CN204888378U - Circulating water aquaculture experimental system - Google Patents
Circulating water aquaculture experimental system Download PDFInfo
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- CN204888378U CN204888378U CN201520653235.0U CN201520653235U CN204888378U CN 204888378 U CN204888378 U CN 204888378U CN 201520653235 U CN201520653235 U CN 201520653235U CN 204888378 U CN204888378 U CN 204888378U
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Abstract
The utility model provides a circulating water aquaculture experimental system, including breeding pond, circulating pipe, rotatory collection dirty ware, circulating water integrated process cabinet and the control unit, circulating water integrated process cabinet includes crawler -type microstrainer, circulating pump, foam separator, carbon dioxide stripper, biological case, booster pump, sterilizing equipment and oxygenation device, circulating pipe one end with breed pond circulating water delivery port and connect, the other end with the dirty ware of cycle set, crawler -type microstrainer, circulating pump, foam separator, carbon dioxide stripper, biological case, booster pump, sterilizing equipment and oxygenation device connect the back with it connects to breed the circulating water water inlet in pond. Through the utility model provides a that circulating water aquaculture experimental system exists among the prior art is widely different with actual aquaculture environment, the big problem of breed parameter error of gathering, improved the sum of errors risk that the accuracy nature of breeding the parameter had avoided manual operation to exist simultaneously.
Description
Technical field
The utility model relates to aquatic organism cultivating system technical field, particularly relates to a kind of aquiculture using recirculated water experimental system being applied to scientific research.
Background technology
Industrial circulating water cultivating is current state-of-the-art, aquaculture model that scientific and technological content is the highest in the world, is also the inexorable trend of following aquaculture industry development.The seawater fish that China carries out industrial circulating water cultivating is the earliest flounder flounder class, and is now just progressively being transformed to closed circulation water cultivation by open flowing water culture, and current every technology achieves rapid progress.And as providing the scientific research department of every key technology and breeding technique, when carrying out the projects such as the experiment of circulating water cultivation fish habit, feed experiment, breeding experiment and parent population experiment, there is certain difference in the experimental system adopted and actual industrial circulating water cultivating system, existing experimental system device structure is simple, can not simulate the true environment of existing plant circulation water aquaculture system, comparatively large with existing actual plant circulation water aquaculture system environmental difference, the data that collect and parameter therefore can be caused to there is very large error; In addition, the collection of existing aquaculture experimental system data and parameter is mainly through manually carrying out, inevitably there is human error, the error of such various aspects be superimposed can cause existing aquiculture using recirculated water experimental system cannot meet aquaculture experiment actual needs.The such as patent No. is CN200520010485.9, name is called the patented technology of combined experimental water trough for breeding aquatic animal, by the design of distributive pipe, water inlet pipe, overflow pipe connection experimental trough, be suitable for the different cultivation demand of size fish, this invention provide only a kind of adjustable cultivation flume, but employing is artificial bait throwing in, the operations such as artificial changing water, to the process of impurities in water, the various index parameters of breeding water body are all without control method.The collection of experimental data also relies on completely and manually processes, and experimental data error is large, and cannot ensure the reliability of data result, directly has influence on Experiment Result conversion ratio and success rate.
Utility model content
Technical problem to be solved in the utility model is: the utility model provides a kind of aquiculture using recirculated water experimental system, solve the problem that in prior art, the cultivation parameter error that is large with actual culture environment of aquatic products difference, that collect of aquiculture using recirculated water experimental system existence is large, the accuracy that improve cultivation parameter avoids error and the risk of manual operation existence simultaneously.
The utility model realizes by the following technical solutions:
A kind of aquiculture using recirculated water experimental system, it is characterized in that, comprise culturing pool, circulating water pipe, rotate dirt trap, cycle water integrated process cabinet and the control unit for each device action in controlled circulation water integrated process cabinet, crawler type Microfilter is provided with in the integrated process cabinet of described cycle water, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device, described circulating water pipe one end is connected with described culturing pool cycle water delivery port, the other end in turn with described circulation dirt trap, crawler type Microfilter, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, be connected with the cycle water water inlet of described culturing pool after sterilizing unit is connected with oxygen-increasing device.
Further, the integrated process cabinet of described cycle water comprises cabinet, described crawler type Microfilter is arranged on the side of described cabinet, described circulating pump is arranged between described crawler type Microfilter and described foam separator, described foam separator is arranged at the top of described crawler type Microfilter, described biological case, carbonic acid gas stripper and described foam separator walk abreast and are arranged on the top of cabinet, described sterilizing unit is arranged on the below of described foam separator, and described oxygen-increasing device is arranged on the cabinet below described sterilizing unit.
Further, described control unit comprises controller, the touch display screen be electrically connected with controller respectively and electrical control cabinet, described controller by electrical equipment in described electrical control cabinet be electrically connected with described crawler type Microfilter, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device respectively.
Further, described culturing pool is provided with device for feeding fish bait, described device for feeding fish bait is electrically connected with described controller and described touch display screen respectively.
Further, described culturing pool comprise pond body, the end cap that is arranged on body top, pond and the illuminating lamp be arranged on end cap.
Further, the bottom of described rotation dirt trap is provided with blow-off pipe.
Further, described touch display screen is provided with button control zone, Parameters variation viewing area, signal alarm district and historical record interrogation zone.
Further, the touch control button corresponding with described crawler type Microfilter, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device is disposed with in described button control zone.
Further, described sterilizing unit is ultraviolet ray sterilizer, ozone sterilizer or infrared sterilization sterilizer.
Further, described oxygen-increasing device is oxygen cone, and described oxygen cone is connected with extraneous oxygen source.
The utility model advantage and good effect:
The utility model provides a kind of aquiculture using recirculated water experimental system, include culturing pool, rotate dirt trap, cycle water focuses on cabinet and control device, by control device, corresponding parameter acquisition and control are carried out to each device action that cycle water focuses in cabinet, cycle water enters into after discharging from culturing pool and rotates the process that dirt trap carries out bait ight soil, then focus on through cycle water that each device in cabinet is corresponding respectively carries out particle filtering to cycle water, fine particle is separated, carbon dioxide separation, ammonia nitrogen removal and bactericidal oxygenation process, cycle water focus on be disposed in cabinet after flow back into again in culturing pool, form an overall circulation, and data and the change of cultivation parameter can be observed by touch display screen simultaneously, by corresponding the controlling accordingly each device that cycle water focuses in cabinet of control device, the accurate control to cultivation parameter is achieved by control device, and the collection of parameter is without the need to artificial participation, avoid the generation of human error, the aquiculture using recirculated water experimental system simultaneously adopted in the utility model is identical with the circulating water aquiculture system breeding environment of factory's reality, and the cultivation parameter accuracy of collection is higher.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of circulating water aquiculture system of the utility model;
Fig. 2 is the interior schematic diagram that the utility model cycle water focuses on cabinet;
Fig. 3 is the structural representation of the utility model culturing pool;
Fig. 4 is the front view that the utility model cycle water focuses on cabinet.
Embodiment
See Fig. 1-Fig. 4, the utility model proposes a kind of embodiment of aquiculture using recirculated water experimental system, comprise culturing pool 1, circulating water pipe 2, rotate dirt trap 3, cycle water integrated process cabinet and the control unit for each device action in controlled circulation water integrated process cabinet, crawler type Microfilter 4 is provided with in the integrated process cabinet of described cycle water, circulating pump 5, foam separator 6, carbonic acid gas stripper 7, biological case 8, booster pump 9, sterilizing unit 10 and oxygen-increasing device 11, described circulating water pipe 2 one end is connected with described culturing pool 1 cycle water delivery port, the other end in turn with described circulation dirt trap 3, crawler type Microfilter 4, circulating pump 5, foam separator 6, carbonic acid gas stripper 7, biological case 8, booster pump 9, be connected with the cycle water water inlet of described culturing pool 1 after sterilizing unit 10 is connected with oxygen-increasing device 11.
Concrete, a kind of aquiculture using recirculated water experimental system is proposed in the present embodiment, include for cultivating the culturing pool 1 placing fry, fry is placed with in culturing pool 1, in culturing pool 1, be also contained with the water for circulating simultaneously, drainpipe 12 is provided with bottom culturing pool 1, current flow out from the drainpipe 12 bottom culturing pool 1, the utility model also comprises a circulating water pipe 2 simultaneously, circulating water pipe 2 is mainly used in connecting each device, realize an entirety circulation of cycle water, specifically when connecting, circulating water pipe 2 first exports with the drainpipe 12 bottom culturing pool 1 and is connected, by circulating water pipe 2, cycle water is flow into rotation dirt trap 3, rotate dirt trap 3 by the effect through rotary water current, realize the process to the bulky grain existed in cycle water and fish bait and ight soil, after the separated and blowdown of the particle parts such as residual bait ight soil, the bait that exists in cycle water and fish ight soil are discharged by the blow-off pipe rotated bottom dirt trap 3, flow into again in the crawler type Microfilter 4 that cycle water focuses on cabinet from rotating the cycle water that dirt trap 3 flows out successively by circulating water pipe 2, the filtration of particle is carried out by crawler type Microfilter 4, having filtered particle Posterior circle water is connected on circulating pump 5 by circulating water pipe 2, the Main Function of circulating pump 5 is for guaranteeing circulating of current in whole circulation, then cycle water arrives foam separator 6 through circulating pump 5, in foam separator 6, the fine particle thing in cycle water is separated, complete fine particle thing separation Posterior circle water and enter carbonic acid gas stripper 7 by circulating water pipe 2, the carbonic acid gas carried in cycle water is peeled off, enter into after carbonic acid gas in cycle water has been peeled off in biological case 8, in biological case 8, the ammonia nitrogen in cycle water is removed, the cycle water removing ammonia nitrogen by booster pump 9 to after carrying out supercharging, enter into sterilizing unit 10, sterilization processing is carried out by sterilizing unit 10 pairs of cycle waters, oxygen-increasing device 11 is entered into after sterilization processing completes, by oxygen-increasing device 11 to the cycle water water inlet being connected to culturing pool 1 after carrying out oxygenation in cycle water again by circulating water pipe 2, complete a whole set of cycle water operation.The cycle water passing through a whole set of device process enters into culturing pool 1 and is again utilized by fish, and the water simultaneously in culturing pool constantly carries out the process of cycle water successively.
Further, the integrated process cabinet of described cycle water comprises cabinet 13, described crawler type Microfilter 4 is arranged on the side of described cabinet 13, described circulating pump 5 is arranged between described crawler type Microfilter 4 and described foam separator 5, described foam separator 5 is arranged at the top of described crawler type Microfilter 4, described biological case 8, carbonic acid gas stripper 7 and the described parallel top being arranged on cabinet 13 of foam separator 6, described sterilizing unit 10 is arranged on the below of described foam separator 6, and described oxygen-increasing device 11 is arranged on the cabinet 13 below described sterilizing unit 10.The equal integrated distribution such as crawler type Microfilter 4, circulating pump 5, foam separator 6, carbonic acid gas stripper 7, biological case 8, sterilizing unit 10, oxygen-increasing device 11 and booster pump 9 that cycle water focuses in cabinet is inner at cabinet 13, adopt the mode concentrating on distribution in cabinet 13 to have and utilize observation to detect compact conformation simultaneously, reduce floor space, save space greatly.
Further, described control unit comprises controller, the touch display screen 14 be electrically connected with controller respectively and electrical control cabinet 15, described controller by 15 electrical equipments in described electrical control cabinet be electrically connected with described crawler type Microfilter 4, foam separator 6, carbonic acid gas stripper 7, biological case 8, booster pump 9, sterilizing unit 10 and oxygen-increasing device 11 respectively.Control unit is mainly used in focusing on the control of each device and the collection of signal in cabinet to cycle water, the touch display screen 14 that control unit can be arranged by it observes the change of cultivation parameter, the control of the opening and closing to each device can also be realized by touch display screen 14 simultaneously, electrical control cabinet 15 internal main will place electrical equipment, be electrically connected with the equipment of correspondence and controller respectively by electrical equipment, realize controller to the collection of signal and controlling functions; Certainly, the control to each parameter of breeding fish in the present embodiment also can arrange the cultivation parameter corresponding with the kind of fish according to the difference of concrete breed fish kind and type accordingly.
Further, described culturing pool 1 is provided with device for feeding fish bait 16, described device for feeding fish bait 16 is electrically connected with described controller and described touch display screen 14 respectively.Can according to the cultivation habit of fish, set by touch display screen 14 pairs of control system programs, after regular hour section, device for feeding fish bait 16 starts to carry out bait throwing in operation to the fish in culturing pool 1, and can control illuminating lamp unlatching according to the life habit of cultured fishes.
Preferably, described culturing pool 1 illuminating lamp 113 that comprises pond body 111, be arranged on the end cap 112 on pond body 111 top and be arranged on end cap 112.
Further, described display touch-screen 14 is provided with button control zone, Parameters variation viewing area, signal alarm district and historical record interrogation zone.
Button control zone mainly shows the display of circulating pump 5, booster pump 9, foam separator 6, biological case 8, carbonic acid gas stripper 7, sterilizing unit 10, oxygen-increasing device 11, crawler type Microfilter 4, device for feeding fish bait 16, the start and stop job control of light units and state.
Parameters variation viewing area: display water quality parameter, the water quality parameters such as the display of water quality curve and temperature, electrical conductivity, salinity, Nutrient solution, dissolved oxygen, pH value, redox potential.The change of the water quality parameter in cycle water can be observed by parameter display region of variation timely, be convenient to make corresponding control and detection operation.
Signal alarm district: display current alerts information, and history warning message, shielding warning message etc.Can receive alarm signal by signal alarm, warning device or information make corresponding process timely.
Historical record interrogation zone: check water temperature, environmental temperature, dissolved oxygen curve, pH value and salinity profile, bait throwing in record.Can be inquired about history parameters accordingly by historical record interrogation zone, for using for reference.
Further, the touch control button corresponding with described crawler type Microfilter 4, circulating pump 5, foam separator 6, carbonic acid gas stripper 7, biological case 8, booster pump 9, sterilizing unit 10 and oxygen-increasing device 11 is disposed with in described button control zone.
Further, described sterilizing unit 10 is ultraviolet ray sterilizer, ozone sterilizer or infrared sterilization sterilizer.As long as can meet, sterilizing is carried out to cycle water, do not do the restriction of concrete form at this.
Further, described oxygen-increasing device 11 is oxygen cone, and described oxygen cone is connected with extraneous oxygen source.
Last it is noted that following examples are only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of the present utility model.
Claims (10)
1. an aquiculture using recirculated water experimental system, it is characterized in that, comprise culturing pool, circulating water pipe, rotate dirt trap, cycle water integrated process cabinet and the control unit for each device action in controlled circulation water integrated process cabinet, crawler type Microfilter is provided with in the integrated process cabinet of described cycle water, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device, described circulating water pipe one end is connected with described culturing pool cycle water delivery port, the other end in turn with described circulation dirt trap, crawler type Microfilter, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, be connected with the cycle water water inlet of described culturing pool after sterilizing unit is connected with oxygen-increasing device.
2. aquiculture using recirculated water experimental system according to claim 1, it is characterized in that, the integrated process cabinet of described cycle water comprises cabinet, described crawler type Microfilter is arranged on the side of described cabinet, described circulating pump is arranged between described crawler type Microfilter and described foam separator, described foam separator is arranged at the top of described crawler type Microfilter, described biological case, carbonic acid gas stripper and described foam separator walk abreast and are arranged on the top of cabinet, described sterilizing unit is arranged on the below of described foam separator, described oxygen-increasing device is arranged on the cabinet below described sterilizing unit.
3. aquiculture using recirculated water experimental system according to claim 1, it is characterized in that, described control unit comprises controller, the touch display screen be electrically connected with controller respectively and electrical control cabinet, described controller by electrical equipment in described electrical control cabinet be electrically connected with described crawler type Microfilter, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device respectively.
4. aquiculture using recirculated water experimental system according to claim 3, is characterized in that, described culturing pool is provided with device for feeding fish bait, and described device for feeding fish bait is electrically connected with described controller and described touch display screen respectively.
5. aquiculture using recirculated water experimental system according to claim 4, described culturing pool comprises pond body, the end cap that is arranged on body top, pond and the illuminating lamp be arranged on end cap.
6. aquiculture using recirculated water experimental system according to claim 1, is characterized in that, the bottom of described rotation dirt trap is provided with blow-off pipe.
7. aquiculture using recirculated water experimental system according to claim 3, is characterized in that, described touch display screen is provided with button control zone, Parameters variation viewing area, signal alarm district and historical record interrogation zone.
8. aquiculture using recirculated water experimental system according to claim 7, it is characterized in that, in described button control zone, be disposed with the touch control button corresponding with described crawler type Microfilter, circulating pump, foam separator, carbonic acid gas stripper, biological case, booster pump, sterilizing unit and oxygen-increasing device.
9. aquiculture using recirculated water experimental system according to claim 1, is characterized in that, described sterilizing unit is ultraviolet ray sterilizer, ozone sterilizer or infrared sterilization sterilizer.
10. aquiculture using recirculated water experimental system according to claim 1, is characterized in that, described oxygen-increasing device is oxygen cone, and described oxygen cone is connected with extraneous oxygen source.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520653235.0U CN204888378U (en) | 2015-08-27 | 2015-08-27 | Circulating water aquaculture experimental system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520653235.0U CN204888378U (en) | 2015-08-27 | 2015-08-27 | Circulating water aquaculture experimental system |
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| CN204888378U true CN204888378U (en) | 2015-12-23 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107251830A (en) * | 2017-06-28 | 2017-10-17 | 北京中农天陆微纳米气泡水科技有限公司 | One kind circulation aquatic products breeding technique and system |
| CN109819926A (en) * | 2018-12-06 | 2019-05-31 | 上海耕海渔业有限公司 | Boat-carrying circulating water culture system |
-
2015
- 2015-08-27 CN CN201520653235.0U patent/CN204888378U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107251830A (en) * | 2017-06-28 | 2017-10-17 | 北京中农天陆微纳米气泡水科技有限公司 | One kind circulation aquatic products breeding technique and system |
| CN109819926A (en) * | 2018-12-06 | 2019-05-31 | 上海耕海渔业有限公司 | Boat-carrying circulating water culture system |
| CN109819926B (en) * | 2018-12-06 | 2021-12-17 | 上海耕海渔业有限公司 | Shipborne recirculating aquaculture system |
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