CN104121542B - A kind of mushroom structure of the lighting lamp - Google Patents
A kind of mushroom structure of the lighting lamp Download PDFInfo
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- CN104121542B CN104121542B CN201410154241.1A CN201410154241A CN104121542B CN 104121542 B CN104121542 B CN 104121542B CN 201410154241 A CN201410154241 A CN 201410154241A CN 104121542 B CN104121542 B CN 104121542B
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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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Abstract
The invention discloses a kind of mushroom structure of the lighting lamp, be intended to provide a kind of mushroom structure of the lighting lamp.Comprise the stroboscopic lamp that several flicker frequencies can independently regulate, the wavelength of the visible ray that the lamp pearl in each stroboscopic lamp sends is all not identical; Irradiate end front at stroboscopic lamp and be provided with water white light penetrating object, be provided with in light penetrating object and regulate chamber, the extinction face regulating chamber is provided with extinction film, the visible ray that the stroboscopic lamp lamp pearl corresponding to extinction film absorbs sends; In adjustment chamber, be placed with several reflective polyhedrons, several polygon planes of each reflective polyhedron outer surface are provided with reflective membrane, the visible ray that the stroboscopic lamp lamp pearl corresponding to reflective membrane reflection sends; Regulating the extinction face in chamber and the bottom, junction of transparent surface and upper end to be respectively equipped with venthole and air admission hole, the diameter of venthole is greater than the diameter of air admission hole, and air admission hole is connected with air feeder.The present invention is mainly used on plant lamp.
Description
Technical field
The present invention relates to plant irradiation light technical field, particularly relate to a kind of mushroom structure of the lighting lamp.
Background technology
The growth of often kind of vegetation all needs light, but the wavelength of light needed for each growing period of often kind of vegetation and the irradiation time of light and shot densities are different.Such as, the monochromatic mixed proportion such as red, blue, orange of mushroom needed for each period of growth is different, generally detests ruddiness, but can not lack ruddiness, need to have once in a while red light irradiation, be convenient to the growth regulating of mushroom like this at early growth period mushroom.Generally like ruddiness at the growth animated period of mushroom, ruddiness is conducive to promoting axis, stem root, leaf-head and other orga-nogenesis.Therefore, how to allow the monochromatic light of the various wavelength be radiated on mushroom realize random point-like illumination and penetrate, and often kind of monochromatic light exposure to the position on mushroom and quantity number be promote that mushroom grows a comparatively crucial factor fast.
China Patent Publication No. CN201797809U, publication date is on April 20th, 2011, discloses a kind of plant lamp, and use with the electric power connecting of indoor, this plant lamp comprises: substrate, which is provided with several contact; Illuminator, solid with encapsulation technology and this substrate in batch, and be communicated with the part contact on this substrate, comprise and there is multilayer light width penetrate power and continuous spectrum, and sending the LED chip of different light intensity degree, the luminous intensity distribution of this LED chip comprises: infrared light belt, ultraviolet light belt, blue light stripes and green glow band.Weak point is, the monochromatic light of the various wavelength of light-illuminating on plant of this plant lamp is that continuity is irradiated, and be that planar illumination is penetrated, and often kind of monochromatic light exposure is constant all the time to the number of the position on mushroom and quantity, appear in the different growth period of plant, due to duration of illumination irradiation and intensity is constant, the growth of some monochromatic light to vegetation is caused to play inhibitory action, even affect the growth of plant, if after certain monochromatic light exposure intensity exceedes this monochromatic irradiation needed for certain Plants, plant even can be caused because absorbing this kind of monochromatic light to occur dead situation.
Summary of the invention
The present invention is the monochromatic light in order to solve the various wavelength that existing plant lamp is radiated on mushroom is that continuity is irradiated, and be that planar illumination is penetrated, and often kind of monochromatic light exposure is constant all the time to the number of the position on mushroom and quantity, the easy deficiency affecting plant growth, a kind of monochromatic light of the various wavelength be radiated on mushroom is provided to be that high frequency intermittent irradiates, and be that point-like illumination is penetrated, and often kind of monochromatic light exposure is random a kind of mushroom structure of the lighting lamp to the number of the position on mushroom and quantity.
To achieve these goals, the present invention is by the following technical solutions:
A kind of mushroom structure of the lighting lamp, comprises the stroboscopic lamp that several flicker frequencies can independently regulate, and the wavelength of visible ray that the lamp pearl in each stroboscopic lamp sends is all not identical; Irradiate end front at stroboscopic lamp and be provided with water white light penetrating object, be provided with in light penetrating object and regulate chamber, and regulate chamber to be made up of extinction face and transparent surface, and extinction face is greater than the distance of transparent surface to lamp pearl to the distance of lamp pearl; Extinction face is provided with extinction film, and the visible ray that the stroboscopic lamp lamp pearl corresponding to the absorption of extinction film sends; In adjustment chamber, be freely placed with several is spherical reflective polyhedron, and is provided with reflective membrane on several polygon planes of each reflective polyhedron outer surface, and the visible ray that the stroboscopic lamp lamp pearl corresponding to reflective membrane reflection sends; Regulating the extinction face in chamber and the bottom, junction of transparent surface and upper end to be respectively equipped with venthole and air admission hole, and the diameter of venthole is greater than the diameter of air admission hole; Air admission hole is connected with air feeder.
After several stroboscopic lamps are installed, corresponding light penetrating object is installed in the irradiation end front of its correspondence, regulate at light penetrating object on the extinction face in chamber and corresponding extinction film is set, after regulating the reflective membrane reflective polyhedron in chamber setting correspondence, start hair-dryer, the wind of hair-dryer blowout is moved reflective polyhedron and is freely beated in adjustment chamber, when after unlatching stroboscopic lamp, the monochromatic visible light that stroboscopic lamp lamp pearl sends is radiated on corresponding extinction film, this part monochromatic visible light is absorbed by extinction film, but the monochromatic visible light that stroboscopic lamp lamp pearl sends is radiated on corresponding reflective membrane, reflective membrane reflexes to this part monochromatic visible light on mushroom.Because reflective polyhedron is freely beated in adjustment chamber, and the movement locus that reflective polyhedron is beated is random, the reflection angle of the spot light that the reflective membrane on reflective polyhedron is reflected away also is change at random, reverberation number according to reflective polyhedral quantity and determining in adjustment chamber.Understand some from the light after reflective polyhedron reflective membrane reflection to be reflected on mushroom.Because the reflective membrane in each polygon plane is also Polyhedral, and the area of Polyhedral is less, and result in reflexing to of reflection becomes point-like illumination after on mushroom and penetrate.The monochromatic light achieving the various wavelength be radiated on mushroom is that high frequency intermittent irradiates, and is that point-like illumination is penetrated, and often kind of monochromatic light exposure to the position on mushroom and quantity number be random.And how much be irradiated to the light quantity of the reverberation on mushroom by regulating the flicker frequency of reflective polyhedral quantity and stroboscopic lamp in chamber to determine.Need to increase the point-like illumination of certain light to mushroom to penetrate, just at the reflective polyhedron regulating certain monochromatic visible light of increase reflection in chamber, be equivalent to the reflecting surface increasing this monochromatic visible light, if increase the flicker frequency of stroboscopic lamp simultaneously, then the point-like illumination of this monochromatic visible light to mushroom is penetrated larger.
As preferably, also comprise and place reflective polyhedral placed cavity, and the vertical section of placed cavity is the cavity of the figure of eight, the outlet of placed cavity upper end is connected to the air admission hole bottom regulating chamber, the entrance of placed cavity lower end is connected on the gas blow pipe of air feeder, and the air admission hole center line in the center line of discharge of the center line of suction of placed cavity, placed cavity and adjustment chamber overlaps; And the outlet diameter of placed cavity equals the air admission hole diameter regulating chamber, and the inlet diameter of placed cavity is greater than the outlet diameter of placed cavity, the air admission hole diameter in chamber is regulated to be greater than reflective polyhedral diameter.
Cavity placed cavity in the figure of eight is beneficial to reflective polyhedron and is blown in adjustment chamber.When the blowing force of hair-dryer diminishes, some reflective polyhedron drops in placed cavity, when placed cavity hair-dryer strengthens blowing force again, reflective polyhedron has an anti-skidding neck dropping to bottom at placed cavity waist, and reflective polyhedron is easily blown to regulate in chamber and goes.The monochromatic light being easy to realize sooner the various wavelength be radiated on mushroom is that high frequency intermittent irradiates, and is that point-like illumination is penetrated, and often kind of monochromatic light exposure to the position on mushroom and quantity number be random.
As preferably, form a direction of illumination towards identical plant irradiation light group by several stroboscopic lamps, the extinction film be arranged on the transparent body of plant irradiation light group irradiation end front is black; Also comprise the storage box equal with stroboscopic lamp number, several reflective polyhedrons are stored respectively in each storage box, reflective membrane in same storage box on all reflective polyhedrons only reflects the visible ray that a stroboscopic lamp lamp pearl sends, and reflective membrane color in any two storage boxes on reflective polyhedron is all not identical; Be provided with in placed cavity lower end and add ball mouth, be tightly stamped seal cover adding on ball mouth.This structure is easy to install, and is easy to regulate certain monochromatic visible light to be irradiated to the light quantity of the reverberation on mushroom.
As preferably, described venthole has three, and these three ventholes are triangle disposition arranges, and regulating the barrier rib each venthole in chamber is provided with in " ten " font.This structure can effectively prevent reflective polyhedron from blocking venthole, and is the more freely random of reflective polyhedron activity, and the monochromatic point-like high frequency intermittent more easily realizing being radiated at the various wavelength on mushroom irradiates.
As preferably, regulate the cross section in chamber and vertical section respectively in half-oval shaped, and extinction face is tapered plane, transparent surface is arc-shaped curved surface.This structure makes reflective polyhedron be easy to randomized jitter.
As preferably, be provided with white reflection cover at the light penetrating object rear of side, extinction face.Due to the transmitting of white reflection cover is also random some light, so the monochromatic visible light be irradiated on mushroom is also a light after the reflection of white reflection cover.Thisly a large amount of spot lights can be made to reflex to mushroom through white reflection cover get on, greatly increase often kind of monochromatic visible light and be irradiated to chance on mushroom.
As preferably, be provided with several photosensitive sensors in plant growing pot upper end, tightening at the photosurface of every block photosensitive sensor closely connectedly has optical filter, and the visible ray that the optical filter on each photosensitive sensor only allows one of them stroboscopic lamp lamp pearl to send passes; Also comprise microcontroller and computer, microcontroller is electrically connected with computer, photosensitive sensor, the control end of each stroboscopic lamp and the control end of air feeder respectively, and particle image interpretation software is housed on computers.Optical filter can only allow certain monochromatic visible light be irradiated on the photosurface of the photosensitive sensor below this optical filter, as long as so the photosensitive information collected by the photosurface of particle image interpretation software to photosensitive sensor on computer carries out analyzing and processing, and the result after process and required standard results are contrasted, just can know which monochromatic visible light needs the adjustment carrying out increasing or reducing.Concrete adjustment way is exactly, staff inserts placed cavity reflective polyhedron from adding ball mouth, then by instruction that computer adjusts to controller one, by controller to hair-dryer instruction, the cold air blast velocity of hair-dryer changes, reflective polyhedron in placed cavity is blown into and regulates in chamber, and the flicker frequency simultaneously changing corresponding stroboscopic lamp realizes the adjustment to certain monochromatic visible light volume reflection.
The present invention can reach following effect:
1, mushroom structure of the lighting lamp of the present invention makes the monochromatic light of the various wavelength be radiated on mushroom be that point-like high frequency intermittent irradiates, and often kind of monochromatic light exposure to the position on mushroom and quantity number be random, greatly facilitate the quick growth of mushroom.
2, mushroom structure of the lighting lamp of the present invention is according to the requirement to Compound eye needed for different parts in mushroom each growth period, within each growth period of mushroom, adopt the some illumination of different wave length to penetrate respectively and illumination light filling is carried out to the corresponding growth site of mushroom, thus promoting that mushroom grows fast, this mushroom structure of the lighting lamp brightness is high, light decay is low, it is little to consume energy, efficiency is high.
Accompanying drawing explanation
Fig. 1 is a kind of status architecture schematic diagram of the present invention when using.
Fig. 2 is that the present invention is placed with several reflective polyhedral a kind of schematic diagrames in storage box.
Fig. 3 is a kind of syndeton schematic diagram of photosensitive sensor of the present invention and optical filter.
Fig. 4 is that the reflective polyhedral one of the present invention overlooks syndeton schematic diagram.
Fig. 5 is a kind of circuit theory syndeton schematic block diagram of the present invention.
In figure: blue luminous point 1, green luminous point 2, photosensitive sensor 3, mushroom 4, red light point-like 5, green light point-like 6, stroboscopic lamp 7, green light incident ray 8, green light incident ray 9, blue light incident ray 10, red light incident ray 11, light penetrating object 12, venthole 13, the reflective polyhedron 14 of green light, the reflective polyhedron 15 of green light, extinction film 16, the reflective polyhedron 17 of blue light, the reflective polyhedron 18 of red light, air admission hole 19, reflective polyhedron 20, reflective polyhedron 21, seal cover 22, placed cavity 23, air feeder 24, green light reflection ray 25, green light reflection ray 26, blue light reflection ray 27, red reflective light 28, point-like 29, incident ray 30, reflective polyhedron 31, reflection ray 32, storage box 33, the photosurface 34 of photosensitive sensor, optical filter 35, polygon plane 36, reflective membrane 37, computer 38, microcontroller 39, white reflection cover 40, gas blow pipe 41.
Detailed description of the invention
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment: a kind of mushroom structure of the lighting lamp, shown in Figure 1, comprise the stroboscopic lamp 7 that several flicker frequencies can independently regulate, and the wavelength of visible ray that the lamp pearl in each stroboscopic lamp sends is all not identical; Irradiate end front at stroboscopic lamp and be provided with water white light penetrating object 12, be provided with in light penetrating object and regulate chamber, regulate the broad in the middle small in ends of chamber.And regulate chamber to be made up of extinction face and transparent surface, and extinction face is greater than the distance of transparent surface to lamp pearl to the distance of lamp pearl.
Extinction face is become 60 degree of inclined planes handed over ground, and extinction face is above transparent surface.
Extinction face is provided with extinction film 16, and the visible ray that the stroboscopic lamp lamp pearl corresponding to the absorption of extinction film sends; In adjustment chamber, be freely placed with several is spherical reflective polyhedron 31.
Shown in Figure 4, several polygon planes 36 of each reflective polyhedron outer surface are provided with reflective membrane 37, and the visible ray that the stroboscopic lamp lamp pearl corresponding to reflective membrane reflection sends; Regulating the extinction face in chamber and the bottom, junction of transparent surface and upper end to be respectively equipped with venthole 13 and air admission hole 19, and the diameter of venthole is greater than the diameter of air admission hole; Air admission hole is connected with air feeder 24.
Shown in Figure 1, also comprise and place reflective polyhedral placed cavity 23, and the vertical section of placed cavity is the cavity of the figure of eight, the outlet of placed cavity upper end is connected to the air admission hole bottom regulating chamber, the entrance of placed cavity lower end is connected on the gas blow pipe 41 of air feeder, and the air admission hole center line in the center line of discharge of the center line of suction of placed cavity, placed cavity and adjustment chamber overlaps; And the outlet diameter of placed cavity equals the air admission hole diameter regulating chamber, and the inlet diameter of placed cavity is greater than the outlet diameter of placed cavity, the air admission hole diameter in chamber is regulated to be greater than reflective polyhedral diameter.
Venthole has three, and these three ventholes are triangle disposition arranges, and regulating the barrier rib each venthole in chamber is provided with in " ten " font.
The cross section and the vertical section that regulate chamber are half-oval shaped respectively, and extinction face is tapered plane, and transparent surface is arc-shaped curved surface.
Shown in Fig. 1, Fig. 3, Fig. 5, several photosensitive sensors 3 are provided with in plant growing pot upper end, tighten at the photosurface 34 of every block photosensitive sensor and closely connectedly have optical filter 35, and the visible ray that the optical filter on each photosensitive sensor only allows one of them stroboscopic lamp lamp pearl to send passes; Also comprise microcontroller 39 and computer 38, microcontroller is electrically connected with computer, photosensitive sensor, the control end of each stroboscopic lamp and the control end of air feeder respectively, and particle image interpretation software is housed on computers.
Shown in Figure 1, in the present embodiment, form a direction of illumination towards identical plant irradiation light group by several stroboscopic lamps, the extinction film be arranged on the transparent body of plant irradiation light group irradiation end front is black.Shown in Figure 2, also comprise the storage box 33 equal with stroboscopic lamp number, several reflective polyhedrons are stored respectively in each storage box, reflective membrane in same storage box on all reflective polyhedrons only reflects the visible ray that a stroboscopic lamp lamp pearl sends, and reflective membrane color in any two storage boxes on reflective polyhedron is all not identical; Be provided with in placed cavity lower end and add ball mouth, be tightly stamped seal cover 22 adding on ball mouth.White reflection cover 40 is provided with at the light penetrating object rear of side, extinction face.
After several stroboscopic lamps are installed, corresponding light penetrating object is installed in the irradiation end front of its correspondence, regulate at light penetrating object on the extinction face in chamber and corresponding extinction film is set, after regulating the reflective membrane reflective polyhedron in chamber setting correspondence, start hair-dryer, the wind of hair-dryer blowout is moved reflective polyhedron and is freely beated in adjustment chamber.
Such as, during use, strike out seal cover with the hand, the reflective polyhedron of several reflects green is put in placed cavity, the reflective polyhedron of several reflection red lights is put in placed cavity, the reflective polyhedron of several reflection orange-colored light is put in placed cavity, the reflective polyhedron of several reflect yellow light is put in placed cavity, the reflective polyhedron of several reflect blue light is put in placed cavity, and the needs of the often kind of reflective polyhedral kind and number various monochromatic visible light needed for mushroom of putting into placed cavity are determined.First open hair-dryer, allow hair-dryer that various reflective polyhedron is blown to from placed cavity and regulate in chamber, and allow each reflective polyhedron is unordered in adjustment chamber beats.
Such as, after stroboscopic lamp is opened, the illumination that stroboscopic lamp sends is mapped to and regulates in chamber on unordered reflective polyhedron of beating, form the incident ray 30 on reflective polyhedron polygon plane reflective membrane, the reflection ray 32 of incident ray after reflective membrane reflection is irradiated on mushroom, and the point of irradiation of this reflection ray on mushroom 4 is point-like 29, is point-like illumination and penetrates.
Such as, send out after the stroboscopic lamp only going out green glow opens at one, the green glow that this stroboscopic lamp sends is irradiated to and regulates in chamber on the reflective polyhedron 14 of unordered green light of beating, form the green light incident ray 8 on green retroreflective polyhedron polygon plane green retroreflective film, the green light reflection ray 25 of green light incident ray after the reflection of green retroreflective film is irradiated on mushroom, and the point of irradiation of this green light reflection ray on mushroom is green light point-like 6.
Such as, send out after the stroboscopic lamp only going out ruddiness opens at one, in the red light irradiation that this stroboscopic lamp sends to adjustment chamber on the reflective polyhedron 18 of unordered red light of beating, form the red light incident ray 11 on red reflective polyhedron polygon plane reflective membrane, the red reflective light 28 of red light incident ray after red reflective membrane reflection is irradiated on mushroom, and the point of irradiation of this red reflective light on mushroom is red light point-like 5.
Such as, send out after the stroboscopic lamp only going out green glow opens at one, the green glow that this stroboscopic lamp sends is irradiated to and regulates in chamber on the reflective polyhedron 15 of unordered green light of beating, form the green light incident ray 9 on green retroreflective polyhedron polygon plane green retroreflective film, the green light reflection ray 26 of green light incident ray after the reflection of green retroreflective film reflexes on green light optical filter, and the point of irradiation of this green light reflection ray on green light filter plate is green light point-like, this green light is made to be green luminous point 2 from the bearing member, image after green light sensitive film penetrates on photosensitive sensor.The green luminous point that microcontroller photosensitive sensor detects passes to computer, by the particle image interpretation software on computer, analyzing and processing is carried out to the image transmitted from photosensitive sensor, contrast the result after process and required standard results, just can know which monochromatic visible light needs the adjustment carrying out increasing or reducing.Concrete adjustment way is exactly, staff inserts placed cavity reflective polyhedron from adding ball mouth, then by instruction that computer adjusts to controller one, by controller to hair-dryer instruction, the cold air blast velocity of hair-dryer changes, reflective polyhedron in placed cavity is blown into and regulates in chamber, and the flicker frequency simultaneously changing corresponding stroboscopic lamp realizes the adjustment to certain monochromatic visible light volume reflection.
In like manner, send out after the stroboscopic lamp only going out blue light opens at one, in the blue light illumination that this stroboscopic lamp sends to adjustment chamber on the reflective polyhedron 17 of unordered blue light of beating, form the blue light incident ray 10 on the blue reflective membrane of blue reflective polyhedron polygon plane, the blue light reflection ray 27 of blue light incident ray after blue reflective membrane reflection reflexes on blue light optical filter, and the point of irradiation of this blue light reflection ray on blue light filter plate is blue light point-like, this blue light is made to be blue luminous point 1 from the bearing member, image after blue light sensitive film penetrates on photosensitive sensor.The blue luminous point that microcontroller photosensitive sensor detects passes to computer, by the particle image interpretation software on computer, analyzing and processing is carried out to the image transmitted from photosensitive sensor, contrast the result after process and required standard results, just can know which monochromatic visible light needs the adjustment carrying out increasing or reducing.Concrete adjustment way is exactly, staff inserts placed cavity reflective polyhedron from adding ball mouth, then by instruction that computer adjusts to controller one, by controller to hair-dryer instruction, the cold air blast velocity of hair-dryer changes, reflective polyhedron in placed cavity is blown into and regulates in chamber, and the flicker frequency simultaneously changing corresponding stroboscopic lamp realizes the adjustment to certain monochromatic visible light volume reflection.
Cavity placed cavity in the figure of eight is beneficial to reflective polyhedron and is blown in adjustment chamber.When the blowing force of hair-dryer diminishes, some reflective polyhedron 21 drops in placed cavity, when placed cavity hair-dryer strengthens blowing force again, reflective polyhedron has an anti-skidding neck dropping to bottom at placed cavity waist, and reflective polyhedron 20 is easily blown to regulate in chamber and goes.The monochromatic light being easy to realize sooner the various wavelength be radiated on mushroom is that high frequency intermittent irradiates, and is that point-like illumination is penetrated, and often kind of monochromatic light exposure to the position on mushroom and quantity number be random.
The monochromatic light that the present embodiment achieves the various wavelength be radiated on mushroom is that high frequency intermittent irradiates, and is that point-like illumination is penetrated, and often kind of monochromatic light exposure to the position on mushroom and quantity number be random.And how much be irradiated to the light quantity of the reverberation on mushroom by regulating the flicker frequency of reflective polyhedral quantity and stroboscopic lamp in chamber to determine.Need to increase the point-like illumination of certain light to mushroom to penetrate, just at the reflective polyhedron regulating certain monochromatic visible light of increase reflection in chamber, be equivalent to the reflecting surface increasing this monochromatic visible light, if increase the flicker frequency of stroboscopic lamp simultaneously, then the point-like illumination of this monochromatic visible light to mushroom is penetrated larger.
The mushroom structure of the lighting lamp of the present embodiment is according to the requirement to Compound eye needed for different parts in mushroom each growth period, within each growth period of mushroom, adopt the some illumination of different wave length to penetrate respectively and illumination light filling is carried out to the corresponding growth site of mushroom, thus promoting that mushroom grows fast, this mushroom structure of the lighting lamp brightness is high, light decay is low, it is little to consume energy, efficiency is high.
Describe embodiments of the present invention by reference to the accompanying drawings above, but do not limit by above-described embodiment when realizing, those of ordinary skill in the art can make a variety of changes within the scope of the appended claims or revise.
Claims (4)
1. a mushroom structure of the lighting lamp, is characterized in that, comprises the stroboscopic lamp that several flicker frequencies can independently regulate, and the wavelength of visible ray that the lamp pearl in each stroboscopic lamp sends is all not identical; Irradiate end front at stroboscopic lamp and be provided with water white light penetrating object, be provided with in light penetrating object and regulate chamber, and regulate chamber to be made up of extinction face and transparent surface, and extinction face is greater than the distance of transparent surface to lamp pearl to the distance of lamp pearl; Extinction face is provided with extinction film, and the visible ray that the stroboscopic lamp lamp pearl corresponding to the absorption of extinction film sends; In adjustment chamber, be freely placed with several is spherical reflective polyhedron, and is provided with reflective membrane on several polygon planes of each reflective polyhedron outer surface, and the visible ray that the stroboscopic lamp lamp pearl corresponding to reflective membrane reflection sends; Regulating the extinction face in chamber and the bottom, junction of transparent surface and upper end to be respectively equipped with venthole and air admission hole, and the diameter of venthole is greater than the diameter of air admission hole; Air admission hole is connected with air feeder; Also comprise and place reflective polyhedral placed cavity, and the vertical section of placed cavity is the cavity of the figure of eight, the outlet of placed cavity upper end is connected to the air admission hole bottom regulating chamber, the entrance of placed cavity lower end is connected on the gas blow pipe of air feeder, and the air admission hole center line in the center line of discharge of the center line of suction of placed cavity, placed cavity and adjustment chamber overlaps; And the outlet diameter of placed cavity equals the air admission hole diameter regulating chamber, and the inlet diameter of placed cavity is greater than the outlet diameter of placed cavity, the air admission hole diameter in chamber is regulated to be greater than reflective polyhedral diameter; The cross section and the vertical section that regulate chamber are half-oval shaped respectively, and extinction face is tapered plane, and transparent surface is arc-shaped curved surface; White reflection cover is provided with at the light penetrating object rear of side, extinction face.
2. a kind of mushroom structure of the lighting lamp according to claim 1, is characterized in that, forms a direction of illumination towards identical plant irradiation light group by several stroboscopic lamps, and the extinction film be arranged on the transparent body of plant irradiation light group irradiation end front is black; Also comprise the storage box equal with stroboscopic lamp number, several reflective polyhedrons are stored respectively in each storage box, reflective membrane in same storage box on all reflective polyhedrons only reflects the visible ray that a stroboscopic lamp lamp pearl sends, and reflective membrane color in any two storage boxes on reflective polyhedron is all not identical; Be provided with in placed cavity lower end and add ball mouth, be tightly stamped seal cover adding on ball mouth.
3. a kind of mushroom structure of the lighting lamp according to claim 1, it is characterized in that, described venthole has three, and these three ventholes are triangle disposition arranges, and regulating the barrier rib each venthole in chamber is provided with in " ten " font.
4. a kind of mushroom structure of the lighting lamp according to claim 2, it is characterized in that, several photosensitive sensors are provided with in plant growing pot upper end, tighten at the photosurface of every block photosensitive sensor and closely connectedly have optical filter, and the visible ray that the optical filter on each photosensitive sensor only allows one of them stroboscopic lamp lamp pearl to send passes; Also comprise microcontroller and computer, microcontroller is electrically connected with computer, photosensitive sensor, the control end of each stroboscopic lamp and the control end of air feeder respectively, and particle image interpretation software is housed on computers.
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Families Citing this family (4)
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| CN108184475B (en) * | 2017-12-25 | 2020-06-19 | 中科稀土（长春）有限责任公司 | Illumination system of plant factory |
| CN108551909B (en) * | 2018-01-08 | 2020-06-19 | 中科稀土（长春）有限责任公司 | Stroboscopic method of plant lighting device |
| CN110447412B (en) * | 2019-08-22 | 2021-06-29 | 深圳市普威迅科技有限公司 | Uniform light low-heat type illumination compensation system for crop growth promotion |
| CN112136606A (en) * | 2020-09-19 | 2020-12-29 | 刘鸿斌 | Light filling device that agricultural production is used for cordyceps militaris to cultivate |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102004025325A1 (en) * | 2004-05-19 | 2005-12-08 | Erich Utsch Ag | Retroreflecting sheet for vehicle license plate, has reflection layer sections directly applied to the surface of transparent balls so that balls are part-reflective |
| CN102475495A (en) * | 2010-11-24 | 2012-05-30 | 朱阳 | Colorful Christmas tree |
| CN203533333U (en) * | 2013-10-15 | 2014-04-09 | 浙江晶日照明科技有限公司 | LED lamp applicable to promoting growth of leaf vegetables |
| CN203907454U (en) * | 2014-04-16 | 2014-10-29 | 上虞市宝之能照明电器有限公司 | Fungus lighting lamp structure |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000057819A (en) * | 1998-07-31 | 2000-02-25 | Hikariya Lighting:Kk | Mirror ball device and sphere with it |
| US20060146534A1 (en) * | 2005-01-05 | 2006-07-06 | Morton Richard G | Solar powered lamp |
-
2014
- 2014-04-16 CN CN201410154241.1A patent/CN104121542B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102004025325A1 (en) * | 2004-05-19 | 2005-12-08 | Erich Utsch Ag | Retroreflecting sheet for vehicle license plate, has reflection layer sections directly applied to the surface of transparent balls so that balls are part-reflective |
| CN102475495A (en) * | 2010-11-24 | 2012-05-30 | 朱阳 | Colorful Christmas tree |
| CN203533333U (en) * | 2013-10-15 | 2014-04-09 | 浙江晶日照明科技有限公司 | LED lamp applicable to promoting growth of leaf vegetables |
| CN203907454U (en) * | 2014-04-16 | 2014-10-29 | 上虞市宝之能照明电器有限公司 | Fungus lighting lamp structure |
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| CN104121542A (en) | 2014-10-29 |
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Address after: 312375 Shangyu City, Zhejiang Province on the Pu Industrial Zone Patentee after: Shaoxing Boom Lighting Co., Ltd. Address before: 312363 Pu Industrial Zone, Shangyu, Zhejiang, Shaoxing Patentee before: SHANGYU BAOZHINENG LIGHTING ELECTRIC APPLIANCE CO., LTD. |