CN104221746A - Plant planting system and illumination method - Google Patents
Plant planting system and illumination method Download PDFInfo
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- CN104221746A CN104221746A CN201310228476.6A CN201310228476A CN104221746A CN 104221746 A CN104221746 A CN 104221746A CN 201310228476 A CN201310228476 A CN 201310228476A CN 104221746 A CN104221746 A CN 104221746A
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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
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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- Y02P60/14—Measures for saving energy, e.g. in green houses
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Abstract
The invention provides a plant planting system. The plant planting system comprises a layered rack with multiple regions, a plant planting unit for planting plants, a conveying device and a multiple illuminating modules. The conveying device is arranged in the layered rack and used for bearing the plant planting unit and enabling the plant planting unit to move in the region according to a plant growing state. The illuminating modules are respectively arranged in regions of the layered rack so as to provide illuminating light sources in the regions of the layered rack. In addition, the invention further provides a plant illumination method. The plant planting system can provide light for the plants in the current growing state through the conveying device, the planting efficiency is improved, and energy waste is avoided.
Description
Technical field
The present invention relates to plant cultivating system and means of illumination, be specially the plant cultivating system that multiple lighting module can be provided according to different demand of plant growth.
Background technology
Due to factors such as Four seasons change or weather instability, the plant of cultivation possibly often cannot obtain sufficient solar irradiation.Stably light growth is planted in order to make to plant, what one was called " greenhouse culture method " plants cultivating method for industry uses, so-called greenhouse culture is referring broadly to getting involved the control method of planting and planting growing environment to manually, as irradiation, water supply, supply nutrient solution, temperature regulating, damping degree, acid adjustment basicity ... Deng, can be the category of broad sense greenhouse culture method.This specification illustrates based on convenient, and mainly existed by the scope definition of conventional greenhouse culture method, (1) is totally-enclosed or semiclosed for indoor plants cultivation environment, and (2) use the illumination scheme of all or part of artificial light source, and this first chats bright.Current greenhouse culture method plants fixing artificial light source for solution to provide respectively to plant.On the other hand, along with the growth conditions of planting cultivation changes, plant cultivation the growth that is applicable to or nurturing an environment also must change thereupon, such as, the intensity of illumination or the adjustment of scope.
In addition, the artificial light source that current greenhouse culture method generally adopts, only provides in wide area the function all lighted or all extinguish.But, along with planting the evolution of planting growth each stage, unit plant plant in region and not all plant the illumination that cultivation region all needs to accept illumination or need equivalent, thus, the lighting system of aforementioned standard-sized sheet or full cut-off causes unnecessary energy waste.Further, plant growth along with planting, the scope, the intensity that need to accept illumination are also not quite similar, and obviously greenhouse culture method cannot resilient correspondence adjustment illumination range at present.Therefore, the more efficient plant cultivating system of one and means of illumination thereof is needed.
Summary of the invention
Plant cultivating illuminator according to one embodiment of the invention, comprises one deck frame, a conveying plant, a plant cultivating unit and multiple lighting module.Described layer frame has multiple region, and described plant cultivating unit plants cultivation in order to plant one.Described conveying plant is arranged in order to carry described plant cultivating unit in described layer frame, and according to described growth conditions of planting cultivation, described plant cultivating unit is moved in this region.Described multiple lighting module is arranged in each region of described layer frame respectively, for each region of described layer frame provides lighting source.
In one embodiment, wherein the described lighting source of each described lighting module in each described region has different illumination intensity or illumination range.
In one embodiment, plant cultivating illuminator more comprises a control unit.Described control unit is in order to plant the growth conditions of cultivation described in providing to described conveying plant, and plant cultivating unit to be moved to the region corresponding to described growth conditions according to growth conditions by described conveying plant.
In one embodiment, the plantation time of cultivation planted in described control unit record, and judge the growth conditions of planting cultivation according to the plantation time.In another embodiment, plant cultivating illuminator more comprises an image detecting unit, in order to capture the image of plant cultivating unit being planted cultivation, and provide image to described control unit, and described control unit judges the growth conditions of planting cultivation according to described image.In another embodiment, plant cultivating illuminator more comprises a detecting unit, in order to detect the growing height of plant cultivating unit being planted cultivation, and provide described growing height to described control unit, and described control unit judge the growth conditions of planting cultivation according to described growing height.
In one embodiment, described lighting module comprises a position regulator, and wherein said position regulator adjusts the luminous range of described lighting module and plant cultivating unit according to the growth conditions of planting cultivation.In one embodiment, when the illumination range of described lighting source on plant cultivating unit is greater than the growth scope of planting cultivation, described position regulator reduces the luminous range of described lighting module and plant cultivating unit.On the other hand, when the illumination range of described lighting source on plant cultivating unit is less than the growth scope of planting cultivation, described position regulator increases the luminous range of described lighting module and plant cultivating unit.
In one embodiment, described lighting module comprises multiple luminescence unit and a luminous controling unit, described luminescence unit illuminating to produce lighting source, and described luminous controling unit by controlling, whether each luminescence unit luminous adjusts the illumination range of described luminescence unit on plant cultivating unit.In one embodiment, when the illumination range of described lighting source on plant cultivating unit is greater than the growth scope of planting cultivation, the luminescence unit of described luminous controling unit closed portion luminescence.On the other hand, when the illumination range of described lighting source on plant cultivating unit is less than the growth scope of planting cultivation, the luminescence unit that described luminous controling unit opening section is not luminous.
Plant cultivating means of illumination according to one embodiment of the invention, is applicable to the plant cultivating unit that cultivation is planted in plantation one.Wherein said method comprises: use a conveying plant to carry described plant cultivating unit; Use conveying plant to make plant cultivating unit in the multiple interregional movement of layer frame according to described growth conditions of planting cultivation; And use multiple lighting module to provide each region one lighting source.
In one embodiment, plant cultivating means of illumination more comprises provides the lighting source with different illumination intensity or illumination range to each region by described lighting module.
In one embodiment, plant cultivating means of illumination more comprise provide described in plant the growth conditions of cultivation to conveying plant; And plant cultivating unit moved to the region corresponding to described growth conditions according to described growth conditions.
In one embodiment, plant cultivating means of illumination in order to plant the plantation time of cultivation described in recording, and plants the growth conditions of cultivation described in judging according to the plantation time.In another embodiment, in plant cultivating means of illumination fechtable plant cultivating unit, plant the image of cultivation, and judge the growth conditions of planting cultivation according to described image.In another embodiment, plant cultivating means of illumination also can detect the growing height of planting cultivation in plant cultivating unit, and judges the growth conditions of planting cultivation according to described growing height.
In one embodiment, plant cultivating means of illumination more adjusts the luminous range of described lighting module and plant cultivating unit by a position regulator; And determine described luminous range according to the growth conditions of planting cultivation.In one embodiment, when the illumination range of described lighting source on plant cultivating unit is greater than the growth scope of planting cultivation, the luminous range of described lighting module and plant cultivating unit is reduced.On the other hand, when the illumination range of described lighting source on described plant cultivating unit is less than the growth scope of planting cultivation, the luminous range of described lighting module and plant cultivating unit is increased.
In one embodiment, described lighting module comprises multiple luminescence unit, and described plant cultivating means of illumination more comprises: produce lighting source by described luminescence unit luminescence; And adjust the illumination range of described luminescence unit on plant cultivating unit by whether each luminescence unit of control is luminous.In one embodiment, when the illumination range of described lighting source on plant cultivating unit is greater than the growth scope of planting cultivation, the luminescence unit of closed portion luminescence.On the other hand, when the illumination range of described lighting source on plant cultivating unit is less than the growth scope of planting cultivation, the luminescence unit that opening section is not luminous.
Plant cultivating system provided by the present invention, can provide by conveying plant or control unit and be applicable to planting the illumination of planting current growth conditions, improve the plantation efficiency of plant, avoid the waste of the energy.
Accompanying drawing explanation
Fig. 1 is the structural representation of the plant cultivating illuminator according to one embodiment of the invention;
Fig. 2 A has the schematic diagram of the first illumination range light source to plant cultivating unit for the lighting module according to one embodiment of the invention provides;
Fig. 2 B has the schematic diagram of the second illumination range light source to plant cultivating unit for the lighting module according to one embodiment of the invention provides;
Fig. 2 C has the schematic diagram of the second illumination range light source to plant cultivating unit for the lighting module according to another embodiment of the present invention provides;
Fig. 3 is the structural representation of the lighting module according to one embodiment of the invention;
Fig. 4 is the operational flowchart according to plant cultivating illuminator one embodiment of the method for the present invention;
Fig. 5 is the operational flowchart according to plant cultivating illuminator other method embodiment of the present invention;
Fig. 6 is the operational flowchart according to a plant cultivating illuminator of the present invention embodiment of the method again.
Wherein, description of reference numerals is as follows:
102,202-1,202-2 ~ layer frame;
104-1,104-2,104-3,104-4,104-5,204 ~ conveying plant;
106-1,106-2,106-3,106-4,106-5,206,306 ~ lighting module;
108-1,108-2,108-3,108-4,108-5,208 ~ plant cultivating unit;
210 ~ position regulator;
302 ~ luminescence unit;
304 ~ luminous controling unit;
A ~ block;
A1, A2, A3, A4, A5 ~ region;
L1, L2, L3 ~ illumination range;
P, P1, P2, P3, P4, P5 ~ plant cultivation;
X, Y ~ direction.
Embodiment
In order to the object of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly elaborates.Specification of the present invention provides different embodiment so that the technical characteristic of the different embodiment of the present invention to be described.Wherein, in embodiment, the configuration of each assembly is the use of explanation, and is not used to limit the present invention.The replacement of any embodiment of the present invention and amendment, and any further application of principle of the present invention, those skilled in the art can complete with reference to description of the present invention.
Fig. 1 is the structural representation of the plant cultivating illuminator according to one embodiment of the invention.Plant cultivating illuminator comprises layer frame 102, conveying plant 104-1,104-2,104-3,104-4,104-5, lighting module 106-1,106-2,106-3,106-4,106-5, and plant cultivating unit 108-1,108-2,108-3,108-4,108-5.Plant cultivating unit 108-1,108-2,108-3,108-4,108-5 can be water and plough water bed in order to plant cultivation.Layer frame 102 has multiple region A1, A2, A3, A4, A5, and conveying plant 104-1 to be arranged in layer frame 102 and to be communicated with multiple region A1, A2, A3, A4, A5.Conveying plant 104-1,104-2,104-3,104-4,104-5 can be conveyer belt or live roller etc. can in order to the device of mobile carrier.
In one embodiment, conveying plant 104-1 is in order to carry plant cultivating unit 108-1, and can according to the growth conditions mobile plant cultivating unit 108-1 in region A1, A2, A3, A4, A5 plant cultivating unit 108-1 planting cultivation, the growth conditions of wherein planting cultivation can comprise the height of planting cultivation, size, growth scope, waiting can in order to judge to plant the parameter of planting growth conditions.For example, owing to planting the intensity of illumination that is planted in required for different growth periods or illumination range is not identical, in some embodiments of the invention, lighting module 106-1,106-2,106-3,106-4,106-5 in region A1, A2, A3, A4, A5 can have different intensities of illumination or illumination range respectively, and corresponding planting is planted in different growth periods and provides required intensity of illumination or illumination range respectively.Therefore, plant cultivating unit 108-1 according to the growth conditions of current plant cultivating unit 108-1 planting cultivation, can be moved to the light area with corresponding growth conditions at present by conveying plant 104-1 toward direction X.Detailed mode of operation more further illustrates in aftermentioned paragraph.
In the same manner, conveying plant 104-2,104-3,104-4,104-5 are respectively in order to carry plant cultivating unit 108-2,108-3,108-4,108-5, due to correlation technique feature and conveying plant 104-1 and plant cultivating unit 108-1 similar, do not add to repeat at this.Should be appreciated that, though each conveying plant only carry in described embodiment and move single plant cultivating unit, but the present invention is not limited to this, and in some embodiments of the invention, each conveying plant can carry and move multiple plant cultivating unit.In addition, only mention each conveying plant in the above-described embodiments in the horizontal direction of direction X or rightabout X and move plant cultivating unit, but in further embodiments, conveying plant also can move plant cultivating unit 108-1 toward the vertical direction of direction Y or rightabout Y, plant cultivating unit 108-1 to be moved to the light area with corresponding growth conditions at present.
In an embodiment of the present invention, plant cultivating illuminator can comprise a control unit (not shown), control unit can obtain current each plant cultivating unit 108-2, 108-3, 108-4, 108-5 plants the growth conditions of cultivation, and transmit respectively according to the growth conditions of planting cultivation and corresponding control signal to conveying plant 104-1, 104-2, 104-3, 104-4, 104-5, as conveying plant 104-1, 104-2, 104-3, 104-4, when 104-5 receives control signal, conveying plant 104-1, 104-2, 104-3, 104-4, 104-5 then can according to each plant cultivating unit 108-2, 108-3, 108-4, each plant cultivating unit is moved to the light area with corresponding growth conditions at present by the growth conditions of 108-5 planting cultivation.
In some embodiments of the invention, control unit can according to planting the plantation time of cultivation to judge respectively to plant the growth conditions of cultivation, and corresponding control signal to conveying plant by transmitting respectively according to the growth conditions of planting cultivation, then plant cultivating unit then can be moved to the light area with corresponding growth conditions at present according to the growth conditions of planting cultivation by conveying plant.Below with conveying plant 104-1 and plant cultivating unit 108-1 as an example, when as user plant cultivating unit 108-1 being positioned on the conveying plant 104-1 in the A5 of region, control unit starts timing, when control unit timing reaches a given time (such as, one day or a week) time, then conclude that the growth conditions of plant cultivating unit 108-1 planting cultivation has entered next vegetative stage, and transmit and corresponding control signal to conveying plant 104-1.Finally, plant cultivating unit 108-1 then can be moved to the region (such as, region A2) of corresponding described vegetative stage by conveying plant 104-1 according to control signal.Should be appreciated that, this given time can be planted according to different types of planting and has the setting of different time span.
In certain embodiments, plant cultivating illuminator can comprise image detecting unit (not shown), image detecting unit can be arranged to capture the image of plant cultivating unit being planted cultivation in the regional of layer frame 102, and control unit then can judge the growth conditions of planting cultivation according to captured image.In further embodiments, plant cultivating illuminator can comprise detecting unit (not shown), such as, and ultrared sensing unit, to detect the growing height of plant cultivating unit being planted cultivation, control unit then can judge the growth conditions of planting cultivation according to acquired growing height.
In the same manner, then control unit can transmit respectively according to the judged growth conditions of planting cultivation and corresponding control signal to conveying plant, and then plant cultivating unit then can be moved to the light area with corresponding growth conditions at present according to the growth conditions of planting cultivation by conveying plant.In certain embodiments, the lighting module image that can capture according to image detecting unit or the growing height acquired by detecting unit determines its illumination range.
Fig. 2 A-2C provides different light scope light source to the schematic diagram of plant cultivating unit for the lighting module according to one embodiment of the invention.In this embodiment, plant cultivating illuminator more comprises one and is arranged at position regulator 210 layer between frame 202-1 and lighting module 206, and in order to according to planting the distance between growth conditions adjustment lighting module 206 and plant cultivating unit 208 of planting P.Wherein conveying plant 204 is arranged on layer frame 202-2, and plant cultivating unit 208 is carried on conveying plant 204.
For example, when the illumination range L1 of the lighting source that lighting module 206 provides on plant cultivating unit 208 is greater than the growth scope of planting and planting P, as shown in Figure 2 A, position regulator 210 will continue the distance reducing lighting module 206 and plant cultivating unit 208, as shown in Figure 2 B, illumination range L2 equals to plant the growth scope of planting P.Otherwise when the illumination range of the lighting source that lighting module 206 provides on plant cultivating unit 208 is less than the growth scope of planting and planting P, position regulator 210 continues the distance increasing lighting module 206 and plant cultivating unit 208.Therefore, the light source that lighting module 206 can be made to provide does the most effectively to be applied, and when changing its growth scope along with the growth of planting cultivation P, the scope of its illumination of increase that lighting module 206 also can be suitable.
In certain embodiments, position regulator 210 can capture the image of current plant cultivating unit 208 by image detecting unit, and judges illumination range L1 according to captured image and plant the size of planting P growth scope.Then, position regulator 210 is according to illumination range L1 and plant the distance that the size of planting P growth scope determines to increase or reduce lighting module 206 and plant cultivating unit 208.
Should be appreciated that, because the present invention can adjust distance between lighting module 206 and plant cultivating unit 208 by position regulator 210, be applicable to planting the illumination of planting the current growth conditions of P to provide, therefore in certain embodiments, conveying plant 204 can omit by plant cultivating illuminator.
In some embodiments of the invention, the lighting module of plant cultivating illuminator arranges multiple luminescence unit 302 and luminous controling unit 304, as shown in Figure 3.Fig. 3 is the structural representation of the lighting module 206 according to one embodiment of the invention, wherein, luminescence unit 302 illuminating to provide lighting source, and luminous controling unit 304 whether can control each luminescence unit 302 independently luminous.Therefore, luminous controling unit 304, also can by luminescence unit 302 luminescence in different blocks to produce different illumination ranges by lighting the luminescence unit 302 of varying number to produce different illumination brightness.
For example, when all luminescence units 302 are lighted to provide on light source to plant cultivating unit 208 by lighting module 206, if the illumination range L1 on plant cultivating unit 208 is greater than the growth scope (as shown in Figure 2 A) of planting and planting P, then the luminescence unit of luminous controling unit 306 closed portion luminescence is to be reduced into illumination range L3(as shown in Figure 2 C).For example, the luminescence unit 302 beyond block A in Fig. 3 can be closed by luminous controling unit 304, only lights luminescence unit 302 in block A to reduce illumination range.Otherwise, when part luminescence unit 302 is only lighted (such as by lighting module 206, luminescence unit 302 in block A) to provide on light source to plant cultivating unit 208 time, if the illumination range on plant cultivating unit 208 is less than the growth scope of planting and planting P, then luminous controling unit 304 can light other not luminous luminescence unit 302 to increase its illumination range.For example, the luminescence unit 302 beyond block A in Fig. 3 can be lighted to increase illumination range by luminous controling unit 306.
Fig. 4 is the operational flowchart according to plant cultivating illuminator one embodiment of the method for the present invention.In step S402, at conveying plant carrying plant cultivating unit, then in step S404, control unit judges the growth conditions of plant cultivating unit being planted cultivation, for example, control unit can in conveying plant carry plant cultivating unit start timing with by plantation time judge growth conditions.In certain embodiments, control unit also judges to plant the growth conditions of planting thing at present by detecting unit, such as, plant the image of planting thing or the height or the scope that are judged plant growth by ultrared sensing device at present by detecting unit acquisition.
Then, in step S406, plant cultivating unit is moved to the region with corresponding growth conditions at present according to the growth conditions of planting cultivation by control unit by conveying plant.Therefore, plant cultivation thing and along with the difference of growth conditions, the region with suitable growth conditions can be moved to.
Fig. 5 is the operational flowchart that plant cultivating illuminator according to the present invention has the embodiment of the method for position regulator.In step S502, at conveying plant carrying plant cultivating unit, then in step S504, control unit obtains on plant cultivating unit by detecting unit plants the growth scope of cultivation and the illumination range of lighting module.In step S506, control unit then decides lighting module and the distance of planting cultivation according to the size of acquired growth scope and illumination range, such as shown in Fig. 2 A-2B, control unit adjusts the distance between lighting module 206 and plant cultivating unit 208 by position regulator 210, when the growth scope of planting cultivation is greater than illumination range, continue step S508, otherwise, when planting the growth scope of planting thing and being less than illumination range, then continue step S510.
In step S508, control unit increases the distance of lighting module and plant cultivating unit by position regulator.And in step S510, control unit reduces the distance of lighting module and plant cultivating unit by position regulator.In addition, should be appreciated that, the step S506-S510 in the present embodiment can continually carry out, until stop when the growth scope of planting cultivation equals illumination range.Therefore, along with the growth change of planting cultivation, illumination range can increase and decrease to optimal distance thereupon.
Fig. 6 is the operational flowchart of the embodiment of the method according to plant cultivating illuminator of the present invention with multiple luminescence unit lighting module.In step S602, at conveying plant carrying plant cultivating unit, then in step S604, control unit obtains the growth scope of planting cultivation and the illumination range of plant cultivating unit by detecting unit.In step S606, control unit then decides lighting module light-emitting zone according to the size of acquired growth scope and illumination range, such as light the quantity of luminescence unit, or light the quantity of luminescence unit, as shown in Figure 5, when planting the growth scope of planting thing and being greater than illumination range, continue step S508, otherwise, when planting the growth scope of planting thing and being less than illumination range, then continue step S510.
In step S508, control unit increases luminescence unit quantity and its scope that lighting module is lighted by detecting unit.And in step S510, control unit reduces luminescence unit quantity and its scope that lighting module is lighted by detecting unit.In addition, should be appreciated that, the step S506-S510 in the present embodiment can continually carry out, until stop when the growth scope of planting cultivation equals illumination range.Therefore, along with the growth change of planting cultivation, illumination range can increase and decrease to optimal distance thereupon.
Should be appreciated that, be applicable to planting the illumination of planting the current growth conditions of P because the present invention can provide by control unit, therefore in certain embodiments, conveying plant 204 can omit by plant cultivating illuminator.In certain embodiments, the operating function of luminous controling unit 302 can be integrated into for controlling in the control unit of conveying plant.Identical, also can be integrated in a control unit about the control operation of conveying plant and position regulator in the embodiment of the present invention.
The present invention can be implemented on computerization processing procedure and the form for the equipment of carrying out processing procedure at least partly.The present invention can be implemented on tangible machine-readable Storage Media (such as at least partly, random access memory (RAM), read-only storage (ROMs), CD, Video CD, Blu-ray Disc, Winchester disk drive (hard disk drives), flash memory or other tangible machine-readable Storage Media) computer program code, wherein, loaded when above computer procedure code and be executed in calculator, this calculator becomes carries out one of the present invention equipment.The present invention at least can be implemented on the computer program code of portion-form, no matter be load and/or be executed in calculator, loaded and be executed in calculator when above computer procedure code, and this calculator becomes one of execution the present invention equipment.When being implemented on the processor of general object, computer program code distinguishes this processor of configuration to create a particular logic circuit.The digital signal processor that the present invention can be implemented on Application Specific Integrated Circuit composition at least partly alternatively completes the present invention.
Although system of the present invention and method have been specified in above embodiment, and be not used to be defined in this.More precisely, should broadly explain the interest field of enclosing, to comprise various change and the embodiment of present system and method, the personnel knowing this technology can complete under the scope of the category and identical systems and method that do not deviate from the present invention.
Claims (20)
1. a plant cultivating system, comprising:
One deck frame, has multiple region;
One plant cultivating unit, plants cultivation in order to plant one;
One conveying plant, is arranged in order to carry described plant cultivating unit in described layer frame, and according to described growth conditions of planting cultivation, described plant cultivating unit is moved in this region; And
Multiple lighting module, is arranged in each region of described layer frame respectively, for each region of described layer frame provides lighting source.
2. plant cultivating system as claimed in claim 1, the lighting source of wherein said each lighting module in described each region has different illumination intensity or illumination range.
3. plant cultivating system as claimed in claim 1, more comprise a control unit, in order to plant the growth conditions of cultivation described in providing to described conveying plant, wherein, described plant cultivating unit to be moved to region corresponding to described growth conditions according to described growth conditions by described conveying plant.
4. plant cultivating system as claimed in claim 3, wherein, plants the plantation time of cultivation described in described control unit record, and plants the growth conditions of cultivation described in judging according to the described plantation time.
5. plant cultivating system as claimed in claim 3, more comprise an image detecting unit, in order to capture the image of described plant cultivating unit being planted cultivation, and provide described image to described control unit, wherein, described control unit judges the growth conditions of planting cultivation according to image.
6. plant cultivating system as claimed in claim 3, more comprise a detecting unit, in order to plant the growing height of cultivation described in detecting on described plant cultivating unit, and provide described growing height to described control unit, wherein, described control unit judges the growth conditions of planting cultivation according to growing height.
7. plant cultivating system as claimed in claim 1, wherein, described lighting module comprises a position regulator, wherein said position regulator according to described in plant cultivation growth conditions adjust the luminous range of described lighting module and described plant cultivating unit.
8. plant cultivating system as claimed in claim 7, wherein, when planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is greater than, described position regulator reduces the luminous range of lighting module and plant cultivating unit, and
Wherein, when planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is less than, described position regulator increases the luminous range of lighting module and plant cultivating unit.
9. plant cultivating system as claimed in claim 1, wherein said lighting module comprises multiple luminescence unit and a luminous controling unit, described luminescence unit illuminating to produce lighting source, and described luminous controling unit by controlling, whether each luminescence unit luminous adjusts the illumination range of described luminescence unit on described plant cultivating unit.
10. plant cultivating system as claimed in claim 9, wherein, when planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is greater than, the luminescence unit of described luminous controling unit closed portion luminescence, and
Wherein, when planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is less than, the luminescence unit that described luminous controling unit opening section is not luminous.
11. 1 kinds of plant cultivating means of illuminations, be applicable to the plant cultivating unit that cultivation is planted in plantation one, wherein said plant cultivating means of illumination comprises:
A conveying plant is used to carry described plant cultivating unit;
Use described conveying plant to make described plant cultivating unit in the multiple interregional movement of one deck frame according to described growth conditions of planting cultivation; And
Multiple lighting module is used to provide each region one lighting source.
12. plant cultivating means of illuminations as claimed in claim 11, more comprise and provide the lighting source with different illumination intensity or illumination range to each region by described lighting module.
13. plant cultivating means of illuminations as claimed in claim 11, more comprise:
The growth conditions of cultivation is planted to described conveying plant described in providing; And
Described plant cultivating unit moved to the region corresponding to described growth conditions according to described growth conditions.
14. plant cultivating means of illuminations as claimed in claim 13, more comprise:
The plantation time of cultivation is planted described in record; And
The growth conditions of cultivation is planted described in judging according to the described plantation time.
15. plant cultivating means of illuminations as claimed in claim 13, more comprise:
Capture the image of described plant cultivating unit being planted cultivation; And
The growth conditions of cultivation is planted described in judging according to described image.
16. plant cultivating means of illuminations as claimed in claim 13, more comprise:
Detect the growing height of described plant cultivating unit being planted cultivation; And
The growth conditions of planting cultivation is judged according to described growing height.
17. plant cultivating means of illuminations as claimed in claim 11, more comprise:
The luminous range of described lighting module and described plant cultivating unit is adjusted by a position regulator; And
Described luminous range is determined according to described growth conditions of planting cultivation.
18. plant cultivating means of illuminations as claimed in claim 17, more comprise:
When planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is greater than, reduce the luminous range of described lighting module and described plant cultivating unit; And
When planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is less than, increase the luminous range of described lighting module and described plant cultivating unit.
19. plant cultivating means of illuminations as claimed in claim 11, wherein said lighting module comprises multiple luminescence unit, and wherein said plant cultivating means of illumination more comprises:
Described lighting source is produced by described luminescence unit luminescence; And
Whether luminous to determine the illumination range of described luminescence unit on described plant cultivating unit by each described luminescence unit of control.
20. plant cultivating means of illuminations as claimed in claim 19, more comprise:
When planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is greater than, the luminescence unit of closed portion luminescence; And
When planting the growth scope of cultivation described in the illumination range of described lighting source on described plant cultivating unit is less than, the luminescence unit that opening section is not luminous.
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| CN201310228476.6A CN104221746A (en) | 2013-06-07 | 2013-06-07 | Plant planting system and illumination method |
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| CN201310228476.6A CN104221746A (en) | 2013-06-07 | 2013-06-07 | Plant planting system and illumination method |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105333328A (en) * | 2014-08-08 | 2016-02-17 | 台达电子工业股份有限公司 | Plant planting and lighting system and method |
| CN106134855A (en) * | 2015-03-30 | 2016-11-23 | 小米科技有限责任公司 | Plant is carried out the method and device of illumination |
| CN107318630A (en) * | 2016-04-29 | 2017-11-07 | 台达电子工业股份有限公司 | Water ploughs frame module and its water ploughs frame |
| CN107517747A (en) * | 2017-07-12 | 2017-12-29 | 宋佳璇 | illumination module |
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| CN107318630A (en) * | 2016-04-29 | 2017-11-07 | 台达电子工业股份有限公司 | Water ploughs frame module and its water ploughs frame |
| CN107517747A (en) * | 2017-07-12 | 2017-12-29 | 宋佳璇 | illumination module |
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