizon thickness reach 30cm-35cm, heeling-in plant seed or transplant plant nursery stock in soil horizon; D, finally cultivation pot is placed in flower-pot cover, make flower-pot cover and cultivation pot socket, gap between cultivation pot outer wall and flower-pot cover inwall is toward pouring flower-pot cover, make cultivation pot emersion flower-pot cover under buoyancy, make water-absorption fiber bar draw moisture content in the flower-pot cover of cultivation pot bottom, supply with water-absorption fiber plate, by water-absorption fiber plate, moisture content is supplemented to the root system of plant in soil horizon; E, consume moisture content to a certain extent time when root system of plant, moisture content between flower-pot cover inwall and cultivation pot outer wall can reduce and cause water level to decline, and then cause cultivation pot to fall into flower-pot cover inside, in the time seeing that cultivation pot upper limb and flower-pot cover upper limb are horizontal, the moisture content in flower-pot cover just needs to supplement.
A kind of buoyancy flowerpot that using method of the present invention is used, comprise flower-pot cover 1, water-absorption fiber bar 2, buoyancy plate 3, water-absorption fiber plate 4, soil horizon 5 and cultivation pot 6, wherein, cultivation pot 6 inner bottom parts are provided with buoyancy plate 3, buoyancy plate 3 is placed on cultivation pot 6 bottoms, on buoyancy plate 3, be provided with water-absorption fiber plate 4, water-absorption fiber plate 4 is placed on buoyancy plate 3 upper surfaces, water-absorption fiber plate 4 bottoms are provided with water-absorption fiber bar 2, water-absorption fiber bar 2 is many, water-absorption fiber bar 2 is one-body molded during fabrication with water-absorption fiber plate 4, water-absorption fiber bar 2 vertically downward, run through buoyancy plate 3 and cultivation pot bottom, lean out cultivation pot 6, water-absorption fiber plate 4 upper surfaces are provided with soil horizon 5, soil horizon 5 covers water-absorption fiber plate 4 upper surfaces, cultivation pot 6 outsides are socketed with flower-pot cover 1, flower-pot cover 1 sealed bottom, upper opening, between cultivation pot 6 and flower-pot cover 1, clear water is set, clear water is trapped between cultivation pot 6 and flower-pot cover 1, make cultivation pot 6 swim in flower-pot cover 1 inside.The internal diameter of stating flower-pot cover 1 is 20cm-60cm, is highly 40cm-60cm, and the internal diameter of cultivation pot 6 is 18cm-58cm, is highly 40cm-60cm.The thickness of buoyancy plate 3 is 10cm-15cm, and the thickness of water-absorption fiber plate 4 is 3cm-5cm, and the length of water-absorption fiber bar 2 is 12cm-14cm, and soil horizon 5 thickness are 30cm-35cm.
Advantage of the present invention is, using method is simple, and the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw moisture content according to plant self, is specially:
First the present invention is placed on flower-pot cover on the windowsill or desktop of level, then place buoyancy plate in cultivation pot bottom, on buoyancy plate, hole, place water-absorption fiber plate at buoyancy plate upper surface, make the water-absorption fiber bar of water-absorption fiber plate below can vertically pass the hole on buoyancy plate, run through buoyancy plate, cultivation pot bottom, lean out cultivation pot bottom, mulching soil layer on water-absorption fiber plate upper surface again, make soil horizon thickness reach 30cm-35cm, heeling-in plant seed or transplanting plant nursery stock in soil horizon, finally cultivation pot is placed in flower-pot cover, make flower-pot cover and cultivation pot socket, gap between cultivation pot outer wall and flower-pot cover inwall is toward pouring flower-pot cover, make cultivation pot emersion flower-pot cover under buoyancy, make water-absorption fiber bar draw moisture content in the flower-pot cover of cultivation pot bottom, supply with water-absorption fiber plate, by water-absorption fiber plate, moisture content is supplemented to the root system of plant in soil horizon.When root system of plant consumes moisture content to a certain extent time, moisture content between flower-pot cover inwall and cultivation pot outer wall can reduce and cause water level to decline, and then cause cultivation pot to fall into flower-pot cover inside, in the time seeing that cultivation pot upper limb and flower-pot cover upper limb are horizontal, the moisture content in flower-pot cover just needs to supplement.And then it is simple to reach using method, the product structure of use is simple, and intensity is high and without manually observing at any time, need to draw the object of moisture content according to plant self.
Claims (1)
1. a using method for buoyancy flowerpot, is characterized in that, comprises the steps:
A, first flower-pot cover is placed on the windowsill or desktop of level;
B, then place buoyancy plate in cultivation pot bottom, on buoyancy plate, hole, place water-absorption fiber plate at buoyancy plate upper surface, make the water-absorption fiber bar of water-absorption fiber plate below can vertically pass the hole on buoyancy plate, run through buoyancy plate, cultivation pot bottom, lean out cultivation pot bottom;
C, mulching soil layer on water-absorption fiber plate upper surface again, make soil horizon thickness reach 30cm-35cm, heeling-in plant seed or transplant plant nursery stock in soil horizon;
D, finally cultivation pot is placed in flower-pot cover, make flower-pot cover and cultivation pot socket, gap between cultivation pot outer wall and flower-pot cover inwall is toward pouring flower-pot cover, make cultivation pot emersion flower-pot cover under buoyancy, make water-absorption fiber bar draw moisture content in the flower-pot cover of cultivation pot bottom, supply with water-absorption fiber plate, by water-absorption fiber plate, moisture content is supplemented to the root system of plant in soil horizon;
E, consume moisture content to a certain extent time when root system of plant, moisture content between flower-pot cover inwall and cultivation pot outer wall can reduce and cause water level to decline, and then cause cultivation pot to fall into flower-pot cover inside, in the time seeing that cultivation pot upper limb and flower-pot cover upper limb are horizontal, the moisture content in flower-pot cover just needs to supplement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410368722.2A CN104186227A (en) | 2014-07-30 | 2014-07-30 | Using method of buoyancy flowerpot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410368722.2A CN104186227A (en) | 2014-07-30 | 2014-07-30 | Using method of buoyancy flowerpot |
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| CN104186227A true CN104186227A (en) | 2014-12-10 |
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| CN201410368722.2A Pending CN104186227A (en) | 2014-07-30 | 2014-07-30 | Using method of buoyancy flowerpot |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108323422A (en) * | 2017-08-01 | 2018-07-27 | 周光世 | Flush type infiltration apparatus |
| CN110663394A (en) * | 2019-09-25 | 2020-01-10 | 奇点物联网股份有限公司 | Aquatic horticulture cultivation case |
| CN115136813A (en) * | 2022-06-02 | 2022-10-04 | 管群祥 | Self-sinking and floating water planting platform equipment |
-
2014
- 2014-07-30 CN CN201410368722.2A patent/CN104186227A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108323422A (en) * | 2017-08-01 | 2018-07-27 | 周光世 | Flush type infiltration apparatus |
| CN108323422B (en) * | 2017-08-01 | 2021-01-19 | 周光世 | Embedded type infiltration device |
| CN110663394A (en) * | 2019-09-25 | 2020-01-10 | 奇点物联网股份有限公司 | Aquatic horticulture cultivation case |
| CN115136813A (en) * | 2022-06-02 | 2022-10-04 | 管群祥 | Self-sinking and floating water planting platform equipment |
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| C06 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20141210 |