CN203775949U - Integrated high-density-breeding mobile fish pond - Google Patents
Integrated high-density-breeding mobile fish pond Download PDFInfo
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- CN203775949U CN203775949U CN201420179160.2U CN201420179160U CN203775949U CN 203775949 U CN203775949 U CN 203775949U CN 201420179160 U CN201420179160 U CN 201420179160U CN 203775949 U CN203775949 U CN 203775949U
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Abstract
The utility model relates to the field of aquaculture, in particular to an integrated high-density-breeding mobile fish pond. The integrated high-density-breeding mobile fish pond comprises a fish pond body, a water pump, a first filtration bin, a second filtration bin and an air pump. The first filtration bin and the second filtration bin are arranged on one side of the fish pond body side by side, and the bottom of the first filtration bin and the bottom of the second filtration bin are communicated. Sewage in the water pond body is conveyed into the first filtration bin by the water pump. A first filtration layer, a second filtration layer and a third filtration layer are arranged inside the first filtration bin from top to bottom respectively. A fourth filtration layer and a fifth filtration layer are arranged inside the second filtration bin from top to bottom respectively. An air outlet pipeline of the air pump extends into the lower portion of the first filtration bin. According to the integrated high-density-breeding mobile fish pond, a small auxiliary device is additionally arranged on one side, cleaning and ventilation of the fish pond body can be completed, and operation of regular water changing, regular bottom sediment stirring, oxygenation through an aerator and the like is omitted; in other words, labor intensity of workers is reduced, and a lot of water resources are saved.
Description
Technical field
The utility model relates to cultivation field, supports movable fish pond in particular to a kind of one High Density Reproduction.
Background technology
High-density fish culture pond is the numerous foster technology of the highest batch production in current culture fishery, is with the building in greenhouse of one, company of brick and tile cement, is generally concentrated oxygen supply, central heating water supply and draining.Shortcoming is that built pond specific aim is very strong, breeding pond can only be used for breeding, support the soft-shelled turtle pond class of can not breeding fish, can not a pond multiplex, and do not have single pond independence filtration system, water quality to only have by changing in a large number water to regulate, change in a large number water heavy damage digestive system, also can cause fish disease death because changing water temperature difference, also can infect fish disease because central heating air feed causes to propagate.
The material of building at present movable fish pond has following several:
1, glass: advantage is that technique is simple, permeability is convenient to by force observe.Shortcoming is the end comb line of being inconvenient to arrange, frangible, and raw material carrying trouble, is therefore used in little water body conventionally.
2, cement pit or cast-in-place pond: advantage is that shape is free, and safe, job specfication, can do very large water body.Shortcoming is to need antiseep, conducts oneself with dignity quite large, need to expend the plenty of time early stage and process cement alkali, and cement alkali can have impact to fish in for a long time when use.
3, glass fibre pond: advantage is that shape is free, from heavy and light.Shortcoming is that a lot of separations are filtered in fishpond and pipeline cannot be made with mould, does not realize strict filtration requirement, has certain X factor when design and construction and use.
4, antiseepage cloth pond and IR fiber move folding fishpond: advantage is from heavy and light, and technique is simple.Shortcoming is to offer bottom discharge, easily aging.Use only provisional water body.
The present situation in comprehensive above-mentioned fishpond, can realize the ecological fishpond that mobile fishpond all cannot holonomic system.
Utility model content
The purpose of this utility model is to provide a kind of one High Density Reproduction to support movable fish pond, to solve the above problems.
In embodiment of the present utility model, provide a kind of one High Density Reproduction to support movable fish pond, comprised fishpond body, water pump, the first filtering cabin, the second filtering cabin and air pump;
The first filtering cabin and the second filtering cabin are set up in parallel the side at fishpond body, and the first filtering cabin is communicated with the bottom of the second filtering cabin;
Intrinsic fishpond water is conveyed into the first filtering cabin by water pump;
In the first filtering cabin, be respectively arranged with the first filter course, the second filter course and the 3rd filter course from top to bottom, for the sewage passing through in the first filtering cabin is filtered;
In the second filtering cabin, be respectively arranged with the 4th filter course and the 5th filter course from top to bottom, for the sewage passing through in the second filtering cabin is filtered;
The outlet pipe of air pump stretches into the below of the first filtering cabin, for inflating to the water after filtering.
Further, water pump is connected with shower;
Shower is arranged on the top of the first filtering cabin.
Further, the first filtering cabin top is provided with apparatus for separating ammonia nitrogen.
Further, the foster movable fish pond of one High Density Reproduction also comprises the 3rd filtering cabin;
The 3rd filtering cabin connects the second filtering cabin;
In the 3rd filtering cabin, be provided with filter.
Further, between the second filtering cabin and the 3rd filtering cabin, be provided with transitional storehouse.
Further, the below of the first filtering cabin, the second filtering cabin and the 3rd filtering cabin is provided with porous shelf;
Porous shelf is vertical with water (flow) direction.
Further, be connected with aeration head on air pump, aeration head is arranged in the current of filtration.
Further, the 3rd filtering cabin is connected with clear water storehouse, and the clear water after the 3rd filtering cabin filters enters clear water storehouse;
Clear water is provided with ultraviolet germicidal in storehouse.
Further, the foster movable fish pond of one High Density Reproduction also comprises the sewage storehouse for storing sewage in the body of fishpond;
Water pump is arranged in sewage storehouse.
Further, the foster movable fish pond of one High Density Reproduction also comprises control room;
Air pump is arranged in control room.
The utility model one High Density Reproduction is supported movable fish pond, by the side at fishpond body, filtering cabin is set, use water pump that intrinsic fishpond addle is extracted in filtering cabin, after filtration by filtering cabin, return in the body of fishpond, thereby the excreta of intrinsic fishpond suspension, impurity and fish is filtered out, reach the object of clean fishpond body; Take a breath to the water after filtering by air pump, then water is back in the body of fishpond, thereby reach the object that the intrinsic water in fishpond is taken a breath.Whole one High Density Reproduction is supported movable fish pond just increases a smaller servicing unit in a side, just can complete the clean and ventilation of fishpond body, refresh the water periodically, regularly stir bed mud and use aerator to carry out the operations such as oxygenation thereby reduced, saved labour's intensity of people, again a large amount of saving water resource.
Brief description of the drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is that the utility model embodiment one High Density Reproduction is supported movable fish pond structural representation;
Fig. 2 is the A-A cutaway view of the utility model embodiment Fig. 1.
In figure, 1: fishpond body; 2: sewage storehouse; 3: the first filtering cabins; 4: the second filtering cabins; 5: transitional storehouse; 6: the three filtering cabins; 7: clear water storehouse; 8: control room; 9: water pump; 10: apparatus for separating ammonia nitrogen; 11: shower; 12: foam sponge; 13: filter ball; 14: aeration head; 15: ultraviolet germicidal; 16: Air-regulating valves; 17: shunt; 18: air pump; 19: gauge tap; 20: porous socket plate; 21: add a layer filter cotton; 22: porous shelf; 23: lautertuns cover plate.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, will the technical solution of the utility model be carried out to clear, complete description below.Obviously, described embodiment is only the utility model part embodiment, instead of whole embodiment.Based on the embodiment in the utility model, all other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, belong to the scope that the utility model is protected.
In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, and for example, can be to be fixedly connected with, and can be also to removably connect, or connect integratedly; Can be mechanical connection, can be also electrical connection; Can be to be directly connected, also can indirectly be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, can concrete condition understand the concrete meaning of above-mentioned term in the utility model.
As depicted in figs. 1 and 2, the utility model provides one High Density Reproduction to support movable fish pond, comprises fishpond body 1, water pump 9, the first filtering cabin 3, the second filtering cabin 4 and air pump 18;
The first filtering cabin 3 and the second filtering cabin 4 are set up in parallel the side at fishpond body 1, and the first filtering cabin 3 is communicated with the second filtering cabin 4 bottoms;
The water in fishpond body 1 is conveyed into the first filtering cabin 3 by water pump 9;
In the first filtering cabin 3, be respectively arranged with the first filter course, the second filter course and the 3rd filter course from top to bottom, for the sewage passing through in the first filtering cabin 3 is filtered;
In the second filtering cabin 4, be respectively arranged with the 4th filter course and the 5th filter course from top to bottom, for the sewage passing through in the second filtering cabin 4 is filtered;
The outlet pipe of air pump 18 stretches into the below of the first filtering cabin 3, for inflating to the water after filtering.
Water pump 9 is drawn into the first filtering cabin 3 from the bottom of fishpond body 1 by the sewage of the excreta with suspension, impurity and fish etc., after the filter in the first filtering cabin 3 filters, obtains clear water.The outlet pipe of air pump 18 stretches into the below of the first filtering cabin 3, the clear water after filtering is inflated, thereby made the clear water after filtration again be rich in oxygen, for the fish in fishpond body 1.Clear water after inflation, then arrange in fishpond body 1, thereby cleaning and the recycling to the sewage in fishpond body 1 completed.
So just can repeatedly the water in fishpond body 1 be processed and be used, and not need several days replacing water once, not only save manpower, also save greatly water resource.
The first filter course, the second filter course and the 3rd filter course add respectively layer filter cotton 21, foam sponge 12 and filter ball 13.
Sewage first filters bulky grain through adding layer filter cotton 21, further filters afterwards through foam sponge 12 and filter ball 13, enters after three layer filtration, can filter fully the bulky grain in sewage, thereby reach the object of clean water.
The 4th filter course and the 5th filter course are respectively rattan cotton and foam sponge 12.
It is pointed out that each filter course can be the setting as in the present embodiment, can be also other mode, and as severally upset order by above-mentioned, or the filtrate that uses other is as active carbon etc., as long as it can realize filters sewage.
Further, water pump 9 is connected with shower 11;
Shower 11 is arranged on the top of the first filtering cabin 3.
Water pump 9 sprays into the sewage in fishpond body 1 in the first filtering cabin 3 by shower 11, sewage can be spilt uniformly into the first filtering cabin 3, and be unlikely to can sewage all to enter a position of the first filtering cabin 3, further cause filter part to stop up but also have the situation that part is not filtered to occur.
What the first filtering cabin 3 filtered is the excreta of suspension, impurity and fish in fishpond body 1, is all bulky grain, therefore needs manually to clean.So just can be increased the service time of filter, thereby be equivalent to reduce the frequency that manpower cleans.
Further, the first filtering cabin 3 tops are provided with apparatus for separating ammonia nitrogen 10.
Apparatus for separating ammonia nitrogen 10 can effectively be removed suspension, protein, ammonia nitrogen, nitrite, increases in addition numerous functions such as system dissolves oxygen, sterilization, sterilization.
Its operation principle is: take full advantage of foam separation theorem, by the most of organic matter in water at undecomposed one-tenth NH
3/ NH
4just from water, separate before Deng to the harmful material of cultured fishes; In Protein Skimmer, simultaneously add air and ozone according to finite concentration through Venturi tube, form ozonized air, by the strong oxidation of ozone, by protein, NH
3, NH
4deng being converted into the material harmless to cultured fishes.The oxidisability of ozone is extremely strong, is the strongest in conventional oxidant; Meanwhile, after ozone reaction, product is oxygen, so ozone is again the oxidant of efficient non-secondary pollution.
Have and above-mentionedly can find out, above the first filtering cabin 3, arrange after apparatus for separating ammonia nitrogen 10, can be by produce in sewage the harmful material of cultured fishes be separated from water, thus ensure water quality, further purify the water in fishpond body 1.
Further, the foster movable fish pond of one High Density Reproduction also comprises the second filtering cabin 4 and the 3rd filtering cabin 6;
The second filtering cabin 4 connects the first filtering cabin 3;
The 3rd filtering cabin 6 connects the second filtering cabin 4;
In the second filtering cabin 4 and the 3rd filtering cabin 6, be provided with filter.
After the first filtering cabin 3 filters, the excreta of suspension, impurity and the fish in fishpond body 1 that has been rough filtration, some less pollutants and some organic matters that form in breeding process cannot be filtered or be filtered not exclusively, thereby to be on the safe side, again the water from the first filtering cabin 3 inner filtrations is carried out secondary and filtered for three times, harmless to cultured fishes in the hope of ensureing water quality.
Further, between the second filtering cabin 4 and the 3rd filtering cabin 6, be provided with transitional storehouse 5.
By transitional storehouse 5 being set between the second filtering cabin 4 and the 3rd filtering cabin 6, the stroke of current is increased, thereby make it carry out if having time partly precipitated, like this in the time of next step filtration, just can more effective part after precipitation be filtered, further increased filter effect.
Further, the below of the first filtering cabin 3, the second filtering cabin 4 and the 3rd filtering cabin 6 is provided with porous shelf 22;
Porous shelf 22 is vertical with water (flow) direction.
Below the first filtering cabin 3, the second filtering cabin 4 and the 3rd filtering cabin 6, porous shelf 22 is all set, can effectively slow down the impact of current, thereby the flow velocity of current is slowed down, thereby can make filter fully filter current, can not have enough time too soon and not to filter taking away of just being crossed by a punching because of speed.
And, arrange after porous shelf 22, the foreign material after filtering can also be gathered on porous shelf 22, by changing or clean porous shelf 22, reach the object in cleaning and filtering storehouse.
Below the second filtering cabin 4 and the 3rd filtering cabin 6, sewage draining exit is set, can be by discharges such as the impurity dirts under tackling by porous shelf 22.
Further, be connected with aeration head 14 on air pump 18, aeration head 14 is arranged in the current of filtration.
Aeration is a kind of means that air is contacted strongly with water, and its object is airborne oxygen to be dissolved in the water, or unwanted gas and volatile materials in water are banished in air.In other words, it is a kind of means that promote mass exchange between gas and liquid.It also has some other important function, as mixed and stirring.That is to say that airborne oxygen is delivered in water by aeration, oxygen carries out mass transfer transfer by gas phase to liquid phase.
Therefore, aeration head 14 is arranged in the current of filtration, as the below of the first filtering cabin 3, the second filtering cabin 4 and the 3rd filtering cabin 6, in transitional storehouse 5, for another example clear water storehouse 7 is interior etc., makes in water fully dissolved oxygen, thereby can make the cultured fishes in fishpond body 1 have sufficient oxygen.
Further, the clear water that the 3rd filtering cabin 6 is connected with after clear water storehouse 7, the three filtering cabins 6 filter enters clear water storehouse 7;
In clear water storehouse 7, be provided with ultraviolet germicidal 15 and electric warming device.
Because sewage is in the interior extraction of fishpond body 1, and fish in fishpond body 1 are because the behavior meetings such as defecation cause growing of bacterium, if again do not entered in fishpond body 1 through processing, may will cause the various diseases of the cultured fishes in fishpond body 1 to occur, thereby raiser is sustained damage.
In clear water storehouse 7, interior setting after ultraviolet germicidal 15, carries out ultraviolet sterilization to the water of finally handling, thereby ensures there is no bacterium in clear water, has also just ensured the health of the cultured fishes in fishpond body 1.
The device that it is pointed out that sterilization can be with ultraviolet germicidal 15, can also be to use other devices, as long as can reach the object of sterilization.
The interior setting after electric warming device in clear water storehouse 7, by coordinating with attemperating unit, can keep the water temperature in whole device the temperature of suitable fish life.Especially in winter, if fish sick after, there is no suitable temperature, will cause the mortality of fish.
Further, the foster movable fish pond of one High Density Reproduction also comprises the sewage storehouse 2 for storing fishpond body 1 interior sewage;
Water pump 9 is arranged in sewage storehouse 2.
A side at fishpond body 1 arranges sewage storehouse 2, first the sewage in fishpond body 1 is input in sewage storehouse 2, then filter, the processing such as inflation.
By such design, can to greatest extent sewage be separated with clear water, thereby can process sewage more fully, also reduce and repeated acting, improve operating efficiency, the use of also having saved the energy of whole device, has saved resource simultaneously.
Further, the foster movable fish pond of one High Density Reproduction also comprises control room 8;
Air pump 18 is arranged in control room 8.
Air pump 18 is arranged in control room 8, by shunt 17, the outlet pipe of air pump 18 is divided into several pipelines, stretch into respectively in each filtering cabin, thus the fully aeration of water that can make each filtering cabin filter.Air-regulating valves 16 is set on shunt 17, and can realize the gas flow of each pipeline is that aeration intensity is controlled.
Interior in control room 8 gauge tap 19 and porous socket plate 20 etc. can also be set, each device is controlled.
The interior working station indicators that can also be provided with dredge pump and each equipment in control room 8 etc., so that carry out unified concentrated controling management to whole fishpond.
Whole device covers by lautertuns cover plate 23, and both having avoided in each filtering cabin is that water outwards splashes, and has avoided again extraneous foreign material to enter filtering cabin, thereby increases the working strength of filtering cabin.
Design recoil manifold can make to clean biological filter material and become easier.At each biofiltration chamber bottom design recoil manifold, then connect water pump 9 and carry out processing operation.
Each filtering cabin need to design settling zone, and general aquarium is after using a period of time, and the product of some nitration reactions and the residue of biological filter material, will be full of whole filtering cabin, and design settling zone is conducive to get rid of and cleaning, is convenient to daily management.
Whole fishpond can be split design, can also be Integral design.The design that the present embodiment adopts the light pure plastic plate of easily moving of the ageing-resistant resistance to collision of nonpoisonous and tasteless acid and alkali-resistance to be welded as a whole, can integrated moving in moving, and can not destroy the connection between each several part.
The filtering process that the utility model embodiment one High Density Reproduction is supported movable fish pond is:
There is the sewage storehouse 2 of water stream channel road toward filtration system in the bottom of fishpond body 1, the water level of the water level in sewage storehouse 2 and fishpond body 1 equates, in sewage storehouse 2, add a variable frequency pump 9, switch on the pump and 9 extract water out deliver to the first filtering cabin 3 tops shower 11 and spray, now the end, falls in the water level in sewage storehouse 2, because sewage storehouse 2 is communicated with fishpond body 1, so the water that fishpond body is 1 li, because drop flows to sewage storehouse 2, together flows to sewage storehouse 2 by residual the bait of the precipitation in the water of fishpond and fish excretion refuse under the drive of current simultaneously.
The filter process of the first filtering cabin 3: the shower 11 that the first filtering cabin 3 tops are delivered in water extraction by water pump 9 is ejected on the filtering material of upper strata, ground floor material is filter cotton, filter cotton can be separated oarse-grained precipitation bait and fish excretion refuse accumulate in above cotton and (be called coarse filtration), can be obstructed when accumulating current when saturated, now just filter cotton is taken out together with dirt to cleaning, filter cotton is reusable more than 500 times.The current that shower 11 sprays are very anxious, abundant aeration in the time of ejection, and dissolved oxygen increases, and on aeration, device is bled blower fan by CO simultaneously
2extract out and escape.Current continue to force by filter material below by filter cotton rises cotton layer (being called middle filtration), the precipitation bait of middle particle is separated and is adsorbed on filter material top layer with fish excretion refuse, the water that completes middle filtration continues toward dirty, flow to filtering cabin bottom, flow through the plastic mesh plate of bottom, storehouse to the mud space (each filtering cabin has) of mesh plate and storehouse base plate, this mud space is extremely important, it is the place that collects accumulating by the mud after physical decomposition, the first filtering cabin 3 and the second filtering cabin 4 have dividing plate to separate, under dividing plate, there is a breach, current after filtering in thick can be passed through to mud spatial flow to the second filtering cabin 4, the current of the first filtering cabin 3 are for from top to bottom.
Current after filtering in thick pass through mud spatial flow to the second beneath mud space of filtering cabin 4, utilize the principle of upper and lower drop, water level and the first filtering cabin 3 Deng the second filtering cabin 4 maintain an equal level automatically, so continue up after current are by mud space and mesh plate, on mesh plate, fill the biochemistry filtered ball of filtering material and risen cotton, particulate dirt in current is adsorbed on filter material top layer and decomposes (being called carefully biochemistry filtered) after by filter material, in the time that water level rises to certain water level, the plate current of turning one's coat by a water proof is toward the 3rd filtering cabin 6, this current filter type from the bottom up that allows.
The turn one's coat plate current of current by the second filtering cabin 4 is toward the 3rd filtering cabin 6, for making the 3rd filtering cabin 6 also can reach the working method of overflow, after the plate of turning one's coat of the second filtering cabin 4, add one with the first filtering cabin 3 and the second filtering cabin 4 between the same dividing plate, the spacing of two plates is between 5cm, when current are flowed in two distances between plates by force by the plate of turning one's coat, then in a breach under dividing plate, flow to the 3rd beneath mud space of filtering cabin 6, so when current continue up after the 3rd filtering cabin 6 is by mud space and mesh plate, the biochemistry filtered ball of filtering material and foaming sponge and fine filtering cotton on mesh plate, are filled, particulate dirt in current is adsorbed on filter material top layer and decomposes (being called meticulous biochemistry filtered) after by filter material, in the time that water level rises to certain water level, the plate current of turning one's coat by a water proof is toward clear water storehouse 7 again, flow into fishpond from the apopore in clear water storehouse 7, complete once and filtered, but water pump 9 with per hour by pond water filtration flow speed once, circulating for a long time, filtering, making water quality reach clear seeing the bottom becomes clear thoroughly.
The design of the current of the inside of fishpond body 1 is:
Only have rational design current the ight soil that is scattered in inner each position, fishpond could be driven to overflow area.But the intensity of current is apt.The intensity that is to say current can not be excessive or too small, and ight soil is just in time driven into overflow area, and flow intensity also drops to minimum.If flow intensity is larger again, the rubbish such as ight soil will be floating in water under the effect of strong current, and current are too little to be driven less than below overflow area.Solution be exactly regulate water pump ball valve control flow is set, adapted variable frequency pump, also diminishes automatically when current close a hour electric current, does not waste electricity.
It is pointed out that the utility model one High Density Reproduction supports movable fish pond, can be mobile design, can also use on fixing crawl.
The utility model one High Density Reproduction is supported movable fish pond, by the side at fishpond body, filtering cabin is set, use water pump that intrinsic fishpond addle is extracted in filtering cabin, after filtration by filtering cabin, return in the body of fishpond, to utilize the biochemical bacterium being attached on filter material, by the effluent of fish, as fecaluria, remaining bait and the itrogenous organic substance or the ammonia etc. that are produced, the method for oxidation processes in addition.It is a most important ring in whole fish pond filter system.Conventional filter material has hairbrush, cellucotton, biochemical silk and biochemistry ball etc., thereby reaches biochemistry filtered object, makes the intrinsic water quality in fishpond reach all standard; Inflate to the water after filtering by air pump, can well increase the oxygen content amount in water, current are with the unhappy filter material of also not flowing through of oxygen slowly, carry out biochemistry filteredly, can cultivate a large amount of nitrifying bacterias (aerobic bacteria, decomposing N O
2), also can allow aerobic bacteria have grace time to decompose ammonia nitrogen.
It is to increase an auxiliary filter being in equal proportions in a side that whole one High Density Reproduction is supported movable fish pond, in whole filter, organically coordinate again relevant every necessary function, just make fishpond body the tasteless odorless of water quality, colourless, transparency approximately reaches 2 meters, be as good as ordinary water bubble, pool wall moss is also normal, pH value remains on 6.8-7.4; Hardness is below 15; Below iron concentration 0.3 mg/litre; More than following dissolved oxygen amount 5 mg/litre of sulfate ion 15 mg/litre; Below ammonia 0.1 mg/litre; Below nitrite 0.1 mg/litre; Nitrate 5.5 mg/litre left and right; Not sulfide hydrogen; Between BOD2.5-7; Turbidity is below 5 degree; Transparency is more than 150 centimetres.Under circulation ceaselessly, do not need to refresh the water periodically, control by intelligence the auto-control of control system, can carry out completely High Density Reproduction foster, saved labour's intensity of people, again a large amount of saving water resource, also reduced the lethality of fish.
Our existing technology is not difficult to find out in the above-mentioned analysis to crawl, and through having built the ecological fishpond of many system complete, in using very normally, but be all that cement masonry is built the sixth of the twelve Earthly Branches, can not realize movement.There are how many expert dealers all making great efforts research, just think make one light, durable, succinctly attractive in appearance, come in every shape, the fishpond of cheap in price, holonomic system configuration as the cement fishpond, the removable fishpond of this one is the expectation that how many player's aquacultures are dreamed of.
The utility model one High Density Reproduction is supported movable fish pond, in the association system of the fishpond body that plastic plate is welded, the honorable magnificent paint outward appearance of novel fashion, the light source of energy-efficient simulating nature spectrum, high dissolved oxygen and sterilization and physics biochemistry, backwash automatic pollution discharge waste gas exhausting device, coarse filtration, filter the filter of fine filtering essence multi-stage biochemical Filters, integrate the movable fish pond of above-mentioned functions and intelligent distant control central control system.
The utility model one High Density Reproduction is supported movable fish pond, by the side at fishpond body 1, filtering cabin is set, use water pump 9 that the addle in fishpond body 1 is extracted in filtering cabin, after filtration by filtering cabin, return in fishpond body 1, thereby the excreta of the suspension in fishpond body 1, impurity and fish is filtered out, reach the object of clean fishpond body 1; Take a breath to the water after filtering by air pump 18, then water is back in fishpond body 1, thereby reach the object that the water in fishpond body 1 is taken a breath.Whole one High Density Reproduction is supported movable fish pond just increases a smaller servicing unit in a side, just can complete the clean and ventilation of fishpond body 1, refresh the water periodically, regularly stir bed mud and use aerator to carry out the operations such as oxygenation thereby reduced, saved labour's intensity of people, again a large amount of saving water resource.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. one High Density Reproduction is supported a movable fish pond, it is characterized in that, comprises fishpond body, water pump, the first filtering cabin, the second filtering cabin and air pump;
Described the first filtering cabin and described the second filtering cabin are set up in parallel the side at described fishpond body, and described the first filtering cabin is communicated with the bottom of described the second filtering cabin;
Intrinsic described fishpond water is conveyed into described the first filtering cabin by described water pump;
In described the first filtering cabin, be respectively arranged with the first filter course, the second filter course and the 3rd filter course from top to bottom, for the sewage passing through in described the first filtering cabin is filtered;
In described the second filtering cabin, be respectively arranged with the 4th filter course and the 5th filter course from top to bottom, for the sewage passing through in described the second filtering cabin is filtered;
The outlet pipe of described air pump stretches into the below of described the first filtering cabin, for inflating to the water after filtering.
2. one High Density Reproduction according to claim 1 is supported movable fish pond, it is characterized in that, described water pump is connected with shower;
Described shower is arranged on the top of described the first filtering cabin.
3. one High Density Reproduction according to claim 2 is supported movable fish pond, it is characterized in that, described the first filtering cabin top is provided with apparatus for separating ammonia nitrogen.
4. one High Density Reproduction according to claim 3 is supported movable fish pond, it is characterized in that, also comprises the 3rd filtering cabin;
Described the 3rd filtering cabin is communicated with described the second filtering cabin;
In described the 3rd filtering cabin, be provided with filter.
5. one High Density Reproduction according to claim 4 is supported movable fish pond, it is characterized in that, between described the second filtering cabin and described the 3rd filtering cabin, is provided with transitional storehouse.
6. one High Density Reproduction according to claim 5 is supported movable fish pond, it is characterized in that, the below of described the first filtering cabin, described the second filtering cabin and described the 3rd filtering cabin is provided with porous shelf;
Described porous shelf is vertical with water (flow) direction.
7. one High Density Reproduction according to claim 6 is supported movable fish pond, it is characterized in that, on described air pump, be connected with aeration head, described aeration head is arranged in the current of filtration.
8. one High Density Reproduction according to claim 7 is supported movable fish pond, it is characterized in that, described the 3rd filtering cabin is connected with clear water storehouse, and the clear water after described the 3rd filtering cabin filters enters clear water storehouse;
Described clear water is provided with ultraviolet germicidal and electric warming device in storehouse.
9. one High Density Reproduction according to claim 8 is supported movable fish pond, it is characterized in that, also comprises the sewage storehouse for storing sewage in the body of fishpond;
Described water pump is arranged in described sewage storehouse.
10. support movable fish pond according to the one High Density Reproduction described in claim 1-9 any one, it is characterized in that, also comprise control room;
Described air pump is arranged in described control room.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420179160.2U CN203775949U (en) | 2014-04-14 | 2014-04-14 | Integrated high-density-breeding mobile fish pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420179160.2U CN203775949U (en) | 2014-04-14 | 2014-04-14 | Integrated high-density-breeding mobile fish pond |
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| Publication Number | Publication Date |
|---|---|
| CN203775949U true CN203775949U (en) | 2014-08-20 |
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ID=51312208
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420179160.2U Expired - Fee Related CN203775949U (en) | 2014-04-14 | 2014-04-14 | Integrated high-density-breeding mobile fish pond |
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| CN (1) | CN203775949U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104206331A (en) * | 2014-09-11 | 2014-12-17 | 蒋有南 | Ecological fish farming facility and process thereof |
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2014
- 2014-04-14 CN CN201420179160.2U patent/CN203775949U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104206331A (en) * | 2014-09-11 | 2014-12-17 | 蒋有南 | Ecological fish farming facility and process thereof |
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