KR20140126878A

KR20140126878A - Water tank For an Aquarium Fish

Info

Publication number: KR20140126878A
Application number: KR20130045085A
Authority: KR
Inventors: 이규태; 이정석
Original assignee: 주식회사 네오엔비즈
Priority date: 2013-04-23
Filing date: 2013-04-23
Publication date: 2014-11-03
Also published as: KR101479839B1

Abstract

The present invention relates to a complex water tank for breeding and preserving guppies, comprising a water tank body having an open top part, a bottom part with a predetermined area, and a water tank outer wall, wherein the water tank body is horizontally divided by a net compartment with a network of a predetermined size therein, to have a predetermined space from the bottom surface of the water tank body to allow breeding water to make vortexes, and has a breeding tank comprising a bottom unit of a predetermined area, which is detachable, in one side of the water tank body, and a water tank outer wall. Here, the bottom unit of the breeding tank is made up of a net compartment of a predetermined size. Fry, which are spawned from adult fish of guppies, can be safely protected by a water tank in which the breeding tank is installed, and breeding and preserving fish are possible in one water tank, thereby reducing the fry mortality rate caused by moving the fry to another water tank, and preventing shock due to change in water quality since water quality and temperature remains the same, to prevent stress caused by mixed breeding, and fry from being swept away due to currents, and from begin eaten by the adult fish.

Description

[0001] The present invention relates to a water tank for an aquarium fish,

The present invention relates to a water tank for breeding and rearing ornamental fish including goofy, and more particularly, a breeding water tank is provided in one water tank, and the ornamental fish breeds in the breeding water tank, It is possible to reduce the mortality caused by the movement of the spawning fish and prevent the fish from being formed from the mother after the spawning by separating from the adult fish by sinking into the water tank body under the breeding water tank through the bottom surface fish, Which is capable of preventing shock caused by water quality change and air exposure stress when moving, and capable of supplying sufficient food to both the mother and goofy fish without deteriorating water quality.

Goipi, a representative fish of the aquarium, belongs to the Poetilia family, and its scientific name is Poecilia reticulata, which is a source of hot flora from the warm rivers of Venezuela and neighboring islands. Body length is 3cm for male and 4cm for female. It is similar to fish song, but body is thinner and longer. It is mixed with multicolor patterns such as red, yellow, blue and black. It is the world's most popular pet fish with goldfish and feathery tail The fins are beautiful. 1 is a photograph showing a gut.

Especially, goofy is a representative tropical fish of oviposited species, and it is widely cultivated for ornamental purposes. It is easy to grow and has a strong fertility. It tends to live on the surface of the aquarium and does not harm other fish. It is about 6cm in length and about 3cm in male. The body is thin and long and resembles a songbird.

Generally, males are gorgeous and discolored and have gray, yellow and white backgrounds with blue, red, green, and black patterns. Females have a monotone color compared to males. There are many variations in the male's tail, and during evolution, the male's dorsal fin has been transformed into a mating period, which sends sperm into the female's body. The sperm is stored in the female's body several times and corrected. That is, it can be modified several times with one mating.

The pregnancy cycle of goofy is usually about 15 to 30 days. The shape of a female guppy with an imminent birth is angled, and a closer look at the sleeping female 's stomach reveals a gnarly eyes. Usually, it breeds once a month, and the number of fish is about 100 to 150. When it comes out, it goes down to the floor, and after a while it swims up to the surface.

On the other hand, when oviposited fish breed in the breeding tank, the mother swims in the tank, and the owl that comes out of the mother is weak in the ability to move by itself.

Therefore, in case of goofy, it is necessary to separate newborns from their mother, and after the birth, the cubs go to the water and rise to the water, and if they are not separated from the tank before starting free swimming,

Conventional goat seedling production is carried out in such a way as to separate and catch the mother swimming in the water tank. However, this method requires the breeder to look into the water tank and identify the mother with imminent egg laying time, It is necessary to observe the spawning time and to observe the spawning. The spawning goby fish must be collected in a separate tank, and it is necessary to hatch and feed the alfalfa as an initial food.

In addition, when using the honeycomb, the health condition is deteriorated due to a lot of stress such as capturing the mother, air exposure at the time of moving to the spawn tank, water quality difference between the water tank before and after the move, the spawn in the narrow space, Because of the above stress caused by the spawning behavior, the value of the mother is lost too soon.

Therefore, it is possible to avoid artificial arrest and movement of the mother and to prevent the formula by artificially separating the oocysts born from the mother and the fry by the size of the mother and the size, It is required to develop a hybrid device for both breeder shafts.

In order to solve such a problem, the present invention is characterized in that a net and a breeding tank having a mesh of a certain size are provided inside a complex water tank for reproduction of a goofy so that a goof is scattered in one water tank, The spawned goofy fish is sedimented and separated. This makes it possible to reduce the mortality caused by separating the spawning fish from the goofy fish into other tanks and to prevent shocks such as water quality changes due to the constant water quality and temperature in the tanks, By stirring the bottom of the tank, the food can always be supplied to both the mother and the ears. There is no need to hatch the alphemia every day, it does not need to change the water every day, and it keeps the goip in a more convenient way And a gypsy breeding axis dual water tank capable of managing the seedling.

Korean Patent Laid-Open Publication No. 10-2012-0008954 discloses a frying protection chamber attached to an inner wall surface of a fish tank to protect the fry, comprising a front plate on the side of the inner wall of the fish tank, A bottom plate, a left side plate, and a right side plate, holes are penetrated through corners of the front tube, respectively, and suction portions are respectively installed in holes penetrating the respective corner portions to be adsorbed on the inner wall surface of the tank As shown in Fig. The above-mentioned prior art is designed for separating sexually transmitted fishes and frying fishes from an aquarium, and it is necessary to separately breed the mother and the eared fishes by using the honeycomb. When the fish are fed, the food is not smoothly supplied. There is a difficulty to separate and recycle it daily. Further, the more the contact with water is made by using the adsorption part, the more the adsorption power is lowered, and it is difficult to clean the corner part when cleaning, which is unsanitary. Korean Patent Laid-Open Publication No. 10-2011-0087683 discloses a protective membrane device, which is mounted on a fish tank of various sizes to separately separate a large fish and a fry by dividing the internal space of the fish tank into a plurality of areas, And a method of separating and expanding the fry protecting unit. Domestic Utility Model Registration Application No. 2010-0001814 facilitates the assembly and disassembly of the spawning column to reduce the volume, thereby making it easy to store and move, to facilitate cleaning and reduce the risk of breakage, to eliminate sharp edges, A prefabricated egg scattering method has been disclosed which allows the occurrence of various diseases to be neglected. Korean Utility Model Registration Application No. 2010-0007226 discloses that a rail is mounted on the inner side wall of a fishing port in a vertical direction and a separation membrane that slides in the vertical direction along the rail, Which is a feature of the present invention, is disclosed. However, in this prior art, for the purpose of simply separating and cultivating the adult fish and the small fry, in the present invention, a fish is uniformly fed through a mother scattering net and a bottom stirring apparatus in a fish tank, There is no disclosure of a more convenient configuration of a complex water tank for goat breeding which can be breed and reared at the same time and which can be freed from the use of a flower bed, air exposure, water quality change and lack of food stress, It shows a difference.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a water tank capable of being detached and attached to a water tank body and a structure capable of bottom stirring, By passing through and sinking into the tank body, it naturally separates the goofy fish from the adult fish, and feeds the fish through the bottom agitator evenly to the mother and the fish to transfer the spawning fish to the other fish tank by breeding in a tank without transferring both the mother and the fish. , It is possible to reduce both the stress and mortality caused by the spawning of the gypsy so that the gypsy can grow safely and healthily. Discomfort caused by complicated processes such as chewing, breeding and rehydration And to improve the inefficiency such as the stress of life.

The present invention as a means for solving the above-

A water tank body having a bottom portion having an open top and a predetermined area and a polygonal outer wall; A partition wall having a mesh of a predetermined size is horizontally partitioned in the water tank body to have a predetermined space with a bottom surface of the water tank body; The number of breeding water that has flowed over from the water tank body is gathered by gathering and collected, and a collection of bottom stirring device is installed so that the feed water is radially sprayed to the water tank body again including the dissolved oxygen and feed by the pump in the house collection, do.

There is a structure for increasing the amount of dissolved oxygen while preventing the feed from accumulating on the floor due to the presence of an aeration device and a venturi device. The breeding water tank including a bottom portion having a certain area detachable from the upper side of the water tank main body, Wherein the bottom of the breeding basin and the sides of the breeding basin are connected to each other through a net having a predetermined size so as to escape to the tank body.

The net formed on the bottom portion and side portions of the breeding water tank is composed of a mesh having a size of 2 to 5 mm which is larger than the average body size of the spawning fishes and is smaller than the body body size so that only the scattered goofy fish can sink into the water tank body, The water supply pipe is connected to the outside of the water tank by a pipe for drainage and supply of the water for breeding, and the water supply pipe for breeding water is formed at the upper part of the water tank, And is connected to a position below the partition wall at the lower end of the water tank body. In the house cleaning, an agitation device, an aeration device, a venturi device, etc. are installed, and the feed water rich in feed particles and dissolved oxygen is sucked by the pump and supplied to the water tank main body.

Since the supply pipe is connected to the bottom of the compartment, a vortex having a high flow rate can be formed through the breeding water supply pipe so that no residue is accumulated on the bottom of the compartment below the compartment, and a weak flow Directional water flow is formed. Therefore, it is possible to prevent the goofy fingers distributed in the upper layer from being swept by the vortex and to accumulate debris in the lower layer by forming the vesicles.

And a plurality of composite water tanks for the reproductive use of the goof, wherein the water tank includes a support having a predetermined height outside the water tank and at least one water tank support horizontally extending from the support; Wherein at least one repellent shaft water tank for the goof of claim 1 is mounted on the water tank stand; And a breeding water drain pipe is formed in the water tank body at the upper end of each breeding water tank and connected to be drained to the collection water tank, Wherein the pipe is connected to the lower part of the water tank body through a pipe so as to be supplied from the water bottle to the lower part of the water tank body.

In the present invention, a partition net having a mesh of a predetermined size is provided in the water tank body to form a certain space with the bottom surface of the water tank, thereby preventing vapors from accumulating on the bottom surface of the water tank, The supplied water is passed through the partition wall and rises above the water tank main body to weaken the water so that the goofy water existing in the upper part of the water tank main body can be prevented from being suffocated and being stressed.

In addition, a breeding water tank having a bottom portion formed at the upper end of the water tank body is provided at the upper end of the water tank body, so that the spawning fish spawning from the goofy fish is not difficult to sink into the water tank body and pass therethrough. Because it is always supplied in sufficient quantity to the fish, it is possible to breed and consecrate in one tank at the same time.

In particular, it is possible to simultaneously breed and consecrate in a single aquarium, thereby reducing the mortality caused by transferring the fish to another tank, and reducing the mortality caused by shifting the fish. In addition, since the water quality and temperature of the tank body and the breeding tank are the same, And it is possible to receive a rich food, thereby providing a better habitat for Goipi Jar.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a photograph showing a goof, which is one kind of aquarium fish.
Fig. 2 shows a unit form of the composite water tank for the ornamental fish breeding axis of the present invention.
FIG. 3 is a view showing a plurality of composite water tanks for two ornamental fish breeding shafts of the present invention.
Fig. 4 shows a form in which a breeding water circulation pipe is added to the outside of the complex water tank for a fish breeding fish of the present invention.
Fig. 5 shows a water supply pipe end radial jetting device of a composite water tank for a cannon breeder shank of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a specific configuration and an embodiment related to a composite water tank for reproductive use of the present invention will be described with reference to the accompanying drawings.

Fig. 2 shows a unit form of the composite water tank for the ornamental fish breeding axis of the present invention. In order to accomplish the object of the present invention, the basic structure of the present invention is a water tank main body comprising a bottom portion having an open upper portion and a predetermined area and a polygonal outer wall of the water tank; A partition wall having a mesh of a predetermined size is horizontally partitioned in the water tank body to have a predetermined space with a bottom surface of the water tank body; A breeding water tank including a bottom portion having a predetermined area detachably attachable to the upper end of the water tank main body and an outer wall of the water tank is installed.

A series of bottom stirring apparatuses are installed which collect the collected water that has flowed over from the water tank body to the bottom of the water tank and feed the water tank back to the tank body containing the dissolved oxygen and the feed water by the pump of the house correction to prevent the feed from accumulating on the floor, A venturi device and the like are installed to prevent the feed from being accumulated on the floor and to increase the amount of dissolved oxygen, and the bottom portion and the side portion of the breeding water tank are made of a net of a certain size.

As shown in FIG. 2, a water tank body having an upper portion and a certain area and a water tank outer wall is provided to store a certain number of water for breeding, and a partition net having a mesh of a predetermined size is horizontally And has a predetermined space with the bottom surface of the water tank. The breeding water drained from the water tank is collected through a pipe and then supplied to the water tank body again by the pump of the water collecting system, including dissolved oxygen and feed.

A bottom agitating device, an aeration device, a venturi device, and the like are installed on the bottom of the breeding aquarium so as to prevent the feed from accumulating on the floor and increase the amount of dissolved oxygen due to the oxygen supplied through the aeration device venturi device. Is composed of a pinhole of a certain size. The feeding water is supplied to the lower part of the block through the pipe, so that the water and vortex generated at the bottom during the feeding of the breeding water do not affect the upper habitat by the partition wall, .

In addition, a breeding water tank including a bottom portion and a water tank outer wall having a predetermined area detachably attachable to one end of the water tank main body is provided, and the bottom portion and the side portion of the breeding water tank are made of a net of a certain size, So as to prevent the formulas of the born and ending fishes.

The size of the mesh of the compartment net having a mesh of a predetermined size inside the water tank body is set to a size capable of dispersing the force of the water flow injected from the breeding water supply pipe in consideration of the size of the goofy fish, A constant space is formed between the partition wall and the bottom surface of the water tank body to prevent the stress caused by the water flow from being affected by the water flow directly due to the vortex when the water is sprayed, Which is accumulated in the bottom surface by the eddy current, and the pollution of the water quality can be solved.

In addition, the material of the tank body and the breeding tank can be made of a polymer compound such as glass or transparent polyethylene, so that fishes and conditions of the goip can be easily discriminated, and the scattered fish can be selected by quality.

The breeding water tank is installed so as to be attachable to and detachable from the upper end of one side of the water tank, and the breeding water tank is installed so as to protrude from the water tank main body so that the breeding water tank does not become immersed in the water tank body, and the height of the breeding water tank can be adjusted by the user. The net formed on the bottom of the breeding aquarium may be formed into a net having a mesh size of about 2 to 5 mm smaller than the average body size of the spawning fishes and smaller than the adult fishes so that the scattered goofy fish can sink into the water tank body.

Usually, the gonad has a pregnancy cycle of about 15 to 30 days. The gonadal shape of the female gonadon with the impending birth is angled, and when looking closely at the female of the sleeping female, the gonadal eyes are seen. The number of lambs is about 100 to 150, and when they come out, they go down to the bottom, and after a while they come up to the surface and swim. When these ovarian fish species breed in the breeding tanks, they swim in the tank, while the outer tails that move out of the body are weak in their ability to move on their own, resulting in a formula that misinterprets the baby as a prey.

Especially in the case of goofy, it is necessary to separate the newborn baby from the mother, and after the birth, the baby rides in the water and ascends to the water. If the baby is not separated from the water tank before starting the free swimming, .

By using the wetting phenomenon after the spawning of the goofy, the goofy jaws are separated from the goofy worms, which have fallen into the water tank body through the net having a certain size of the mesh and separated from the goofy worms. The ability to move on its own is weak, and it is possible to prevent the problem of catching the fish by mistaking the young for feeding from the adult fish, so that the goofy fish can be safely protected and raised.

FIG. 3 is a view showing a plurality of composite water tanks for two ornamental fish breeding shafts of the present invention. One or more gypsum breeding tanks may be mounted on a supporter having a predetermined height on the outside of the water tank in which a plurality of complex water tanks for the breeding axis of the ornamental fish are formed and at least one water tank holder extending horizontally from the supporter. The composite water tank formed in each of the cradles is installed to be detachable from the outer wall of the water tank body to such a depth that the breeding water tank including the bottom portion and the water tank outer wall, , The height of the breeding tank may be higher than the height of the tank body in case the mother goof jumps out of the tank.

In the outer wall of the breeding water tank, a plurality of "∩" -shaped support rods can be fixed to the water tank body so that the outer wall of the water tank body can be fixed to the inside of the "∩" shape and the breeding water tank can be easily lifted and removed from the water tank body . In addition, the support of "∩" type for fixing the water tank main body and the breeding water tank can be manufactured using a chemically stable polyethylene resin which is excellent in external impact with a predetermined size.

Fig. 4 shows a perspective view of a composite water tank for two ornamental fish breeding axes according to the present invention. A support base having a predetermined height outside the water tank and at least one water tank support horizontally extending from the support base; A water tub main body having a bottom portion having an open top and a predetermined area and a polygonal outer wall of the water tank; A partition wall having a mesh of a predetermined size is horizontally partitioned in the water tank body to have a predetermined space with a bottom surface of the water tank body; A breeding water tank including a bottom portion having a predetermined area detachably attachable to an upper end of the water tank main body and an outer wall of the water tank; Wherein the bottom of the breeding basin has at least one fish tank for two breeding shafts each consisting of a net made of a mesh of a predetermined size; And a breeding water drain pipe is formed in the water tank body at the upper end of each breeding water tank and connected to be drained to the collection water tank, And is piped so as to be supplied to the central bottom space below the partition wall at the lower end of each water tank main body.

The role of the compartment is to supply the bottom of the compartment below the compartment and to prevent the influence of the water or vortex produced by the dispersed water from reaching the upper part of the tank. In order to prevent the phenomenon that the force of the vortex is extended to the upper part of the water tank when there is no compartment, and the new born vortex can not be damaged by the vortex or can not swim in the water tank. Therefore, the size of the mesh of the compartment net is suitably sized to have resistance to the water flow coming from the bottom, and may be formed of a mesh of 2 to 5 mm size formed on the bottom of the breeding tank.

The basin of the water tank is composed of a bottom portion having a predetermined height and a predetermined area. A water tank for supplying the breeding water is installed in the lower water tank of the water tank, and a water tank for the breeding axis of the goofy is installed in the other water tank except the lower water tank Respectively. In addition, the water tank can be formed into a multi-layer structure using angles, reinforcing bars, and iron plates so as to have a rigid structure. By coating a waterproofing solution for each layer, corrosion by moisture can be prevented. So that it can be manufactured by changing the structure.

A water tank is connected to the tank in the lower tank of the water tank. The water tank is connected to the water tank in the upper part of the breeding tank and drained to the water tank. And the pipes are connected to each other so as to be supplied to the central bottom space below the partition wall at the lower end of each water tank main body.

The pipe end is formed with a spraying device of a radial spraying structure to smooth bottom agitation and vortex formation. Fig. 5 shows a water supply pipe end radial jetting device of a composite water tank for a cannon breeder shank of the present invention. The spraying device of the radial spraying structure has a structure in which the end of the spraying device is clogged so that water supplied through the pipe from the collection pipe can be supplied to the bottom bottom of the compartment below the partition wall, And a funnel-shaped injection nozzle capable of adjusting the spray direction of the water flow in each spray hole can be mounted in order to form the spray angle differently in each spray hole.

The breeding water supply pipe connected to the collection cistern is connected to the inside of each water cistern body, and the breeding water is supplied through a breeding water supply pipe to a certain space between the bottom surface of the water cistern main body and the net. The breeding water drainage pipe is connected to the upper part of the water tank body and connected to the water collection pipe through the pipe. The collected water collected in the collection cistern is supplied to the interior of the water cistern.

The breeding water collected in the collection cans is supplied with sufficient oxygen from the underwater pump installed in the collection cans and the bottom stirring device by the underwater pump to supply the food to the cistern body together with sufficient food to float on the floor And the breeding water is circulated without filtration and sterilization process.

Contaminants such as ammonia, nitrous acid, and organic substances excreted from adult fish and fry are decomposed into various amino acids or low molecular proteins by the roles of autotrophic bacteria, taginophilic bacteria, photosynthetic bacteria, etc., It is itself another good source of food and becomes a source of food for many protozoans in breeding water, becoming the main source of life for the fish.

It is necessary to use small sized protozoa, zooplankton, etc. as early prey for fry, and microorganisms, phytoplankton, protozoa and zooplankton administered in the water tank of the present invention form food chain of lower structure, Lt; / RTI > As the feeding water is circulated together with the food, the goofy fish spawned by the goofy fish can be cultivated in a certain environment without changing the water quality, and the initial mortality rate can be reduced. The material of the breeding water supply pipe and the breeding water drainage pipe is a predetermined It can be produced by using a polymer compound such as polyethylene resin which is excellent in external impact with a diameter and is chemically stable.

By using the complex water tank for two breeding pairs having such a structure, it is possible to solve the problem of separating the spoony spawning from the adult fishes in a single breeding tank and eating them from the adult fishes, so that the goofy fish can be safely protected and raised, It is possible to reduce the mortality caused by moving the fish from the goofy fish to other tanks as in the past, and to prevent the shock from the water quality change due to the same water quality and temperature of the tank body and the breeding tank, have.

In addition, by supplying fishes and fishes at all times, fishes can be supplied to the fishes before and after spawning in a satisfactory amount without any change in water quality after hatching to provide healthy feeding of fishes and fishes. It does not move to the tank, and it continues to grow and mature continuously with enough food in the same water tank and the same water quality until the next spawning, and it is possible to continue spawning. Especially, it is possible to breed without water, and it is not necessary to observe frequently, so it is possible to grow a large number of sexually immature fishes in a breeding tank and to produce and cultivate a large amount of goffering fish in a tank without special mating or chewing.

By using the complex water tank for reproduction of the goofy, the reproduction and the reef of the goofy can be performed in one tank, and the mortality caused by transferring the frog from the conventional goofy fish to another tank can be reduced, The same temperature can prevent shocks from changing water quality. By separating the goofy fish from the fish, it is possible to safely protect the goofy fish by solving the problem of catching the fish by misinterpreting the fish, and it is easy to maintain and manage the fish. It is possible to reduce the expense of fish management. It is possible to grow and feed a large number of male fishes in a breeding tank and to produce and cultivate a large amount of goofy fish in a tank without selecting a special mother or moving a fish, thereby maximizing the production. At the same time, Feeding, feeding and feeding of water for breeding, breeding, breeding, breeding, breeding, breeding, breeding, breeding, breeding, breeding, Plankton - Provides rapid growth, high reproductive rate, and ultra-high density breeding, due to the small size of various protozoa and zooplankton species from the livestock chain leading to protozoa.

Claims

A water tank body having a bottom portion having an open top and a predetermined area and a polygonal outer wall;
A partition wall having a mesh of a predetermined size is horizontally partitioned in the water tank body to have a predetermined space with a bottom surface of the water tank body;
A breeding water tank including a bottom portion having a predetermined area detachably attachable to an upper end of the water tank main body and an outer wall of the water tank;
Wherein the bottom portion of the breeding aquarium is composed of a net made of a mesh of a certain size.

2. The breeding water supply pipe according to claim 1, wherein a water storage tank is provided outside the water tank, the water storage pipe being connected to the water supply tank by a pipe for draining and feeding the water for breeding, Is supplied from a collection cistern to a space below the compartments at the lower end of the cistern body and connected to the space.

[3] The apparatus according to claim 2, wherein the net formed on the bottom of the breeding basin is formed of a mesh having a size of 2 to 5 mm which is larger than the average body size of the spawning eggs scattered so as to pass through the water tank body, And a water tank

4. The water tank of claim 3, wherein the end of the pipe for supplying the breeding water to the space below the partition wall at the lower end of the water tank is provided with a breeding water jetting device for forming a floor vortex.

A support base having a predetermined height outside the water tank and at least one water tank support horizontally extending from the support base;
Wherein at least one repellent shaft water tank for the goof of claim 1 is mounted on the water tank stand;
And a breeding water drain pipe is formed in the water tank body at the upper end of each breeding water tank and connected to be drained to the collection water tank, And a spraying device which is connected to the pipe so as to be supplied to a space below the partition wall at the lower end of each water tank body starting from the water bottle.

[5] The apparatus of claim 5, wherein the injection device for feeding water for breeding comprises a through hole formed in the pipe end so as to inject water in a horizontal radial direction to the bottom of the water tank,