CN206150202U - Trickling water supply -type aquatic creature cultivation system for toxicological experiment - Google Patents
Trickling water supply -type aquatic creature cultivation system for toxicological experiment Download PDFInfo
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- CN206150202U CN206150202U CN201621179916.9U CN201621179916U CN206150202U CN 206150202 U CN206150202 U CN 206150202U CN 201621179916 U CN201621179916 U CN 201621179916U CN 206150202 U CN206150202 U CN 206150202U
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- basin
- water
- return duct
- cultivation flume
- breed
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Abstract
The utility model provides a trickling water supply -type aquatic creature cultivation system for toxicological experiment, the breed basin adopt transparent material, the support evenly spreads all over breeds basin bottom sprag and breeds the basin, hourglass hopper -shaped adapting unit be located and breed the bottom of gullet center, breed the basin and communicate with each other with leaking hopper -shaped adapting unit, the baffle be located and leak the hopper -shaped adapting unit top, the baffle is honeycomb shape hole hole baffle, the excrement collecting box be located and leak the hopper -shaped adapting unit bottom, the basin upper cover be located and breed the basin top, basin upper cover left side is equipped with netted hole drip groove, netted hole drip groove forms the dribble -feed to the aquatic thing of breeding the basin and supplies water, back flow A be located and breed the anterior lower left corner of basin, the back flow A right -hand member mouth of pipe with breed the basin and link to each other, filter equipment enclose around the back flow A right -hand member mouth of pipe, the centrifugal pump install the left end at back flow A, head position bottom left side in breeding the basin is visited in the control by temperature change, the temperature panel be located and breed the basin outer wall.
Description
Technical field
The utility model is related to a kind of aquatic organism cultivating system, and in particular to a kind of drip water-feeding type is used for toxicological experiment
Aquatic organism cultivating system.
Background technology
Problem of environmental pollution has become one of focus of global concern, and the pollutant in water body can be produced to aquatic raw biology
Different degrees of impact.Aquatic ecological toxicologic study is for understanding pollutant is to hydrobiological toxicological effect, fishery water
Domain environmental protection and healthy aquaculture are significant.When growth or breeding to aquatic organism etc. is tested, it usually needs
It is assumed that some stable experiment conditions, then change other one or more experiment conditions, so as to observe this one or more
Part is to the growth course of aquatic organism or the impact of breeding.And being generally used for toxicological experiment system typically has following requirement and special
Point：1. the water body of aquatic organism cultivating system need to be controlled in suitable temperature, it is ensured that experiment is carried out in ideal conditions；2. aquatic organism is supported
The water body for growing system directly discharges not recycled after wastewater treatment, prevents from causing experimental result deviation；3. in tank
There is the medicine of addition, water body renewal speed takes the circumstances into consideration to slow down, it is ensured that appropriate water body updates.
At present general aquatic organism breeding experimental system is made up of support, tank, water treatment system etc., and tank packet is placed on
On support, water treatment facilities is supplied water by water pump after filtering to water body to tank, and waste water is entered by gap in tank
Backwater ditch, backwater ditch connects with water treatment facilities pipe, and waste water in tank is sent to into water treatment facilities, and the water pump sets water process
Water body after standby filtration is sent to tank by water pump again, constitutes a set of closed circulation water cultivating system.But general aquatic organism
Breeding experimental system can not completely adapt to the requirement of aquatic organism toxicological test precise control experimental situation.Mainly there is following some master
Want problem：
(1) general aquatic organism cultivating system aquatic organism toxicological test, it is impossible to which medicament is effectively filtered in guarantee, and is prevented at water
Medicament residual on reason equipment；
(2) general aquatic organism breeding experimental system is directly supplied water using water pump, causes the frequent change of hydraulic pressure, so as to cannot
Strict control water volume flow rate, experimental pharmacy content in precise control water body；
(3) it is, using general room air-conditioning temperature control, not only to waste electric power resource that current water temperature control is mostly, and can not be right
Different breeding water bodies carry out individually, accurately temperature control.It is inaccurate in temperature control in for the toxicological study of same aquatic organism
In the case of, toxicity test result difference is larger, have impact on the accuracy of aquatic ecological toxicology test result and comparable
Property.
As can be seen here, in order to solve the above problems, propose that a kind of drip water-feeding type is used for the aquatic organism of toxicological experiment and cultivates
System is very necessary.
The content of the invention
The utility model is aiming at the problems of aquatic organism cultivating system of current toxicological experiment, proposes a kind of drop
Water distribution manifold formula is used for the aquatic organism cultivating system of toxicological experiment.
The utility model solve the technical scheme that adopted of above-mentioned technical problem for：A kind of drip water-feeding type is used for toxicity reality
On the aquatic organism cultivating system tested, including cultivation flume, support, funnel-form connection member, dividing plate, excreta collection case, tank
Lid, reticulated cell drip groove, return duct A, filter, centrifugal pump, temperature probe, temperature panel, return duct B, discharge of wastewater
Pipe, sewage disposal device, valve, insulating box, water storage box, water pipe, return duct C,
Described cultivation flume adopts transparent material, support uniformly to spread all over cultivation flume bottom and support cultivation flume；It is described
Funnel-form connection member be located at cultivation flume bottom centre, cultivation flume communicates with funnel-form connection member, described dividing plate
Positioned at funnel-form connection member top, dividing plate is cellular hole dividing plate, and described excreta collection case connects positioned at funnel-form
Component bottom ends, described water groove upper cap is located at cultivation flume top, and water groove upper cap left side is provided with reticulated cell drip groove, reticulated cell drop
Chute forms dribble-feed and supplies water to the aquatic organism of cultivation flume；
Described return duct A is located at the anterior lower left corner, the return duct A right-hand members mouth of pipe and cultivation flume phase in cultivation flume
Even；Described filter is trapped among return duct A right-hand member mouth of pipe surroundings；
Described centrifugal pump is arranged on return duct A left ends, and temperature probe is located at cultivation flume inner bottom part left side, described
Temperature panel is located on cultivation flume outer wall；
Described return duct B is connected centrifugal pump with insulating box, and wastewater discharge pipe is by return duct B and sewage disposal device phase
Even；Described valve is located on wastewater discharge pipe, and described water storage box is connected with insulating box by water pipe, and return duct C is by constant temperature
Case is connected with reticulated cell drip groove.
The utility model beneficial effect：
1. centrifugal pump of the present utility model, temperature probe and centrifugal pump, can be according to the temperature for arranging come dynamic equilibrium water body
Temperature.When water temperature is higher or lower than set temperature, temperature probe starts centrifugal pump work by its control unit
Make, start the cycle over water body, make water temperature in cultivation flume change by oven heat or cooling, until temperature probe
When sensing water temperature is consistent with the temperature for arranging, the work of centrifugal pump is automatically stopped, stops water circulation.If water temperature is again
During secondary change, it is again started up that pump work is centrifuged, is circulated with this, completes the monitor in real time of water temperature in cultivation flume constant with water temperature；
2. reticulated cell drip groove of the present utility model, can form dribble-feed and supply water to the aquatic organism of cultivation flume；
3. excreta collection case of the present utility model and funnel-form connection member, can collect the excreta of aquatic organism, be easy to
Worker is to aquatic organism excreta real-time data acquisition；
4. filter of the present utility model, can place the filtering materials such as activated carbon, silk flosssilk wadding, filter impurity in water body,
Biological waste and prevention aquatic organism enter return duct etc.；
5. sewage disposal device of the present utility model, for reclaiming breeding water body in pollutant, reduce the shadow to environment
Ring.
Description of the drawings
Fig. 1 is overall structure figure of the present utility model.
Fig. 2 is overall top view of the present utility model.
Fig. 3 is cultivation flume structure chart of the present utility model.
Fig. 4 is cultivation flume front view of the present utility model.
Specific embodiment
The utility model is described in further detail below in conjunction with Fig. 1, Fig. 2, Fig. 3 and Fig. 4 example.
A kind of drip water-feeding type is used for the aquatic organism cultivating system of toxicological experiment, including cultivation flume 1, support 2, funnel-form
Connection member 3, dividing plate 4, excreta collection case 5, water groove upper cap 6, reticulated cell drip groove 7, return duct A 8, filter 9, from
Heart pump 10, temperature probe 11, temperature panel 12, return duct B 13, wastewater discharge pipe 14, sewage disposal device 15, valve 16, perseverance
Incubator 17, water storage box 18, water pipe 19, return duct C 20,
Described cultivation flume 1 adopts transparent material, support 2 uniformly to spread all over the bottom of cultivation flume 1 and support cultivation flume 1；
Described funnel-form connection member 3 is located at the bottom centre of cultivation flume 1, and cultivation flume 1 is communicated with funnel-form connection member 3, institute
The dividing plate 4 stated is located at the top of funnel-form connection member 3, and dividing plate 4 is cellular hole dividing plate, for preventing aquatic organism from entering funnel
Shape connection member 3；Described excreta collection case 5 is located at the bottom of funnel-form connection member 3, for collecting the excretion of aquatic organism
Thing, is easy to worker to aquatic organism excreta real-time data acquisition；Described water groove upper cap 6 is located at the top of cultivation flume 1, tank
The left side of upper lid 6 is provided with reticulated cell drip groove 7, and reticulated cell drip groove 7 forms dribble-feed and supplies water to the aquatic organism of cultivation flume 1；
Described return duct A 8 is located at the anterior lower left corner, the right-hand member mouths of pipe of return duct A 8 and cultivation flume 1 in cultivation flume
It is connected；Described filter 9 is trapped among the right-hand member mouth of pipe surroundings of return duct A 8, can place the filtering materials such as activated carbon, silk flosssilk wadding, mistake
Impurity, biological waste and prevention aquatic organism in drainage body enters return duct A 8；
Described centrifugal pump 10 is arranged on the left ends of return duct A 8, and temperature probe 11 is located at the inner bottom part of cultivation flume 1 left side,
For monitoring water temperature in cultivation flume 1；Described temperature panel 12 is located on the outer wall of cultivation flume 1, and temperature panel 12 can
Show water temperature and the water temperature needed for experiment is set.
Described return duct B13 is connected centrifugal pump 10 with insulating box 17, and wastewater discharge pipe 14 is by return duct B13 and sewage
Processing equipment 15 is connected；Described valve 16 is located on wastewater discharge pipe 14, and described water storage box 18 passes through water with insulating box 17
Pipe 19 is connected, and return duct C20 is connected insulating box 17 with reticulated cell drip groove 7.
Operation principle：
When water temperature is higher or lower than set temperature, temperature probe 11 starts centrifugal pump by its control unit
10 work, start the cycle over water body, heat or lower the temperature to make water temperature in cultivation flume 1 change by insulating box 17, until
When the sensing water temperature of temperature probe 11 is consistent with the temperature for arranging, the work of centrifugal pump 10 is automatically stopped, stops water circulation.
If water temperature changes again, it is again started up centrifugal pump 10 and works, circulated with this, completes the real-time of water temperature in cultivation flume 1
Monitoring is constant with water temperature.
Described return duct B 13 is connected centrifugal pump 10 with insulating box 17, and for providing insulating box 17 heating or system are needed
Cold water body；Described wastewater discharge pipe 14 is connected return duct B 13 with sewage disposal device 15；Described valve 16 is located at
On wastewater discharge pipe 14, when needing to discharge water body in cultivation flume 1, filter 9 is laid down, close insulating box 17, opened
Valve 16 makes water body enter sewage disposal device 15 to be processed, then enters the extraneous impact reduced to environment；Described retaining
Case 18 is connected with insulating box 17 by water pipe 19, is easy to provide water source to whole cultivating system；Described return duct C 20 is by perseverance
Incubator 17 is connected with reticulated cell drip groove 7, there is provided the water body after the process of insulating box 17.
The above describes specific embodiment of the present utility model, this area by reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4
Technical staff it will be appreciated that product of the present utility model is not only only limited to embodiment described above, new without departing from this practicality
Various modifications may be made in the case of the spirit of type, and the modification also should be included within the scope of the utility model.This reality
Should be limited by claims and its equivalent with new scope.
Claims (1)
1. a kind of drip water-feeding type is used for the aquatic organism cultivating system of toxicological experiment, including cultivation flume（1）, support（2）, funnel
Shape connection member（3）, dividing plate（4）, excreta collection case（5）, water groove upper cap（6）, reticulated cell drip groove（7）, return duct A（8）、
Filter（9）, centrifugal pump（10）, temperature probe（11）, temperature panel（12）, return duct B（13）, wastewater discharge pipe（14）、
Sewage disposal device（15）, valve（16）, insulating box（17）, water storage box（18）, water pipe（19）, return duct C（20）, its feature exists
In：
Described cultivation flume（1）Using transparent material, support（2）Uniformly spread all over cultivation flume（1）Bottom supports cultivation flume
（1）；Described funnel-form connection member（3）Positioned at cultivation flume（1）Bottom centre, cultivation flume（1）With funnel-form connecting portion
Part（3）Communicate, described dividing plate（4）Positioned at funnel-form connection member（3）Top, dividing plate（4）For cellular hole dividing plate；It is described
Excreta collection case（5）Positioned at funnel-form connection member（3）Bottom, described water groove upper cap（6）Positioned at cultivation flume（1）Top
Portion, water groove upper cap（6）Left side is provided with reticulated cell drip groove（7）, reticulated cell drip groove（7）To cultivation flume（1）Aquatic organism shape
Supply water into dribble-feed；
Described return duct A（8）The anterior lower left corner, return duct A in cultivation flume（8）The right-hand member mouth of pipe and cultivation flume（1）
It is connected；Described filter（9）It is trapped among return duct A（8）Right-hand member mouth of pipe surrounding；
Described centrifugal pump（10）Installed in return duct A（8）Left end, temperature probe（11）Positioned at cultivation flume（1）Inner bottom part is left
Side, described temperature panel（12）Positioned at cultivation flume（1）On outer wall；
Described return duct B（13）By centrifugal pump（10）And insulating box（17）It is connected, wastewater discharge pipe（14）By return duct B（13）
And sewage disposal device（15）It is connected；Described valve（16）Positioned at wastewater discharge pipe（14）On, described water storage box（18）With
Insulating box（17）By water pipe（19）It is connected, return duct C（20）By insulating box（17）With reticulated cell drip groove（7）It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621179916.9U CN206150202U (en) | 2016-10-27 | 2016-10-27 | Trickling water supply -type aquatic creature cultivation system for toxicological experiment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621179916.9U CN206150202U (en) | 2016-10-27 | 2016-10-27 | Trickling water supply -type aquatic creature cultivation system for toxicological experiment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206150202U true CN206150202U (en) | 2017-05-10 |
Family
ID=58657272
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621179916.9U Expired - Fee Related CN206150202U (en) | 2016-10-27 | 2016-10-27 | Trickling water supply -type aquatic creature cultivation system for toxicological experiment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206150202U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109122544A (en) * | 2018-11-14 | 2019-01-04 | 南昌航空大学 | A kind of mistake water installations with drip function |
| CN110074037A (en) * | 2019-05-22 | 2019-08-02 | 河海大学 | Pollutant is to fish toxicological effect research device |
-
2016
- 2016-10-27 CN CN201621179916.9U patent/CN206150202U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109122544A (en) * | 2018-11-14 | 2019-01-04 | 南昌航空大学 | A kind of mistake water installations with drip function |
| CN109122544B (en) * | 2018-11-14 | 2020-06-09 | 南昌航空大学 | Water passing device with dripping function |
| CN110074037A (en) * | 2019-05-22 | 2019-08-02 | 河海大学 | Pollutant is to fish toxicological effect research device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| 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: 20170510 Termination date: 20171027 |