CN204968669U - Plant factory system - Google Patents
Plant factory system Download PDFInfo
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- CN204968669U CN204968669U CN201520255852.5U CN201520255852U CN204968669U CN 204968669 U CN204968669 U CN 204968669U CN 201520255852 U CN201520255852 U CN 201520255852U CN 204968669 U CN204968669 U CN 204968669U
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Abstract
The utility model relates to a plant factory system, plant factory system includes a plurality of cultivations of settling in the toilet and plants the frame, the cultivation is planted the frame and is included cultivation frame (1) that is multi - layer frame and constructs the setting, all install the slot type on each layer of cultivation frame (1) and cultivate structure (2), upper and lower adjacent slot type is cultivateed and is linked together through fall into water structure (4) between structure (2), adjacent slot type cultivation structure (2) was upward installed just drowning structure (4) are located respectively and control both ends, the slot type that is located lower floor cultivate structure (2) through falling into water structure (4) intercommunication to being located liquid storing tank (5.1) below it, structure (2) is cultivateed through circulating pump intercommunication to the slot type that is located the superiors in liquid storing tank (5.1). The utility model relates to a plant factory system, area is little, the water consumption is few, the filtration is timely, it supplies liquid, system's air feed and light abundant to flow.
Description
Technical field
The utility model relates to a kind of factory system, especially relates to a kind of factory system utilizing cultivation technique without soil planting plants, belongs to plant soil-less culturing technical field.
Background technology
At present, along with the minimizing of land resources, the decline of the area that can till the land, and the chronic stress that population increases, plant husbandry bears increasing pressure, and this forces professional of agriculture to study cultivation technique without soil to extenuate the pressure to Land Demand; There are Corporation R & D such as Chinese patent 201210158630.2 disclosed " a kind of plant factor ", 201210592579.6 disclosed " resource intensive utilizes type plant factor " and 201410607569.4 disclosed " a kind of intelligent micro germ-free plant factories " for this reason; These technology utilize soilless culture to carry out the plantation of batch production to plant (grain, vegetables, flowers etc.), thus decrease the dependence to soil, contribute to solving the great demand of growing population pressure to plant generations such as grains;
But above-mentioned plant factor still exists many deficiencies in running: 1) not high to space availability ratio, still need larger floor space; 2) needing to fill full nutrient solution in its cultivating groove supports plant to use, add the consumption to water resource, and more water adds the weight of cultivating groove structure, thus make, for its platform provided support needs to have higher intensity and weight capacity, to add input cost virtually; 3) lack effectively, filtration system reliably, the impurity produced in breeding process and discarded object cannot filterings in time, thus reduce the absorption of Plant To Nutrient liquid, and need regularly shutdown to clean after long-play comprehensively, take time and effort; 4) directly mode is pumped into the employing of cultivating groove feed flow, lack water flow, thus be unfavorable for that plant is according to the absorption to nutrient solution; 5) lighting system adopts direct irradiation, and a large amount of light scattering to outside, thus makes the availability of light lower, and light height, angle cannot regulate, and causing it when planting different plant, cannot build most suitable illumination condition; 6) corresponding air circulating system is lacked, cannot wind effect in simulating nature circle, thus plant leaf in process of growth can not be waved, affect its rising effect, be unfavorable for that it grows; Therefore industry needs a kind of plant factor's system that can solve the problem badly so that on a large scale, industrializedly plant to be planted, to slow down the pressure to soil.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned deficiency, there is provided that a kind of floor space is little, water consumption is few, filtration is timely, flowing feed flow, system air feed and light sufficient plant factor system, utilize the utility model plant factor system, large-scale industrialized plantation operation can be carried out.
The purpose of this utility model is achieved in that
A kind of plant factor system, described plant factor system includes the multiple cultivating and growing framves be placed in toilet, described cultivating and growing frame includes the cultivation framework arranged in multi-layer framework, the every one deck of cultivation framework is all provided with slot type and cultivates structure, neighbouring slot type is cultivated between structure and is connected by water-falling structure, and the water-falling structure that neighbouring slot type cultivation structure is installed lays respectively at two ends, left and right, be positioned at undermost slot type cultivation structure and be communicated to the liquid storage pool be positioned at below it by water-falling structure, described liquid storage pool is communicated to through circulating pump the slot type being positioned at the superiors and cultivates structure.
A kind of plant factor of the utility model system, described cultivation framework is that nine layer architectures are arranged.
A kind of plant factor of the utility model system, it is trapezoidal cultivating groove that described slot type cultivation structure includes cross section, notch both sides, described cultivating groove top are provided with step, the both sides of cultivation plate are provided with the shoulder on the step surface being held on above-mentioned step, described cultivation plate is provided with multiple implantation hole, is equipped with field planting basket in this implantation hole, in described field planting basket, plug is to there being sponge, cross paddle-tumble has been drawn at described sponge top, or in-line paddle-tumble has been drawn in sponge side; The shoulder of described cultivation plate extends backward lower turnover formation flanging to both sides, thus the both sides cell wall hooking cultivating groove is to prevent its inclination of caving in; Above-mentioned flanging is provided with roller in the one side of cultivating groove external groove sidevall, and the wheel face of this roller is adjacent to the external groove sidevall of cultivating groove, thus it is movable along cultivating groove length direction to be convenient to cultivation plate.
A kind of plant factor of the utility model system, the top of described cultivating groove is provided with light structure, described light structure includes reflector, the bottom surface reflective surface of described reflector is towards cultivating groove, and the reflective surface of reflector is provided with multiple plant growth lamp, the two panels reflective membrane be arranged in parallel lays respectively at the both sides of reflector, and the cultivation plate on reflector, two panels reflective membrane and cultivating groove forms a smooth room.
A kind of plant factor of the utility model system, the top edge of described reflector vertically upwards turns down flange, described flange offers suppending hole, described cultivation framework is hung with chain sling, one end hook of S-hook is placed in the chain link of chain sling, and another end hook is placed in suppending hole.
A kind of plant factor of the utility model system, be connected by water-falling structure between neighbouring cultivating groove, and the water-falling structure that adjacent cultivating groove is installed lays respectively at the two ends, left and right of adjacent cultivating groove, described water-falling structure includes and is plugged in downpipe bottom cultivating groove and siphon pipe; Described siphon pipe includes the straight length be plugged in bottom cultivating groove, this straight length is connected with siphon head, described siphon head is a tubular structure, in the open top end that this siphon head is positioned at cultivating groove, pressure is equipped with gland, this gland is an inverted barrel-like structure, the open top of above-mentioned siphon head to be pressed together on bottom gland at the bottom of bucket, and the tube wall of siphon head place bottom gland is provided with multiple sucker, and top and the siphonal gland top of above-mentioned downpipe flush.
A kind of plant factor of the utility model system, the below being positioned at undermost cultivating groove is provided with liquid storage pool, the outlet end of this liquid storage pool is communicated to through the circulating pump of water circulation system the cultivating groove being positioned at the superiors, thus make liquid storage pool, circulating pump and cultivating groove form a complete water circulation system by water-falling structure, be positioned at undermost cultivating groove to be connected with liquid storage pool by water-falling structure, and liquid storage pool be provided with labyrinth filtration between pool wall up and down, this labyrinth filtration by the polylith filter be positioned on upper and lower pool wall interlock interval arrange form, an internal circulation pump is provided with in described liquid storage pool, this internal circulation pump is between labyrinth filtration and the outlet end of liquid storage pool, the outlet end of this internal circulation pump after filtration device is communicated between the water-falling structure of labyrinth filtration and orlop cultivating groove.
A kind of plant factor of the utility model system, described plant factor system also includes air circulating system, described air circulating system includes air-conditioning and blower fan, described air-conditioning and blower fan are installed on the two ends, left and right of cultivation framework respectively, thus make the wind energy of air-conditioning and blower fan blowout that the plant cultivating cultivation in framework is vacillated now to the left, now to the right under the action of the forces of the wind.
A kind of plant factor of the utility model system, described plant factor system also includes maintenance system, and described maintenance system includes the mesh plate being installed on eminence, and mesh plate forms a travelling platform, and described maintenance system also includes the stair of connection network orifice plate.
A kind of plant factor of the utility model system, 1 ~ 2 is provided with for planting fungi plant in multiple cultivating and growing frame, not only enrich cultivar, and the carbonic acid gas produced in fungus grown can be supplied to green plants and carries out photosynthesis, thus form a microcirculqtory system, promote the growth of plant further.
Compared with prior art, the beneficial effects of the utility model are:
The utility model multilayer is arranged, and makes to form water circulation by gravity between multilayer by water-falling structure, not only energy-conservation, and is conducive to the growth of plant; Meanwhile, after cultivating groove is arranged to trapezium structure, a small amount of nutrient solution can reach higher liquid level, and the sponge be convenient in field planting basket absorbs nutrient solution; Form an easy semi-enclosed smooth cell structure by reflector and film of giving out light simultaneously, do not affect air circulation prerequisite under plant growth lamp is sent light be irradiated to as much as possible on plant, be conducive to the growth efficiency improving plant, and by the cooperation of chain sling and S-hook, can regulate the height of reflector easily, to make can be adjusted to optimal spacing between itself and plant; And arranged by the dual fail-safe of water-falling structure, ensure that nutrient solution in the cultivating groove between neighbouring layer can smooth flow, and the filter arranged in liquid storage pool can carry out unremitting filtration operation to nutrient solution, ensures the cleaning of nutrient solution; In addition, the air circulating system consisted of air-conditioning, blower fan, makes the plant cultivating cultivation in framework to vacillate now to the left, now to the right under the action of the forces of the wind, not only can improve its light-receiving area, and contribute to improving its transpiration, promote the growth of plant; And, be provided with 1 ~ 2 in multiple cultivating and growing frame and not only enriched cultivar for planting fungi plant, and the carbonic acid gas produced in fungus grown can be supplied to green plants and carries out photosynthesis, thus form a microcirculqtory system, promote the growth of plant further; The utility model plant factor system footprint area is little, and plant production is fast, and after tested, most of leaf vegetables all can gather at about 25 days, thus greatly improved its output; Slow down growing population to the pressure formed that can till the land.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of plant factor of the utility model system.
Fig. 2 is the cultivating groove of a kind of plant factor of the utility model system and the mounting structure simplified schematic diagram of cultivation plate.
Fig. 3 is the structural representation of the cultivation plate of a kind of plant factor of the utility model system.
Fig. 4 is the application state schematic diagram of the sponge of a kind of plant factor of the utility model system.
Fig. 5 is the Another Application view of the sponge of a kind of plant factor of the utility model system.
Fig. 6 is the structural representation of the lighting system of a kind of plant factor of the utility model system.
Fig. 7 is the broken section enlarged drawing of lighting system at reflector edge of a kind of plant factor of the utility model system.
Fig. 8 is the partial sectional view of the water-falling structure of a kind of plant factor of the utility model system.
Fig. 9 is the siphonal partial enlarged drawing of a kind of plant factor of the utility model system.
Figure 10 is the cultivating groove of a kind of plant factor of the utility model system and another mounting structure simplified schematic diagram of cultivation plate.
Wherein:
Cultivation framework 1, slot type cultivate structure 2, light structure 3, water-falling structure 4, filtration 5, water circulation system 6, air circulating system 7, maintenance system 8;
Cultivating groove 2.1, cultivation plate 2.2, field planting basket 2.3, sponge 2.4;
Step 2.1.1, implantation hole 2.2.1, shoulder 2.2.2, flanging 2.2.3, roller 2.2.4, cross paddle-tumble 2.4.1, in-line paddle-tumble 2.4.2;
Reflector 3.1, plant growth lamp 3.2, reflective membrane 3.3, chain sling 3.4, S-hook 3.5;
Flange 3.1.1, suppending hole 3.1.2;
Downpipe 4.1, siphon pipe 4.2;
Straight length 4.2.1, siphon head 4.2.2, sucker 4.2.3, gland 4.2.4;
Liquid storage pool 5.1, labyrinth filtration 5.2, internal circulation pump 5.3, filter 5.4;
Circulating pump 6.1;
Air-conditioning 7.1, blower fan 7.2;
Mesh plate 8.1, stair 8.2.
Embodiment
See Fig. 1 ~ 10, a kind of plant factor system that the utility model relates to, described plant factor system includes the multiple cultivating and growing framves be placed in toilet, described cultivating and growing frame includes the cultivation framework 1 arranged in multi-layer framework, cultivation framework 1 is as shown in Figure 1 arranged in nine layer architectures, the every one deck of cultivation framework 1 is all provided with slot type and cultivates structure 2, it is trapezoidal cultivating groove 2.1 that described slot type cultivation structure 2 includes cross section, described cultivating groove 2.1 open top both sides are provided with step 2.1.1, the both sides of cultivation plate 2.2 are provided with the shoulder 2.2.2 on the step surface being held on above-mentioned step 2.1.1, described cultivation plate 2.2 is provided with multiple implantation hole 2.2.1, field planting basket 2.3 is equipped with in this implantation hole 2.2.1, in described field planting basket 2.3, plug is to there being sponge 2.4, cross paddle-tumble 2.4.1 has been drawn at described sponge 2.4 top, or in-line paddle-tumble 2.4.2 has been drawn in sponge 2.4 side, thus meet different cultivars plant, the demand in different plantation stage, simultaneously, because cultivating groove 2.1 is in trapezoidal setting, when cultivating groove 2.1 cell wall is thinner, its cell wall easily tilts to cave in both sides, for this reason, the shoulder 2.2.2 of cultivation plate 2.2 extends backward lower turnover formation flanging 2.2.3 to both sides, thus the both sides cell wall hooking cultivating groove 2.1 is to prevent its inclination of caving in, meanwhile, above-mentioned flanging 2.2.3 is provided with roller 2.2.4 in the one side of cultivating groove 2.1 external groove sidevall, and the wheel face of this roller 2.2.4 is adjacent to the external groove sidevall of cultivating groove 2.1, thus it is movable along cultivating groove 2.1 length direction to be convenient to cultivation plate 2.2,
The top of described cultivating groove 2.1 is provided with light structure 3, described light structure 3 includes reflector 3.1, the bottom surface reflective surface of described reflector 3.1 is towards cultivating groove 2.1, and the reflective surface of reflector 3.1 is provided with multiple plant growth lamp 3.2, the two panels reflective membrane 3.3 be arranged in parallel lays respectively at the both sides of reflector 3.1, and reflector 3.1, cultivation plate 2.2 on two panels reflective membrane 3.3 and cultivating groove 2.1 forms a simple and easy smooth room, thus on the light that plant growth lamp 3.2 the is sent plant exposed in cultivation plate 2.2 as much as possible, thus improve the growth rate of plant, the top edge of described reflector 3.1 vertically upwards turns down flange 3.1.1, described flange 3.1.1 offers suppending hole 3.1.2, described cultivation framework 1 is hung with chain sling 3.4, one end hook of S-hook 3.5 is placed in the chain link of chain sling 3.4, another end hook is placed in suppending hole 3.1.2, preferably, S-hook 3.5 is mounted with four respectively in the surrounding of reflector 3.1, thus it is more steady after reflector 3.1 is hung, pass through the cooperation of chain sling 3.4 and S-hook 3.5 simultaneously, can regulate the height of reflector 3.1 easily, to reach best irradiation height,
Be connected by water-falling structure 4 between neighbouring cultivating groove 2.1, and the water-falling structure 4 that adjacent cultivating groove 2.1 is installed lays respectively at two ends, left and right, thus the nutrient solution in cultivating groove 2.1 can be formed circulate, described water-falling structure 4 includes and is plugged in downpipe 4.1 bottom cultivating groove 2.1 and siphon pipe 4.2, this downpipe 4.1 is common downpipe, play the effect of anti-overflow, when siphon pipe 4.2 does not normally start, carry out water conservancy diversion by this downpipe 4.1 pairs of nutrient solutions, described siphon pipe 4.2 includes the straight length 4.2.1 be plugged in bottom cultivating groove 2.1, this straight length 4.2.1 is connected with siphon head 4.2.2, described siphon head 4.2.2 is a tubular structure, in the open top end that this siphon head 4.2.2 is positioned at cultivating groove 2.1, pressure is equipped with gland 4.2.4, this gland 4.2.4 is an inverted barrel-like structure, the open top of above-mentioned siphon head 4.2.2 to be pressed together on bottom gland 4.2.4 at the bottom of bucket, and the tube wall of siphon head 4.2.2 place bottom gland 4.2.4 is provided with multiple sucker 4.2.3, above-mentioned siphon head 4.2.2 and gland 4.2.4 is formed with syphon structure, nutrient solution flow in lower floor's cultivating groove 2.1 after entering siphon head 4.2.2 by sucker 4.2.3, and the gland 4.2.4 top of the top of above-mentioned downpipe 4.1 and siphon pipe 4.2 flushes, thus make downpipe 4.1 and siphon pipe 4.2 play dual fail-safe effect,
The below being positioned at undermost cultivating groove 2.1 is provided with liquid storage pool 5.1, this liquid storage pool 5.1 is communicated to through the circulating pump 6.1 of water circulation system 6 cultivating groove 2.1 being positioned at the superiors, thus make liquid storage pool 5.1, circulating pump 6.1 and cultivating groove 2.1 form a complete water circulation system 6 by water-falling structure 4, be positioned at undermost cultivating groove 2.1 to be connected with liquid storage pool 5.1 by water-falling structure 4, and liquid storage pool 5.1 be provided with labyrinth filtration 5.2 between pool wall up and down, for removing the Large stone impurity in nutrient solution, this labyrinth filtration 5.2 is crisscross arranged by the polylith filter be positioned on upper and lower pool wall and forms, an internal circulation pump 5.3 is provided with in described liquid storage pool 5.1, this internal circulation pump 5.3 is between labyrinth filtration 5.2 and the outlet end of liquid storage pool 5.1, the outlet end of this internal circulation pump 5.3 after filtration device 5.4 is communicated between the water-falling structure 4 of labyrinth filtration 5.2 and orlop cultivating groove 2.1, thus the nutrient solution in circulation is filtered again,
Described plant factor system also includes air circulating system 7 and maintenance system 8, described air circulating system 7 includes air-conditioning 7.1 and blower fan 7.2, described air-conditioning 7.1 and blower fan 7.2 are installed on the two ends, left and right of cultivation framework 1 respectively, thus the wind energy making air-conditioning 7.1 and blower fan 7.2 blow out makes the plant cultivating cultivation in framework 1 vacillate now to the left, now to the right under the action of the forces of the wind, not only can improve its light-receiving area, and contribute to improving its transpiration, promote the growth of plant;
Described maintenance system 8 includes the mesh plate 8.1 being installed on eminence, mesh plate 8.1 forms a travelling platform, thus attendant can be walked on mesh plate 8.1, and after being arranged to mesh plate version, do not affect inner air circulation, can not adverse influence be caused to plant growth; Meanwhile, be also provided with stair 8.2, to enter above-mentioned travelling platform with attendant
In addition: be provided with 1 ~ 2 in multiple cultivating and growing frame for planting fungi plant, not only enrich cultivar, and the carbonic acid gas produced in fungus grown can be supplied to green plants and carries out photosynthesis, thus form a microcirculqtory system, promote the growth of plant further.
In addition: it should be noted that above-mentioned embodiment is only a prioritization scheme of this patent, any change that those skilled in the art does according to above-mentioned design or improvement, all within the protection domain of this patent.
Claims (10)
1. plant factor's system, it is characterized in that: described plant factor system includes the multiple cultivating and growing framves be placed in toilet, described cultivating and growing frame includes the cultivation framework (1) arranged in multi-layer framework, the every one deck of cultivation framework (1) is all provided with slot type and cultivates structure (2), neighbouring slot type is cultivated between structure (2) and is connected by water-falling structure (4), be positioned at undermost slot type cultivation structure (2) and be communicated to the liquid storage pool (5.1) be positioned at below it by water-falling structure (4), described liquid storage pool (5.1) is communicated to through circulating pump the slot type being positioned at the superiors and cultivates structure (2).
2. a kind of plant factor system as claimed in claim 1, is characterized in that: described cultivation framework (1) is arranged in nine layer architectures.
3. a kind of plant factor system as claimed in claim 1 or 2, it is characterized in that: it is trapezoidal cultivating groove (2.1) that described slot type cultivation structure (2) includes cross section, notch both sides, described cultivating groove (2.1) top are provided with step (2.1.1), the both sides of cultivation plate (2.2) are provided with the shoulder (2.2.2) on the step surface being held on above-mentioned step (2.1.1), described cultivation plate (2.2) is provided with multiple implantation hole (2.2.1), field planting basket (2.3) is equipped with in this implantation hole (2.2.1), described field planting basket (2.3) interior plug is to there being sponge (2.4), cross paddle-tumble (2.4.1) has been drawn at described sponge (2.4) top, or in-line paddle-tumble (2.4.2) has been drawn in sponge (2.4) side, the shoulder (2.2.2) of described cultivation plate (2.2) extends backward lower turnover and forms flanging (2.2.3) to both sides, above-mentioned flanging (2.2.3) is provided with roller (2.2.4) in the one side of cultivating groove (2.1) external groove sidevall, and the wheel face of this roller (2.2.4) is adjacent to the external groove sidevall of cultivating groove (2.1).
4. a kind of plant factor system as claimed in claim 3, it is characterized in that: the top of described cultivating groove (2.1) is provided with light structure (3), described light structure (3) includes reflector (3.1), the bottom surface reflective surface of described reflector (3.1) is towards cultivating groove (2.1), and the reflective surface of reflector (3.1) is provided with multiple plant growth lamp (3.2), the two panels reflective membrane (3.3) be arranged in parallel lays respectively at the both sides of reflector (3.1), and reflector (3.1), cultivation plate (2.2) on two panels reflective membrane (3.3) and cultivating groove (2.1) forms a smooth room.
5. a kind of plant factor system as claimed in claim 4, it is characterized in that: the top edge of described reflector (3.1) vertically upwards turns down flange (3.1.1), described flange (3.1.1) offers suppending hole (3.1.2), described cultivation framework (1) is hung with chain sling (3.4), one end hook of S-hook (3.5) is placed in the chain link of chain sling (3.4), and another end hook is placed in suppending hole (3.1.2).
6. a kind of plant factor system as claimed in claim 3, it is characterized in that: be connected by water-falling structure (4) between neighbouring cultivating groove (2.1), described water-falling structure (4) includes the downpipe (4.1) and siphon pipe (4.2) that are plugged in cultivating groove (2.1) bottom, described siphon pipe (4.2) includes the straight length (4.2.1) being plugged in cultivating groove (2.1) bottom, this straight length (4.2.1) is connected with siphon head (4.2.2), described siphon head (4.2.2) is a tubular structure, in the open top end that this siphon head (4.2.2) is positioned at cultivating groove (2.1), pressure is equipped with gland (4.2.4), this gland (4.2.4) is an inverted barrel-like structure, the open top of above-mentioned siphon head (4.2.2) is pressed together at the bottom of the bucket of gland (4.2.4) bottom, and the tube wall of siphon head (4.2.2) is provided with multiple sucker (4.2.3) near gland (4.2.4) bottom place, the top of above-mentioned downpipe (4.1) and gland (4.2.4) top of siphon pipe (4.2) flush.
7. a kind of plant factor system as claimed in claim 6, it is characterized in that: the below being positioned at undermost cultivating groove (2.1) is provided with liquid storage pool (5.1), the circulating pump (6.1) of outlet end through water circulation system (6) of this liquid storage pool (5.1) is communicated to the cultivating groove (2.1) being positioned at the superiors, be positioned at undermost cultivating groove (2.1) to be connected with liquid storage pool (5.1) by water-falling structure (4), and liquid storage pool (5.1) be provided with labyrinth filtration (5.2) up and down between pool wall, this labyrinth filtration (5.2) by the polylith filter be positioned on upper and lower pool wall interlock interval arrange form, an internal circulation pump (5.3) is provided with in described liquid storage pool (5.1), this internal circulation pump (5.3) is positioned between the outlet end of labyrinth filtration (5.2) and liquid storage pool (5.1), the outlet end of this internal circulation pump (5.3) after filtration device (5.4) is communicated between the water-falling structure (4) of labyrinth filtration (5.2) and orlop cultivating groove (2.1).
8. a kind of plant factor system as claimed in claim 1, it is characterized in that: described plant factor system also includes air circulating system (7), described air circulating system (7) includes air-conditioning (7.1) and blower fan (7.2), and described air-conditioning (7.1) and blower fan (7.2) are installed on the two ends, left and right of cultivation framework (1) respectively.
9. a kind of plant factor system as claimed in claim 1, it is characterized in that: described plant factor system also includes maintenance system (8), described maintenance system (8) includes the mesh plate (8.1) being installed on eminence, mesh plate (8.1) forms a travelling platform, and described maintenance system (8) also includes the stair (8.2) of connection network orifice plate (8.1).
10. a kind of plant factor system as claimed in claim 1, is characterized in that: be provided with 1 ~ 2 in multiple cultivating and growing frame for planting fungi plant.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520255852.5U CN204968669U (en) | 2015-04-25 | 2015-04-25 | Plant factory system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520255852.5U CN204968669U (en) | 2015-04-25 | 2015-04-25 | Plant factory system |
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| Publication Number | Publication Date |
|---|---|
| CN204968669U true CN204968669U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520255852.5U Withdrawn - After Issue CN204968669U (en) | 2015-04-25 | 2015-04-25 | Plant factory system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104798622A (en) * | 2015-04-25 | 2015-07-29 | 江阴市中翎高科农业技术有限公司 | Plant factory system |
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2015
- 2015-04-25 CN CN201520255852.5U patent/CN204968669U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104798622A (en) * | 2015-04-25 | 2015-07-29 | 江阴市中翎高科农业技术有限公司 | Plant factory system |
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Granted publication date: 20160120 Effective date of abandoning: 20171003 |
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| AV01 | Patent right actively abandoned |