CN102668968B - Multifunctional indoor artificial regulation and control culture box for algae - Google Patents
Multifunctional indoor artificial regulation and control culture box for algae Download PDFInfo
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- CN102668968B CN102668968B CN2012101951077A CN201210195107A CN102668968B CN 102668968 B CN102668968 B CN 102668968B CN 2012101951077 A CN2012101951077 A CN 2012101951077A CN 201210195107 A CN201210195107 A CN 201210195107A CN 102668968 B CN102668968 B CN 102668968B
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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 relates to a multifunctional indoor artificial regulation and control culture box for algae. The multifunctional indoor artificial regulation and control culture box for the algae comprises a culture box and a base, wherein an illumination system is arranged in the culture box, and a heating system, a ventilation system, a cyclic system, a control system and the like used for controlling the temperature, the heating, the ventilation and the water circulation in the culture box are arranged in the base. The illumination system, the heating system, the water circulation heating system and the ventilation system are arranged in the multifunctional indoor artificial regulation and control box for the algae, the system regulation on the illumination, the temperature and the circulation water is realized, meanwhile, the different gradient regulation of seawater temperature in different culture rooms is realized, the adjustable and controllable illumination systems are respectively arranged on each side wall of the culture room, and the water medium illumination intensity uniformity and the illumination period difference setting performance are improved.
Description
Technical field
The present invention relates to a kind of thallus artificial cultivation device, be specifically related to a kind of multi-functional marine alga indoors artificial regulation culture case.
Background technology
At present, the algae culturing method mainly contains beach bottom sowing culture, raft culture and fish shrimp crab and the cultural method such as raises together with, and traditional cultural method management is loaded down with trivial details, is unfavorable for controlling the required growth conditions of cultivation of marine alga.Although, be useful on the incubator of cultivating seaweed on existing market, and all has the water tank structure, but these incubator structure is single, culturing room in incubator is poor for the ability of regulation and control of natural environment, Water Factors, is difficult for comprehensively arranging environmental condition and regulation and control marine alga seedling and the thallus photosynthesis that plants vegetables.
Summary of the invention
The object of the invention is to: for the deficiencies in the prior art, the invention provides the strong multi-functional marine alga indoors artificial regulation culture case of a kind of natural environment and water environment comprehensive regulation ability.
To achieve these goals, the present invention has adopted following technical scheme:
a kind of multi-functional marine alga indoors artificial regulation culture case, comprise base and the incubator that is arranged on base, be provided with some double-deck baffle plates in described incubator, described double-deck baffle plate forms some culturing room that hold that wait with the incubator separation, the top of the sidewall of described culturing room is provided with the sidewall water inlet, culturing room's lower sidewall is provided with the sidewall delivery port, the sidewall of described culturing room is provided with observation window, the bottom of culturing room is provided with ventilation hole and cycle water interface, described casing is provided with dismountable light shade cover outward, described light shade cover is located at outside observation window, described double-deck baffle plate is provided with some intercommunicating pores of regulating, the described intercommunicating pore of regulating is provided with adjustable valve, double-deck baffle plate is composited by two-layer dividing plate, and arrange every tabula rasa between dividing plate, described culturing room top is provided with renovates, a described side of renovating towards culturing room, be equipped with tunable optical lighting system and rectifier on the lateral wall of double-deck baffle plate and the residue sidewall that culturing room does not arrange observation window, described renovating towards a side of culturing room is provided with the pressure valve interface, be provided with heating system and aerating system in described base, described aerating system is communicated with ventilation hole by pipeline, described heating system comprises water-cycle heating and built-in heating system, one end of described water-cycle heating is sea intake, the other end is connected with the cycle water interface of culturing room bottom, described built-in heating system is arranged on the bottom of culturing room.
As preferably, described incubator comprises incubator body and the metal framework that is arranged on incubator body sidewall, the sidewall of described culturing room arranges opening, be embedded glass in opening, form observation window, the place of being embedded of described glass and culturing room's sidewall arranges glazing tape, and glass and culturing room form the setting that is sealed and matched.After adopting above-mentioned preferred version, glass is directly inlayed and is arranged on the incubator body, constructs more simply, and adopts the glazing tape sealing, can guarantee the sealing of culturing room.
As preferably, described metal framework comprises the perpendicular hurdle of metal and metal crossbearer, the top and bottom on the perpendicular hurdle of described metal are provided with jack, the two ends of described metal crossbearer are provided with latch, the perpendicular hurdle of the interior formation of latch insertion jack metal is fixedly connected with the metal crossbearer, and described metal crossbearer is provided with some equally distributed rings, and described metal crossbearer is provided with some metal beam, the two ends of described metal beam are set in the frame ring, and described metal beam is provided with some folders.After adopting above-mentioned preferred version, metal framework coordinates by jack and latch to be installed, realized the detachable of metal framework, metal framework uses more flexible, culturing room's body can also be arranged to plate, inserting metal erects between the hurdle, in addition, available folder folder seedling of the cultivation of marine alga seedling plants vegetables and can utilize frame folder folder sporophyte stem, making plants vegetables fully is stretched in the aqueous medium space, accepts the impact of sufficient illumination and seawater.
As preferably, described water-cycle heating comprises the circulation water inlet pipe that is connected with the cycle water interface, the circulation water inlet pipe is connected with water circulation filter, circulating heater and circulating pump in turn away from an end of cycle water interface, and circulating pump is sea intake away from an end of circulating heater.After adopting above-mentioned preferred version, water-cycle heating can heat the seawater that enters by circulating heater, and filter by water circulation filter, can realize cultivating the regulation and control of indoor temperature, and the impurity in seawater is filtered, avoid the growth of the plants such as marine alga is caused harmful effect, simultaneously, can also realize manual simulation's wave by the quick flow of water circulating pump.
As preferably, be provided with air inlet and non-air air inlet in described base, described air inlet is communicated with the ventilation hole of each culturing room bottom respectively, and described non-air air inlet is communicated with the ventilation hole of each culturing room bottom respectively.After adopting above-mentioned preferred version, aerating system can by air inlet and non-air air inlet to the seawater aeration in culturing room, can increase the oxygen dissolving of culturing room's maritime interior waters.
as preferably, be provided with air siphunculus and non-air siphunculus in described base, described ventilation hole place is provided with breather pipe, described breather pipe all is communicated with the air siphunculus, breather pipe is provided with the breather pipe check (non-return) valve, the both sides of described air siphunculus extend to the sidewall of base, both ends are air inlet, the air siphunculus is provided with the air hose breather valve, the air hose breather valve is positioned on air siphunculus between breather pipe and breather pipe, described breather pipe extends to form respectively the breather pipe extension, described breather pipe extension all is communicated with non-air siphunculus and air siphunculus, the breather pipe extension is provided with pressure regulator valve and extension check (non-return) valve, described non-air siphunculus is provided with non-NULL tracheae breather valve, this non-NULL tracheae breather valve is on the non-air siphunculus between breather pipe extension and breather pipe extension.After adopting above-mentioned preferred version, aerating system can be by air intake duct and non-air air inlet pipe to the seawater aeration in culturing room, can increase the oxygen dissolving of culturing room's maritime interior waters, carry air in air intake duct, generally compressed air, the non-air air inlet pipe is the Compressed Gas of delivering oxygen, carbonic acid gas or nitrogen in the culturing room, and, can by regulating air hose breather valve, non-air breather valve and pressure regulator valve, set the certainty ratio of ventilation setting, ventilation flow rate and the throughput of ventilation flow rate, oxygen, carbonic acid gas or nitrogen in different culturing room.
As preferably, the top of described culturing room is provided with culturing room's folding, a described side of renovating is provided with renovates folding, describedly renovate folding and be connected with the culturing room folding, renovate to be provided with away from a side of renovating folding and renovate snap close, described culturing room is provided with and renovates buckling device with renovating the snap close corresponding position, describedly renovates snap close and renovates the buckling device snap fit.After adopting above-mentioned preferred version, renovate and to realize with the snap fit of renovating buckling device the culture space that each culturing room is inner relatively independent by renovating snap close, the pressure controlling system is connected with the pressure valve interface, the upon mediation aerating system is poor with the ventilation flow rate of renovating the pressure valve regulator control system, produce gas pressure difference in culturing room, can realize that oxygen, carbonic acid gas or nitrogen are to the dissolving of seawater.
As preferably, the other culturing room's sidewall of described observation window is provided with the light shade cover folding, one side of described light shade cover is connected with the light shade cover folding, and light shade cover engages setting away from a side of light shade cover folding with the culturing room sidewall, and light shade cover is provided with the tunable optical lighting system by a side of culturing room.After adopting above-mentioned preferred version, light shade cover can be realized the isolation of natural daylight, strictly regulates and controls intensity of illumination and periodicity of illumination, and light shade cover can be by rotating around folding, disengaging is established the cover of observation window, can realize natural lighting and artificial lighting contrast experiment between monomer culturing room.
As preferably, described base side wall is provided with supply socket, and supply socket is connected setting with heating system with the tunable optical lighting system.After adopting above-mentioned preferred version, supply socket can realize that illumination system is connected energising and connects with heater.
Multi-functional marine alga indoors artificial regulation culture case of the present invention is provided with illumination system, heating system, water-cycle heating and aerating system, the system that has realized illumination, temperature, cycle water regulates, also realized simultaneously the adjusting of the different gradients of different culturing room maritime interior waters temperature, all arrange on each sidewall of culturing room and can regulate and control illumination system, but improved the uniformity of aqueous medium intensity of illumination and the difference of periodicity of illumination is set.
Description of drawings
Fig. 1 is the structural representation of embodiment of the present invention incubator;
Fig. 2 is the structural representation of embodiment of the present invention incubator observation window place incubator sidewall outer surface;
Fig. 3 is the structural representation of embodiment of the present invention incubator observation window place incubator side wall inner surfaces;
Fig. 4 is the structural representation of embodiment of the present invention incubator bottom;
Fig. 5 is the structural representation of the dividing plate of the double-deck baffle plate of the embodiment of the present invention;
Fig. 6 is the structural representation of the tunable optical lighting system that arranges on the double-deck baffle plate of the embodiment of the present invention;
Fig. 7 is the structural representation that the embodiment of the present invention is renovated;
Fig. 8 is the structural representation of embodiment of the present invention light shade cover;
Fig. 9 is the structural representation of embodiment of the present invention base;
Figure 10 is the side structure schematic diagram of embodiment of the present invention base;
Figure 11 is the structural representation of embodiment of the present invention water-cycle heating;
Figure 12 is the structural representation of embodiment of the present invention water circulation filter;
Figure 13 is the structural representation of embodiment of the present invention circulating heater;
Figure 14 is the structural representation of the built-in heating system of the embodiment of the present invention;
Figure 15 is the structural representation of embodiment of the present invention aerating system;
Figure 16 is the structural representation of embodiment of the present invention metal framework;
Figure 17 is the structural representation of embodiment of the present invention metal beam.
Embodiment
As shown in Fig. 1～17, specific embodiments of the invention are a kind of multi-functional marine alga indoors artificial regulation culture casees, comprise base 2 and the incubator 1 that is arranged on base 2, incubator 1 is rectangular-shaped, be provided with two double-deck baffle plates 3 in incubator 1, double-deck baffle plate 3 separates three of formation with incubator 1 and waits the culturing room 11 that hold.The top of the sidewall of culturing room 11 is provided with sidewall water inlet 111, culturing room's 11 lower sidewall are provided with sidewall delivery port 112, the sidewall of culturing room 11 is provided with observation window 113, the bottom of culturing room 11 is provided with ventilation hole 114 and cycle water interface 115, be provided with dismountable light shade cover 4 outside incubator 11, light shade cover 4 is located at outside observation window 113, and double-deck baffle plate 3 is provided with can regulate intercommunicating pore 31.Can regulate intercommunicating pore 31 culturing room 11 of double-deck baffle plate 3 both sides is communicated with, can regulate intercommunicating pore 31 and be provided with adjustable valve, double-deck baffle plate 3 is composited by two-layer dividing plate 32, and in 32 sandwicheds of dividing plate every tabula rasa, culturing room 11 tops are provided with renovates 12.Renovate on the lateral wall of 12 sides towards culturing room 11, double-deck baffle plate 3 and residue sidewall that culturing room 11 does not arrange observation window 113 and be equipped with tunable optical lighting system 5 and rectifier 6.The light source of tunable optical lighting system 5 is fluorescent lamp 51, renovates 12 sides towards culturing room 11 and is provided with pressure valve interface 121, is provided with heating system 7 and aerating system 8 in base 2.Aerating system 8 is communicated with ventilation hole 114 by pipeline, heating system 7 comprises water-cycle heating 71 and built-in heating system 72, one end of water-cycle heating 71 is the sea intake end, be provided with sea intake pipe 711, the other end is connected with the cycle water interface 115 of culturing room 11 bottoms, and built-in heating system 72 is arranged on the bottom of culturing room 11.
Incubator 11 comprises incubator body 116 and the metal framework 13 that is arranged on incubator body 116 sidewalls, the sidewall of culturing room 11 arranges opening, be embedded glass 1131 in opening, form observation window 113, glass 1131 arranges glazing tape 1132 with the place of being embedded of culturing room's 11 sidewalls, makes glass 1131 and the sidewall opening of culturing room 11 form the setting that is sealed and matched.Metal framework 13 comprises the perpendicular hurdle 131 of metal and metal crossbearer 132, the top and bottom on the perpendicular hurdle 131 of metal are provided with jack, the two ends of metal crossbearer 132 are provided with latch, the perpendicular hurdle 131 of the interior formation of latch insertion jack metal is fixedly connected with metal crossbearer 132, metal crossbearer 132 is provided with equally distributed ring 1321, metal crossbearer 132 is provided with the metal beam 133 of dividing equally distribution, and the two ends of metal beam 133 are set in frame ring 1321, establish bracketed splint 1331 on metal beam 133.
Water-cycle heating 71 comprises the circulation water inlet pipe 712 that is connected with cycle water interface 115, circulation water inlet pipe 712 is connected with water circulation filter 713, circulating heater 714 and circulating pump 715 in turn away from an end of cycle water interface 112, and circulating pump 715 is sea intake away from an end of circulating heater 714.Water circulation filter 713 comprises water circulating filter case 7131, be provided with multiple filtration mesh screen 7132 in water circulating filter case 7131, one end of water circulating filter case 7131 is connected with water circulating filter case water inlet pipe 7133, the other end is connected with water circulating filter case outlet 7134, and water circulating filter case water inlet pipe 7133 and water circulating filter case outlet 7134 are provided with water circulating filter case pipeline control valve 7135.Circulating heater 714 comprises cyclic heating water tank 7141, be provided with circulating water heating sheet 7142 in cyclic heating water tank 7141, the rotatable setting of circulating water heating sheet 7142, the outer side of cyclic heating water tank 7141 connects circulating-heating water inlet pipe 7143, opposite side is connected with circulating-heating outlet pipe 7144, and circulating-heating water inlet pipe 7143 and circulating-heating outlet pipe 7144 are provided with circulating-heating pipeline control valve 7145.Built-in heating system 72 comprises heated base 721, is arranged on the heating tube 722 on heated base 721, and heating tube 722 stretches in culturing room 11.The principle of heating of the principle of adjustment and control of built-in heating system 72 and water-bath heating tube is similar.
The top of culturing room 11 is provided with culturing room's folding 117, renovating a side of 12 is provided with and renovates folding 122, renovating folding 122 is connected with culturing room folding 117, renovating 12 is provided with away from a side of renovating folding 122 and renovates snap close 123, culturing room 11 is provided with and renovates buckling device 118 with renovating snap close 123 corresponding positions, renovates snap close 123 and renovates buckling device 117 snap fit.
Culturing room's 11 sidewalls of observation window other 113 are provided with light shade cover folding 119, one side of light shade cover 4 is connected with light shade cover folding 119, light shade cover 4 engages setting away from a side of light shade cover folding with culturing room 11 sidewalls, and light shade cover 4 is provided with tunable optical lighting system 5 by a side of culturing room 11.
During installation, incubator 1 and base 2 are fitted together, the sea intake pipe 711 that is connected on circulating pump 715 connects in the seawater reserve tank.
When 11 UNICOMs of three culturing room use, set the interior required temperature of culturing room 11, the air inlet 81 that connects air compressor machine and air siphunculus 83 with flexible pipe, the non-air air inlet 82 that connects oxygen pressure steel cylinder and non-air siphunculus 84 with flexible pipe, certainly, non-air air inlet 82 also can be connected with the pressure steel cylinder of carbonic acid gas or nitrogen.Open the sidewall water inlet 111 of each culturing room 11 and renovate 12, opening the adjustable valve on double-deck baffle plate 3 intercommunicating pores 31, three culturing room 11 are communicated with, and inject appropriate seawater in culturing room 11.According to intensity of illumination, ocean temperature, O
2, CO
2, N
2Water-soluble standard needs, and sets three culturing room's intensity of illumination standards, ocean temperature, opens successively the switch of each culturing room's 11 tunable optical lighting systems 5, the power control switch of air compressor machine, adjusts the air compressor machine pressure regulator valve, sets throughput.Select to open or close the power supply of heating system 7 according to the temperature needs, the temperature that each culturing room 11 keeps relative stability.After experiment finishes, get rid of the interior seawater of incubator 1 by sidewall delivery port 112.
When 11 isolation of three culturing room are used, set the interior required temperature of culturing room 11, the air inlet 81 that connects air compressor machine and air siphunculus 83 with flexible pipe, the non-air air inlet 82 that connects oxygen pressure steel cylinder and non-air siphunculus 84 with flexible pipe, certainly, non-air air inlet 82 also can be connected with the pressure steel cylinder of carbonic acid gas or nitrogen.Open the sidewall water inlet 111 of each culturing room 11 and renovate 12, closing the adjustable valve on double-deck baffle plate 3 intercommunicating pores 31, three culturing room 11 isolate mutually, and each is self-enclosed, inject appropriate seawater in culturing room 11.According to intensity of illumination, ocean temperature, O
2, CO
2, N
2Water-soluble standard needs, and sets three culturing room's intensity of illumination standards, ocean temperature, opens successively the switch of each culturing room's 11 tunable optical lighting systems 5, the power control switch of air compressor machine, adjusts the air compressor machine pressure regulator valve, sets throughput.715 power supplys of ON cycle pump make the seawater in culturing room 11 form eddy current.Select to open or close the power supply of heating system 7 according to the temperature needs, the temperature that each culturing room 11 keeps relative stability.After experiment finishes, get rid of the interior seawater of incubator 1 by sidewall delivery port 112.
When UNICOM of culturing room-isolation is used, set the interior required temperature of culturing room 11, the air inlet 81 that connects air compressor machine and air siphunculus 83 with flexible pipe, the non-air air inlet 82 that connects oxygen pressure steel cylinder and non-air siphunculus 84 with flexible pipe, certainly, non-air air inlet 82 also can be connected with the pressure steel cylinder of carbonic acid gas or nitrogen.Open the sidewall water inlet 111 of each culturing room 11 and renovate 12, opening the adjustable valve on double-deck baffle plate 3 intercommunicating pores 31, three culturing room 11 are communicated with, and inject appropriate seawater in culturing room 11.According to intensity of illumination, ocean temperature, O
2, CO
2, N
2Water-soluble standard needs, and sets three culturing room's 11 intensity of illumination standards and three ocean temperatures that culturing room 11 is common, opens successively the switch of each culturing room's 11 tunable optical lighting systems 5, the power control switch of air compressor machine, adjusts the air compressor machine pressure regulator valve, sets throughput.Select to open or close the power supply of heating system 7 according to the temperature needs, the temperature that each culturing room 11 keeps relative stability.After experiment finishes, get rid of the interior seawater of incubator 1 by sidewall delivery port 112.After date when moving one section, close all power supplys, and get rid of the interior seawater of incubator 1 by sidewall delivery port 112, close the adjustable valve on double-deck baffle plate 3 intercommunicating pores 31, three culturing room 11 isolate mutually, inject respectively the pretreated seawater that contains certain material concentration gradient according to the experiment needs to three culturing room 11.Close and renovate 12, and will renovate 12 and install with incubator 1 snap close.Open tunable optical lighting system 5, air compressor machine, circulating pump switch, ventilate and adjust culturing room's 11 internal gas pressures.Adjust respectively the intensity of illumination of each culturing room 11.After experiment finishes, get rid of the interior seawater of incubator 1 by sidewall delivery port 112.
Claims (9)
1. multi-functional marine alga indoors artificial regulation culture case, comprise base and the incubator that is arranged on base, it is characterized in that: be provided with some double-deck baffle plates in described incubator, described double-deck baffle plate forms some culturing room that hold that wait with the incubator separation, the top of the sidewall of described culturing room is provided with the sidewall water inlet, culturing room's lower sidewall is provided with the sidewall delivery port, the sidewall of described culturing room is provided with observation window, the bottom of culturing room is provided with ventilation hole and cycle water interface, described incubator is provided with dismountable light shade cover outward, described light shade cover is located at outside observation window, described double-deck baffle plate is provided with some intercommunicating pores of regulating, the described intercommunicating pore of regulating is provided with adjustable valve, double-deck baffle plate is composited by two-layer dividing plate, and arrange every tabula rasa between dividing plate, described culturing room top is provided with renovates, a described side of renovating towards culturing room, be equipped with tunable optical lighting system and rectifier on the lateral wall of double-deck baffle plate and the residue sidewall that culturing room does not arrange observation window, described renovating towards a side of culturing room is provided with the pressure valve interface, be provided with heating system and aerating system in described base, described aerating system is communicated with ventilation hole by pipeline, described heating system comprises water-cycle heating and built-in heating system, one end of described water-cycle heating is sea intake, the other end is connected with the cycle water interface of culturing room bottom, described built-in heating system is arranged on the bottom of culturing room.
2. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: described incubator comprises incubator body and the metal framework that is arranged on incubator body sidewall, the sidewall of described culturing room arranges opening, be embedded glass in opening, form observation window, the place of being embedded of described glass and culturing room's sidewall arranges glazing tape, and glass and culturing room form the setting that is sealed and matched.
3. multi-functional marine alga indoors artificial regulation culture case according to claim 2, it is characterized in that: described metal framework comprises the perpendicular hurdle of metal and metal crossbearer, the top and bottom on the perpendicular hurdle of described metal are provided with jack, the two ends of described metal crossbearer are provided with latch, the perpendicular hurdle of the interior formation of latch insertion jack metal is fixedly connected with the metal crossbearer, described metal crossbearer is provided with some equally distributed rings, described metal crossbearer is provided with some metal beam, the two ends of described metal beam are set in the frame ring, described metal beam is provided with some folders.
4. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: described water-cycle heating comprises the circulation water inlet pipe that is connected with the cycle water interface, the circulation water inlet pipe is connected with water circulation filter, circulating heater and circulating pump in turn away from an end of cycle water interface, and circulating pump is sea intake away from an end of circulating heater.
5. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: be provided with air inlet and non-air air inlet in described base, described air inlet is communicated with the ventilation hole of each culturing room bottom respectively, and described non-air air inlet is communicated with the ventilation hole of each culturing room bottom respectively.
6. multi-functional marine alga indoors artificial regulation culture case according to claim 5, it is characterized in that: be provided with air siphunculus and non-air siphunculus in described base, described ventilation hole place is provided with breather pipe, described breather pipe all is communicated with the air siphunculus, breather pipe is provided with the breather pipe check (non-return) valve, the both sides of described air siphunculus extend to the sidewall of base, both ends are air inlet, the air siphunculus is provided with the air hose breather valve, the air hose breather valve is positioned on air siphunculus between breather pipe and breather pipe, described breather pipe extends to form respectively the breather pipe extension, described breather pipe extension all is communicated with non-air siphunculus and air siphunculus, the breather pipe extension is provided with pressure regulator valve and extension check (non-return) valve, described non-air siphunculus is provided with non-NULL tracheae breather valve, this non-NULL tracheae breather valve is on the non-air siphunculus between breather pipe extension and breather pipe extension.
7. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: the top of described culturing room is provided with culturing room's folding, a described side of renovating is provided with renovates folding, describedly renovate folding and be connected with the culturing room folding, renovate to be provided with away from a side of renovating folding and renovate snap close, described culturing room is provided with and renovates buckling device with renovating the snap close corresponding position, describedly renovates snap close and renovates the buckling device snap fit.
8. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: the other culturing room's sidewall of described observation window is provided with the light shade cover folding, one side of described light shade cover is connected with the light shade cover folding, light shade cover engages setting away from a side of light shade cover folding with the culturing room sidewall, and light shade cover is provided with the tunable optical lighting system by a side of culturing room.
9. multi-functional marine alga indoors artificial regulation culture case according to claim 1, it is characterized in that: described base side wall is provided with supply socket, and supply socket is connected setting with heating system with the tunable optical lighting system.
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| CN108308013A (en) * | 2018-03-06 | 2018-07-24 | 中国科学院南海海洋研究所 | A kind of large size calcification seaweed indoor circulation Aquaponic system |
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