KR102403332B1 - Fish tank and pot planting device with adjustable water level - Google Patents

Abstract

The present invention relates to a water level controllable fish tank and plant pot cultivation apparatus, and more particularly, stores a large amount of water to supply a certain amount according to the water level of the fish tank, and the water in the fish tank is supplied as a pot so that fish and plants can be simultaneously grown It relates to a planting device for a fish tank and a flowerpot that can be managed and can be placed in a convenient location.

Description

Fish tank and pot planting device with adjustable water level}

The present invention relates to a water level controllable fish tank and plant pot cultivation apparatus, and more particularly, stores a large amount of water to supply a certain amount according to the water level of the fish tank, and the water in the fish tank is supplied as a pot so that fish and plants can be simultaneously grown It relates to a planting device for a fish tank and a flowerpot that can be managed and can be placed in a convenient location.

In general, plants are planted in pots and fish can be raised in a fishbowl. Recently, a fishbowl for raising fish and a hydroponic potting pot with a pot for planting plants are emerging.

If you use such a hydroponic fish pot, you can enjoy both fish and plants at the same time without installing a separate fish tank and pot, and you can use the water stored in the tank to grow potted plants in a hydroponics method, so space utilization is also Advantageous advantages can be obtained both in terms of aspects and in terms of plant management.

As such a prior art, "a water level control device for a fishbowl pot" has been proposed.

The prior art is a pot that can grow plants and small ornamental fish at the same time,

In the aspect of water supply, it has automatic supply and proper water level control, so it not only enhances the taste by adding various functions to the pot, but also requires artificial watering without causing damage to plants due to excess or lack of moisture. It has practical effects that do not exist.

However, when the opening of the fish tank is closed, the supply of oxygen from the outside to the inside of the tank is cut off, and the water in the tank is frequently polluted due to a lack of dissolved oxygen.

Therefore, to solve this problem, it is possible to add an oxygen generator to the inside of the fish tank, but in this case, the installation cost of the hydroponic fish pot is excessively increased due to the addition of the oxygen generator, and there is a problem that power is required.

In addition, there is a problem in that it must be continuously supplied to maintain a certain amount of water level in the fish tank as much as the amount of water supplied to the plants.

In addition, the soil, etc. accommodated in the pot by the fish tank does not allow air to flow in, so that the soil is kept in a sealed state, so that the plants do not sit smoothly and the soil becomes contaminated.

Korea Registered Utility Model No. 20-0235396 (June 12, 2001)

The present invention has been devised to solve the above problems, and an object of the present invention is to store a large amount of water and supply water to maintain a certain water level in fish tanks and pots to easily grow fish and plants. An object of the present invention is to provide a cultivation device for a fish tank and a flowerpot that can control the water level.

Another object of the present invention is to provide a water level controllable fish tank and pot plant cultivation apparatus capable of supplying water by gravity and supplying water to a fish tank and pots without using separate power to maintain a constant water level at all times. .

Another object of the present invention is to provide a fishbowl and a pot cultivation apparatus capable of water level control capable of supplying nutrients generated in the fish tank to plants in a mixed state with water.

Another object of the present invention is to supply to a fish tank after precipitating chlorine and disinfectant mixed in stored water, to prevent fish from dying, and to raise fish without a separate oxygenator by oxygen mixed in the inflow water. An object of the present invention is to provide a planting apparatus for a fish tank and a pot with water level control that can maintain an environment in which there is an environment.

Another object of the present invention is to provide a fish tank and a pot planting apparatus capable of controlling the water level in which the water stored in the pot can be supplied to the plant through the soil or wick irrigation method.

The present invention for achieving the object as described above, the storage unit formed with an outlet for discharging a predetermined amount of water for storing water; a fish tank connected to the storage unit to store water at a predetermined water level, and discharge water through a first discharge groove formed at the top; a hose having one end connected to the first discharge groove and having a second discharge groove branched on the other side to discharge water; A first supply groove connected to the second discharge groove of the hose is formed at the bottom, and it is characterized in that it consists of a plurality of flowerpots that receive the water discharged from the fish tank and supply it to the planted plants.

It is preferable that the storage unit is located above the water level stored in the fish tank, and the supply groove of the pot is located slightly below the water level of the fish tank, so that the fish tank and the pot are at the same water level.

The storage unit stores a large amount of water and includes a storage container having the outlet for discharging water, a supply pipe having one end connected to the outlet and the other end disposed inside the fish tank to supply water, the other side of the supply pipe The buoyancy means is formed at the end and is disposed at the upper end of the fish tank to supply water according to the water level of the fish tank, wherein the buoyancy means has a supply groove connected to the supply pipe formed in the upper portion, and the inside of the fish tank A body installed on the upper end, an opening/closing member rotatably installed inside the body to open and close the supply groove at one end, and the other end of the opening/closing member to rotate the opening/closing member according to the water level It is preferable to do it with buoyancy pain.

The storage unit stores a large amount of water and includes a storage container having the discharge port for discharging water, a case into which the storage container is inserted, and a case installed at the top of the fish tank, and is coupled to the discharge port of the storage container. Doedoe made of a stopper for discharging water in close contact with the case, the stopper having an upper end coupled to the outlet, a partition wall having a flow path groove formed in the middle, and a stopper body portion having a plurality of drain grooves formed at the lower end; A sliding part disposed under the cap body part and moving vertically inside the cap body part; A blocking member formed at a lower end of the unit and comprising a switching unit in close contact with the case, and disposed between the switching unit and the partition wall, when the pressing force applied to the blocking member is released, the blocking member is returned to its original state so that the blocking unit is the channel groove It is preferably made of an elastic member that is in close contact with the .

The storage unit, the fish tank, and a hook formed on the outer surface of the flowerpot, and a grid-shaped support portion on which the storage portion, the fish tank, and the hanging portion of the flowerpot are seated, the support portion is a grid-shaped hook net It is preferable that the frame is formed, the fixing part is formed on the frame and fixed to the wall surface, and the supporter is coupled to the outer surface of the frame to support the ground.

According to the water level controllable fish tank and pot plant cultivation apparatus according to the present invention, there is an effect that can easily grow fish and plants by storing a large amount of water and supplying water to maintain a constant water level in the fish tank and pot.

According to the present invention, there is an advantage in that a constant water level can be maintained at all times by supplying water stored in the storage unit by gravity and supplying it to a fish tank and a flowerpot without using a separate power.

According to the present invention, there is an advantage in that nutrients generated in a fish tank for raising fish can be supplied to plants in a mixed state with water.

According to the present invention, after precipitating chlorine and disinfectant mixed in stored water, it is supplied to a fish tank, prevents fish from dying, and an environment in which fish can be raised without a separate oxygen supply by oxygen mixed in the introduced water. It has a sustaining effect.

According to the present invention, there is an advantage that the water stored in the pot can be supplied to the plant through the soil or wick irrigation method.

According to the present invention, there is an advantage that can be installed regardless of location through various arrangements by separately providing a fish tank and a flowerpot and providing water through a storage unit.

1 is a conceptual view showing a water level controllable fish tank and plant pot cultivation apparatus according to the present invention;
2 is a cross-sectional view showing a buoyancy means according to the present invention;
3 is a cross-sectional view showing a stopper according to the present invention;
4 is a side view showing a hook part and a support part according to the present invention;
5 is an operational view showing a water supply state according to the present invention.

Hereinafter, the water level controllable fish tank and pot plant cultivation apparatus according to the present invention will be described in detail together with the accompanying drawings.

1 is a conceptual view showing a water level controllable fish tank and a plant pot cultivation apparatus according to the present invention, Figure 2 is a cross-sectional view showing a buoyancy means according to the present invention, Figure 3 is a cross-sectional view showing a stopper according to the present invention and FIG. 4 is a side view showing a hook part and a support part according to the present invention, and FIG. 5 is an operational view showing a water supply state according to the present invention.

1 to 5, the present invention relates to a water level controllable fish tank and a plant pot cultivation device, and more specifically, stores a large amount of water to supply a certain amount according to the water level of the fish tank, and the water in the fish tank is supplied as a pot It relates to a planting device for a fish tank and flowerpot that can manage fish and plants at the same time and can be placed in a convenient location with adjustable water level.

To this end, the present invention is composed of a storage unit 10, a fish tank 20, a hose 30 and a flowerpot 40 so that the stored water can be supplied to the fish tank 20 and plants to always maintain a predetermined water level.

The storage unit 10 is formed with a discharge hole for discharging a predetermined amount of water for storing water.

The fish tank 20 is connected to the storage unit 10 to store water according to a predetermined water level, and discharges the water through the first discharge groove 21 formed at the top.

One side of the hose 30 is connected to the first discharge groove 21, and the second discharge groove 31 for discharging water is formed by branching the other side.

The flowerpot 40 is provided with a supply groove 41 connected to the second discharge groove 31 of the hose 30 at the bottom to receive the water discharged from the fish tank 20 and supply it to the planted plant. A number of are provided.

Therefore, the water stored in the storage unit 10 can always be supplied in a certain amount according to the water level of the fish tank 20 to maintain the water level of the fish tank 20, and the water supplied to the fish tank 20 is supplied to the pot 40 by supplying it. Water can be supplied to the flowerpot 40 .

The storage unit 10 is located above the water level of the water stored in the fish tank 20, and the supply groove 41 of the pot 40 is located slightly below the water level of the fish tank 20, the The fish tank 20 and the pot 40 are arranged to maintain the same water level.

That is, as shown in FIG. 1 , when maintaining the fish tank water level L1 of the fish tank 20, the storage unit is located above the fish tank water level L1, and the supply groove 41 of the pot is located at the fish tank water level. It is located at a height (H1) lower than (L1).

Through this, the water level L1 of the fish tank and the water level L2 of the pot 40 are maintained at the same water level.

Through this, it is possible to supply water and conveniently install water so that a certain amount of water level can be maintained in the fish tank 20 and the flowerpot 40 due to the height difference without the need for separate power and electric power.

Each configuration for this purpose is described in detail as follows.

First, the storage unit 10 is made to easily replenish water, and to supply the stored water according to the water level of the fish tank 20 .

Therefore, it is made of a container capable of storing water therein, and a discharge hole for discharging the stored water is formed in the lower portion.

At this time, the buoyancy means 13 or the stopper 15 connected to the discharge hole for discharging water according to the water level of the fish tank 20 and the pot 40 is formed.

Accordingly, as an example in which the buoyancy means 13 is formed in the storage unit 10 , it consists of a storage container 10a, a supply pipe 12 , and a buoyancy means 13 .

The storage container (10a) stores a large amount of water, the outlet 11 for discharging the water is formed.

One side of the supply pipe 12 is connected to the outlet 11 , and the other side is disposed inside the fish tank 20 to supply water.

The buoyancy means 13 is formed at the other end of the supply pipe 12 , and is disposed at the upper end of the fish tank 20 to supply water according to the water level of the fish tank 20 .

The buoyancy means 13 has a supply hole 13d to which the supply pipe 12 is connected, a drain hole 13e is formed in the sewage, and a body installed at the inner upper end of the fish tank 20 ( 13a), an opening/closing member 13b that is rotatably installed inside the body 13a to open and close the supply hole 13d at one end, and is formed at the other end of the opening/closing member 13b and introduced It consists of a buoyancy tube (13c) for rotating the opening and closing member (13b) according to the water level.

Therefore, the water stored in the storage container (10a) is introduced into the fish tank 20 through the supply pipe (12), in accordance with the height of the buoyancy means (13) installed inside the fish tank (20) of the fish tank (20). Adjust the water level.

At this time, the buoyancy means 13 moves the buoyancy tube 13c by the water introduced into the fish tank 20 and opens and closes the supply hole 13d through the opening and closing member 13b to open and close the storage container ( Adjust the water inflow in step 10a) according to the water level.

Here, the body 13a receives water through the supply hole 13d, and drains the water into the fish tank 20 through the drain hole 13e.

Next, as an example in which the stopper 15 is formed in the storage unit 10 , it includes a storage container 10a, a case 14 and a stopper 15 .

The storage container 10a stores a large amount of water, and the outlet 11 for discharging water is formed.

The storage container (10a) is inserted, and the case 14 installed on the upper end of the fish tank (20),

It is coupled to the outlet 11 of the storage container 10a and is in close contact with the case 14 and consists of a stopper 15 for discharging water,

The stopper 15 has an upper end coupled to the outlet 11, a partition wall 16a having a flow path groove 16b in the middle, and a stopper body 16 having a plurality of drain grooves 16c formed at the lower end. ), a sliding part 17a disposed under the stopper body 16 and moving up and down in the inside of the stopper body 16, and formed at the upper end of the sliding part 17a to prevent the inflow and outflow of fluid An elastic member (18, 17c) formed to cover the upper end of the flow path groove (16b) to block it, and a switching part (17c) formed at the lower end of the sliding part (17a) and closely attached to the case (14) It is disposed between the blocking member 17 made of The portion 17b is made of an elastic member 18 that is in close contact with the channel groove 16b.

That is, the stopper 15 is coupled to the outlet 11 of the storage container 10a, and when in close contact with the case 14 installed in the fish tank 20, the blocking member 17 is the case 14 ), the blocking portion 17b is opened to open the flow path groove 16b of the cap body 16 .

Therefore, when the channel groove 16b is opened, the water in the storage container 10a passes through the channel groove 16b and the water is supplied to the fish tank 20 through the drain groove 16c.

And when the stopper 15 is removed from the case 14, the blocking member 17 is lowered by the elastic member 18 to block the flow path groove 16b through the blocking portion 17b so that water prevent discharge.

Therefore, the water level of the fish tank 20 can be constantly maintained through the water supplied from the storage container 10a through the stopper 15 .

In this way, the opening and closing member 13b can supply water to the fish tank 20 in a state spaced apart from the fish tank 20 to maintain a certain water level, and the stopper 15 is installed in the fish tank 20 Water can be supplied to maintain a certain water level.

At this time, the water supplied to the fish tank 20 can be used without power by supplying it using a height difference without a separate power.

And the storage unit 10 always supplies a certain amount of water to the fish tank 20, but the supply speed moves remarkably slowly, so that the ingredients such as chlorine and disinfectant mixed in the water are supplied in a state in which a trace amount is mixed, so that the fish grows but no adverse effect occurs.

Next, the fish tank 20 may receive water from the storage unit 10 to raise fish while maintaining a predetermined water level.

Here, the fish tank 20 has a space inside which a plurality of fish can move, and maintains the tank water level L1 by the water supplied from the storage unit 10 .

Accordingly, the water supplied to the fish tank 20 is supplied to the pot 40 through the first discharge groove 21 .

At this time, the water supplied to the fish tank 20 supplies nutrients to the plants planted in the pot 40 by supplying water mixed with the bowel movements of fish.

In addition, the fish tank 20 receives water from the storage unit 10 and supplies water from the storage unit 10 to the fish tank 20 steadily through the process of being supplied to the pot 40 .

Through this, the water of the fish tank 20 is supplied and discharged all the time, and oxygen mixed with the water supplied from the storage unit 10 is supplied, so there is no need to provide a separate oxygen generator.

In addition, the water of the fish tank 20 is supplied and discharged all the time, so that it is possible to easily raise fish without the need to replace the stored water for a long period of time.

Next, the hose 30 supplies the water discharged from the fish tank 20 to the plurality of pots 40 .

To this end, the hose 30 has a plurality of branches on the other side connected to the flowerpot 40 to supply water to a plurality of the flowerpots 40 at the same time.

At this time, a plurality of valves 32 are formed on the other side of the hose 30 according to the branched positions.

The valve 32 may open and close the inside of the hose 30 to control the amount of water supplied to the flowerpot 40 and to supply and block water.

Through this, it is possible to adjust the amount of water individually introduced into the plurality of flowerpots 40 , and by blocking the supply state, water is prevented from being discharged in a state not connected to the flowerpot 40 .

In addition, the hose 30 allows a user to supply and block water by opening and closing the valve 32 according to the amount of water stored in the flowerpot 40 .

Next, plants are planted in the pot 40 , and water flowing in through the hose 30 is supplied through the supply groove 41 and stored.

At this time, the pot 40 maintains the same water level as the water level stored in the fish tank 20 .

And the flowerpot 40 supplies the introduced water directly to the plant or through a wick irrigation method.

That is, by planting soil and plants in the pot 40 , the introduced water is absorbed into the soil while maintaining a certain water level and supplied to the plant, or a space for storing water is formed at the bottom of the pot 40 , and the wick Water is sucked in and supplied to plants through irrigation.

The flowerpot 40 is selected by the user according to the type of plant and the installation environment.

And the storage unit 10, the fish tank 20, and the hook portion 50 formed on the outer surface of the pot 40, and the storage section 10, the fish tank 20 and the pot 40 It is provided as a support part 60 in the form of a lattice on which the hook part 50 is seated.

Through this, the storage unit 10, the fish tank 20, and the flowerpot 40 are installed in the support unit 60 according to the height, so that water can be smoothly supplied to maintain a certain amount of water level.

The support portion 60 includes a frame 61 , a fixing portion 62 , and a supporter 63 .

The frame 61 is formed with a grid-shaped hooking network 61a, and the hook 50 is installed therein.

Therefore, the hanging network 61a is installed so that the hanging part 50 can be installed by adjusting the heights of the storage part 10, the fish tank 20 and the flowerpot 40 through a grid shape. It is possible.

The fixing part 62 is formed on the frame 61 and fixed to the wall surface.

The fixing part 62 is formed on the outside of the frame 61 so as to be fixed to the wall surface through bolts, nails, or the like.

The support 63 is coupled to the outer surface of the frame 61 to support the ground.

The support 63 is detachably coupled to both sides or the lower surface to support the frame 61 .

Through this, the frame 61 is supported through the support 63 , and when the frame 61 is installed on a wall, the support 63 can be separated for use.

Next, the state of use according to the present invention will be described.

First, the storage unit 10 , the fish tank 20 and the flowerpot 40 are disposed.

Here, the storage unit 10 is located above the fish tank 20, and the pot 40 has the second discharge groove below the fish tank water level L1 of the fish tank 20, and the hose ( 30) is used to connect the first discharge groove 21 and the supply groove 41 .

In this case, the hose 30 controls the inflow of water by manipulating the valve 32 in accordance with the plants and water levels of the connected plurality of flowerpots 40 , and opens and closes to supply or block water.

Therefore, the water stored in the storage unit 10 is supplied according to the water level of the fish tank 20 , and the water stored in the fish tank 20 is supplied to the pot 40 , and the fish tank 20 and the pot 40 . ) will remain at the same level.

Here, the storage unit 10 is arranged as described above by selecting either the opening/closing member 13b or the stopper 15 according to the installation position of the storage container 10a, and the environment, location and user can be installed conveniently.

Through this, the water stored in the storage unit 10 can be maintained for a long time without separate management when a certain amount of water is always supplied according to the water level of the fish tank 20 and the flowerpot 40 .

In addition, the water of the fish tank 20 is supplied to the pot 40 and a certain amount is continuously discharged, and the amount of discharged water is supplied from the storage unit 10 to the inside of the fish tank 20 without a separate oxygen supply. It can provide oxygen to fish.

In addition, water containing components such as salt and disinfectant is precipitated by the storage unit 10 and a small amount is introduced into the fish tank 20 so as not to affect the growth of the fish.

In addition, water including various nutrients generated in the fish tank 20 is supplied to the pot 40 to supply nutrients to the plants.

Through this, the water stored in the storage unit 10 is supplied according to the water level without a separate power, so that it is easy to install, and it is possible to create an environment in which fish can grow without a separate power even in the fish tank 20 .

In addition, the storage unit 10, the fish tank 20, and the pot 40 can be conveniently positioned and conveniently arranged by adjusting the height through the frame 61.

In addition, the fish tank 20 and the flowerpot 40 supply water without power, and the frame 61 can be placed on a wall or the ground, so that the user can place it at a desired location.

As described above, the rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those of ordinary skill in the art may make various modifications and adaptations within the scope of the claims. It is self-evident that you can

10: storage unit 10a: storage container 11: outlet
12: supply pipe 13: buoyancy means
13a: body 13b: opening and closing member
13c: buoyancy tank 13d: supply hole
13e: drain hole 14: case
15: stopper 16: stopper body part
16a: bulkhead 16b: euro home
16c: drain groove 17: blocking member
17a: sliding part 17b: blocking part
17c: switching unit 18: elastic member
20: fish tank 21: first discharge home
30: hose 31: second discharge groove 32: valve
40: flowerpot 41: supply home
50: hook part
60: support 61: frame 61a: hook net
62: fixing part 63: support
L1: fish tank water level
L2: Pot level
H1: height

Claims (5)

a storage unit 10 having an outlet 11 for discharging a predetermined amount of water for storing water;
a fish tank 20 connected to the storage unit 10 to store water according to a predetermined water level, and discharging water through the first discharge groove 21;
a hose 30 having one side connected to the first discharge groove 21 and having a second discharge groove 31 for discharging water by branching the other side;
A supply groove 41 connected to the second discharge groove 31 of the hose 30 is formed at the lower end to receive water discharged from the fish tank 20 and supply a plurality of pots 40 to the planted plants. );
And the storage unit (10), the fish tank (20) and the hook unit (50) formed on the outer surface of the flowerpot (40),
The storage unit 10, the fish tank 20, and the hanging unit 50 of the flowerpot 40 is made of a support unit 60 in the form of a grid on which is seated,
The support part 60,
A frame 61 having a lattice-shaped hanging net 61a formed therein;
A fixing part 62 formed in the frame 61 and fixed to the wall surface;
A water level controllable fish tank and pot cultivation apparatus, characterized in that it comprises a support (63) coupled to the outer surface of the frame (61) to support the ground. The method of claim 1,
The storage unit 10 is located above the water level of the water stored in the fish tank 20, and the supply groove 41 of the pot 40 is located slightly below the water level of the fish tank 20, the The fish tank 20 and the pot 40 maintain the same water level. The method of claim 1,
The storage unit 10,
A storage container (10a) for storing a large amount of water and having the outlet (11) for discharging water (10a);
A supply pipe 12 having one side connected to the outlet 11 and the other side disposed inside the fish tank 20 to supply water;
It is formed at the other end of the supply pipe (12) and is disposed at the upper end of the fish tank (20) and consists of a buoyancy means (13) for supplying water according to the water level of the fish tank (20),
The buoyancy means 13,
A supply hole (13d) to which the supply pipe (12) is connected is formed in the upper portion, and a body (13a) installed at the inner upper end of the fish tank (20);
an opening and closing member (13b) rotatably installed inside the body (13a) to open and close the supply groove at one end;
A water level controllable fish tank and flowerpot cultivation apparatus, characterized in that it comprises a buoyancy tube (13c) formed at the other end of the opening/closing member (13b) and rotating the opening/closing member (13b) according to the level of the introduced water. The method of claim 1,
The storage unit 10,
A storage container (10a) for storing a large amount of water and having the outlet (11) for discharging water (10a);
The storage container (10a) is inserted, the case 14 is installed on the upper end of the fish tank (20),
It is coupled to the outlet 11 of the storage container 10a and is in close contact with the case 14 and consists of a stopper 15 for discharging water,
The stopper 15,
The upper end is coupled to the outlet 11, the stopper body 16 having a partition wall 16a having a flow path groove 16b in the middle, and having a plurality of drain grooves 16c formed at the lower end thereof;
A sliding portion 17a disposed under the stopper body 16 and moving vertically inside the stopper body 16, and formed at the upper end of the sliding portion 17a to block the input and output of fluid A blocking member 17 comprising a blocking portion 17b covering the upper end of the flow path groove 16b and a switching portion 17c formed at the lower end of the sliding portion 17a and in close contact with the case 14 . )Wow,
It is disposed between the switching part 17c and the partition wall 16a and when the pressing force applied to the blocking member 17 is released, the blocking member 17 is returned to its original state so that the blocking part 17b is formed in the channel groove ( 16b) A cultivation device for a fish tank and a pot with water level control, characterized in that it is made of an elastic member (18) in close contact with it.

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