CN204272948U - A kind of industrialized aquiculture system - Google Patents
A kind of industrialized aquiculture system Download PDFInfo
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- CN204272948U CN204272948U CN201420715397.8U CN201420715397U CN204272948U CN 204272948 U CN204272948 U CN 204272948U CN 201420715397 U CN201420715397 U CN 201420715397U CN 204272948 U CN204272948 U CN 204272948U
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Abstract
The utility model discloses a kind of industrialized aquiculture system, comprise and be arranged at indoor two or more culturing pool, at least one clear water reserviors, treatment tank, and water circulating pump, flow control valve, sterilization machine and changes in temperature switch; Be communicated with by circulation line between clear water reserviors with each culturing pool, the water of clear water reserviors is transported to culturing pool; On water circulating pump, flow control valve, sterilization machine and the circulation line of changes in temperature switch configuration between clear water reserviors and culturing pool; One circulation line discharge outlet is set in each culturing pool, treatment tank is connected by circulation line, the dirty depositing separation area of water, biochemical treatment district, ammonia nitrogen and nitrite degradation district is at least comprised in treatment tank, purification of water quality process is carried out to the sewage that culturing pool exports, the delivery port access clear water reserviors for the treatment of tank.This industrialized aquiculture system meets the needs of aquatic product growth to environment, makes it possible to carry out highdensity aquaculture in indoor environment.
Description
Technical field
The utility model relates to intelligent aquaculture technology, particularly relates to batch production intelligent cultivation system structure.
Background technology
As the aquatic products industry of one of China's agricultural pillar, over 30 years, achieve remarkable achievement in reform and opening-up.But China aquaculture development is pursuing quantity with the process of growth rate, also because of taking, consume ample resources and cause disruption of ecological balance and environmental deterioration.Under this background, culture fishery is imperative to the development of batch production.Industrial aquaculture, is also called industry fishery, has become the forward position industry of our times culture fishery.How, under highdensity rearing conditions, according to the needs of aquatic product growth to environment, forming new ecological condition, to control the growing environment that it adapts to most, is vital.
Utility model content
The technical problem that the utility model mainly solves is to provide a kind of industrialized aquiculture system, meets the needs of aquatic product growth to environment, makes it possible to carry out highdensity aquaculture in indoor environment.
In order to solve the problems of the technologies described above, the utility model provides a kind of industrialized aquiculture system, comprise: be arranged at indoor two or more culturing pool, at least one clear water reserviors, treatment tank, and water circulating pump, flow control valve, sterilization machine and changes in temperature switch;
Be communicated with by circulation line between clear water reserviors with each culturing pool, the water of clear water reserviors is transported to culturing pool; On water circulating pump, flow control valve, sterilization machine and the circulation line of changes in temperature switch configuration between clear water reserviors and culturing pool;
One circulation line discharge outlet is set in each culturing pool, treatment tank is connected by circulation line, the dirty depositing separation area of water, biochemical treatment district, ammonia nitrogen and nitrite degradation district is at least comprised in treatment tank, purification of water quality process is carried out to the sewage that culturing pool exports, the delivery port access clear water reserviors for the treatment of tank.
As further improvement, the corresponding detergent line of each culturing pool, detergent line comprises two or more delivery port and at least one water inlet; The each delivery port of detergent line is distributed in the diverse location of culturing pool surrounding, arranges clockwise or counterclockwise in the direction of each delivery port, controls the clockwise or counterclockwise water outlet of detergent line each delivery port; Detergent line water inlet is positioned at the middle part of culturing pool; Detergent line arranges a valve, by switch and the size of Valve controlling current; The pipeline of detergent line water inlet leans out at the bottom of pond, and the position of detergent line water inlet is higher than at the bottom of pond.
As further improvement, this industrialized aquiculture system can also comprise: the buffer tank being positioned at two-layer platform, the physical location of buffer tank is higher than culturing pool, the delivery port of buffer tank is connected with circulation line, buffer tank is opened when power-off, utilize water-head, the water in buffer tank is poured circulation line, is transported to culturing pool.
As further improvement, from the buffer tank of the water input two-layer platform of natural water source, being connected water pipe between buffer tank with clear water reserviors, is clear water reserviors moisturizing by buffer tank.
As further improvement, this system also comprises: water treatment filter; From the water of natural water source after water treatment filter, the buffer tank of input two-layer platform.
As further improvement, this industrialized aquiculture system can also comprise: liquid oxygen device for supplying, is connected with liquid oxygen supply pipeline, and the output of liquid oxygen supply pipeline is divided into two-way, one tunnel access circulation line is near the position of clear water reserviors, and another road connects each culturing pool.
As further improvement, this industrialized aquiculture system can also comprise: cooling tower, is arranged at treatment tank top, when the inflow temperature in treatment tank exceedes default serviceability temperature, starts cooling tower, carries out water quality cooling process.
As further improvement, this industrialized aquiculture system can also comprise: solar water-temperature firing equipment, the water inlet of solar water-temperature firing equipment is communicated with municipal water use, and the heat pipe of solar water-temperature firing equipment passes into treatment tank, with the water contact heat conduction in treatment tank.
As further improvement, above-mentioned sterilization machine is ultraviolet disinfecting machine; At least comprise one of following: ultraviolet lamp, suspension type ultraviolet ray disinfector and/or immersion ultraviolet ray disinfector.
Compared with prior art, the main distinction and effect thereof are the utility model embodiment: arrange two or more culturing pool, at least one clear water reserviors, treatment tank in indoor, and water circulating pump, flow control valve, sterilization machine and changes in temperature switch; Be communicated with by circulation line between clear water reserviors with each culturing pool, the water of clear water reserviors is transported to culturing pool; On water circulating pump, flow control valve, sterilization machine and the circulation line of changes in temperature switch configuration between clear water reserviors and culturing pool; One circulation line discharge outlet is set in each culturing pool, treatment tank is connected by circulation line, the dirty depositing separation area of water, biochemical treatment district, ammonia nitrogen and nitrite degradation district is at least comprised in treatment tank, purification of water quality process is carried out to the sewage that culturing pool exports, the delivery port access clear water reserviors for the treatment of tank.This industrialized aquiculture system meets the needs of aquatic product growth to environment, makes it possible to carry out highdensity aquaculture in indoor environment.
Accompanying drawing explanation
Fig. 1 is the utility model one better embodiment industrialized aquiculture system structure chart.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, embodiment of the present utility model is described in further detail.
The utility model one better embodiment relates to a kind of industrialized aquiculture system, as shown in Figure 1, comprise and be arranged at indoor two or more culturing pool, at least one clear water reserviors, treatment tank, and water treatment filter, water circulating pump, flow control valve, ultraviolet disinfecting machine and changes in temperature switch, as shown in Figure 1.Here ultraviolet disinfecting machine can be ultraviolet lamp, suspension type ultraviolet ray disinfector, immersion ultraviolet ray disinfector etc.
Be communicated with by circulation line 101 (representing with thick dashed line) between clear water reserviors with each culturing pool, the water of clear water reserviors is transported to culturing pool; On water circulating pump, flow control valve, ultraviolet disinfecting machine and the changes in temperature switch configuration circulation line 101 between clear water reserviors and culturing pool;
One circulation line discharge outlet is set in each culturing pool, treatment tank is connected by circulation line 101, the dirty depositing separation area of water, biochemical treatment district, ammonia nitrogen and nitrite degradation district is at least comprised in treatment tank, purification of water quality process is carried out to the sewage that culturing pool exports, the delivery port access clear water reserviors for the treatment of tank.Clear water reserviors can also install gas explosion device, or carry out nature gas explosion, to increase the oxygen content of water in clear water reserviors.
As further improvement, each culturing pool also arranges separately a set of detergent line, and detergent line comprises two or more delivery port (being generally four) and at least one water inlet; The each delivery port of detergent line is distributed in the diverse location of culturing pool surrounding, arranges clockwise or counterclockwise in the direction of each delivery port, controls the clockwise or counterclockwise water outlet of detergent line each delivery port; Detergent line water inlet is positioned at the middle part of culturing pool; The water of culturing pool sucks detergent line from water inlet, discharge from each delivery port again, the drainage direction of each delivery port is for arrange clockwise or counterclockwise, whole culturing pool is driven to produce clockwise or counterclockwise eddy current, thus the dirt (as unnecessary bait, aquatic organism ight soil) of culturing pool surrounding is gathered pond central authorities, the discharge outlet of general circulation line is arranged on pond central part, by circulation line, the dirt in water can be discharged culturing pool, play the effect of cleaning culturing pool.Detergent line arranges a valve, by switch and the size of Valve controlling current; The pipeline of detergent line water inlet leans out at the bottom of pond, and the position of detergent line water inlet is higher than at the bottom of pond.Due to the water in detergent line direct reuse culturing pool, and the water inlet of detergent line is arranged on the middle part of culturing pool, this position dirt is assembled, in order to avoid the dirt in water is brought in detergent line, the pipeline of circulation line water inlet is stretched out at the bottom of pond, guarantee that the position of its water inlet is higher than at the bottom of pond, because the general weight of the dirt in culturing pool is larger, be sunken at the bottom of pond, therefore by this set-up mode, can effectively avoid the dirt in water to pour in detergent line.
As further improvement, this industrialized aquiculture system can also comprise: the buffer tank being positioned at two-layer platform, the physical location of buffer tank is higher than culturing pool, buffer tank is connected with circulation line 101 by emergency line 105, the delivery port of the emergency line 105 of buffer tank is opened when power-off, utilize water-head, the water in buffer tank is poured circulation line 101, is transported to culturing pool.Thus when effectively preventing power-off, the aquatic organism in culturing pool is dead because of anoxic.
Further, water pipe 106 is also connected with between buffer tank and clear water reserviors, water from natural water source (as river, lake water etc.) carries out preliminary process through water treatment filter and inputs the buffer tank of two-layer platform after filtering, after the water level decreasing of clear water reserviors, passing through water pipe 106 by buffer tank is clear water reserviors moisturizing.The water can guaranteed in buffer tank by which is always fresh running water, and ensures that the water yield in clear water reserviors can meet needed for each culturing pool all the time.
As further improvement, this industrialized aquiculture system can also comprise: liquid oxygen device for supplying, be connected with liquid oxygen supply pipeline, the output of liquid oxygen supply pipeline is divided into two-way (103 and 104), pipeline 103 accesses the position of circulation line near clear water reserviors, as accessed the water inlet of water circulating pump, because the pipeline between water circulating pump and culturing pool is very long, liquid oxygen can fully dissolve in the pipeline transmitting procedure of long distance, thus improves the availability of liquid oxygen.Another road 104 of liquid oxygen supply pipeline directly passes into each culturing pool, carries out emergency processing.
As further improvement, this industrialized aquiculture system can also comprise: cooling tower, is arranged at treatment tank top, when the inflow temperature in treatment tank exceedes default serviceability temperature, starts cooling tower, carries out water quality cooling process.
As further improvement, this industrialized aquiculture system can also comprise: solar water-temperature firing equipment, the water inlet of solar water-temperature firing equipment is communicated with municipal water use, and the heat pipe of solar water-temperature firing equipment passes into treatment tank, with the water contact heat conduction in treatment tank.
The industrialized aquiculture system of present embodiment meets the needs of aquatic product growth to environment, makes it possible to carry out highdensity aquaculture in indoor environment.
Although by referring to some preferred embodiment of the present utility model, the utility model illustrated and describe, but those of ordinary skill in the art should be understood that and can do various change to it in the form and details, and does not depart from spirit and scope of the present utility model.
Claims (9)
1. an industrialized aquiculture system, is characterized in that, comprises: be arranged at indoor two or more culturing pool, at least one clear water reserviors, treatment tank, and water circulating pump, flow control valve, sterilization machine and changes in temperature switch;
Be communicated with by circulation line between described clear water reserviors with each culturing pool, the water of clear water reserviors is transported to culturing pool; On described water circulating pump, flow control valve, sterilization machine and the circulation line of changes in temperature switch configuration between clear water reserviors and culturing pool;
One circulation line discharge outlet is set in each culturing pool, treatment tank is connected by circulation line, the dirty depositing separation area of water, biochemical treatment district, ammonia nitrogen and nitrite degradation district is at least comprised in described treatment tank, purification of water quality process is carried out to the sewage that described culturing pool exports, the delivery port access clear water reserviors of described treatment tank.
2. industrialized aquiculture system according to claim 1, is characterized in that, the corresponding detergent line of each culturing pool, and described detergent line comprises two or more delivery port and at least one water inlet; The each delivery port of detergent line is distributed in the diverse location of culturing pool surrounding, arranges clockwise or counterclockwise in the direction of each delivery port, controls the clockwise or counterclockwise water outlet of each delivery port of described detergent line; Detergent line water inlet is positioned at the middle part of culturing pool; Detergent line arranges a valve, by switch and the size of Valve controlling current; The pipeline of detergent line water inlet leans out at the bottom of pond, and the position of described detergent line water inlet is higher than at the bottom of pond.
3. industrialized aquiculture system according to claim 1, it is characterized in that, also comprise: the buffer tank being positioned at two-layer platform, the physical location of described buffer tank is higher than culturing pool, the delivery port of buffer tank is connected with circulation line, opens described buffer tank, utilize water-head when power-off, water in buffer tank is poured circulation line, is transported to culturing pool.
4. industrialized aquiculture system according to claim 3, it is characterized in that, water from natural water source inputs the buffer tank of described two-layer platform, is connected water pipe between described buffer tank with described clear water reserviors, is described clear water reserviors moisturizing by described buffer tank.
5. industrialized aquiculture system according to claim 4, is characterized in that, also comprises: water treatment filter; From the water of natural water source after described water treatment filter, input the buffer tank of described two-layer platform.
6. industrialized aquiculture system according to claim 1, is characterized in that, also comprises: liquid oxygen device for supplying, be connected with liquid oxygen supply pipeline, the output of described liquid oxygen supply pipeline is divided into two-way, and a road access circulation line is near the position of clear water reserviors, and another road connects each culturing pool.
7. industrialized aquiculture system according to claim 1, is characterized in that, also comprises: cooling tower, be arranged at treatment tank top, when the inflow temperature in treatment tank exceedes default serviceability temperature, start cooling tower, carry out water quality cooling process.
8. industrialized aquiculture system according to claim 1, it is characterized in that, also comprise: solar water-temperature firing equipment, the water inlet of solar water-temperature firing equipment is communicated with municipal water use, the heat pipe of solar water-temperature firing equipment passes into treatment tank, with the water contact heat conduction in treatment tank.
9. industrialized aquiculture system according to claim 1, is characterized in that, described sterilization machine is ultraviolet disinfecting machine;
At least comprise one of following: ultraviolet lamp, suspension type ultraviolet ray disinfector and/or immersion ultraviolet ray disinfector.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420715397.8U CN204272948U (en) | 2014-11-14 | 2014-11-14 | A kind of industrialized aquiculture system |
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| CN201420715397.8U CN204272948U (en) | 2014-11-14 | 2014-11-14 | A kind of industrialized aquiculture system |
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| CN204272948U true CN204272948U (en) | 2015-04-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112931389A (en) * | 2021-02-08 | 2021-06-11 | 山东康科润海洋科技有限公司 | Water treatment system for fish culture based on industrial production |
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- 2014-11-14 CN CN201420715397.8U patent/CN204272948U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112931389A (en) * | 2021-02-08 | 2021-06-11 | 山东康科润海洋科技有限公司 | Water treatment system for fish culture based on industrial production |
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Effective date of registration: 20220929 Address after: No. 2, Dongpei Road, Industrial Park, Daitou Town, Liyang City, Changzhou City, Jiangsu Province, 213311 Patentee after: JIANGSU YUZHILE ECOLOGICAL FISHERIES Co.,Ltd. Address before: Jiangsu city of Changzhou province Liyang City Daitou Town Industrial Park Patentee before: JIANGSU JIACHENG RAILWAY TRANSPORTATION SAFTY SYSTEM Co.,Ltd. |