CN205052302U - From intelligent flowerpot that waters - Google Patents
From intelligent flowerpot that waters Download PDFInfo
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- CN205052302U CN205052302U CN201520785586.7U CN201520785586U CN205052302U CN 205052302 U CN205052302 U CN 205052302U CN 201520785586 U CN201520785586 U CN 201520785586U CN 205052302 U CN205052302 U CN 205052302U
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- basin
- flowerpot
- interior basin
- water
- interior
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Abstract
The utility model relates to a from intelligent flowerpot that waters, including outer basin, interior basin, interior basin wall forms the outer fringe supporter outside extension of port department, with the water storehouse of the sandwich space cavity formation flowerpot that forms behind the outer basin of interior basin embedding, the terminal surface of the circle is the eccentric circle structure in outer fringe that the outer fringe supporter constitutes circle and the flowerpot port including, basin and outer fringe supporter be provided with the filler and by the controller, with controller interconnect's the intelligent subassembly that humidity transducer, level sensor, alarm constituted including, the basin pelvic floor be provided with the infiltration hole, set up the filtration layer in the top in infiltration hole. The utility model discloses simple process, the practicality is strong, has easy operation, convenience, safe characteristics.
Description
Technical field
The utility model relates to flower planting field of containers, and particularly one is from watering intelligent flowerpot.
Background technology
Flowers have decoration space, purify air and the effect of cultivating one's taste, all can support in office or a lot of people of family and plant some flowers and plants, along with growth in the living standard and living-pattern preservation, various flowers view and admire with use more and more universal in daily life, market penetration rate improves constantly, this is for flowers enterprise, is that opportunity is challenged especially.
As everyone knows, plant needs to water pouring in time according to factors such as unexpected humidity, ambient humidity and environmental temperatures at any time foster planting in process, makes the moisture humidity that plant keeps suitable, guarantees that plant grows up strong and sturdy.Part flowers to support plant environment or conditional request not high and easily foster to plant, but some flowers is then contrary, when deficiency of watering easily causes plant hydropenia undergrowth or withered, easily cause plant root flood and cannot breathe when watering dilutional hyponatremia, and then cause butt rot and dead, therefore, need for these flowers configuration soil moisture is suitable, the flowerpot that gas permeability is excellent, but be then present in be difficult to opportunity that accurate assurance waters and irrigation amount thereof according to manually watering pouring, water in time with often forgeing because being busy with one's work, plant is caused to cause the defect of being fading because of lack of water, particularly for some enervated plants, flowers, such as orchid, it is not only to daylighting, humidity, temperature has higher requirement, simultaneously to soil, gas permeability has higher requirement.As can be seen here, along with the quickening of life and work rhythm, how to ensure that flowers grow under suitable moisture and damp condition bright-colouredly, loaded down with trivial details watering can be avoided again, develop a kind of applicable plant, the flowerpot of flower growth environment become industry common faced by technical barrier.
The personnel of domestic agriculture and forestry technical field had done deep research with regard to flowers innovative technology etc. in recent years.Wherein:
Application number be 201410654866.4 patent of invention disclose kind of a Multifunctional self-watering flowerpot, comprise pot body and water intake mechanism, pot body comprises the inner and outer basin of integration, interior basin is set in outer basin, hollow sandwich is formed between interior basin and outer disk, interior basin is cylindrical tube, its lower surface has multiple perforate, its top surface edge stretches out formation circular cover, the middle part of outer basin is provided with the sealant with the seamless link of interior basin lower surface, inclined-plane is provided with in the bottom of outer basin, the cylindrical space of bottom is divided into independently two parts, golden hook of intaking comprises hydraulic fluid cylinder and drain pipe, drain pipe top is provided with shower nozzle, hydraulic fluid cylinder top is provided with cylindric piston, there is the feature of the simple and convenient use of structure.
Application number be 201310400872.2 patent of invention disclose a kind of flower pot with automatic watering function, comprise humidity sensor, liquid level sensor, controller and water tank, humidity sensor is arranged on flowerpot inside, humidity sensor is electrically connected with controller, water tank is arranged on outside flowerpot, water outlet of water tank is provided with valve, valve is electrically connected with controller, liquid level sensor is arranged on the inner position near delivery port of water tank, liquid level sensor is electrically connected with controller, humidity sensor is arranged on flowerpot inside, can in real time to the humidity of the inner soil of monitoring flowerpot, the present invention can according to the humidity condition automatic watering of soil, go specially to water without the need to people.
Application number be 201510094562.1 patent of invention disclose a kind of flowerpot with spraying function, primarily of flowerpot, device cover, pallet and base composition, water smoke enters tube connector by conduit, then the annular air channel being positioned at flowerpot top is entered, the plant flowerpot is sprayed to from nozzle, avoid the artificial nursing to plant, plant is grown under suitable humidity environment, ozone is sent into spray chamber by air-supply passage and is mixed with water smoke by fan blower, produce ozone water mist, water mist spray containing ozone is on plant and soil, sterilizing is carried out to plant and soil.
Application number be 201410823470.8 patent of invention disclose a kind of flowerpot of automatic-watering, comprise outer basin, interior basin, controller, drip irrigation emitter, water-supply-pipe, Minitype electromagnetic valve, the elastic storage film, soil moisture detection probe and power module, the elastic storage film arranges the inner bottom part of outer basin, interior basin is set in outer basin, soil moisture detection probe is arranged on interior basin inner bottom part, water-supply-pipe is located in interior basin, its one end is connected in the elastic storage film by the through hole that interior basin bottom part is arranged, the other end is provided with drip irrigation emitter, Minitype electromagnetic valve is arranged on water-supply-pipe and the elastic storage film junction, controller is arranged on outer basin inwall, detect to pop one's head in Minitype electromagnetic valve and soil moisture respectively and be connected, the automation realizing family's greening is implemented.
But, aforementioned prior art is mainly carried out humidification by the spraying function of humidifying atomizer to soil and then is provided moisture, when but water smoke spray sprays to soil by tube wall or injection spray pipe, the hydrone resistance entered in soil due to atomization is greater than outside air forever, therefore, the central area of the inside that in fact hydrone of atomization is difficult to infiltrate into soil particularly soil, and only can carry out humidification to unexpected outer surface, most atomized water loss is in ambient air, cause the plant being in soil inside, flower root system is difficult to obtain the moisture required for growth, must carry out making up the deficiency of moisture by manually watering, meanwhile, adopt humidifying and water supplying must guarantee the continuous non-stop run of humidifier, and this kind of working method will cause expense electricity, waste water, and may noise be produced.Simultaneously, the main moisture adopted in humidity sensor monitoring soil in prior art, when moisture is lower than certain level value, by being connected to the water-supply-pipe of tap to carrying out suddenly humidification or watering pouring, but although this kind of mode improves the convenience of supporting and planting, but be the increase in implementing process difficulty, not only affect attractive in appearance, once water pipe leaks outside flowerpot will produce disastrous effect to home decoration in family or office indoor deployments water-supply-pipe especially.
For these reasons, automatically soil moisture is monitored for plant, flowers provide one both to have, there is again the moisture storage capacity of monitoring water storehouse automatically, and then realize continue certainly water water function, when preventing from adding water, excessive adding water causes water to overflow outside basin simultaneously, in order to meet the urgent demand of the industry of flowers and plants, both loaded down with trivial details problem and the problem causing soil nutrient to run off along with the flowing of moisture of frequently watering that flowers manually water had been solved, cause for want of nutrition of plant, flowers to cause undergrowth, improve again the convenience of sight and operation, safety.
Summary of the invention
The purpose of this utility model, automatically soil moisture is monitored exactly for plant, flowers provide one both to have, there is again the moisture storage capacity of monitoring water storehouse automatically, and then realize continue certainly water water function, when preventing from adding water, excessive adding water causes water to overflow outside basin simultaneously, in order to meet the urgent demand of the industry of flowers and plants, both loaded down with trivial details problem and the problem causing soil nutrient to run off along with the flowing of moisture of frequently watering that flowers manually water had been solved, cause for want of nutrition of plant, flowers to cause undergrowth, improve again the convenience of sight and operation, safety.
In order to realize above-mentioned target, the utility model is embodied as by the following technical solutions: a kind of from watering intelligent flowerpot, comprises outer basin, interior basin, the cylindrical cylindrical shell of described outer basin, describes that body and lower cylindrical shape pedestal form by Upper cylindrical; Described interior basin tub wall stretches out in port and forms outer rim supporter, after interior basin is embedded outer basin, outer rim supporter is embedded on the tub wall port of outer disk, the water storehouse of flowerpot is formed by the sandwich space cavity between outer basin, interior basin, the outer rim circle that described outer rim supporter is formed is off-centre operation structure with flowerpot port inner circle, the outer rim supporter of interior basin is divided into large area end face and small size end face by described off-centre operation structure, and described large area end is provided with filler; The intelligent assembly formed primarily of humidity sensor, liquid level sensor, alarm, controller and power supply is provided with at interior basin, wherein, alarm is arranged at large area end, at the back side of described end face, controller is set, the tub wall of interior basin arranges humidity sensor, arrange liquid level sensor at water storehouse, described humidity sensor, liquid level sensor, alarm are interconnected respectively by signal line and controller; At the bottom of interior basin basin, be provided with water seepage hole, the filter layer playing filtering function be set above water seepage hole, prevent the silt in soil from entering water storehouse, also prevent the harmful substance of water storehouse from entering in soil simultaneously.
Described filter layer adopts montmorillonite particle, ceramic particle or silica dioxide granule to be the porous type screen pack that round pie is formed with a certain proportion of adhesive particle mixing aftershaping.
The beneficial effect that the utility model realizes: the utility model had both had monitors soil moisture automatically, there is again the moisture storage capacity of monitoring water storehouse automatically, and then realize continue certainly water water function, solve loaded down with trivial details problem and the problem causing soil nutrient to run off along with the flowing of moisture of frequently watering that flowers manually water, the for want of nutrition of plant, flowers is caused to cause undergrowth, when preventing from adding water, excessive adding water causes water to overflow outside basin simultaneously, there is simple, convenient, safe feature, there is good economic worth and social value.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation from the intelligent flowerpot that waters of the present utility model.
Fig. 2 is a kind of vertical view of the interior basin from the intelligent flowerpot that waters.
In figure, 1 is outer basin, and 2 is interior basins, 11 is sandwich space cavity, and 12 is pedestals, and 21 is outer rim supporters, 22 is filler, and 23 is water seepage holes, and 24 is filter layers, 31 is alarms, and 32 is controllers, and 33 is humidity sensors, 34 is liquid level sensors, and 40 is outer rim circles, and 50 is flowerpot port inner circles, 60 is small size end faces, and 70 is large area end faces.
Embodiment
As shown in accompanying drawing 1, Fig. 2, one of the present utility model, from watering intelligent flowerpot, comprises outer basin 1, interior basin 2, the cylindrical cylindrical shell of described outer basin 1, describes that body and lower cylindrical shape pedestal 12 form by Upper cylindrical; Described interior basin 2 tub wall stretches out in port and forms outer rim supporter 21, after interior basin 2 being embedded outer basin 1, outer rim supporter 21 is embedded on the tub wall port of outer disk 1, the water storehouse of flowerpot is formed by the sandwich space cavity 11 between outer basin 1, interior basin 2, the outer rim circle 40 that described outer rim supporter 21 is formed is off-centre operation structure with flowerpot port inner circle 50, the outer rim supporter 21 of interior basin is divided into large area end face 70 and small size end face 60 by described off-centre operation structure, and described large area end face 70 place is provided with filler 22; The intelligent assembly formed primarily of humidity sensor 33, liquid level sensor 34, alarm 31, controller 32 and power supply is provided with at interior basin 2, wherein, alarm 31 is arranged at large area end 70, at the back side of described end face 70, controller 32 is set, the tub wall of interior basin 2 arranges humidity sensor 33, arrange liquid level sensor 34 at water storehouse, described humidity sensor 33, liquid level sensor 34, alarm 31 are interconnected respectively by signal line and controller 32; At the bottom of interior basin basin, be provided with water seepage hole 23, the filter layer 24 playing filtering function is set above water seepage hole 23.
Embodiment 1
Further understanding to do the utility model, now by reference to the accompanying drawings concrete structure and operation instruction thereof being done to it.
As shown in accompanying drawing 1, Fig. 2, one of the present utility model, from watering intelligent flowerpot, comprises outer basin 1, interior basin 2, the cylindrical cylindrical shell of described outer basin 1, describes that body and lower cylindrical shape pedestal 12 form by Upper cylindrical; Described interior basin 2 tub wall stretches out in port and forms outer rim supporter 21, is provided with water seepage hole 23 at the bottom of basin.
The outer rim circle 40 be made up of described outer rim supporter 21 is off-centre operation structure with flowerpot port inner circle 50, the outer rim supporter 21 of interior basin is divided into large area end face 70 and small size end face 60 by described off-centre operation structure, described large area end face 70 and interior basin 2 tub wall place are provided with filler 22 and intelligent assembly, and wherein self energy assembly comprises humidity sensor 33, liquid level sensor 34, alarm 31, controller 32 and power supply.
Assembling of the present utility model and occupation mode as follows:
1) alarm 31 is fixed on large area end 70, at the fastening controller 32 in the back side of described end face 70, fastening humidity sensor 33 on the tub wall of interior basin 2, liquid level sensor 34 is set at water storehouse, respectively humidity sensor 33, liquid level sensor 34, alarm 31 is connected with controller 32 by signal line.
2) placing by montmorillonite particle, ceramic particle or silica dioxide granule and a certain proportion of adhesive particle mixing aftershaping above water seepage hole 23 at the bottom of interior basin basin is the filter layer 24 playing filtering function that round pie is formed.
3) after interior basin 2 being embedded outer basin 1, outer rim supporter 21 is embedded on the tub wall port of outer disk 1, is formed the water storehouse of flowerpot by the sandwich space cavity 11 between outer basin 1, interior basin 2.
Complete by abovementioned steps assembling, plant, flowers, soil transferring are entered in flowerpot 2, the process of water is injected toward filler 22, intelligent assembly is started working, wherein liquid level sensor 34 detects moisture storage capacity and water level thereof in water storehouse, exceedes the specified water yield once amount of water, and water level signal is passed to controller 32 by liquid level sensor 34, controller 32 again by signal transmission to alarm 31, stop water filling after alarm 31 sound; Otherwise monitor the moisture of soil in basin once humidity sensor 33 low, by the signal transmission that monitors to controller 32, then pass to alarm 31 by controller 32 by signal, the alarm 31 sound prompting needs that ring add water.
Although the utility model describes concrete case study on implementation; but; scope of the present utility model is not limited to above-mentioned specific embodiment, when not departing from the utility model essence, all falls into protection domain of the present utility model to various modification of the present utility model, change and replacement.
Claims (1)
1., from watering an intelligent flowerpot, comprising outer basin (1), interior basin (2), the cylindrical cylindrical shell of described outer basin (1), describing that body and lower cylindrical shape pedestal (12) form by Upper cylindrical, described interior basin (2) tub wall stretches out in port and forms outer rim supporter (21), by interior basin (2) embed outer basin (1) afterwards outer rim supporter (21) be embedded on the tub wall port of outer basin (1), by outer basin (1), sandwich space cavity (11) between interior basin (2) forms the water storehouse of flowerpot, it is characterized in that: outer rim circle (40) that described outer rim supporter (21) is formed and flowerpot port inner circle (50) are in off-centre operation structure, the outer rim supporter (21) of interior basin is divided into the larger end face of area (70) and the less end face (60) of area by described off-centre operation structure, end face (70) place larger at described area is provided with filler (22), be provided with primarily of humidity sensor (33) at interior basin (2), liquid level sensor (34), alarm (31), the intelligent assembly that controller (32) and power supply are formed, wherein, alarm (31) is arranged at the larger end face of area (70) place, at the back side of described end face (70), controller (32) is set, the tub wall of interior basin (2) arranges humidity sensor (33), at water storehouse, liquid level sensor (34) is set, described humidity sensor (33), liquid level sensor (34), alarm (31) is interconnected respectively by signal line and controller (32), at the bottom of interior basin basin, be provided with water seepage hole (23), filter layer (24) is set in the top of water seepage hole (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520785586.7U CN205052302U (en) | 2015-10-12 | 2015-10-12 | From intelligent flowerpot that waters |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520785586.7U CN205052302U (en) | 2015-10-12 | 2015-10-12 | From intelligent flowerpot that waters |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205052302U true CN205052302U (en) | 2016-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520785586.7U Expired - Fee Related CN205052302U (en) | 2015-10-12 | 2015-10-12 | From intelligent flowerpot that waters |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205052302U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106234052A (en) * | 2016-08-02 | 2016-12-21 | 徐海慧 | A kind of detachable rotatable flowerpot |
-
2015
- 2015-10-12 CN CN201520785586.7U patent/CN205052302U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106234052A (en) * | 2016-08-02 | 2016-12-21 | 徐海慧 | A kind of detachable rotatable flowerpot |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20191012 |