CN101699959A - Method and device for creating multidirectional planting - Google Patents
Method and device for creating multidirectional planting Download PDFInfo
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- CN101699959A CN101699959A CN200910224422A CN200910224422A CN101699959A CN 101699959 A CN101699959 A CN 101699959A CN 200910224422 A CN200910224422 A CN 200910224422A CN 200910224422 A CN200910224422 A CN 200910224422A CN 101699959 A CN101699959 A CN 101699959A
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Abstract
The invention discloses a method and a device for creating multidirectional planting. The method comprises the following steps of: A. planning on planting; B. sequentially connecting floral organs in series to form a closed water channel; C. connecting a water supply device to the water channel; D. connecting a feeder and a hosepipe; and E finally, adding fertilizer and pesticide to the feeder; supplying nutrients to plants in various floral organs by the water channel by using the pressure of tap water as power and automatically supplying water without energy consumption by the water supply device, wherein the water supply part stops supplying water when a water level in a water tank rises to a set height, and the water supply part starts to automatically supply water when the water level in a water tank falls back to the set height. The device comprises the floral organs, the water supply device, a pipeline, pipeline connectors and the feeder, wherein each floral organ comprises a water tank and more than one flowerpot arranged in the communicated water tank. The invention not only saves energy, time and labor and protects the environment, but also improves the utilization rate of resources.
Description
Technical field
The present invention relates to method and equipment thereof that a kind of object to needs greenings carries out multidirectional planting, specifically be meant a kind of energy-saving and environmental protecting, simple and practical and that have the method and the equipment thereof of the adjustable establishment multidirectional planting of the controlled humidity of planting soil.
Background technology
The method of traditional establishment multidirectional planting is that each pot plant is managed separately, wastes time and energy, after plant applied fertilizer or spray agricultural chemicals, fertilizer and agricultural chemicals are diffused in the environment of periphery, have not only reduced the availability of fertilizer and agricultural chemicals, but also severe contamination environment.In addition, every basin plant executed water after, the phenomenon of seepage can take place, the availability of water is also extremely low, can not effectively control the humidity of cultivation matrix, is unfavorable for very much the growth of plant.
Summary of the invention
In order to overcome above-mentioned deficiency, the object of the present invention is to provide a kind of method of establishment multidirectional planting.Not only energy-saving and environmental protecting of this method, simple and practical, time saving and energy saving, but also improved the availability of fertilizer, agricultural chemicals and water resource.And can make the controlled humidity of planting soil adjustable, be beneficial to the growth of plant.
Another object of the present invention is to provide a kind of used equipment of multidirectional planting of creating.
For solving the problems of the technologies described above, the technical solution adopted in the present invention is: create the method and the equipment thereof of multidirectional planting, may further comprise the steps: A, greening are arranged: several floral organs of having planted pot plant are located in facade, inclined-plane or the plane that needs the object that afforest on the sustained height or are located in its facade/inclined-plane on the differing heights; B, floral organ connect: for being located at the floral organ of afforesting on the same level height, its delivery port and water inlet are all at the bottom or the floral organ sidewall bottom position of floral organ, after by pipeline and connector thereof each floral organ being connected in series mutually, form the sealing water stream channel of a connected vessels type; For being located at the floral organ on the differing heights in facade/inclined-plane, be connected in series mutually on earth by height successively by pipeline and connector thereof, after all floral organs are connected in series mutually, form the water stream channel of a sealing, and water (flow) direction flows into from the floral organ of highest point earlier, from the floral organ outflow of lowest part; C, water feeder is inserted above-mentioned water stream channel: water feeder is made of feedwater portion and cistern, to floral organ and being connected of water feeder that is located at same level height is, cistern is connected with floral organ, and all floral organs and cistern constitute linker; The floral organ on the differing heights with being connected of water feeder is in facade/inclined-plane to being located at, feedwater portion connects the floral organ of highest point, the floral organ of lowest part connects cistern, cistern and the floral organ that is attached thereto constitute linker D, insert dispenser and running water pipe: with feedwater portion and the dispenser in the water feeder, running water pipe is connected in series E successively mutually, at last, fertilizer and agricultural chemicals are joined in the dispenser, open the flow control switch on the dispenser, pressure with running water is power, provide nutrient by above-mentioned water stream channel for the plant in each floral organ, and realize no energy consumption ground automatic water-supply by water feeder, after the water level in the cistern rises to set height, feedwater portion just stops to supply water, after the water level in the cistern fell back to set height, feedwater portion began automatic water-supply again.
In the described floral organ cultivation matrix is arranged, this matrix is by the good material of soil and water-permeable and air permeable or draws notes, contains the good material of water storage and mix in certain proportion.
Create the used equipment of method of multidirectional planting, it is made up of floral organ, water feeder, pipeline and connector thereof, dispenser, described dispenser is the feed bin of a cylindrical or cube structure, the two ends of described feed bin are provided with water inlet pipe and outlet pipe, described water inlet pipe is provided with flow control switch, the tube wall of described outlet pipe is provided with tap, and the top of described feed bin is provided with charge door, and charge door is provided with stopper or lid or flow control switch; Pipeline and connector or PVC-U pipeline and connector thereof that described pipeline and connector thereof adopt pneumatic equipment to use.This pipeline and connector thereof have easy to carry, and dismounting is simple, convenient and can return the characteristics of manipulating again, and it helps being communicated with of the polyphone of floral organ and floral organ and floral organ and water feeder, also help on greening face assembly and organize various individualized pattern/moulding; It is the autocontrol water feeder of CN90202195.8 that described water feeder adopts the patent No., and this water feeder is divided into feedwater portion and cistern two parts, and feedwater is deployed in cistern.This water feeder is that the pressure of utilization running water is used as power and the buoyancy of water itself carries out water filling as resistance and stop water filling realizing the automatic control feedwater.Above all devices all can be hidden in the object of being afforested.
Described floral organ is to be made of flowerpot and water receiver, and flowerpot has more than one and is located in the water receiver, and flowerpot communicates with water receiver.
Discharge outlet or water filling port set on the sidewall of described water receiver can move up and down along the sidewall of water receiver, by selecting and adjust discharge outlet or the water filling port height on the sidewall of water receiver for use, with the height of water level in definite and the adjusting water receiver, thus the humidity of cultivation matrix in the control flowerpot.
The bottom of described flowerpot can be extended out more than one bailing pipe, and described bailing pipe is located in the water receiver, and described flowerpot is positioned at outside the water receiver.Cultivation matrix in the bailing pipe is an one with cultivation matrix in the flowerpot, and described bailing pipe is to use cultivation matrix (soil) to the function of drawing notes, containing storage of the water water guide that draws water.
Can also be provided with the nutriment bottle on the described water receiver, described nutriment bottle can be located at the outside of water receiver or be located in the water receiver, the nutriment bottle that is located at the water receiver outside passes through pipeline and connector or nutrient supply pipe thereof and is connected with water receiver, the bottom that is located at the nutriment bottle of water receiver outside is connected by the water filling port of nutrient supply pipe with the water receiver sidewall, the bottle cap that is located at the outside inverted nutriment bottle of water receiver is connected with the water filling port of water receiver sidewall by pipeline and connector thereof, the nutriment bottle that is located in the water receiver is inverted, and water receiver communicates with the nutriment bottle.Described nutriment bottle is that the utilization atmospheric pressure carries out automatic provisions.
Described nutrient supply pipe is provided with the keeping gauge tap.On the bottom that described gauge tap is provided in a side of the nutriment bottle and the nutrient supply pipe that the water filling port of water receiver sidewall is connected.
The bottle mouth position of described nutriment bottle is provided with bottle cap, this bottle cap is provided in a side of on the bottleneck of being inverted the nutriment bottle, described bottle cap is to be made of enclosing cover and inner cap, and inner cap is connected on the bottleneck, and the enclosing cover that is positioned at the inner cap periphery is upside down in water receiver or is upside down in water receiver outer and than the place of water filling port height or level; When inner cap rotates counterclockwise when blocking, enclosing cover give staggering mutually of water hole and inner cap to the water hole, at this moment, current are closed; When inner cap clockwise rotates when blocking, enclosing cover give the then corresponding of water hole and inner cap to the water hole, current are switched on.This bottle cap itself is a flow control switch.
Described water feeder also can be located in the flowerpot of no inlet opening or not have in the water receiver of discharge outlet and no water filling port, and can move up and down along the sidewall of flowerpot or water receiver.
Beneficial effect of the present invention is: have full-automatic, no energy consumption, free of contamination feedwater (material) system under the condition of no external force effect, just can be embodied as plant growing essential nutrient is provided, thereby guarantee that all pot plants (comprising hydroponic plant) can grow vigorously in the environment of being created, decorate for multidirectional planting and hew out great scope of land.The greening face of being created arbitrarily assembly is organized various individualized patterns, moulding, also can change various plant variety at any time, and the greening face of being created cleaning is dry and comfortable---phenomenon of seepage, tide change can not take place, can not waste a water yet.The process of feedwater feed is to carry out in the container of sealing by pipeline, so reduce time and contact-making surface that fertilizer, agricultural chemicals contact with air to greatest extent, thereby pollution is reduced to minimum, and fully improve the availability of fertilizer, agricultural chemicals, simultaneously can also be effectively remove the damage by disease and insect with in the water body inside and outside the plant corpus, in the cultivation matrix clean.This feedwater feeding method really reaches energy-saving and environmental protecting, simple and practical purpose.Cultivation matrix humidity in the flowerpot is adjustable controlled, for growing vigorously of plant provides powerful guarantee.
Description of drawings
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail:
Fig. 1 is the layout drawing of facade greening of the present invention;
Fig. 2 is the layout drawing of plane greening of the present invention;
Fig. 3 is the structural representation of floral organ among the present invention;
Fig. 4 is the structural representation of dispenser among the present invention;
Fig. 5 is for being connected with the floral organ structural representation of nutriment bottle among the present invention;
Fig. 6 is for being connected with the floral organ structural representation of being inverted the nutriment bottle among the present invention.
Among the figure: 1, floral organ; 2, pipeline and connector thereof; 3, water feeder; 4, dispenser; 5, the facade of building; 6, flowerpot; 7, water receiver; 8, inlet opening; 9, water filling port; 10, discharge outlet; 11, feed bin; 12, water inlet pipe; 13, outlet pipe; 14, flow control switch; 15, tap; 16, charge door; 17, stopper; 18, feedwater portion; 19, cistern; 20, cultivation matrix; 21, running water pipe; 22, bailing pipe; 23, nutrient supply pipe; 24, nutriment bottle; 25, support gauge tap; 26, bottle cap; 27, enclosing cover; 28, inner cap; 29, enclosing cover is given the water hole; 30 inner caps are given the water hole; 31, charge door.
Specific embodiment
Embodiment 1: as shown in Figure 1, create the method for facade and inclined-plane greening, it may further comprise the steps: the perlite that at first fetch earth earth and some water-permeable and air permeables are good mixes in certain proportion, with it as cultivation matrix 20, in the flowerpot 6 of packing into and plant pot plant; If hydroponic plant does not just need cultivation matrix 20, directly be implanted into hydroponic plant, behind 6 kinds of plants of flowerpot at flowerpot 6; Secondly, the water receiver 7 with several floral organs 1 is installed on the facade 5 or inclined-plane 5 that needs greening; Thereafter, the water receiver 7 of the floral organ in the above-mentioned steps 1 is connected in series by height on earth successively mutually by pipeline and connector 2 thereof, after all floral organ 1 serial connections, form the water stream channel of a sealing, the water receiver 7 that is positioned at the floral organ 1 of highest point is ganged up mutually with the feedwater portion 18 of water feeder 3, mutually serial connection last also be that the water receiver 7 of the floral organ 1 of lowest part is connected with the cistern 19 of water feeder 3; Then, with feedwater portion in the water feeder 3 18 and dispenser 4, running water pipe 21 is connected in series successively mutually, at last, with fertilizer, agricultural chemicals joins in the feed bin 11 of dispenser 4, the flow control switch 14 of fetching boiling water, under the effect of the hydraulic pressure of running water, fertilizer, agricultural chemicals flows into 7 li of the water receivers of the floral organ 1 of highest points through the feedwater portion 18 of water feeder 3 from dispenser 4 in company with running water, when rising to its discharge outlet 10, the water level of this floral organ 1 just flows to next coupled floral organ 1, water flows to this that to flow to be connected in series last also be minimum floral organ 1 always, 19 one-tenth linkers of cistern of the water receiver 7 of this floral organ 1 and water feeder 3.After the water level in water receiver 7 or the cistern 19 rises to the set height that stops water filling, interrupt water filling, 3 of water feeders stop floral organ 1 water filling to highest point.After the moisture absorption of root system of plant with 20 li of cultivation matrixes, cultivation matrix 20 humidity just descend thereupon, the water that water receiver is 7 li, fertilizer, agricultural chemicals are just from the inlet opening 8, draw by cultivation matrix 20 notes, contain storage or oneself penetrate into 20 li of matrix, this moment, the water level of water receiver 7 will reduce, and the water level of the cistern 19 in the water feeder 3 of Lian Tonging also falls after rise thereupon with it.Fall back to the height of set water filling when this water level after, begin automatic water filling again, water feeder 3 just begins floral organ 1 water filling to highest point.Go round and begin again, return the work of returning to work.Thereby reach the purpose of full-automatic, no energy consumption, free of contamination feedwater feed, guarantee simultaneously the plant on the facade of creating and the inclined-plane can grow vigorously.
Embodiment 2: as shown in Figure 2, be created in the method for sustained height place greening in facade, inclined-plane or the plane, it may further comprise the steps: the earth that at first fetches earth mixes in certain proportion with the water-absorbing resin starch graft acrylic acid, with it as cultivation matrix 20, in the flowerpot 6 of packing into and plant pot plant; Secondly, several floral organs 1 and water feeder 3 are fixed on the same level height in facade, inclined-plane or the plane of needs greening; Once more, the water receiver 7 with floral organ 1 is connected the cistern 19 formation linkers of the water receiver of all floral organs and water feeder 3 with the cistern 19 of water feeder 3; Then, the feedwater portion 18 in the water feeder 3 is connected in series successively mutually with dispenser 4, running water pipe 21.At last, fertilizer, agricultural chemicals are joined in the feed bin 11 of dispenser 4, the flow control switch 14 of fetching boiling water is under the effect of the hydraulic pressure of running water, fertilizer, agricultural chemicals flow into the cistern 19 of water feeders 3 from the feedwater portion 18 of dispenser 4 through water feeder 3 in company with running water, flow into 7 li of the water receivers of floral organ 1 again.After the water level in water receiver 7 and the cistern 19 rises to the set height that stops water filling, interrupt water filling.After the moisture absorption of root system with 20 li of cultivation matrixes of plant, matrix 20 humidity just descend thereupon.After matrix 20 humidity reduce, the water that water receiver is 7 li, fertilizer, agricultural chemicals are just from the inlet opening 8, draw by cultivation matrix 20 notes, contain storage or oneself penetrate into 20 li of cultivation matrixes, the water level of water receiver 7 will reduce then--the water level of-cistern 19 also falls after rise thereupon.Fall back to the height of set water filling when this water level after, begin automatic water filling again.Go round and begin again, return the work of returning to work.Thereby reach the purpose of full-automatic, no energy consumption, free of contamination feedwater feed, guarantee that simultaneously the plant at the sustained height place created can grow vigorously.
Among embodiment 1 and the embodiment 2, as shown in Figure 3, Figure 4, used equipment is made up of floral organ 1, water feeder 3, pipeline and connector 2 thereof, dispenser 4, described floral organ 1 is to be made of flowerpot 6 and water receiver 7, described flowerpot 6 is more than one and is located in the water receiver 7, form the chamber of sealing between flowerpot 6 and the water receiver 7, the bottom of described flowerpot 6 is provided with inlet opening 8, can certainly extend more than one bailing pipe 22 (as shown in Figure 5) in the bottom of flowerpot 6, described bailing pipe 22 is located in the water receiver 7, and this flowerpot is positioned at outside the water receiver.The sidewall of described water receiver 7 is provided with water filling port 9 and discharge outlet 10, and the discharge outlet 10 that is connected with pipeline and connector 2 thereof can move up and down along the sidewall of water receiver 7.Described dispenser 4 is feed bins 11 of a cylindrical or cube structure, the two ends of described feed bin 11 are provided with water inlet pipe 12 and outlet pipe 13, described water inlet pipe 12 is provided with flow control switch 14, the tube wall of described outlet pipe 13 is provided with tap 15, the top of described feed bin is provided with charge door 16, and charge door is provided with stopper 17.It is the autocontrol water feeder of CN90202195.8 that described water feeder adopts the patent No., and this water feeder is divided into feedwater portion and cistern two parts, and feedwater is deployed in cistern.This water feeder is that the pressure of utilization running water is used as power and the buoyancy of water itself carries out water filling as resistance and stop water filling realizing the automatic control feedwater.Pipeline and connector or PVC-U pipeline and connector thereof that described pipeline and connector thereof adopt pneumatic equipment to use, this pipeline and connector thereof have easy to carry, dismounting is simple, convenient and can return the characteristics of manipulating again, help being communicated with of the polyphone of floral organ and floral organ and floral organ and water feeder, also help on greening face assembly and organize various individualized pattern/moulding.In addition, as shown in Figure 5, also be provided with nutriment bottle 24 on the described water receiver 7, the bottom of described nutriment bottle 24 is connected with nutrient supply pipe 23, the other end of nutrient supply pipe 23 is connected with the water filling port 9 of water receiver 7 sidewalls, nutrient supply pipe 23 is provided with supports gauge tap 25, and described water filling port 9 can move up and down along the sidewall of water receiver 7.When water feeder and dispenser do not work or the situation that do not have to be provided with under, open and support gauge tap 25, nutriment bottle 24 alternative water feeders and dispenser carry out work, because nutriment bottle 24 internal memories are placed with water, fertilizer, can also put some agricultural chemicals, according to linker and atmospheric principle, water, fertilizer and agricultural chemicals can enter in the water receiver 7 by nutrient supply pipe 23 in the nutriment bottle 24, thereby provide nutrients such as water, fertilizer for the plant in the flowerpot.As shown in Figure 6, described nutriment bottle is upside down in the water receiver, and the bottle mouth position of described nutriment bottle 24 is provided with bottle cap 26, described bottle cap 26 itself is a switch, it is to be made of enclosing cover 27 and inner cap 28, and inner cap 28 is connected on the bottleneck, and the enclosing cover 27 that is positioned at inner cap 28 peripheries is upside down in water receiver 7; When inner cap 28 rotates counterclockwise when blocking, stagger mutually in the give water hole 29 and the water hole 30 of giving of inner cap of enclosing cover, when inner cap 28 clockwise rotates when blocking, enclosing cover give the corresponding of water hole 29 and inner cap to 30 in water hole, when water feeder and dispenser do not work or the situation that do not have to be provided with under, clockwise rotate inner cap and then open bottle cap switch 26, according to linker and atmospheric principle, nutriment bottle 24 alternative water feeders and dispenser carry out work, when nutrients such as the water in the nutriment bottle 24, fertilizer use up, can add again from the charge door on the nutriment bottle 24 31.
The humidity of planting soil is adjustable controlled in the floral organ, its operation principle is as follows: the raising of the water level in the floral organ in the water receiver more helps cultivation matrix (soil) drawing notes, contain the infiltration to cultivation matrix (soil) of storage and water, so the height of water receiver water level determines and affect the humidity of cultivation matrix water.Therefore, the humidity of the height of water receiver water level and cultivation matrix is proportional.In addition, the factor of influence and decision cultivation matrix humidity is: the earth in the cultivation matrix (or add one this draw notes, contain the good material of water storage, as: the water-absorbing resin starch graft acrylic acid) (or add the good material of some water-permeable and air permeables with sand, as: ratio perlite), both than, earth is more much better than sand to drawing notes and containing storage of water, but the infiltration of water in sand is just fine.The principal element of influence and decision cultivation matrix humidity is: earth draws notes, contains the function of storage, rather than the penetration of water, so cultivation matrix humidity is proportional with the occupancy volume of earth in cultivation matrix.Again therefore, according to above two proportional relations, the cultivation matrix humidity in the floral organ of the present invention is controllable.
Claims (10)
1. method of creating multidirectional planting is characterized in that: may further comprise the steps: A, greening are arranged: be located in facade, inclined-plane or the plane that needs afforest several floral organs (1) of having planted pot plant on the same level height or be located in facade/inclined-plane on the differing heights; B, floral organ connect: for all floral organs (1) that are located on the same level height, its delivery port and water inlet are all at the bottom or the floral organ sidewall bottom position of floral organ, after by pipeline and connector (2) thereof each floral organ (1) being connected in series mutually, form the sealing water stream channel of a connected vessels type; For being located at the floral organ on the differing heights (1) in facade/inclined-plane, be connected in series mutually on earth by height successively by pipeline and connector (2) thereof, after all floral organs (1) serial connection, form the water stream channel of a sealing, and water (flow) direction flows into from the floral organ (1) of highest point earlier, from floral organ (1) outflow of lowest part; C, water feeder (3) is inserted above-mentioned water stream channel: water feeder (3) is made of feedwater portion (18) and cistern (19), to the floral organ (1) that is located at same level height be with being connected of water feeder (3), cistern (19) is connected with floral organ (1), and all floral organs (1) constitute linker with cistern (19); The floral organ on the differing heights (1) with being connected of water feeder (3) is in facade/inclined-plane to being located at, feedwater portion (18) connects the floral organ (1) of highest point, the floral organ of lowest part (1) connects cistern (19), and cistern (19) and the floral organ (1) that is attached thereto constitute linker; D, insert dispenser (4) and running water pipe (21): the feedwater portion (18) in the water feeder (3) is connected in series successively mutually with dispenser (4), running water pipe (21); E, last, fertilizer and agricultural chemicals are joined in the dispenser (4), open the flow control switch (14) on the dispenser (4), pressure with running water is power, provide nutrient by above-mentioned water stream channel for the plant in each floral organ (1), and realize no energy consumption ground automatic water-supply by water feeder (3), after the water level in the cistern (19) rises to set height, feedwater portion (18) just stops to supply water, after the water level in the cistern (19) fell back to set height, feedwater portion (19) began automatic water-supply again.
2. the method for establishment multidirectional planting according to claim 1, it is characterized in that: cultivation matrix (20) is arranged in the described floral organ (1), and this matrix (20) is by the good material of soil and water-permeable and air permeable or draws notes, contains the good material of water storage and mix in certain proportion.
3. create the used equipment of method of multidirectional planting, it is characterized in that: it is by floral organ (1), water feeder (3), pipeline and connector thereof (2), dispenser (4) is formed, described dispenser (4) is the feed bin (11) of a cylindrical or cube structure, the two ends of described feed bin (11) are provided with water inlet pipe (12) and outlet pipe (13), described water inlet pipe (12) is provided with flow control switch (14), the tube wall of described outlet pipe (13) is provided with tap (15), the top of described feed bin is provided with charge door (16), and charge door (16) is provided with stopper or lid or flow control switch; Pipeline and connector or PVC-U pipeline and connector thereof that described pipeline and connector thereof (2) adopt pneumatic equipment to use; It is the autocontrol water feeder of CN90202195.8 that described water feeder adopts the patent No..Above all devices all can be hidden in the object of being afforested.
4. the equipment that the method for establishment multidirectional planting according to claim 3 is used, it is characterized in that: described floral organ (1) is to be made of flowerpot (6) and water receiver (7), flowerpot (6) has more than one and is located in the water receiver (7), and flowerpot (6) communicates with water receiver (7).
5. the equipment that the method for establishment multidirectional planting according to claim 4 is used is characterized in that: set discharge outlet (10) or water filling port (9) on the sidewall of described water receiver (7) can move up and down along the sidewall of water receiver (7).
6. the equipment that the method for establishment multidirectional planting according to claim 4 is used, it is characterized in that: the bottom of described flowerpot (6) can be extended out more than one bailing pipe (22), described bailing pipe (22) is located in the water receiver (7), and described flowerpot (6) is positioned at outside the water receiver (7).
7. the equipment that the method for establishment multidirectional planting according to claim 4 is used, it is characterized in that: can also be provided with nutriment bottle (24) on the described water receiver (7), described nutriment bottle (24) can be located at the outside of water receiver (7) or be located in the water receiver (7), the nutriment bottle (24) that is located at water receiver (7) outside passes through pipeline and connector (2) or nutrient supply pipe (23) thereof and is connected with water receiver (7), the nutriment bottle (24) that is located in the water receiver (7) is inverted, and water receiver (7) communicates with nutriment bottle (24).
8. the equipment that the method for establishment multidirectional planting according to claim 7 is used is characterized in that: described nutrient supply pipe (23) is provided with supports gauge tap (25).
9. the equipment that the method for establishment multidirectional planting according to claim 7 is used, it is characterized in that: the bottle mouth position of described nutriment bottle (24) is provided with bottle cap (26), described bottle cap (26) is to be made of enclosing cover (27) and inner cap (28), inner cap (28) is connected on the bottleneck, is positioned at the peripheral enclosing cover (27) of inner cap (28) and is upside down in water receiver (7) or is upside down in water receiver (7) outward and than the place of water filling port (9) height or level; When inner cap (28) rotates counterclockwise when blocking, stagger mutually in the give water hole (29) and the water hole (30) of giving of inner cap of enclosing cover, when inner cap (28) clockwise rotates when blocking, enclosing cover give the then corresponding of water hole (29) and inner cap to water hole (30).
10. the equipment that the method for establishment multidirectional planting according to claim 3 is used, it is characterized in that: described water feeder (3) also can be located in the flowerpot (6) of no inlet opening (8) or not have in the water receiver (7) of discharge outlet (10) and no water filling port (9), and can move up and down along the sidewall of flowerpot (6) or water receiver (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910224422A CN101699959A (en) | 2009-07-01 | 2009-11-19 | Method and device for creating multidirectional planting |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910040764.2 | 2009-07-01 | ||
| CN200910224422A CN101699959A (en) | 2009-07-01 | 2009-11-19 | Method and device for creating multidirectional planting |
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| CN101699959A true CN101699959A (en) | 2010-05-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN200910224422A Pending CN101699959A (en) | 2009-07-01 | 2009-11-19 | Method and device for creating multidirectional planting |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106105837A (en) * | 2016-08-18 | 2016-11-16 | 无锡市永亿精密铸造有限公司 | A kind of water saving plant pot |
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2009
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106105837A (en) * | 2016-08-18 | 2016-11-16 | 无锡市永亿精密铸造有限公司 | A kind of water saving plant pot |
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Application publication date: 20100505 |