CN204676066U - A kind of micro algae growth digital display type artificial climate cultivates instrument - Google Patents
A kind of micro algae growth digital display type artificial climate cultivates instrument Download PDFInfo
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- CN204676066U CN204676066U CN201520364652.3U CN201520364652U CN204676066U CN 204676066 U CN204676066 U CN 204676066U CN 201520364652 U CN201520364652 U CN 201520364652U CN 204676066 U CN204676066 U CN 204676066U
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Abstract
The utility model discloses a kind of micro algae growth digital display type artificial climate and cultivate instrument, comprise artificial climate incubator and be laid in the micro algae culturing device in artificial climate incubator; Micro algae culturing device comprise the open cultivation pool that is laid in artificial climate incubator lower inside and open cultivation pool is rocked rock device; Artificial climate incubator comprises containment housing, be arranged on digital display device outside containment housing and respectively to illumination regulation device, temperature control device, humidity regulation device and wind speed regulation device that the illumination in containment housing, temperature, humidity and wind speed regulate and control, be provided with the ultraviolet lamp tube for sterilizing in containment housing; Rock device and comprise the rolling moving platform installed for open cultivation pool and the electric driving mechanism that rolling moving platform is driven.The utility model structure simple, reasonable in design and use easy and simple to handle, result of use good, can carry out closing to micro-algae and cultivate, culture condition is adjustable and can synchronously intuitively show.
Description
Technical field
The utility model relates to a kind of organism culturing device, especially relates to a kind of micro algae growth digital display type artificial climate and cultivates instrument.
Background technology
Micro-algae is the ancient lower plant of a class, of a great variety, be distributed widely in the waters such as ocean, lake, growing environment requires simple, environmental resistance is strong, utilizes nutritive ingredient and the industrial chemicals of the high value such as illumination and inorganics synthetic protein, lipid, polysaccharides, β-carotene, multiple inorganic elements by photosynthesis.In recent years, micro-algae all has in fields such as medicine industry, foodstuffs industry, animal-feed, environment measuring, environment purification, biotechnology, renewable energy sources and widely uses and huge potentiality to be exploited.
The large-scale commercial exploitation of micro-algae, needs micro algae biomass source stable in a large number, and it is crucial for setting up large-scale culture apparatus.At present, existing multiple microdisk electrode bioreactor, mainly comprises closed photo bioreactor (being called for short closed photoreactor) and Race-way photobioreactor (being called for short open photoreactor).Wherein, Race-way photobioreactor mainly refers to raceway pond culture systems and open on-swimmer's pool, there is the advantages such as cost is low, technical requirements is simple, but it is easily affected by the external environment and outside contamination, not easily keep the unicity of suitable temperature, illumination and algae kind, be only suitable for the microdisk electrode that the minorities such as spirulina, chlorella and salt algae can tolerate extreme environment.For other algae, the closed photo bioreactor that can control culture condition uses more, general closed photo bioreactor has: duct type, flat, column air lift type, stirring-type, floating bag film etc., but closed photo bioreactor has shortcomings such as cultivating small scale, adjustable culture condition are few, the readable difference of culture condition.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, a kind of micro algae growth digital display type artificial climate is provided to cultivate instrument, its structure simple, reasonable in design and use easy and simple to handle, result of use good, can carry out closing to micro-algae and cultivate, culture condition is adjustable and can synchronously intuitively show.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: comprise artificial climate incubator and be laid in the micro algae culturing device in artificial climate incubator; Described micro algae culturing device comprise the open cultivation pool that is laid in artificial climate incubator lower inside and open cultivation pool is rocked rock device, the described device that rocks is arranged on the inside bottom of artificial climate incubator and it is positioned at below open cultivation pool, rocks on device described in described open cultivation pool is arranged on; Described artificial climate incubator comprises containment housing, be arranged on digital display device outside described containment housing and respectively to illumination regulation device, temperature control device, humidity regulation device and wind speed regulation device that the illumination in described containment housing, temperature, humidity and wind speed regulate and control, be provided with the ultraviolet lamp tube for sterilizing in described containment housing; Described open cultivation pool comprises the pond body of upper opening, and described ultraviolet lamp tube is positioned at above the body of described pond; Described digital display device is digital display screen, the outer side wall of described artificial climate incubator is equipped with electronic circuit board, described electronic circuit board is provided with primary controller, and described digital display screen, described illumination regulation device, described temperature control device, described humidity regulation device and described wind speed regulation device all connect with primary controller; The described device that rocks comprises the rolling moving platform installed for open cultivation pool and the electric driving mechanism driven rolling moving platform, be in transmission connection by transmission rig between described rolling moving platform and described electric driving mechanism, described electric driving mechanism is undertaken controlling by primary controller and it is connected with primary controller.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described rolling moving platform is provided with the mounting bracket installed for open cultivation pool.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described rolling moving platform is the platform rocked before and after carrying out open cultivation pool, and described electric driving mechanism is electric motor, and described electric motor is positioned at the below of rolling moving platform; Described rolling moving platform is connected with the pto of electric motor by described transmission rig.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described illumination regulation device comprises light irradiation apparatus, carries out the intensity of illumination detecting unit detected in real time and the light intensity controller controlled described light irradiation apparatus to the intensity of illumination in described containment housing, and described intensity of illumination detecting unit and described light irradiation apparatus all connect with light intensity controller; Described temperature control device comprises temperature control equipment, carries out the temperature detecting unit detected in real time and the temperature regulator controlled described temperature control equipment to the temperature in described containment housing, and described temperature detecting unit and described temperature control equipment all connect with temperature regulator; Described humidity regulation device comprises Humidity regulating equipment, carries out the humidity detection unit detected in real time and the humidity regulator controlled described Humidity regulating equipment to the humidity in described containment housing, and described humidity detection unit and described Humidity regulating equipment all connect with humidity regulator; Described wind speed regulation device comprises wind speed conditioning equipment, carries out the wind speed measurement unit detected in real time and the Wind-speed controller controlled described wind speed conditioning equipment to the wind speed in described containment housing, and described wind speed measurement unit and described wind speed conditioning equipment all connect with Wind-speed controller; Described light irradiation apparatus, described temperature control equipment, described Humidity regulating equipment and described wind speed conditioning equipment are installed in described containment housing, described light intensity controller, temperature regulator, humidity regulator and Wind-speed controller are all laid on described electronic circuit board, and described light intensity controller, temperature regulator, humidity regulator and Wind-speed controller all connect with primary controller; The parameter set unit connected with primary controller the outer side wall of described containment housing is equipped with.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described light irradiation apparatus comprises two luminescence components be laid on described containment housing inner side-wall, and two described luminescence component symmetries are laid in the both sides of open cultivation pool; Described luminescence component comprises and is fixed on mounting plate on described containment housing inner side-wall and multiple LED be installed on mounting plate inner side-wall, and multiple described LED is all connected with light intensity controller.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: in described luminescence component, the quantity of included LED is 64, and 64 described LED are in evenly laying, and 64 described LED divide 8 row 8 row to lay; 64 described LED comprise 16 red LED lamp, 16 yellow LED lamp, 16 green LED lamp and 16 blue led lamps; Described red LED lamp, yellow LED lamp, green LED lamp and blue led lamp are in being laid staggeredly.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, and it is characterized in that: described temperature control equipment comprises electric heater and cooling piece, described electric heater and cooling piece are undertaken controlling by temperature regulator and the two all connects with temperature regulator; On the inner side-wall that described electric heater and cooling piece are installed in described containment housing and the two be all positioned at above open cultivation pool.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described Humidity regulating equipment comprises and is positioned at waterfog head directly over open cultivation pool, the water-supply pipe that supplies water for waterfog head, is arranged on the water pump on water-supply pipe and rocks the overflow disk laid below device and in level described in being laid in, described in rock device and be arranged on above the middle part of overflow disk; The surrounding sidewall of described overflow disk is all fixed on the inner side-wall of described containment housing, is water storage cavity, described overflow disk has multiple spillway hole between the base plate of described overflow disk and described containment housing; The inside bottom of described water storage cavity is provided with rising pipe, and the bottom of described rising pipe extend out to outside described containment housing; The upper end of described water-supply pipe is connected with the water-in of waterfog head and its lower end is connected with rising pipe bottom; Described waterfog head is electric spray, and described water pump is motor-mount pump, and described waterfog head and water pump are undertaken controlling by humidity regulator and the two all connects with humidity regulator.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described waterfog head is positioned at the inside upper part of described containment housing, the quantity of described ultraviolet lamp tube is two, and two described ultraviolet lamp tubes are parallel laying and the two symmetry is laid in the both sides of waterfog head; Described pond body is surrounded by pond base plate and the pool wall plate be laid on the base plate of described pond, described pond base plate is made up of middle part leveling board and the bottom connecting plate be connected between described middle part leveling board and described pool wall plate, and described bottom connecting plate is tilted plate downward gradually from outside to inside.
Above-mentioned a kind of micro algae growth digital display type artificial climate cultivates instrument, it is characterized in that: described wind speed conditioning equipment is fan, on the inner side-wall that described fan is arranged on described containment housing and it is positioned at above described temperature control equipment; Described fan connects with Wind-speed controller.
The utility model compared with prior art has the following advantages:
1, simple, the reasonable in design and processing of structure and installing is laid convenient, and input cost is lower.
2, easy and simple to handle and intuitive display is used.
3, the artificial climate incubator adopted is closed culture apparatus, can effectively avoid micro-algae to be subject to external environmental.Further, can easy the culture condition such as the illumination in containment housing, temperature, humidity and demeanour be adjusted, to meet the weather condition needed for micro-algae different growing stage and the growing environment needed for different algae kind; Meanwhile, by digital display screen, the culture condition such as illumination, temperature, humidity and wind speed are intuitively shown.
4, carry out sterilizing by ultraviolet lamp tube before cultivating, guarantee that microdisk electrode carries out in gnotobasis.
5, adopt the structure of light irradiation apparatus simple, reasonable in design and result of use is good, adopt the LED of red, yellow, blue and green four colors as light source, need for different algae kind, the illumination condition of different spectrum, light intensity and periodicity of illumination is provided, promote micro algae growth; Meanwhile, LED is electricity-saving lamp, has saved the consumption of the energy.
6, the Humidity regulating equipment structure adopted is simple, use easy and simple to handle and result of use good, carry out humidification, and can realize water resources recycle, not only saved water resources, and the nutrition mass-energy in water obtains fully, effectively utilizing by waterfog head.
7, the micro algae culturing device structure adopted is simple, reasonable in design and result of use is good, mainly comprise the open cultivation pool that is laid in artificial climate incubator lower inside and open cultivation pool is rocked rock device, the mobility of micro-algae is increased by rocking open cultivation pool, improve the contact situation of micro-algae and air, micro-algae is kept to be in suspended state, to promote micro algae growth.Meanwhile, the pond base plate of open cultivation pool is made up of middle part leveling board and the bottom connecting plate be connected between middle part leveling board and pool wall plate, and bottom connecting plate is tilted plate downward gradually from outside to inside, can effectively reduce illumination dead angle.
In sum, the utility model structure simple, reasonable in design and use easy and simple to handle, result of use good, can carry out closing to micro-algae and cultivate, culture condition is adjustable and can synchronously intuitively show.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is side portion structure schematic diagram of the present utility model.
Fig. 3 is the installation position schematic diagram of the utility model containment housing upper water fog spray head and ultraviolet lamp tube.
Fig. 4 is the structural representation of the utility model overflow disk.
Fig. 5 is the structural representation of the utility model luminescence component.
Fig. 6 is schematic block circuit diagram of the present utility model.
Description of reference numerals:
1-artificial climate incubator; 2-open cultivation pool; 3-ultraviolet lamp tube;
4-digital display screen; 5-1-primary controller; 5-2-light intensity controller;
5-3-temperature regulator; 5-4-humidity regulator; 5-5-Wind-speed controller;
5-6-electric machine controller; 6-rolling moving platform; 7-mounting bracket;
8-electric motor; 9-luminescence component; 9-1-mounting plate;
9-2-red LED lamp; 9-3-yellow LED lamp; 9-4-green LED lamp;
9-5-blue led lamp; 10-intensity of illumination detecting unit; 11-temperature detecting unit;
11-1-electric heater; 11-2-cooling piece; 12-humidity detection unit;
12-1-waterfog head; 12-2-overflow disk; 12-21-spillway hole;
12-3-water storage cavity; 12-4-water-supply pipe; 12-5-water pump;
12-6-rising pipe; 13-wind speed measurement unit; 13-1-fan;
14-supervisory keyboard.
Embodiment
As shown in Figure 1, Figure 2 and shown in Fig. 6, the micro algae culturing device that the utility model comprises artificial climate incubator 1 and is laid in artificial climate incubator 1.Described micro algae culturing device comprise the open cultivation pool 2 that is laid in artificial climate incubator 1 lower inside and open cultivation pool 2 is rocked rock device, the described device that rocks is arranged on the inside bottom of artificial climate incubator 1 and it is positioned at below open cultivation pool 2, rocks on device described in described open cultivation pool 2 is arranged on.Described artificial climate incubator 1 comprises containment housing, be arranged on digital display device outside described containment housing and respectively to illumination regulation device, temperature control device, humidity regulation device and wind speed regulation device that the illumination in described containment housing, temperature, humidity and wind speed regulate and control, be provided with the ultraviolet lamp tube 3 for sterilizing in described containment housing.Described open cultivation pool 2 comprises the pond body of upper opening, and described ultraviolet lamp tube 3 is positioned at above the body of described pond.Described digital display device is digital display screen 4, the outer side wall of described artificial climate incubator 1 is equipped with electronic circuit board, described electronic circuit board is provided with primary controller 5-1, described digital display screen 4, described illumination regulation device, described temperature control device, described humidity regulation device and described wind speed regulation device all connect with primary controller 5-1.The described device that rocks comprises the rolling moving platform 6 installed for open cultivation pool 2 and the electric driving mechanism driven rolling moving platform 6, be in transmission connection by transmission rig between described rolling moving platform 6 and described electric driving mechanism, described electric driving mechanism is undertaken controlling by primary controller 5-1 and it is connected with primary controller 5-1.
In the present embodiment, described rolling moving platform 6 is provided with the mounting bracket 7 installed for open cultivation pool 2.
Further, described rolling moving platform 6 is the platform rocked before and after carrying out open cultivation pool 2, and described electric driving mechanism is electric motor 8, and described electric motor 8 is positioned at the below of rolling moving platform 6; Described rolling moving platform 6 is connected with the pto of electric motor 8 by described transmission rig.
In the present embodiment, described electric motor 8 is undertaken controlling by electric machine controller 5-6 and it connects with electric machine controller 5-6, and described electric machine controller 5-6 is laid on described electronic circuit board and it is connected with primary controller 5-1.
During actual use, described illumination regulation device comprises light irradiation apparatus, carries out the intensity of illumination detecting unit 10 detected in real time and the light intensity controller 5-2 controlled described light irradiation apparatus to the intensity of illumination in described containment housing, and described intensity of illumination detecting unit 10 and described light irradiation apparatus all connect with light intensity controller 5-2.Described temperature control device comprises temperature control equipment, carries out the temperature detecting unit 11 detected in real time and the temperature regulator 5-3 controlled described temperature control equipment to the temperature in described containment housing, and described temperature detecting unit 11 and described temperature control equipment all connect with temperature regulator 5-3.Described humidity regulation device comprises Humidity regulating equipment, carries out the humidity detection unit 12 detected in real time and the humidity regulator 5-4 controlled described Humidity regulating equipment to the humidity in described containment housing, and described humidity detection unit 12 and described Humidity regulating equipment all connect with humidity regulator 5-4.Described wind speed regulation device comprises wind speed conditioning equipment, carries out the wind speed measurement unit 13 detected in real time and the Wind-speed controller 5-5 controlled described wind speed conditioning equipment to the wind speed in described containment housing, and described wind speed measurement unit 13 and described wind speed conditioning equipment all connect with Wind-speed controller 5-5.Described light irradiation apparatus, described temperature control equipment, described Humidity regulating equipment and described wind speed conditioning equipment are installed in described containment housing, described light intensity controller 5-2, temperature regulator 5-3, humidity regulator 5-4 and Wind-speed controller 5-5 are all laid on described electronic circuit board, and described light intensity controller 5-2, temperature regulator 5-3, humidity regulator 5-4 and Wind-speed controller 5-5 all connect with primary controller 5-1.The parameter set unit connected with primary controller 5-1 the outer side wall of described containment housing is equipped with.
During actual installation, described electronic circuit board is loaded in control enclosure, and described control enclosure is arranged on the outer side wall of described containment housing.In the present embodiment, described parameter set unit is supervisory keyboard 14, and described supervisory keyboard 14 is laid on the outer side wall of described control enclosure.Further, described supervisory keyboard 14 and digital display screen 4 are all laid on the left of the front side wall of described containment housing.
In the present embodiment, described light irradiation apparatus comprises the both sides that two described luminescence component 9 symmetries of luminescence component 9, two be laid on described containment housing inner side-wall are laid in open cultivation pool 2; Described luminescence component 9 comprises and is fixed on mounting plate 9-1 on described containment housing inner side-wall and multiple LED be installed on mounting plate 9-1 inner side-wall, and multiple described LED is all connected with light intensity controller 5-2.
Composition graphs 5, in described luminescence component 9, the quantity of included LED is 64, and 64 described LED are in evenly laying, and 64 described LED divide 8 row 8 row to lay; 64 described LED comprise 16 red LED lamp 9-2,16 yellow LED lamp 9-3,16 green LED lamp 9-4 and 16 blue led lamp 9-5.Described red LED lamp 9-2, yellow LED lamp 9-3, green LED lamp 9-4 and blue led lamp 9-5 are in being laid staggeredly.
In the present embodiment, the described LED of 8 row is respectively first row LED, second row LED, the 3rd row's LED, the 4th row's LED, the 5th row's LED, the 6th row's LED, the 7th row's LED and the 8th row's LED from top to bottom.
When actual laying is installed, first row LED and the 5th 8 described LED of arranging in LED press red, yellow, and green and blue sequential arrangement, second row LED and the 6th 8 described LED of arranging in LED press sequential arrangement that is yellow, green, Lan Hehong, 3rd 8 described LED of arranging in LED and the 7th row's LED press green, blue, red and yellow sequential arrangement, and 8 described LED that the 4th row's LED and the 8th is arranged in LED press blue, red, yellow and green sequential arrangement.
During actual use, the illumination of continuous light intensity under realizing ruddiness, gold-tinted, green glow, blue light and white light (being made up of red, green and gold-tinted) five kinds of spectrum by two described luminescence components 9.
In the present embodiment, described temperature control equipment comprises electric heater 11-1 and cooling piece 11-2, and described electric heater 11-1 and cooling piece 11-2 is undertaken controlling by temperature regulator 5-3 and the two all connects with temperature regulator 5-3.On the inner side-wall that described electric heater 11-1 and cooling piece 11-2 is installed in described containment housing and the two be all positioned at above open cultivation pool 2.
In the present embodiment, described Humidity regulating equipment comprises and is positioned at waterfog head 12-1 directly over open cultivation pool 2, the water-supply pipe 12-4 that supplies water for waterfog head 12-1, is arranged on the water pump 12-5 on water-supply pipe 12-4 and rocks the overflow disk 12-2 laid below device and in level described in being laid in, described in rock device and be arranged on above the middle part of overflow disk 12-2.Composition graphs 4, the surrounding sidewall of described overflow disk 12-2 is all fixed on the inner side-wall of described containment housing, is water storage cavity 12-3, described overflow disk 12-2 has multiple spillway hole 12-21 between described overflow disk 12-2 and the base plate of described containment housing.The inside bottom of described water storage cavity 12-3 is provided with rising pipe 12-6, and the bottom of described rising pipe 12-6 extend out to outside described containment housing.The upper end of described water-supply pipe 12-4 is connected with the water-in of waterfog head 12-1 and its lower end is connected with rising pipe 12-6 bottom.Described waterfog head 12-1 is electric spray, and described water pump 12-5 is motor-mount pump, and described waterfog head 12-1 and water pump 12-5 is undertaken controlling by humidity regulator 5-4 and the two all connects with humidity regulator 5-4.
During actual use, carry out humidification by waterfog head 12-1 spray water.The water that described waterfog head 12-1 sprays out, after small part enters open cultivation pool 2, most of water all enters overflow disk 12-2 and spillway hole 12-21 on overflow disk 12-2 enters water storage cavity 12-3; Further, the water overflowed in described open cultivation pool 2 also enters water storage cavity 12-3 through overflow disk 12-2.Water in described water storage cavity 12-3, under the effect of water pump 12-5, is delivered to waterfog head 12-1 again through rising pipe 12-6 and water-supply pipe 12-4, is realized water circulation use.
In the present embodiment, as shown in Figure 3, described waterfog head 12-1 is positioned at the inside upper part of described containment housing, and the quantity of described ultraviolet lamp tube 3 is two, and two described ultraviolet lamp tubes 3 are in parallel laying and the two symmetry is laid in the both sides of waterfog head 12-1.Described pond body is surrounded by pond base plate and the pool wall plate be laid on the base plate of described pond, described pond base plate is made up of middle part leveling board and the bottom connecting plate be connected between described middle part leveling board and described pool wall plate, and described bottom connecting plate is tilted plate downward gradually from outside to inside.
During actual use, because described bottom connecting plate is tilted plate downward gradually from outside to inside, can effectively reduce illumination dead angle like this, promote micro algae growth.
In the present embodiment, described wind speed conditioning equipment is fan 13-1, on the inner side-wall that described fan 13-1 is arranged on described containment housing and its be positioned at above described temperature control equipment.Described fan 13-1 connects with Wind-speed controller 5-5.
When actual laying is installed, described fan 13-1 is positioned at above described temperature control equipment.
In the present embodiment, described intensity of illumination detecting unit 10 is photon sensor and it is illumination probe, and described temperature detecting unit 11 is temp probe, and described humidity detection unit 12 is moisture probe, and described wind speed measurement unit 13 is wind speed probe.
Further, described illumination probe, described temp probe, described moisture probe and described wind speed probe are all positioned at above open cultivation pool 2.When actual laying is installed, described wind speed probe and described illumination probe are all laid on the left side inner side-wall of described containment housing, and described temp probe and described moisture probe are all laid on the right side inner side-wall of described containment housing.
In the present embodiment, described temperature control equipment and fan 13-1 are all positioned on the rear wall of described containment housing.Described wind speed probe and described illumination probe are all positioned at the left side of described temperature control equipment, and described temp probe and described moisture probe are all positioned at the right side of described temperature control equipment.
In the present embodiment, described containment housing is cubes casing, and described overflow disk 12-2 is rectangle.
Before actual use, first by ultraviolet lamp tube 3, sterilizing is carried out to described containment housing inside.In actual use procedure, described micro algae culturing device provides the water surrounding of micro algae growth, and rocks device described in passing through and rock open cultivation pool 2, increases the mobility of micro-algae, to promote micro algae growth.The culture condition such as illumination, temperature, humidity, wind speed that described artificial climate incubator 1 provides micro algae growth to provide needs, weather condition required in manual simulation's micro algae growth process, adopt described parameter set unit and easy regulation and control can be carried out to culture condition such as the illumination in described containment housing, temperature, humidity and wind speed by illumination regulation device, temperature control device, humidity regulation device and wind speed regulation device, and carrying out synchronous display directly perceived by culture condition such as digital display screen 4 pairs of illumination, temperature, humidity and wind speed.
The above; it is only preferred embodiment of the present utility model; not the utility model is imposed any restrictions; every above embodiment is done according to the utility model technical spirit any simple modification, change and equivalent structure change, all still belong in the protection domain of technical solutions of the utility model.
Claims (10)
1. micro algae growth digital display type artificial climate cultivates an instrument, it is characterized in that: the micro algae culturing device comprising artificial climate incubator (1) and be laid in artificial climate incubator (1); Described micro algae culturing device comprise the open cultivation pool (2) that is laid in artificial climate incubator (1) lower inside and open cultivation pool (2) is rocked rock device, the described device that rocks is arranged on the inside bottom of artificial climate incubator (1) and it is positioned at open cultivation pool (2) below, rocks on device described in described open cultivation pool (2) is arranged on; Described artificial climate incubator (1) comprises containment housing, be arranged on digital display device outside described containment housing and respectively to illumination regulation device, temperature control device, humidity regulation device and wind speed regulation device that the illumination in described containment housing, temperature, humidity and wind speed regulate and control, be provided with the ultraviolet lamp tube (3) for sterilizing in described containment housing; Described open cultivation pool (2) comprises the pond body of upper opening, and described ultraviolet lamp tube (3) is positioned at above the body of described pond; Described digital display device is digital display screen (4), the outer side wall of described artificial climate incubator (1) is equipped with electronic circuit board, described electronic circuit board is provided with primary controller (5-1), described digital display screen (4), described illumination regulation device, described temperature control device, described humidity regulation device and described wind speed regulation device all connect with primary controller (5-1); The described device that rocks comprises the rolling moving platform (6) installed for open cultivation pool (2) and the electric driving mechanism driven rolling moving platform (6), be in transmission connection by transmission rig between described rolling moving platform (6) and described electric driving mechanism, described electric driving mechanism is undertaken controlling by primary controller (5-1) and it is connected with primary controller (5-1).
2. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 1, it is characterized in that: described rolling moving platform (6) is provided with the mounting bracket (7) installed for open cultivation pool (2).
3. cultivate instrument according to a kind of micro algae growth digital display type artificial climate described in claim 1 or 2, it is characterized in that: described rolling moving platform (6) is the platform rocked before and after carrying out open cultivation pool (2), described electric driving mechanism is electric motor (8), and described electric motor (8) is positioned at the below of rolling moving platform (6); Described rolling moving platform (6) is connected by the pto of described transmission rig with electric motor (8).
4. cultivate instrument according to a kind of micro algae growth digital display type artificial climate described in claim 1 or 2, it is characterized in that: described illumination regulation device comprises light irradiation apparatus, carries out the intensity of illumination detecting unit (10) detected in real time and the light intensity controller (5-2) controlled described light irradiation apparatus to the intensity of illumination in described containment housing, and described intensity of illumination detecting unit (10) and described light irradiation apparatus all connect with light intensity controller (5-2); Described temperature control device comprises temperature control equipment, carries out the temperature detecting unit (11) detected in real time and the temperature regulator (5-3) controlled described temperature control equipment to the temperature in described containment housing, and described temperature detecting unit (11) and described temperature control equipment all connect with temperature regulator (5-3); Described humidity regulation device comprises Humidity regulating equipment, carries out the humidity detection unit (12) detected in real time and the humidity regulator (5-4) controlled described Humidity regulating equipment to the humidity in described containment housing, and described humidity detection unit (12) and described Humidity regulating equipment all connect with humidity regulator (5-4); Described wind speed regulation device comprises wind speed conditioning equipment, carries out the wind speed measurement unit (13) detected in real time and the Wind-speed controller (5-5) controlled described wind speed conditioning equipment to the wind speed in described containment housing, and described wind speed measurement unit (13) and described wind speed conditioning equipment all connect with Wind-speed controller (5-5); Described light irradiation apparatus, described temperature control equipment, described Humidity regulating equipment and described wind speed conditioning equipment are installed in described containment housing, described light intensity controller (5-2), temperature regulator (5-3), humidity regulator (5-4) and Wind-speed controller (5-5) are all laid on described electronic circuit board, and described light intensity controller (5-2), temperature regulator (5-3), humidity regulator (5-4) and Wind-speed controller (5-5) all connect with primary controller (5-1); The parameter set unit connected with primary controller (5-1) outer side wall of described containment housing is equipped with.
5. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 4, it is characterized in that: described light irradiation apparatus comprises two luminescence components (9) be laid on described containment housing inner side-wall, and two described luminescence component (9) symmetries are laid in the both sides of open cultivation pool (2); Described luminescence component (9) comprises and is fixed on mounting plate (9-1) on described containment housing inner side-wall and multiple LED be installed on mounting plate (9-1) inner side-wall, and multiple described LED is all connected with light intensity controller (5-2).
6. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 5, it is characterized in that: in described luminescence component (9), the quantity of included LED is 64,64 described LED are in evenly laying, and 64 described LED divide 8 row 8 row to lay; 64 described LED comprise 16 red LED lamp (9-2), 16 yellow LED lamp (9-3), 16 green LED lamp (9-4) and 16 blue led lamps (9-5); Described red LED lamp (9-2), yellow LED lamp (9-3), green LED lamp (9-4) and blue led lamp (9-5) are in being laid staggeredly.
7. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 4, it is characterized in that: described temperature control equipment comprises electric heater (11-1) and cooling piece (11-2), described electric heater (11-1) and cooling piece (11-2) are undertaken controlling by temperature regulator (5-3) and the two all connects with temperature regulator (5-3); On the inner side-wall that described electric heater (11-1) and cooling piece (11-2) are installed in described containment housing and the two is all positioned at open cultivation pool (2) top.
8. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 4, it is characterized in that: described Humidity regulating equipment comprises and is positioned at waterfog head (12-1) directly over open cultivation pool (2), the water-supply pipe (12-4) that supplies water for waterfog head (12-1), is arranged on the water pump (12-5) on water-supply pipe (12-4) and rocks the overflow disk (12-2) laid below device and in level described in being laid in, described in rock device and be arranged on above the middle part of overflow disk (12-2); The surrounding sidewall of described overflow disk (12-2) is all fixed on the inner side-wall of described containment housing, be water storage cavity (12-3) between described overflow disk (12-2) and the base plate of described containment housing, described overflow disk (12-2) have multiple spillway hole (12-21); The inside bottom of described water storage cavity (12-3) is provided with rising pipe (12-6), and the bottom of described rising pipe (12-6) extend out to outside described containment housing; The upper end of described water-supply pipe (12-4) is connected with the water-in of waterfog head (12-1) and its lower end is connected with rising pipe (12-6) bottom; Described waterfog head (12-1) is electric spray, described water pump (12-5) is motor-mount pump, and described waterfog head (12-1) and water pump (12-5) are undertaken controlling by humidity regulator (5-4) and the two all connects with humidity regulator (5-4).
9. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 8, it is characterized in that: described waterfog head (12-1) is positioned at the inside upper part of described containment housing, the quantity of described ultraviolet lamp tube (3) is two, and two described ultraviolet lamp tubes (3) are in parallel laying and the two symmetry is laid in the both sides of waterfog head (12-1); Described pond body is surrounded by pond base plate and the pool wall plate be laid on the base plate of described pond, described pond base plate is made up of middle part leveling board and the bottom connecting plate be connected between described middle part leveling board and described pool wall plate, and described bottom connecting plate is tilted plate downward gradually from outside to inside.
10. cultivate instrument according to a kind of micro algae growth digital display type artificial climate according to claim 4, it is characterized in that: described wind speed conditioning equipment is fan (13-1), on the inner side-wall that described fan (13-1) is arranged on described containment housing and it is positioned at above described temperature control equipment; Described fan (13-1) connects with Wind-speed controller (5-5).
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106701539A (en) * | 2016-12-22 | 2017-05-24 | 浙江经济职业技术学院 | Stirring type micro-alga culture device with combined LED lamps of different wavelengths |
| CN107047488A (en) * | 2017-05-11 | 2017-08-18 | 中华人民共和国无锡出入境检验检疫局 | A kind of bio-safety feeding facility for quarantine procedures |
| CN107779384A (en) * | 2016-08-24 | 2018-03-09 | 中国航天员科研训练中心 | A kind of space microalgae illumination system |
| CN108048316A (en) * | 2018-01-19 | 2018-05-18 | 绿宁农业科技（苏州）有限公司 | A kind of automatic biological culture machine |
| CN114350494A (en) * | 2022-01-14 | 2022-04-15 | 南京信息工程大学 | Multi-parameter intelligent microorganism culture system under climate change condition |
-
2015
- 2015-05-29 CN CN201520364652.3U patent/CN204676066U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107779384A (en) * | 2016-08-24 | 2018-03-09 | 中国航天员科研训练中心 | A kind of space microalgae illumination system |
| CN106701539A (en) * | 2016-12-22 | 2017-05-24 | 浙江经济职业技术学院 | Stirring type micro-alga culture device with combined LED lamps of different wavelengths |
| CN107047488A (en) * | 2017-05-11 | 2017-08-18 | 中华人民共和国无锡出入境检验检疫局 | A kind of bio-safety feeding facility for quarantine procedures |
| CN108048316A (en) * | 2018-01-19 | 2018-05-18 | 绿宁农业科技（苏州）有限公司 | A kind of automatic biological culture machine |
| CN114350494A (en) * | 2022-01-14 | 2022-04-15 | 南京信息工程大学 | Multi-parameter intelligent microorganism culture system under climate change condition |
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