CN205616899U - Portable algae incubator that declines - Google Patents
Portable algae incubator that declines Download PDFInfo
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- CN205616899U CN205616899U CN201620330856.XU CN201620330856U CN205616899U CN 205616899 U CN205616899 U CN 205616899U CN 201620330856 U CN201620330856 U CN 201620330856U CN 205616899 U CN205616899 U CN 205616899U
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- dissolved oxygen
- water tank
- dividing plate
- probe
- air inlet
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Abstract
The utility model provides a portable algae incubator that declines is by box, water tank, hollow, stand that baffle, culture tank, air -supply line, dissolved oxygen probe, pH probe, heating rod, thermocouple, light source, air pump and control box constitute, every culture tank is independent subenvironment, insert every culture tank with air -supply line, dissolved oxygen probe and pH probe in, little algae under same control environment, can independently be cultivateed again to information such as feedback dissolved oxygen and pH value, is favorable to monitoring respective dissolved oxygen volume and pH value, reaches their influences to the algae growth condition that declines, the water tank is put in the bottom of box, heating rod heating, thermocouple controlled temperature to use hollow and training district intercommunication, through the enclosed construction, guarantee promptly the temperature in training district to reduce the pollutant in the incubator again, installing the light source on box side wall and the upright baffle, guaranteeing every even photic in culture tank both sides, the control box shows in real time and controls temperature, pH value and dissolved oxygen volume.
Description
Technical field
The present invention relates to field of microalgae cultivation, a kind of portable microdisk electrode case.
Background technology
The birth of microalgae, has bred earth all things on earth, and it is many biological food sources, arrives greatly whale, the little small insect etc. to land, also makes the earth be suitable for the mankind and the procreation of other species simultaneously.Through the permanent differentiation of survival of the fittest, microalgae is also one of biology the most ancient on the current earth.Microalgae (chlorella) is owing to containing super abundant nutrition, having low in calories, and therefore American Space General Administration (NASA) is classified as microalgae (chlorella) " space food ", and microalgae (chlorella) is more regarded as " 21 century optimum food " by World Health Organization (WHO).On November 9th, 2011, No. 8 space ships of divine boat carry microalgae (chlorella) heaven, microalgae (chlorella) is not only spaceman and provides oxygen, but also the source as food guarantees the spaceman full nutrition at intermediate station, simultaneously it is also possible to provide important solution to many difficult medical problem.
Along with the raising of people's living standard, promoting the demand of green non-pollution Nutrition intake, the perfect environment of the growth needs of microalgae, sufficient sunlight and natural weather, to multiply best quality.Traditional microdisk electrode is that microalgae algae kind adds indoor cement material culture pond, control the factors such as water temperature, pH and nutrition, thus realize the purpose of micro-algae propagation growth, but this traditional both culturing microalgae pattern exists easily pollution, the problems such as environmental condition controls difficulty, and floor space is big and yields poorly.Visible invention a kind of manageable portable microdisk electrode equipment portable, quick tool has very important significance.Present invention can apply to the algae food supply in aquaculture nursery period, additionally also can use in microalgae experimental teaching.
Summary of the invention
Portable microdisk electrode case, is made up of casing, water tank, hollow out dividing plate, vertical dividing plate, culture tank, blast pipe, dissolved oxygen probe, pH probe, heating rod, thermocouple, light source, air pump and control chamber；Each culture tank is independent subenvironment, blast pipe, dissolved oxygen probe and pH probe is inserted in each culture tank, the feedback information such as dissolved oxygen and pH value, again under same control environment, can independently cultivate microalgae, be conducive to monitoring respective dissolved oxygen amount and pH value, and they impacts on micro algae growth situation；Water tank is placed on the bottom of casing, and heating rod heats, and thermocouple controls temperature, and uses hollow out dividing plate to connect with training district, by enclosed construction, i.e. ensures the temperature in training district, in turn ensure that the humidity in training district, reduces the pollutant in incubator；Light source is installed on casing side wall and vertical dividing plate, it is ensured that the uniform light in each culture tank both sides, temperature, pH value and dissolved oxygen amount are shown and control by control chamber in real time.
Technical scheme:
A kind of portable microdisk electrode case, it is characterized in that: by casing, chamber door, dividing plate, LED light source, six air inlet pipe, air pump, six dissolved oxygen probes, six pH probes, control chamber, six culture tanks, water tank, two heating rods and thermocouple composition, casing 1 is by chamber door 3, top cover 11, side wall 12, rear wall 30 and box bottom 31 form, casing 1 is divided into upper and lower two parts by hollow out dividing plate 22, top is training district 28, bottom is water tank 23, training district 28 is divided into the little working area of some intercommunications by vertical dividing plate 8, the spacing shelves of chamber door 2 are installed in casing 1 front end, hold the door handle 29 being arranged on chamber door 3, when opening chamber door 3, the spacing shelves of chamber door 2 are by spacing for chamber door 3, prevent free-falling；With mounted LED lamp source, vertical dividing plate 8 two sides 4 inside side wall 12；Air pump 27 connect air inlet supervisor 9, air inlet supervisor 9 with connect air inlet pipe 5；PH probe 6 and dissolved oxygen probe 7 are connected into control chamber 13 by cable 10；Heating rod 24 is connected into control chamber 13 by power line 25；Thermocouple 20 is connected into control chamber 13 by compensating wire 26；Control chamber 13 panel is made up of display 14, adjusting key 15, display lamp 16, main switch 17, switch pump 18 and LRD light source switch 19；Water tank 23 is positioned at casing 1 bottom, and water tank 23 is stamped hollow out dividing plate 22, and culture tank 21 is placed on hollow out dividing plate 22 in training district 28, separates with side wall 12 and vertical dividing plate 8, and makes the LED lamp source 4 can 21 two facades of uniform irradiation culture tank；Air inlet pipe 5, pH probe 6 and dissolved oxygen probe 7 are inserted in culture tank 21 from top cover 11；After opening main switch 17, display 14, display lamp 16 obtain electric, touch adjusting key 15, set illuminance, water tank temperature and air inflow, then open switch pump 17 and LRD light source switch 18；Control chamber 13 is started working, and controls air inflow in water tank temperature and culture tank, and shows dissolved oxygen amount in each culture tank, pH value and the temperature of water tank on display 14 in real time.
A kind of portable microdisk electrode case as above, it is characterized in that: use the rear wall 30 of water tank 23 that heating rod 24 is installed, side wall 12 is installed thermocouple 20, heated by heating rod 24, thermocouple controls temperature, and use hollow out dividing plate 22 to connect with training district 28, it is ensured that the temperature in training district 28.
A kind of portable microdisk electrode case as above, it is characterized in that: 6, six pH probes 7 of 5, six dissolved oxygen probes of six air inlet pipe and the design of six culture tanks 21,5, six dissolved oxygen probes 6 of six air inlet pipe and six pH are popped one's head in and 7 supporting is placed in six culture tanks 21, making each culture tank 21 is independent subenvironment, again under same control environment, microalgae be can independently cultivate, respective dissolved oxygen amount and pH value, and the impact that their trace change is on micro algae growth situation are conducive to monitoring.
Advantages of the present invention and providing the benefit that:
1. the present invention is the micro algae culturing device of a temperature control, and temperature is adjustable, and intake is adjustable；Each culture tank is independent subenvironment, again under same control environment, it is possible to independent cultivation microalgae, is conducive to monitoring respective dissolved oxygen amount and pH value, and they impacts on micro algae growth.
2. the present invention passes through enclosed construction, and heating rod heats, and thermocouple controls temperature, and uses hollow out dividing plate to connect with training district, i.e. ensures the temperature in training district, reduces again the pollutant in incubator.
Accompanying drawing explanation
Fig. 1 is the front view of the structural representation of the present invention；
Fig. 2 is the top view of Fig. 1.
In figure, 1. casing；2. the spacing shelves of chamber door；3. chamber door；4.LED lamp source；5. air inlet pipe；6.pH pops one's head in；7. dissolved oxygen probe；8. found dividing plate；9. air inlet supervisor；10. cable；11. top covers；12. side walls；13. control chambers；14. display；15. adjusting keys；16. display lamps；17. main switchs；18. switch pumps；19.LRD light source switch；20. thermocouples；21. culture tanks；22. hollow out dividing plates；23. water tanks；24. heating rods；25. power lines；26. compensating wires；27. air pumps；28. training districts；29. door handles；Wall after 30.；31. box bottoms.
Detailed description of the invention:
A kind of microdisk electrode case, as depicted in figs. 1 and 2, it is characterized in that: by casing, chamber door, dividing plate, LED light source, six air inlet pipe, air pump, six dissolved oxygen probes, six pH probes, control chamber, six culture tanks, water tank, two heating rods and thermocouple composition, casing 1 is by chamber door 3, top cover 11, side wall 12, rear wall 30 and box bottom 31 form, casing 1 is divided into upper and lower two parts by hollow out dividing plate 22, top is training district 28, bottom is water tank 23, training district 28 is divided into the little working area of some intercommunications by vertical dividing plate 8, the spacing shelves of chamber door 2 are installed in casing 1 front end, hold the door handle 29 being arranged on chamber door 3, when opening chamber door 3, the spacing shelves of chamber door 2 are by spacing for chamber door 3, prevent free-falling；With mounted LED lamp source, vertical dividing plate 8 two sides 4 inside side wall 12；Air pump 27 connect air inlet supervisor 9, air inlet supervisor 9 with connect air inlet pipe 5；PH probe 6 and dissolved oxygen probe 7 are connected into control chamber 13 by cable 10；Heating rod 24 is connected into control chamber 13 by power line 25；Thermocouple 20 is connected into control chamber 13 by compensating wire 26；Control chamber 13 panel is made up of display 14, adjusting key 15, display lamp 16, main switch 17, switch pump 18 and LRD light source switch 19；Water tank 23 is positioned at casing 1 bottom, and water tank 23 is stamped hollow out dividing plate 22, and culture tank 21 is placed on hollow out dividing plate 22 in training district 28, separates with side wall 12 and vertical dividing plate 8, and makes the LED lamp source 4 can 21 two facades of uniform irradiation culture tank；Air inlet pipe 5, pH probe 6 and dissolved oxygen probe 7 are inserted in culture tank 21 from top cover 11；After opening main switch 17, display 14, display lamp 16 obtain electric, touch adjusting key 15, set illuminance, water tank temperature and air inflow, then open switch pump 17 and LRD light source switch 18；Control chamber 13 is started working, and controls air inflow in water tank temperature and culture tank, and shows dissolved oxygen amount in each culture tank, pH value and the temperature of water tank on display 14 in real time.
A kind of portable microdisk electrode case as above, it is characterized in that: use the rear wall 30 of water tank 23 that heating rod 24 is installed, side wall 12 is installed thermocouple 20, heated by heating rod 24, thermocouple controls temperature, and use hollow out dividing plate 22 to connect with training district 28, it is ensured that the temperature in training district 28.
A kind of portable microdisk electrode case as above, it is characterized in that: 6, six pH probes 7 of 5, six dissolved oxygen probes of six air inlet pipe and the design of six culture tanks 21,5, six dissolved oxygen probes 6 of six air inlet pipe and six pH are popped one's head in and 7 supporting is placed in six culture tanks 21, making each culture tank 21 is independent subenvironment, again under same control environment, microalgae be can independently cultivate, respective dissolved oxygen amount and pH value, and the impact that their trace change is on micro algae growth situation are conducive to monitoring.
Claims (3)
- null1. a portable microdisk electrode case，It is characterized in that: by casing、Chamber door、Dividing plate、LED light source、Six air inlet pipe、Air pump、Six dissolved oxygen probes、Six pH probes、Control chamber、Six culture tanks、Water tank、Two heating rods and thermocouple composition，Casing (1) is by chamber door (3)、Top cover (11)、Side wall (12)、Rear wall (30) and box bottom (31) composition，Casing (1) is divided into upper and lower two parts by hollow out dividing plate (22)，Top is training district (28)，Bottom is water tank (23)，Training district (28) are divided into the little working area of some intercommunications by vertical dividing plate (8)，The spacing shelves of chamber door (2) is installed in casing (1) front end，Hold the door handle (29) being arranged on chamber door (3)，When opening chamber door (3)，The spacing shelves of chamber door (2) is by spacing for chamber door (3)，Prevent free-falling；On side wall (12) inner side and mounted LED lamp source, vertical dividing plate (8) two sides (4)；Air pump (27) connects air inlet supervisor (9), and air inlet is responsible for (9) and connects air inlet pipe (5)；PH probe (6) and dissolved oxygen probe (7) are connected into control chamber (13) by cable (10)；Heating rod (24) is connected into control chamber (13) by power line (25)；Thermocouple (20) is connected into control chamber (13) by compensating wire (26)；Control chamber (13) panel is made up of display (14), adjusting key (15), display lamp (1), main switch (17), switch pump (18) and LRD light source switch (19)；Water tank (23) is positioned at casing (1) bottom, hollow out dividing plate (22) it is stamped on water tank (23), culture tank (21) is placed in the upper training district (28) of hollow out dividing plate (22), separate with side wall (12) and vertical dividing plate (8), and make the LED lamp source (4) can (21) two facades of uniform irradiation culture tank；Air inlet pipe (5), pH probe (6) and dissolved oxygen probe (7) are inserted in culture tank (21) from top cover (11)；After opening main switch (17), display (14), display lamp (16) obtain electric, touch adjusting key (15), set illuminance, water tank temperature and air inflow, then open switch pump (17) and LRD light source switch (18)；Control chamber (13) is started working, and controls air inflow in water tank temperature and culture tank, and dissolved oxygen amount, pH value and the temperature of water tank in display (14) each culture tank of upper display in real time.
- One the most according to claim 1 portable microdisk electrode case, it is characterized in that: use the rear wall (30) of water tank (23) that heating rod (24) is installed, side wall (12) is installed thermocouple (20), heated by heating rod (24), thermocouple controls temperature, and use hollow out dividing plate (22) to connect with training district (28), it is ensured that the temperature of training district (28).
- One the most according to claim 1 portable microdisk electrode case, it is characterized in that: six air inlet pipe (5), six dissolved oxygen probes (6), six pH probe (7) and the designs of six culture tanks (21), six air inlet pipe (5), six dissolved oxygen probes (6) and six pH being popped one's head in, (7) are supporting to be placed in six culture tanks (21), making each culture tank (21) is independent subenvironment, again under same control environment, can independently cultivate microalgae, be conducive to monitoring respective dissolved oxygen amount and pH value and their the trace change impact on micro algae growth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620330856.XU CN205616899U (en) | 2016-04-20 | 2016-04-20 | Portable algae incubator that declines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620330856.XU CN205616899U (en) | 2016-04-20 | 2016-04-20 | Portable algae incubator that declines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205616899U true CN205616899U (en) | 2016-10-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620330856.XU Expired - Fee Related CN205616899U (en) | 2016-04-20 | 2016-04-20 | Portable algae incubator that declines |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107304404A (en) * | 2016-04-20 | 2017-10-31 | 辽东学院 | Portable microdisk electrode case |
| CN107509623A (en) * | 2017-08-18 | 2017-12-26 | 上海师范大学 | A kind of algae dilatation machine |
| CN108220154A (en) * | 2016-12-21 | 2018-06-29 | 深圳市国沅生态环保科技有限公司 | Microculture feeding mechanism |
-
2016
- 2016-04-20 CN CN201620330856.XU patent/CN205616899U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107304404A (en) * | 2016-04-20 | 2017-10-31 | 辽东学院 | Portable microdisk electrode case |
| CN108220154A (en) * | 2016-12-21 | 2018-06-29 | 深圳市国沅生态环保科技有限公司 | Microculture feeding mechanism |
| CN107509623A (en) * | 2017-08-18 | 2017-12-26 | 上海师范大学 | A kind of algae dilatation machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161005 Termination date: 20210420 |