CN203912983U - A kind of culturing pool seawater mercury removal device - Google Patents
A kind of culturing pool seawater mercury removal device Download PDFInfo
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- CN203912983U CN203912983U CN201420181858.8U CN201420181858U CN203912983U CN 203912983 U CN203912983 U CN 203912983U CN 201420181858 U CN201420181858 U CN 201420181858U CN 203912983 U CN203912983 U CN 203912983U
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- culturing pool
- mercury removal
- seawater
- removal device
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Abstract
The utility model relates to a kind of culturing pool seawater mercury removal device, comprise circulating pump, mercury removal device and control device, circulating pump, mercury removal device and culturing pool are linked to be a loop by pipeline successively, and mercury removal agent is installed in mercury removal device, control device and circulating pump electrical connection.In culturing pool, be provided with several spaced nano titanium oxide nets, culturing pool is provided with ultraviolet radiator, nano titanium oxide net is immersed in the seawater of culturing pool, at the bottom of the pond of culturing pool, be covered with modification silt layer, the top of culturing pool or near the light sensor that is also provided with, light sensor and ultraviolet radiator are electrically connected with control device respectively.The utility model can be to the repeatedly demercuration processing that regularly circulates of the seawater in culturing pool, reduce seawater mercury pollution, make can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool, can also carry out sterilization processing, reducing seawater bacteria pollutes, clean Chi Shui, makes supported marine products Economic animals and plants have good growing environment.
Description
Technical field
The utility model relates to mariculture field and mariculture research field, relates in particular to a kind of culturing pool seawater mercury removal device.
Background technology
Mercury is the element harmful to biology of generally acknowledging at present, and the World Health Organization has specified concrete scope to the intake of mercury.In recent years, along with the continuous deterioration of global environment, also there is the problem of mercury pollution in seawater more and more, and the cultivation quality of marine products Economic animals and plants is greatly affected.For this reason, aquatic products research institution need to carry out seawater demercuration culture research to the responsive aquatic organism of mercury, to improve culturing marine products quality.
Summary of the invention
The utility model is in order to solve the problems of the technologies described above, a kind of culturing pool seawater mercury removal device is provided, it can regularly carry out demercuration processing to the seawater in culturing pool, after the demercuration that circulates is repeatedly processed, to reduce the mercury pollution problem of seawater in culturing pool, make can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool, thus aquatic products research institution can study these aquatic organisms, to improve culturing marine products quality.
The utility model provides a kind of culturing pool seawater mercury removal device simultaneously, it can carry out sterilization, antimicrobial treatment to culturing pool well, reduces the germ contamination of seawater in culturing pool, clean Chi Shui, make supported marine products Economic animals and plants have good growing environment, to improve culturing marine products quality.
Above-mentioned technical problem of the present utility model is mainly solved by following technical proposals: the utility model comprises circulating pump, mercury removal device and control device, circulating pump, mercury removal device and culturing pool are linked to be a loop by pipeline successively, in described mercury removal device, be provided with mercury removal agent, described control device and the electrical connection of described circulating pump.By the control device start and stop of controlled circulation pump automatically, make circulating pump timing working, guarantee that the seawater in culturing pool flows along circuit cycle.Seawater in culturing pool, under the drive of circulating pump, flows through mercury removal device, and the mercury content in these seawater is adsorbed by high-efficiency mercury removal agent, then flows back to culturing pool.Seawater in culturing pool flows through one by one mercury removal device under the drive of circulating pump, after the demercuration that circulates is repeatedly processed, to reduce the mercury concentration of seawater in culturing pool, make can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool, thereby aquatic products research institution can study these aquatic organisms, to improve culturing marine products quality.
As preferably, in described culturing pool, be provided with several spaced nano titanium oxide nets, culturing pool is provided with ultraviolet radiator, nano titanium oxide net is immersed in the seawater of culturing pool, the top of described culturing pool or near the light sensor that is also provided with, light sensor and ultraviolet radiator are electrically connected with described control device respectively.Nano titanium oxide is a kind of permanent antibacterial agent that maintains antibacterial effect, and it has very high surface-active, and antibacterial ability is strong.Nano titanium oxide, under sunlight or ultraviolet irradiation, through series reaction, finally causes bacterium to be decomposed.In the technical program, the light on and off of ultraviolet radiator are controlled automatically by control device.Gather Intensity of the sunlight value by light sensor, and flow to control device.In the time that daytime, solar irradiation was good, control device does not start ultraviolet radiator, is mapped to nano titanium oxide by solar irradiation and just can realizes bactericidal effect on the net.At night or on the daytime of cloudy day, rainy day, control device sends signal enabling ultraviolet radiator, send ultraviolet ray by ultraviolet radiator and be irradiated to nano titanium oxide and realize bactericidal effect on the net.Guarantee that nano titanium oxide net at any time can realize good bactericidal effect, reduce the germ contamination of seawater in culturing pool, make supported marine products Economic animals and plants have good growing environment, to improve culturing marine products quality.Multiple nano titanium oxide nets are distributed in culturing pool seawater, reach the even bactericidal effect to culturing pool seawater.
As preferably, described nano titanium oxide net is the nano titanium oxide net of compound five layers, and described nano titanium oxide net is 25 °～60 ° and tiltedly puts.Make each nano titanium oxide net can receive more sunshine or ultraviolet irradiation, can cover more again pond water area to improve sterilization area and bactericidal effect.
As preferably, described control device comprises single machine unit, display unit, push-button unit and the first relay, display unit and push-button unit are connected with described single machine unit respectively, the output of single machine unit is connected with the drive end of the first relay, and one group of contact switch of the first relay is connected in the supply line of described circulating pump.Set circulating pump start-stop time, start and stop cycle etc. by push-button unit, display unit display setting state and parameters etc., single machine unit is sent the driving of control signal control to the first relay according to setting.In the time that the first relay is driven, contact switch closure, circulating pump obtains electric and starts; In the time that the drive end of the first relay does not obtain driving voltage, contact switch disconnects, circulating pump dead electricity and shutting down.Therefore, by pressing key assignments, just can make circulating pump start by set date or quit work, using convenient.
As preferably, described control device comprises single machine unit, display unit, push-button unit and the first relay, the second relay, described light sensor, display unit and push-button unit is connected with described single machine unit respectively, two output respectively with the first relays of single machine unit, the drive end of the second relay are connected, one group of contact switch of the first relay is connected in the supply line of described circulating pump, and one group of contact switch of the second relay is connected in the supply line of described ultraviolet radiator.The signal that light sensor collects flows to single machine unit, through single machine unit processing, sends the drive end of signal to the second relay.In the time that the second relay is driven, its contact switch closure, ultraviolet radiator obtains electric and lights; In the time that the drive end of the second relay does not obtain driving voltage, its contact switch disconnects, ultraviolet radiator dead electricity and extinguishing.Therefore, according to sunshine intensity of illumination, can automatically close or light ultraviolet radiator, thereby guarantee that nano titanium oxide net at any time can realize good bactericidal effect, reduce the germ contamination of seawater in culturing pool, make supported marine products Economic animals and plants have good growing environment, to improve culturing marine products quality.
As preferably, at the bottom of the pond of described culturing pool, be covered with modification silt layer.Modification silt can precipitate some suspensions in culturing pool seawater, and Chi Shui is played to cleaning action.Modification silt utilizes chemistry, physical means or both to combine exactly, changes some intrinsic characteristic of silt itself and obtains.
As preferably, the mercury removal agent in described mercury removal device is modification bamboo charcoal or modified activated carbon.Modification bamboo charcoal, modified activated carbon utilize chemistry, physical means or both to combine exactly, change bamboo charcoal, some intrinsic characteristic of active carbon itself obtains.
The beneficial effects of the utility model are: can regularly carry out demercuration processing to the seawater in culturing pool, the demercuration that circulates repeatedly to reduce the mercury pollution problem of seawater in culturing pool, makes can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool after processing.Meanwhile, the utility model can carry out sterilization, antimicrobial treatment to culturing pool well, reduces the germ contamination of seawater in culturing pool, clean Chi Shui, make supported marine products Economic animals and plants have good growing environment, study thereby be convenient to aquatic products research institution, to improve culturing marine products quality.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the present utility model.
Fig. 2 is a kind of circuit theory syndeton block diagram of control device in the utility model.
1. circulating pumps in figure, 2. mercury removal device, 3. culturing pool, 4. pipeline, 5. nano titanium oxide net, 6. ultraviolet radiator, 7. light sensor, 8. modification silt layer, 11. single machine unit, 12. display units, 13. push-button units, 14. first relays, 15. second relays, 21. mercury removal agents.
Embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment: a kind of culturing pool seawater mercury removal device of the present embodiment, as shown in Figure 1, comprise circulating pump 1, mercury removal device 2 and control device, circulating pump 1, mercury removal device 2 and culturing pool 3 are linked to be a loop by pipeline 4 successively, in mercury removal device 2, there is mercury removal agent 21, in the present embodiment, mercury removal agent 21 adopts modified activated carbon, certainly also can adopt modification bamboo charcoal to realize.Multiple spaced nano titanium oxide nets 5 are installed in culturing pool 3, culturing pool 3 tops are provided with ultraviolet radiator 6, nano titanium oxide net 5 is immersed in the seawater of culturing pool 3, multiple nano titanium oxide nets 5 are uniformly distributed in pool water within, and nano titanium oxide net 5 is 30 ° and tiltedly puts, in the present embodiment, nano titanium oxide net 5 adopts the nano titanium oxide net of compound five layers.At the bottom of the pond of culturing pool 3, be covered with modification silt layer 8, near of culturing pool 3 is also provided with light sensor 7.As shown in Figure 2, control device comprises single machine unit 11, display unit 12, push-button unit 13 and the first relay 14, the second relay 15, light sensor 7, display unit 12 and push-button unit 13 are connected with single machine unit 11 respectively, two outputs respectively with the first relay 14 of single machine unit 11, the drive end of the second relay 15 are connected, one group of contact switch of the first relay 14 is connected in the supply line of circulating pump 1, and one group of contact switch of the second relay 15 is connected in the supply line of ultraviolet radiator 6.
Set circulating pump start-stop time, start and stop cycle etc. by push-button unit, display unit display setting state and parameters etc., single machine unit is sent the driving of control signal control to the first relay according to setting.In the time that the first relay is driven, contact switch closure, circulating pump obtains electric and starts; In the time that the drive end of the first relay does not obtain driving voltage, contact switch disconnects, circulating pump dead electricity and shutting down.When circulating pump starts, the seawater in culturing pool, under the drive of circulating pump, flows through mercury removal device, and the mercury content in these seawater is adsorbed by high-efficiency mercury removal agent, then flows back to culturing pool.Seawater in culturing pool flows through one by one mercury removal device under the drive of circulating pump, after the demercuration that circulates is repeatedly processed, to reduce the mercury concentration of seawater in culturing pool, make can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool, thereby aquatic products research institution can study these aquatic organisms, to improve culturing marine products quality.Gather sunshine illumination intensity value by light sensor, the signal that light sensor collects flows to single machine unit, through single machine unit processing, sends the drive end of signal to the second relay.In the time that the second relay is driven, its contact switch closure, ultraviolet radiator obtains electric and lights; In the time that the drive end of the second relay does not obtain driving voltage, its contact switch disconnects, ultraviolet radiator dead electricity and extinguishing.The utility model is according to sunshine intensity of illumination, can automatically close or light ultraviolet radiator, thereby guarantee that nano titanium oxide net at any time can realize good bactericidal effect, reduce the germ contamination of seawater in culturing pool, make supported marine products Economic animals and plants have good growing environment.
The utility model can regularly carry out demercuration processing to the seawater in culturing pool, and the demercuration that circulates repeatedly to reduce the mercury pollution problem of seawater in culturing pool, makes can cultivate the marine products Economic animals and plants to mercury sensitivity in culturing pool after processing.Meanwhile, the utility model can carry out sterilization, antimicrobial treatment to culturing pool well, reduces the germ contamination of seawater in culturing pool, clean Chi Shui, make supported marine products Economic animals and plants have good growing environment, study thereby be convenient to aquatic products research institution, to improve culturing marine products quality.
Claims (7)
1. a culturing pool seawater mercury removal device, it is characterized in that comprising circulating pump (1), mercury removal device (2) and control device, circulating pump (1), mercury removal device (2) and culturing pool (3) are linked to be a loop by pipeline (4) successively, in described mercury removal device (2), be provided with mercury removal agent (21), described control device and described circulating pump (1) electrical connection.
2. a kind of culturing pool seawater mercury removal device according to claim 1, it is characterized in that being provided with several spaced nano titanium oxide nets (5) in described culturing pool (3), culturing pool (3) is provided with ultraviolet radiator (6), nano titanium oxide net (5) is immersed in the seawater of culturing pool (3), the top of described culturing pool (3) or near the light sensor (7) that is also provided with, light sensor (7) and ultraviolet radiator (6) are electrically connected with described control device respectively.
3. a kind of culturing pool seawater mercury removal device according to claim 2, is characterized in that the nano titanium oxide net that described nano titanium oxide net (5) is compound five layers, and described nano titanium oxide net (5) is 25 °～60 ° and tiltedly puts.
4. a kind of culturing pool seawater mercury removal device according to claim 1, it is characterized in that described control device comprises single machine unit (11), display unit (12), push-button unit (13) and the first relay (14), display unit (12) and push-button unit (13) are connected with described single machine unit (11) respectively, the output of single machine unit (11) is connected with the drive end of the first relay (14), and one group of contact switch of the first relay (14) is connected in the supply line of described circulating pump (1).
5. according to a kind of culturing pool seawater mercury removal device described in claim 2 or 3, it is characterized in that described control device comprises single machine unit (11), display unit (12), push-button unit (13) and the first relay (14), the second relay (15), described light sensor (7), display unit (12) and push-button unit (13) are connected with described single machine unit (11) respectively, two output respectively with the first relays (14) of single machine unit (11), the drive end of the second relay (15) is connected, one group of contact switch of the first relay (14) is connected in the supply line of described circulating pump (1), one group of contact switch of the second relay (15) is connected in the supply line of described ultraviolet radiator (6).
6. according to a kind of culturing pool seawater mercury removal device described in claim 1 or 2 or 3 or 4, at the bottom of the pond of the culturing pool (3) described in it is characterized in that, be covered with modification silt layer (8).
7. according to a kind of culturing pool seawater mercury removal device described in claim 1 or 2 or 3 or 4, it is characterized in that the mercury removal agent (21) in described mercury removal device (2) is modification bamboo charcoal or modified activated carbon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420181858.8U CN203912983U (en) | 2014-04-15 | 2014-04-15 | A kind of culturing pool seawater mercury removal device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420181858.8U CN203912983U (en) | 2014-04-15 | 2014-04-15 | A kind of culturing pool seawater mercury removal device |
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| CN203912983U true CN203912983U (en) | 2014-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420181858.8U Expired - Fee Related CN203912983U (en) | 2014-04-15 | 2014-04-15 | A kind of culturing pool seawater mercury removal device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104719233A (en) * | 2015-03-14 | 2015-06-24 | 姚传凤 | Nano-catalysis aquaponics method |
| CN105692762A (en) * | 2016-02-15 | 2016-06-22 | 刘青玉 | Fishpond pollution bamboo charcoal purification technique |
-
2014
- 2014-04-15 CN CN201420181858.8U patent/CN203912983U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104719233A (en) * | 2015-03-14 | 2015-06-24 | 姚传凤 | Nano-catalysis aquaponics method |
| CN105692762A (en) * | 2016-02-15 | 2016-06-22 | 刘青玉 | Fishpond pollution bamboo charcoal purification technique |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141105 Termination date: 20160415 |
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| CF01 | Termination of patent right due to non-payment of annual fee |