CN204443383U - Indoor reciprocal growth-promoting system - Google Patents
Indoor reciprocal growth-promoting system Download PDFInfo
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- CN204443383U CN204443383U CN201520124444.6U CN201520124444U CN204443383U CN 204443383 U CN204443383 U CN 204443383U CN 201520124444 U CN201520124444 U CN 201520124444U CN 204443383 U CN204443383 U CN 204443383U
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model provides a kind of indoor reciprocal growth-promoting system, comprises cultivating facility, also comprises artificial light source facility and air circulation system; Cultivating facility comprises shell and functional partition; Be provided with wind wall in cultivation interlayer, between wind wall and shell or between two-layer adjacent wind wall, form air channel; Wind wall is provided with the escape route passing through ventilated walls; Shell is provided with transom; Air circulation system comprises air inlet, filtration channel, air channel and blower fan; Air inlet is opened on shell; Filtration channel one end coordinates with air inlet, and the other end is communicated with air channel; Artificial light source facility comprises light source or light source mount pad.The utility model can make up the shortcoming that natural daylight can not regulate and control, meet plant to the demand of light intensity and realize to the oxygenous time controling of house plant; Air circulation system can floating dust, microorganism, pernicious gas in filter chamber, and they is adsorbed fixing, takes the oxygen that plant leaf blade discharges when plant canopy blowout pure air out of.
Description
Technical field
The utility model relates to air purification field and house plant cultivation field, particularly plants the indoor reciprocal growth-promoting system of the one simultaneously purified the air of a room in indoor growing.
Background technology
Along with development in science and technology and social progress, people more and more focus on the health of living, but people live in high buildings and large mansions, reduce much with the chance of plant contact.Therefore, the phenomenon of indoor planting plants is also more widespread.
What indoor planting plants utilized is also natural lighting, and this natural lighting have can not the defect of artificial adjustment.The intensity of natural daylight can not artificially adjust, and therefore indoor normal light is according to not enough, especially some apartments or office, and light is faint, can only plant the cloudy crops of happiness such as some liver mosses, is more not enough to that satisfied conventional view is green plants and the growth needs of vegetables, flowers etc.The time that natural daylight exists also can not artificial adjustment, and plant has by day during light and could manufacture oxygen, in a then release of carbon dioxide at night; The daily schedule of working clan comes out early and return late, and more than half time on daytime stays out, and evening in bed, and the plant of family can grab oxygen with people on the contrary, is unfavorable for that people's is healthy.
For ensure people in bed house plant still can behave oxygen is provided, having in prior art the way of sleep of turning on light with at night for house plant provides light source, although light source makes plant manufacture oxygen, but also have impact on the sleep quality of people simultaneously.
In view of this, special proposition the present invention.
Summary of the invention
The technical problem to be solved in the present invention is to overcome the deficiencies in the prior art, a kind of indoor reciprocal growth-promoting system is provided, ensure that house plant provides oxygen under not affecting the prerequisite of quality of human sleeping at night, have air-cleaning function concurrently and can the herbaceous plant such as planting vegetable, flowers.
For solving the problems of the technologies described above, the present invention adopts the basic conception of technical scheme to be:
Indoor reciprocal growth-promoting system, comprises cultivating facility, also comprises artificial light source facility and air circulation system; Described cultivating facility comprises shell and is separated into by housing interior volume between cultivation interlayer and function; Be provided with cultivating groove and Feng Bi in described cultivation interlayer, between described wind wall and shell or between two-layer adjacent wind wall, form air channel; Described wind wall is provided with the escape route passing through ventilated walls; Part corresponding with cultivation interlayer on described shell is provided with transom; Described air circulation system comprises air inlet, filtration channel, air channel and provides the blower fan of power for air circulates; Described air inlet is opened on the shell of cultivating facility; Described filtration channel one end coordinates with described air inlet, and the other end is communicated with described air channel; Described artificial light source facility comprises the light source or light source mount pad that are arranged at cultivation interlayer.
The reciprocal growth-promoting system in above-mentioned indoor, described cultivating groove is provided with overflow launder and the upper and lower overfall of through cultivating groove.
The reciprocal growth-promoting system in above-mentioned indoor, described cultivating groove be two-layer more than, be arranged at the differing heights of described cultivation interlayer respectively; Jin You one end, two ends of same cultivating groove is provided with overfall; Adjacent cultivating groove is provided with one end of overfall respectively towards different directions.
The reciprocal growth-promoting system in above-mentioned indoor, described overfall is connected with mozzle.
The reciprocal growth-promoting system in above-mentioned indoor, cultivating groove is provided with field planting container or is provided with the field planting plate of field planting hole.
The reciprocal growth-promoting system in above-mentioned indoor, the interior distance from air inlet of described filtration channel is from the close-by examples to those far off followed successively by filter mesh layer, active carbon layer and cushion.
The reciprocal growth-promoting system in above-mentioned indoor, described escape route be evenly be arranged on wind wall can shutoff loss hole.
The reciprocal growth-promoting system in above-mentioned indoor, described transom is shutter or ventilative lace curtaining.
The reciprocal growth-promoting system in above-mentioned indoor, described ventilative lace curtaining is that at least one deck is dark two-layer above structure.
The reciprocal growth-promoting system in above-mentioned indoor, also comprises the liquid manure circulatory system; The described liquid manure circulatory system comprises water tank, to fluid catheter, returns fluid catheter and provide the water pump of power for liquid manure circulates; Described to fluid catheter joining water box and cultivation interlayer; Described time fluid catheter joining water box and cultivation interlayer.
After adopting technique scheme, the present invention compared with prior art has following beneficial effect:
1, make up the shortcoming that natural daylight can not regulate and control, by the regulation and control of artificial light source facility are met plant to the demand of light intensity and realize to the oxygenous time controling of house plant;
2, air circulation system can floating dust, microorganism, pernicious gas in filter chamber, and they is adsorbed fixing, takes the oxygen that plant leaf blade discharges when plant canopy blowout pure air out of.
Accompanying drawing explanation
Fig. 1 is the interior schematic diagram of the indoor reciprocal growth-promoting system of the utility model.
Fig. 2 is the side schematic view of the utility model indoor reciprocal growth-promoting system embodiment interior.
Fig. 3 is using state figure embodiment illustrated in fig. 2.
Fig. 4 is the indoor cultivating groove of reciprocal growth-promoting system of the utility model and the structural representation of field planting plate.
Fig. 5 is the side schematic view of indoor reciprocal another embodiment interior of growth-promoting system of the utility model.
Fig. 6 is using state figure embodiment illustrated in fig. 5.
In figure: 1, shell; 2, field planting plate; 4, cultivating groove; 5, Feng Bi; 6, light source mount pad; 8, plant; 32, blower fan; 33, air channel; 101, air inlet; 102, transom; 201, field planting hole; 311, filter mesh layer; 312, active carbon layer; 313, cushion; 401, overflow launder; 402, mozzle; 403, overfall; 501, loss hole; 701, water tank; 702, water pump; 703, to fluid catheter.
Embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described, to help understanding content of the present invention.
Inventor is before working out comparatively preferred embodiment of the present utility model, once studied with blower fan directly facing to the technical scheme of large-scale crop blowing in order to purify air, blower fan mouth adds the harmful substance in activated carbon filtration air, and uses artificial light source to supply plant.Discovery is tested through inventor, when adopting such scheme, if the wind-force of blower fan is excessive, then the part granule of a, active carbon can be blown off on the blade of plant, reduce the product oxygen efficiency of plant, or the part granule of active carbon can be dispelled in the interior space, form dust, be unfavorable for that room air is healthy; B, air have little time fully to stop in the integral shroud part of plant, and thus the oxygen enriching rate in exit is unsatisfactory; The air-flow in c, exit is still comparatively large, the people that should not can not the dry use such as (due to illness or physique reason).If wind-force is too small, although the wind-force in exit is less, because air flowing is slow, oxygen-enriched air is piled up in leaves of plants crown moieties in a large number, affect plant and produce oxygen efficiency (too high oxygen concentration can suppress the photosynthesis of plant), good effect could not be obtained equally.
embodiment 1
Present embodiments provide a kind of reciprocal growth-promoting system in indoor of single-side multi-layer.
As shown in Figure 1, the reciprocal growth-promoting system in the indoor that the utility model provides, comprises cultivating facility, also comprises artificial light source facility and air circulation system; Cultivating facility comprises shell 1; Shell 1 inner space is divided between cultivation interlayer and function; Cultivation interlayer is used for planting plant, for the device of air circulation system and the liquid manure circulatory system provides installing space between function, plays the effect of storage first, ensures indoor clean and tidy; Second whole system is comprehensively arrived shell 1 inner, be convenient to carrying.
As depicted in figs. 1 and 2, in cultivation interlayer, different height is provided with cultivating groove 4, ensures that plant 8 (see Fig. 3) has suitable growing space, meets the plant demand of different cultivars.Light source mount pad 6 is arranged on the sidewall of cultivation interlayer, so that after installing fluorescent tube, fluorescent tube is just positioned at above plant, for plant growth provides the luminous energy of needs.Based on same reason, light source mount pad 6 also can be arranged on after the cultivation top of interlayer and the top of cultivating groove 4 or other are enough to install light source and make light be irradiated to the position of plant.
With reference to figure 1 and Fig. 2, be provided with wind wall 5 in cultivation interlayer, between wind wall 5 and shell 1, form air channel 33.Wind wall 5 is provided with the escape route passing through ventilated walls 5.Part corresponding with cultivation interlayer on shell 1 is provided with transom 102.Escape route be evenly be arranged on wind wall 5 can shutoff loss hole 501.Air channel 33, escape route and transom 102 three coordinate, ensure air slowly through planting the cultivation interlayer having plant 8 (see Fig. 3), so, the air being rich in oxygen after the purification of plant evenly will spill into indoor through transom 102, and can not at the air-flow of indoor generation large wind.Loss hole 501 can shutoff and be evenly arranged on wind wall 5 for multiple, the quantity that the loss hole 501 that interlayer differing heights is cultivated in convenient adjustment is first opened, can play balanced wind wall 5 each several part air-flow size effect (in air channel 33 from air channel 33 entrance distance more away from local wind-force more weak), second facilitate the place of air-out on wind wall 5 to aim at the integral shroud part of cultivated plant all the time, improve the oxygen enrichment effect of native system.Transom 102 is shutter, and transom 102 first can shading, avoids light to affect sleep quality when sleeping; Second the direction of oxygen-enriched air stream can be adjusted as required; Three convenient vegetation growth states observed in cultivation interlayer.Transom 102 also can select dark lace curtaining, ensures lucifuge performance, elects more than 2 layers as, take into account consideration gas permeability, is preferably 2 or 3 layers.
Also show other structures of air circulation system between the function of Fig. 1.Air inlet 101 is opened on shell 1, and just to the one end open of filtration channel, the filtration channel other end is communicated with air channel 33; Blower fan 32 is arranged in function and drives the air in filtration channel to flow in air channel 33.Filtration channel structure comprises the filter mesh layer 311 be made up of single or multiple lift screen cloth, the active carbon layer 312 being filled with active carbon and cushion 313.Air enters filtration channel under the driving of blower fan 32, and stratum reticulare 311 removes bulky grain dust first after filtration, and the small particle then in air and harmful substance are adsorbed in active carbon layer 312.Cushion 313 ensures that air stops the sufficient time at active carbon layer first, ensures the adsorption effect of active carbon, second avoids the active carbon fine particle by air is taken out of to enter air channel, blocking loss hole 6, influential system effect.
As shown in Figure 4, cultivating groove 4 is the tabular of cultivating interlayer adaptation with its place, and rectangularity in the present embodiment, cultivating groove 4 is provided with the overfall 403 of overflow launder 401 and through cultivating groove about 4.What adopt in field planting plate 2(the present embodiment cultivating groove 4 being provided with field planting container or being provided with field planting hole 201 is field planting plate 2).During use, plant 8 is through field planting hole 201 on field planting plate 2.The existence of field planting plate 2 or field planting container effectively prevents nutrient solution large area from evaporating, and avoids its composition to enter indoor with air-flow and impacts health, it also avoid the pollution that dust causes nutrient solution or matrix.Cultivating groove 4 is the carrier of crop-planting, and main planting type is substrate culture and water planting.The effect of overflow launder 401 is to put aside nutrient solution, and when replacing nutrient solution water conservancy diversion.The effect of overfall 403 be then into crop water time, nutrient solution can flow to from the cultivating groove 4 of higher position layer the cultivating groove 4 or waste collecting device (being water tank 701 in the present embodiment) that are adjacent.
With reference to Fig. 1, the liquid manure circulatory system comprises water tank 701, to fluid catheter 703, returns fluid catheter and provide the water pump 702 of power for liquid manure circulates.To fluid catheter 703 one end joining water box 701, the other end extends to the position higher than highest point cultivating groove 4 in cultivation interlayer through cultivating groove 4; Return the overfall 403 of the minimum cultivating groove 4 of fluid catheter joining water box 701 and position.Nutrient solution in water tank 701 pumps into fluid catheter 703 by water pump 702.Nutrient solution rises along to fluid catheter 703 under the driving of water pump 701, and flows in the cultivating groove 4 of highest point.Nutrient solution in the cultivating groove 4 of highest point is entered in the cultivating groove 4 adjacent with this cultivating groove by overfall 403 through the guide functions of mozzle 402.In like manner, the nutrient solution of two-layer adjacent cultivating groove 4 flows all in a manner described.Finally, the nutrient solution in the cultivating groove 4 of extreme lower position is back fluid catheter at the mozzle 402 of mozzle 402(this layer of cultivating groove 4) water conservancy diversion flow into water tank 701 by overfall 403.
Overfall 403 is near one end of the cultivating groove 4 at its place.Cultivating groove 4 is two or more, is arranged at the differing heights of described cultivation interlayer respectively; Adjacent cultivating groove 4 is provided with one end of overfall 403 respectively towards different directions.In two cultivating grooves 4 adjacent in the present embodiment, the overfall 403 of a cultivating groove 4 is on a left side, and the overfall of another cultivating groove 4 is on the right side.So arranging pattern, nutrient solution, Zi entering cultivating groove 4 to the process left by corresponding overfall 403, fully can infiltrate the part of corresponding cultivating groove 4 being planted plant 8.As a complete unit, nutrient solution is advanced by snakelike route, and whole cultivating groove 4 all can fully be infiltrated.
Adopt the reciprocal growth-promoting system in indoor of the present embodiment, compensate for the shortcoming that natural daylight can not regulate and control, by meeting plant to the regulation and control of artificial light source facility to the demand of light intensity with realize the oxygenous time controling of house plant; Air circulation system can floating dust, microorganism, pernicious gas in filter chamber, and they is adsorbed fixing, takes the oxygen that plant leaf blade discharges when plant canopy blowout pure air out of.
When using this indoor reciprocal growth-promoting system, the illumination regulation and control of plant can be carried out according to hommization demand, by timing design or manual adjustment, the period of live there being people, handle official business, having a rest, plant is allowed to carry out " work ", namely give illumination to urge it and carry out photosynthesis, in absorption chamber, the carbonic acid gas of characteristics of contaminated respiratory droplets, discharges oxygen.Simultaneously, start the air circulating purification system filtered with absorption pernicious gas, make indoor floating dust, microorganism, pernicious gas be adsorbed fixing, when plant canopy blowout pure air, take the oxygen that plant leaf blade discharges out of, make plant growth better, realize purification and the optimization of room air.
embodiment 2
Present embodiments provide a kind of reciprocal growth-promoting system in indoor of double-sided multi-layer.
As shown in Figure 1, the reciprocal growth-promoting system in the indoor that the utility model provides, comprises cultivating facility, also comprises artificial light source facility and air circulation system; Cultivating facility comprises shell 1; Shell 1 inner space is divided between cultivation interlayer and function; Cultivation interlayer is used for planting plant, for the device of air circulation system and the liquid manure circulatory system provides installing space between function, plays the effect of storage first, ensures indoor clean and tidy; Second whole system is comprehensively arrived shell 1 inner, be convenient to carrying.
As shown in Figure 1 and Figure 5, in cultivation interlayer, different height is provided with cultivating groove 4, ensures that plant 8 (see Fig. 6) has suitable growing space, meets the plant demand of different cultivars.Light source mount pad 6 is arranged on the sidewall of cultivation interlayer, so that after installing fluorescent tube, fluorescent tube is just positioned at above plant, for plant growth provides the luminous energy of needs.Based on same reason, light source mount pad 6 also can be arranged on after the cultivation top of interlayer and the top of cultivating groove 4 or other are enough to install light source and make light be irradiated to the position of plant.
With reference to figure 1 and Fig. 5, be provided with wind wall 5 in cultivation interlayer, between two-layer adjacent wind wall 5, form air channel 33.Wind wall 5 is provided with the escape route passing through ventilated walls 5.Part corresponding with cultivation interlayer on shell 1 is provided with transom 102.Escape route be evenly be arranged on wind wall 5 can shutoff loss hole 501.Air channel 33, escape route and transom 102 three coordinate, ensure air slowly through planting the cultivation interlayer having plant 8 (see Fig. 6), so, the air being rich in oxygen after the purification of plant evenly will spill into indoor through transom 102, and can not at the air-flow of indoor generation large wind.Loss hole 501 can shutoff and be evenly arranged on wind wall 5 for multiple, the quantity that the loss hole 501 that interlayer differing heights is cultivated in convenient adjustment is first opened, can play balanced wind wall 5 each several part air-flow size effect (in air channel 33 from air channel 33 entrance distance more away from local wind-force more weak), second facilitate the place of air-out on wind wall 5 to aim at the integral shroud part of cultivated plant all the time, improve the oxygen enrichment effect of native system.Transom 102 is shutter.First can shading, avoid light to affect sleep quality when sleeping; Second the direction of oxygen-enriched air stream can be adjusted as required; Three convenient vegetation growth states observed in cultivation interlayer.Transom 102 also can select dark lace curtaining, ensures lucifuge performance, elects more than 2 layers as, take into account consideration gas permeability, is preferably 2 or 3 layers.
Also show other structures of air circulation system between the function of Fig. 1.Air inlet 101 is opened on shell 1, and just to the one end open of filtration channel, the filtration channel other end is communicated with air channel 33 through functional partition 2; Blower fan 32 is arranged in function and drives the air in filtration channel to flow in air channel 33.Filtration channel structure comprises the filter mesh layer 311 be made up of single or multiple lift screen cloth, the active carbon layer 312 being filled with active carbon and cushion 313.Air enters filtration channel under the driving of blower fan 32, and stratum reticulare 311 removes bulky grain dust first after filtration, and the small particle then in air and harmful substance are adsorbed in active carbon layer 312.Cushion 313 ensures that air stops the sufficient time at active carbon layer first, ensures the adsorption effect of active carbon, second avoids the active carbon fine particle by air is taken out of to enter air channel, blocking loss hole 6, influential system effect.
As shown in Figure 4, cultivating groove 4 is the tabular of cultivating interlayer adaptation with its place, rectangularity in the present embodiment.Cultivating groove 4 is provided with the overfall 403 of overflow launder 401 and through cultivating groove about 4.What adopt in field planting plate 2(the present embodiment cultivating groove 4 being provided with field planting container or being provided with field planting hole 201 is field planting plate 2).During use, plant 8 is through field planting hole 201 on field planting plate 2.The existence of field planting plate 2 or field planting container effectively prevents nutrient solution large area from evaporating, and avoids its composition to enter indoor with air-flow and impacts health, it also avoid the pollution that dust causes nutrient solution or matrix.Cultivating groove 4 is the carrier of crop-planting, and main planting type is substrate culture and water planting.The effect of overflow launder 401 is to put aside nutrient solution, and when replacing nutrient solution water conservancy diversion.The effect of overfall 403 be then into crop water time, nutrient solution can flow to from the cultivating groove 4 of higher position layer the cultivating groove 4 or waste collecting device (being water tank 701 in the present embodiment) that are adjacent.
With reference to Fig. 1 Fig. 5, the liquid manure circulatory system comprises water tank 701, to fluid catheter 703, returns fluid catheter and provide the water pump 702 of power for liquid manure circulates.To fluid catheter 703 one end joining water box 701, the other end extends to the position higher than highest point cultivating groove 4 in cultivation interlayer through cultivating groove 4; Return the overfall 403 of the minimum cultivating groove 4 of fluid catheter joining water box 701 and position.Nutrient solution in water tank 701 pumps into fluid catheter 703 by water pump 702.Nutrient solution rises along to fluid catheter 703 under the driving of water pump 701, and flows in the cultivating groove 4 of highest point.Nutrient solution in the cultivating groove 4 of highest point is entered in the cultivating groove 4 adjacent with this cultivating groove by overfall 403 through the guide functions of mozzle 402.In like manner, the nutrient solution of two-layer adjacent cultivating groove 4 flows all in a manner described.Finally, finally, the nutrient solution in the cultivating groove 4 of extreme lower position is back fluid catheter at the mozzle 402 of mozzle 402(this layer of cultivating groove 4) water conservancy diversion flow into water tank 701 by overfall 403.
Overfall 403 is near one end of the cultivating groove 4 at its place.Cultivating groove 4 is two or more, is arranged at the differing heights of described cultivation interlayer respectively; Adjacent cultivating groove 4 is provided with one end of overfall 403 respectively towards different directions.In two cultivating grooves 4 adjacent in the present embodiment, the overfall 403 of a cultivating groove 4 is on a left side, and the overfall of another cultivating groove 4 is on the right side.So arranging pattern, nutrient solution, Zi entering cultivating groove 4 to the process left by corresponding overfall 403, fully can infiltrate the part of corresponding cultivating groove 4 being planted plant 8.As a complete unit, nutrient solution is advanced by snakelike route, and whole cultivating groove 4 all can fully be infiltrated.
Adopt the reciprocal growth-promoting system in indoor of the present embodiment, compensate for the shortcoming that natural daylight can not regulate and control, by meeting plant to the regulation and control of artificial light source facility to the demand of light intensity with realize the oxygenous time controling of house plant; Air circulation system can floating dust, microorganism, pernicious gas in filter chamber, and they is adsorbed fixing, takes the oxygen that plant leaf blade discharges when plant canopy blowout pure air out of.
When using this indoor reciprocal growth-promoting system, the illumination regulation and control of plant can be carried out according to hommization demand, by timing design or manual adjustment, the period of live there being people, handle official business, having a rest, plant is allowed to carry out " work ", namely give illumination to urge it and carry out photosynthesis, in absorption chamber, the carbonic acid gas of characteristics of contaminated respiratory droplets, discharges oxygen.Simultaneously, start the air circulating purification system filtered with absorption pernicious gas, make indoor floating dust, microorganism, pernicious gas be adsorbed fixing, when plant canopy blowout pure air, take the oxygen that plant leaf blade discharges out of, make plant growth better, realize purification and the optimization of room air.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. indoor reciprocal growth-promoting system, comprises cultivating facility, it is characterized in that, also comprise artificial light source facility and air circulation system;
Described cultivating facility comprises shell (1) and is separated into shell (1) inner space between cultivation interlayer and function; Be provided with cultivating groove (4) He Fengbi (5) in described cultivation interlayer, between described wind wall (5) and shell (1) or between two-layer adjacent wind wall (5), form air channel (33); Described wind wall (5) is provided with the escape route passing through ventilated walls (5); The upper part corresponding with cultivation interlayer of described shell (1) is provided with transom (102);
Described air circulation system comprises air inlet (101), filtration channel, air channel (33) and provides the blower fan (32) of power for air circulates; Described air inlet (101) is opened on the shell (1) of cultivating facility; Described filtration channel one end coordinates with described air inlet (101), and the other end is communicated with described air channel (33);
Described artificial light source facility comprises the light source or light source mount pad (6) that are arranged at cultivation interlayer.
2. the reciprocal growth-promoting system in indoor according to claim 1, is characterized in that, described cultivating groove (4) is provided with overflow launder (401) and the upper and lower overfall (403) of through cultivating groove (4).
3. the reciprocal growth-promoting system in indoor according to claim 2, is characterized in that, described cultivating groove (4), for more than two-layer, is arranged at the differing heights of described cultivation interlayer respectively; Jin You one end, two ends of same cultivating groove (4) is provided with overfall (403); Adjacent cultivating groove (4) is provided with one end of overfall (403) respectively towards different directions.
4. the reciprocal growth-promoting system in indoor according to claim 3, is characterized in that, described overfall (403) is connected with mozzle (402).
5. the reciprocal growth-promoting system in indoor according to claim 1, is characterized in that, cultivating groove (4) is provided with field planting container or is provided with the field planting plate (2) of field planting hole (201).
6. the reciprocal growth-promoting system in indoor according to claim 1, it is characterized in that, the interior distance from air inlet (101) of described filtration channel is from the close-by examples to those far off followed successively by filter mesh layer (311), active carbon layer (312) and cushion (313).
7. the reciprocal growth-promoting system in indoor according to claim 1, is characterized in that, described escape route be evenly be arranged on wind wall can shutoff loss hole (501).
8. the reciprocal growth-promoting system in indoor according to claim 1, is characterized in that, described transom (102) is shutter or ventilative lace curtaining.
9. the reciprocal growth-promoting system in indoor according to claim 8, is characterized in that, described ventilative lace curtaining is that at least one deck is dark two-layer above structure.
10., according to the arbitrary described reciprocal growth-promoting system in indoor of claim 1-9, it is characterized in that, also comprise the liquid manure circulatory system; The described liquid manure circulatory system comprises water tank (701), to fluid catheter (703), returns fluid catheter and provide the water pump (702) of power for liquid manure circulates; Described to fluid catheter (703) joining water box (701) and cultivation interlayer; Described time fluid catheter joining water box (701) and cultivation interlayer.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105020787A (en) * | 2015-07-21 | 2015-11-04 | 东莞市长原科技实业有限公司 | Intelligent ecological type air purifier |
| CN105638424A (en) * | 2016-01-08 | 2016-06-08 | 北京航空航天大学 | Family multifunctional ecological house device |
| CN105776755A (en) * | 2016-04-15 | 2016-07-20 | 成都纺织高等专科学校 | Small integrated purification device for sewage and air treatment |
| CN106922423A (en) * | 2017-03-18 | 2017-07-07 | 郑宇� | A kind of intelligent three-dimensional ecological organic farm |
| CN109548527A (en) * | 2018-12-06 | 2019-04-02 | 甘肃沁园春艺术花海文化旅游有限公司 | A kind of indoor garden of good purification |
-
2015
- 2015-03-04 CN CN201520124444.6U patent/CN204443383U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105020787A (en) * | 2015-07-21 | 2015-11-04 | 东莞市长原科技实业有限公司 | Intelligent ecological type air purifier |
| CN105638424A (en) * | 2016-01-08 | 2016-06-08 | 北京航空航天大学 | Family multifunctional ecological house device |
| CN105638424B (en) * | 2016-01-08 | 2018-07-24 | 北京航空航天大学 | A kind of household multifunctional eco-house device |
| CN105776755A (en) * | 2016-04-15 | 2016-07-20 | 成都纺织高等专科学校 | Small integrated purification device for sewage and air treatment |
| CN105776755B (en) * | 2016-04-15 | 2019-03-29 | 成都纺织高等专科学校 | The integral purifying device of small-scale sewage and air-treatment |
| CN106922423A (en) * | 2017-03-18 | 2017-07-07 | 郑宇� | A kind of intelligent three-dimensional ecological organic farm |
| CN109548527A (en) * | 2018-12-06 | 2019-04-02 | 甘肃沁园春艺术花海文化旅游有限公司 | A kind of indoor garden of good purification |
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