CN210157857U - Aquarium fish water passing system - Google Patents
Aquarium fish water passing system Download PDFInfo
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- CN210157857U CN210157857U CN201920389089.3U CN201920389089U CN210157857U CN 210157857 U CN210157857 U CN 210157857U CN 201920389089 U CN201920389089 U CN 201920389089U CN 210157857 U CN210157857 U CN 210157857U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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Abstract
The utility model relates to an aquarium fish crosses water system, breed the mechanism, aerify water mechanism and water absorption mechanism including the aquarium, it sets up in aquarium breeding mechanism one side to aerify water mechanism, aerify water mechanism through water absorption mechanism's water hose and aerify water mechanism's interception outlet pipe respectively with aquarium breeding the superiors of mechanism breed the jar and breed the water treatment jar with lower floor and link to each other, aquarium breeding mechanism's water flows in through water absorption mechanism and aerifys to carry out the heat transfer in the water tank and oxygenate through water mechanism, breeds the mechanism through intercepting outlet pipe flow back to aquarium fish through water system that circulates. The utility model has the advantages of stable structure, convenient operation, the temperature that can not only control the transportation water body, dissolved oxygen, automatic and the culture water body slowly fuse, can avoid the tradition to cross the stress injury of water method to the fish moreover, effectively solved and crossed the improper problem that leads to the fish death.
Description
Technical Field
The utility model belongs to the technical field of aquaculture, a water passing technology is related to, especially a aquarium fish water passing system.
Background
With the development of aquatic animal living body transportation technology, the aquatic animals trade across regions is more and more common. The long-distance transportation mainly adopts the modes of nylon bag sealed oxygenated transportation, sailcloth bag sealed oxygenated transportation and the like to carry out the living body transportation, in particular to the international transportation of some rare ornamental fishes, and the mode of oxygenated packaged transportation is mostly adopted to carry out the transportation. The survival rate of the transportation is influenced by a plurality of factors, such as living body food control condition, packaging oxygenation condition, transportation time, water passing condition after transportation to a destination and the like. Among many factors, water passing is the last link affecting survival rate in the whole live body transportation process. At present, after the living body is transported to a target, the traditional water passing method is that after a transported object is transported to the target, the whole transported object body is placed in a culture tank or a culture pond, so that the transported water temperature and the culture water temperature are basically consistent, and then the bag is opened to slowly feed water to enable the aquatic livestock to automatically swim out. The method can cause the transportation object to be greatly injured and killed due to the reason that the transportation object presents extreme anoxic condition, the transportation water quality physicochemical factor is obviously different from the cultivation tank water quality physicochemical factor and the like sometimes after the living body is transported to the purpose. Because the price of the aquarium fish is expensive and the transportation cost is high, a safe, efficient and convenient aquatic animal water passing system is urgently needed to be developed to improve the survival rate of the live transportation of the aquarium fish.
The invention and the novelty of the application of the utility model can not be influenced by searching the patent documents which are not relevant to the application.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's weak point, provide an aquarium fish crosses water system, this system stable in structure, easy and simple to handle, can not only control the temperature of transportation water, dissolved oxygen, can slowly fuse with the aquaculture water, realize quick oxygenation, controllable water of crossing, reduce fish stress, improve the survival rate of live body transportation greatly.
The utility model provides a its technical problem take following technical scheme to realize:
the utility model provides an aquarium fishes crosses water system, includes that aquarium culture mechanism, aerifys water mechanism and water absorption mechanism, it sets up in aquarium culture mechanism one side to aerify water mechanism, aerify water mechanism through the hose that absorbs water of water mechanism and aerify water mechanism can intercept the outlet pipe and breed the jar with the bottom layer respectively and handle the jar with the culture water in the superiors of aquarium culture mechanism and link to each other, aquarium culture mechanism the superiors and breed the water of jar and flow into the water of aerifing of water mechanism through water absorption mechanism and cross in the aeration water tank body, aerify water mechanism and carry out the heat transfer to aerifing the water in the water tank and oxygenate, through can intercepting the outlet pipe flow back to aquarium culture mechanism bottom layer in the culture water handles the jar, combine aquarium culture mechanism's autologous hydrologic cycle, form an aquarium fishes and circulate water system.
And, aquarium breeding mechanism includes the circulation cylinder body, from last three breed jar and breed the water treatment jar to installing in proper order down in the circulation cylinder body, one side edge of every breed jar all is provided with down the basin, and lower termination sewer pipe in the basin, the adjacent jar about the sewer pipe connection, be provided with the immersible pump in the breed water treatment jar, immersible pump one end is passed through hose connection the superiors and is bred the jar, and the breed water in the upmost layer breed jar gets into breed water treatment jar through the downcomer and carries out breed water treatment, pumps back water to in the upmost layer breed jar through the immersible pump, realizes aquarium breeding mechanism's autologous hydrologic cycle.
Moreover, the inflation water passing mechanism comprises an inflation water passing base, an inflation water passing box body, an inflator pump, an interception water outlet pipe, a nanometer inflation pipe and a heat exchange pipe, an inflation water passing box body is arranged on the inflation water passing base, a spiral nano inflation tube is arranged at the inner bottom of the inflation water passing box body, one end of the nano inflation tube is connected with an inflator pump through a connecting hose, the inflator pump is also arranged on an inflation water passing base outside the inflation water passing box body, a water outlet is arranged at one side above the inflatable water passing tank body, the water outlet extends to the upper part of the first treatment area of the lowest layer of the culture water treatment tank of the aquarium culture mechanism through an interceptable water outlet pipe, the heat exchange tube is arranged in the inflatable water passing box body, a heat exchange water inlet of the heat exchange tube is connected with a water suction hose of the water suction mechanism, and a heat exchange water outlet of the heat exchange tube is connected with a water outlet on one side above the inflatable water passing box body.
And, the mechanism of absorbing water includes suction head, inlet tube, suction ball, water absorption hose and flow rate controller, the suction head is installed to water absorption hose one end, the suction head sets up in aquarium culture mechanism the superiors breeds the jar, still be provided with the suction ball on the water absorption hose, three mouthfuls of joints are installed to the water absorption hose other end, flow rate controller is installed to a connector of three mouthfuls of joints, flow rate controller arranges in the aeration tank who aerifys water mechanism, another connector of three mouthfuls of joints is connected and is installed an inlet tube that has the valve, the inlet tube links to each other with the water inlet of aerifing the heat exchange tube of water mechanism.
And a first treatment area, a second treatment area and a water pumping area are arranged in the culture water treatment tank.
Moreover, the number of the culture tanks can be set to be a plurality.
And the water draining area is surrounded by a glass surrounding area, a black plastic shell is sleeved outside the glass surrounding area, and a comb-shaped grid cap is arranged above the black plastic shell.
Moreover, the filter cotton is arranged in the first treatment area, the ceramsite and the composite microbial coating inhibitor slow-release particles are arranged in the second treatment area, the diameter of the ceramsite is 0.5 cm-0.8 cm, and the occupied volume of the ceramsite is 2/3; the diameter of the composite microbial coating inhibitor slow-release particles is 0.5 cm-0.8 cm, the occupied volume of the composite microbial coating inhibitor slow-release particles is 1/3, and a submersible pump is arranged in the water pumping area.
And a filter screen device is fixedly arranged on the inner side of the water outlet.
And the water drainage areas of the culture tanks which are adjacent up and down are arranged in a staggered manner.
The utility model has the advantages that:
1. the utility model discloses simple structure, low cost are convenient for move, can prepare the most suitable breed water in advance in farming systems before the aquarium fish transportation, and aquarium fish transports and can realize quick oxygenation, water passing with controllable speed after the purpose, reduces fish stress reaction, improves the survival rate that the live body was transported, the utility model discloses have the wide use, can be used for all aquatic livestock's water treatment, the utility model discloses can freely dismantle and can change the washing rapidly, save labour's cost.
2. The utility model discloses from last to installing in proper order down and breeding the jar and breeding the water treatment jar in circulating cylinder body, breed the water from breeding in the jar gets into the first treatment area of breeding the water treatment jar through the downcomer, filter the back through the filter pulp in first treatment area, get into in the second treatment area, through the haydite filtration of second treatment area with compound little biofilm inhibitor slowly-releasing particle processing back, get into the district of taking out water, breed water in the district of taking out water takes out water to the superiors breed in the jar through the immersible pump to flow in again through the downcomer with water and breed in the water treatment jar, realize that aquarium breeds the self hydrologic cycle of mechanism. The composite microbial capsule inhibitor (product of Tianjin limited company) contains various vitamins, lipids, mineral substances, rich enzymes and bioactive substances, such as coenzyme A, glutathione and the like, can inhibit the growth of pathogenic bacteria, has obvious effect on vibrio, streptococcus, bacillus and the like, maintains stable water quality, can enhance the nonspecific immunity function of organisms, enhances the anti-stress capability of animals, reduces the death rate of aquatic animals, and is particularly obvious on runt seedlings and old young plants.
3. The utility model discloses an aerify and cross water mechanism and pass through the pump and aerify to aerifing in the water tank, reach the purpose of oxygenating fast, set up the heat exchange tube in aerifing the water tank, let aerify the water tank in fish adapt to the temperature in the breed jar earlier, reduce fish stress reaction.
4. The utility model discloses all be provided with down the water district in one side of every jar, down the water district and enclose into by glass enclosure, glass enclosure overcoat is the black plastic shell, and black plastic shell top is comb shape bars cap, is used for crossing water and prevents that the fish from escaping outward.
5. The utility model discloses a can intercept the outlet pipe and be "L" venturi tube, prevent that the water in the first disposal area of aquarium breeding mechanism's lower floor breed water treatment jar from flowing back to aerifing the water tank internal.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the following embodiments, which are illustrative, not restrictive, and the scope of the invention should not be limited thereto.
A water passing system for aquarium fishes comprises an aquarium culture mechanism, an inflatable water passing mechanism and a water absorbing mechanism, wherein the inflatable water passing mechanism is arranged on one side of the aquarium culture mechanism, the inflatable water passing mechanism is connected with a topmost culture tank and a bottommost treatment tank of the aquarium culture mechanism through a water absorbing hose of the water absorbing mechanism and an intercepting water outlet pipe of the inflatable water passing mechanism respectively, water in the topmost culture tank of the aquarium culture mechanism flows into an inflatable water passing tank of the inflatable water passing mechanism through the water absorbing mechanism, the inflatable water passing mechanism conducts heat exchange and oxygenation on water in the inflatable water passing tank, the water in the inflatable water passing tank flows back to the bottommost culture water treatment tank of the aquarium culture mechanism through the intercepting water outlet pipe to conduct water treatment, and culture water is pumped back into the topmost culture tank of the aquarium culture mechanism through a submersible pump of the bottommost aquarium culture water treatment tank, forming an aquarium fish circulating water system.
The aquarium culture mechanism comprises a circulating cylinder body 7, three culture cylinders 1 and culture water treatment cylinders 28 are sequentially arranged in the circulating cylinder body from top to bottom, a water discharging area 5 is arranged at the edge of one side of each culture cylinder, the water discharging area is surrounded by a glass surrounding area, a black plastic shell is sleeved outside the glass surrounding area, a comb-shaped grid cap 3 is arranged above the black plastic shell and used for discharging water and preventing fishes from escaping, a sewer pipe 6 is connected to the lower end of the water discharging area and connected with the upper cylinder and the lower cylinder which are adjacent up and down, the water discharging areas of the culture cylinders which are adjacent up and down are arranged in a staggered mode, water shortage in the cylinders due to too fast overflow when water flows down is prevented, a first treatment area 22, a second treatment area 23 and a water pumping area 25 are arranged in the culture water treatment cylinders, the upper ends of the areas are separated by a movable pumping plate 24 to ensure that water is filtered, and filter cotton is arranged in the first treatment area, for primary treatment, ceramsite and composite microbial capsule inhibitor slow-release particles are arranged in the second treatment area, the diameter of the ceramsite and the composite microbial capsule inhibitor slow-release particles is between 0.5 cm and 0.8 cm, secondary treatment is achieved, a submersible pump 26 is arranged in the water pumping area, one end of the submersible pump is connected with the uppermost layer cultivation cylinder through a hose 27 and a water feeding hard pipe 29, cultivation water enters the first treatment area of the cultivation water treatment cylinder from the cultivation cylinder through a sewer pipe, is filtered by filter cotton in the first treatment area, enters the second treatment area, enters the water pumping area after being filtered by ceramsite in the second treatment area, and is pumped into the uppermost layer cultivation cylinder through the submersible pump, and water flows into the cultivation water treatment cylinder again through a sewer pipe, so that self water circulation of the aquarium cultivation mechanism is achieved.
The water absorption mechanism comprises a water absorption head 2, a water inlet pipe 15, a suction ball 11, a water absorption hose 12 and a flow rate controller 17, wherein the water absorption head is installed at one end of the water absorption hose, a filter screen is arranged in the water absorption head to prevent gravel, soil and small fish from being sucked, and the water absorption head is convenient to clean simultaneously, the water absorption head is arranged in the uppermost layer of the aquarium breeding mechanism, the water absorption head is also provided with the suction ball on the water absorption hose, the suction ball is pressed, water flow is formed in the water absorption hose, the other end of the water absorption hose is provided with a three-port connector 13, the flow rate controller is installed on one connector of the three-port connector and is a rotatable control switch, the flow rate controller is arranged in an aerated water tank of the aerated water mechanism, the flow rate controller can control the speed of water in the water absorption pipe flowing out of the aerated water tank of the aerated water mechanism, and, the flow rate controller is closed, the water in the water suction hose can not flow out from the flow controller, and the other connector of the three-port connector is connected with a water inlet pipe with a valve 14, and the water inlet pipe is connected with a water inlet 16 of a heat exchange pipe of the air-charging water passing mechanism.
The aeration water-passing mechanism comprises an aeration water-passing base 20, an aeration water-passing box body 10, an inflator pump 21, an interceptable water outlet pipe 8, a nanometer inflation pipe 19 and a heat exchange pipe 18, wherein the aeration water-passing base is provided with the aeration water-passing box body which is a round barrel, the bottom in the round barrel is provided with the spiral nanometer inflation pipe, one end of the nanometer inflation pipe is connected with the inflator pump through a connecting hose 9, the inflator pump is also arranged on the aeration water-passing base outside the aeration water-passing box body, one side above the aeration water-passing box body is provided with a water outlet, a filter screen device is fixed at the inner side of the water outlet to prevent the aquarium fish from escaping, the outer side of the water outlet extends to the upper part of the first treatment area of the lowest layer of the culture water treatment tank of the aquarium culture mechanism through the interceptable water outlet pipe, the heat exchange pipe is arranged in the aeration, the heat exchange water outlet of the heat exchange tube is connected with the water outlet on one side above the inflatable water passing box body, the heat exchange tube is used for adjusting the temperature of water in the inflatable water passing box body, so that fish in the inflatable water passing box body can firstly adapt to the water temperature in the fish tank, and the living body transfer survival rate is greatly improved.
In the practice of the present invention, the number of culture pots can be determined based on the number of living organisms being cultured.
The utility model discloses in the implementation, in order to let the hose that absorbs water that the mechanism of absorbing water can be better with the mechanism is bred to the superiors of aquarium mechanism and be connected, the lateral wall top of breeding the jar in the superiors is provided with a solid fixed ring 4, the hose that absorbs water passes solid fixed ring, realizes fixedly.
The utility model discloses an in the concrete implementation, can intercept the outlet pipe and be "L" venturi tube, prevent that the water in the first treatment area of aquarium breeding mechanism bottom layer breed water treatment tank from flowing back to aerifing the water tank body.
The utility model discloses a concrete water circulation process:
before the aquarium fish is transferred, the utility model prepares the most suitable water for cultivation in each cylinder of the aquarium cultivation mechanism in advance, then opens the submersible pump in the treatment cylinder for the cultivation water at the lowest layer of the aquarium cultivation mechanism, the cultivation water finally enters the first treatment area of the treatment cylinder for the cultivation water from the uppermost layer cultivation cylinder through the downcomer, after being filtered by the filter cotton in the first treatment area, enters the second treatment area, after being filtered by the ceramsite and the composite microbial capsule inhibitor slow-release particles in the second treatment area, enters the water pumping area, the cultivation water in the water pumping area pumps the water to the cultivation cylinder at the uppermost layer through the submersible pump, and flows the water into the treatment cylinder for the cultivation water again through the downcomer, the self-water circulation of the aquarium cultivation mechanism is realized, the best water use state of the cultivation fish is achieved, when the aquarium fish is ready to be transferred, the water during the transfer of the aquarium fish and the aquarium fish is inflated and poured into the water tank, pressing the suction ball, simultaneously opening a valve on a water inlet pipe at the lower end of the water suction hose, enabling the suction ball to form water flow in the water suction hose, utilizing siphon to enable water in the culture tank at the uppermost layer to flow into a heat exchange pipe in the inflatable water tank through the water suction hose and the water inlet pipe, enabling the water in the heat exchange pipe to flow into a culture water treatment tank at the lowest layer of the aquarium culture mechanism through a interceptable water outlet pipe, continuing the heat exchange operation for fifteen minutes, enabling the water temperature in the inflatable water tank to be the same as that in the culture tank, enabling the aquarium fish to slowly adapt to the temperature in the culture tank, closing the valve on the water inlet pipe after fifteen minutes, adjusting the flow rate of a flow rate controller of the water suction mechanism from 0, enabling the water in the culture tank at the uppermost layer of the aquarium culture mechanism to flow into the inflatable water tank, and then starting an inflator pump to inflate the culture, the water in the inflatable water passing tank body flows into the lowest cultivation water treatment tank of the aquarium cultivation mechanism through the interception water outlet pipe when the water level in the inflatable water passing tank body is higher than the water outlet on one side above the inflatable water passing tank body; this device is when carrying out the heat transfer and cross the water operation, and breed jar self-loopa is going on always to realize controllable speed's circulation water of crossing, control transportation water's temperature, dissolved oxygen slowly fuse with the breed water automatically, reduce fish stress, improve the survival rate that the live body was transported. When the aquarium fish is transported to a destination, the heat exchange switch, the flow rate controller of the water suction mechanism and the inflator pump can be simultaneously started under the condition of oxygen deficiency or dirty water quality, so that the aquarium fish can slowly adapt to the culture water in the shortest time, and further damage to the aquarium fish is prevented.
The utility model has the advantages of simple structure stably, convenient operation can not only effectively oxygenate for transporting the destination live body, can carry out aquarium fish water as required steerable speed moreover, has avoided the traditional injury of crossing the water method to the fish, has improved the survival rate of live body transportation greatly.
The utility model discloses a case 1 when the transportation of aerifing of aquarium fish within 12h, even put into the water slowly with the fish and aerify the water box of crossing, open the heat transfer switch earlier, after the heat transfer 15min, close the heat transfer switch again, then open the flow rate controller and the pump that absorb water the mechanism, when just beginning to open, the velocity of flow of the pipe that absorbs water will be little, the air charge will be appropriate, it is good to the bubble that slowly rises in succession, this operation lasts 1 day, make transportation water and aquaculture water reach the abundant back of fusing, after temporarily breeding again and stablizing 1 day, can try to throw the bait, treat that it stably ingests, after recovering the optimum, can pour the fish into and breed in the aquaculture cylinder body.
The utility model discloses a case 2 when the transportation of aerifing of aquarium fish between 12-24h, even water slowly put into earlier the fish and aerify the water box of crossing, can open the heat transfer switch simultaneously, the flow rate controller and the pump of mechanism absorb water, when just beginning to open, the velocity of flow of the pipe that absorbs water will be little, the air charge will be appropriate, it is good to continuous slow rising bubble, this operation lasts 1 day, make transportation water and aquaculture water reach the fully-fused back, after breeding for 1 day temporarily again, can try to throw the bait, treat that it is stably ingested, after recovering the optimum, can pour the fish into the aquaculture cylinder body and breed.
The utility model discloses a case 3 when the transportation of aerifing of aquarium fish is more than 24h, earlier put into the water of aerifing slowly even water with the fish and cross the water box, open heat transfer switch, the flow rate controller and the pump of mechanism of absorbing water simultaneously, when just beginning to open, the velocity of flow of the pipe that absorbs water will be little, the aeration quantity will be appropriate, it is good to continuous slow rising bubble, simultaneously when the state of fish if present oxygen deficiency, quality of water is dirty, can aerify in the water box of aerifing and cross the final concentration of water tank water and be 0.15g/m3The splash ginger is used for preventing fish stress and infection injury. The operation lasts for 1 day, so that after the transportation water body and the culture water body are fully fused, after the temporary culture is carried out for 1 day, bait feeding can be tried, and after the bait is stably ingested and the optimal state is recovered, the fish can be poured into the culture tank body for culture.
The results of the above-mentioned water system applications are shown in the following table.
TABLE 1 result table of aquarium fish water passing situation
Although the embodiments of the present invention and the accompanying drawings are disclosed for illustrative purposes, those skilled in the art will appreciate that: various substitutions, changes and modifications are possible without departing from the spirit and scope of the present invention and the appended claims, and therefore, the scope of the present invention is not limited to the disclosure of the embodiments and the accompanying drawings.
Claims (9)
1. The utility model provides an aquarium fish system of crossing, its characterized in that: including aquarium breed mechanism, aerify water mechanism and water absorption mechanism, it sets up in aquarium culture mechanism one side to aerify water mechanism, it breeds the jar with the bottom breed water treatment jar with the topmost of aquarium breed mechanism respectively with the interception outlet pipe through the hose that absorbs water of water mechanism and aerify water mechanism to aerify water mechanism and links to each other, aquarium culture mechanism topmost breed the water of jar flow into the water tank of aerifing of water mechanism through absorbing water mechanism and aerify, aerify water mechanism and carry out the heat transfer and oxygenate to aerifing the water in the water tank, through can intercepting the outlet pipe flow back to aquarium culture mechanism bottom breed water treatment jar in, combine the autologous hydrologic cycle of aquarium culture mechanism, form an aquarium fish circulation water system.
2. The aquarium fish watering system according to claim 1, wherein: the mechanism is bred to aquarium includes the circulation cylinder body, install three breed jar and breed the water treatment jar from last to down in proper order in the circulation cylinder body, one side edge of every breed jar all is provided with down the basin, and lower termination sewer pipe in the basin, the sewer pipe connection is adjacent jar from top to bottom, it is provided with the immersible pump in the water treatment jar to breed, immersible pump one end is passed through the hose connection superiors and is bred the jar, and the breed water in the jar is bred to the superiors gets into through the sewer pipe and breeds the water treatment jar and handle, takes out water back to the superiors through the immersible pump in breeding the jar, realizes the autologous hydrologic cycle of aquarium breeding mechanism.
3. The aquarium fish watering system according to claim 1, wherein: the inflating and water passing mechanism comprises an inflating and water passing base, an inflating and water passing box body, an inflator pump, an interceptable water outlet pipe, a nanometer inflating pipe and a heat exchange pipe, an inflation water passing box body is arranged on the inflation water passing base, a spiral nano inflation tube is arranged at the inner bottom of the inflation water passing box body, one end of the nano inflation tube is connected with an inflator pump through a connecting hose, the inflator pump is also arranged on an inflation water passing base outside the inflation water passing box body, a water outlet is arranged at one side above the inflatable water passing tank body, the water outlet extends to the upper part of the first treatment area of the lowest layer of the culture water treatment tank of the aquarium culture mechanism through an interceptable water outlet pipe, the heat exchange tube is arranged in the inflatable water passing box body, a heat exchange water inlet of the heat exchange tube is connected with a water suction hose of the water suction mechanism, and a heat exchange water outlet of the heat exchange tube is connected with a water outlet on one side above the inflatable water passing box body.
4. The aquarium fish watering system according to claim 2, wherein: a first treatment area, a second treatment area and a water pumping area are arranged in the culture water treatment tank.
5. The aquarium fish watering system according to claim 2, wherein: the number of the culture tanks can be set to be a plurality.
6. The aquarium fish watering system according to claim 2, wherein: the water draining area is surrounded by a glass surrounding area, a black plastic shell is sleeved outside the glass surrounding area, and a comb-shaped grid cap is arranged above the black plastic shell.
7. The aquarium fish watering system according to claim 4, wherein: the filter cotton is arranged in the first processing area, and the ceramsite is arranged in the second processing area, wherein the diameter of the ceramsite is 0.5 cm-0.8 cm, and the occupied volume of the ceramsite is 2/3; and a submersible pump is arranged in the pumping area.
8. The aquarium fish watering system according to claim 3, wherein: and a filter screen device is fixedly arranged on the inner side of the water outlet.
9. The aquarium fish watering system according to claim 2, wherein: the water discharge areas of the culture tanks which are adjacent up and down are arranged in a staggered manner.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920389089.3U CN210157857U (en) | 2019-03-26 | 2019-03-26 | Aquarium fish water passing system |
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| CN201920389089.3U CN210157857U (en) | 2019-03-26 | 2019-03-26 | Aquarium fish water passing system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110178780A (en) * | 2019-03-26 | 2019-08-30 | 天津市水产研究所 | Ornamental fish crosses water system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110178780A (en) * | 2019-03-26 | 2019-08-30 | 天津市水产研究所 | Ornamental fish crosses water system |
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