KR101698643B1 - All-in-one filter apparatus for fish tank - Google Patents

Abstract

The present invention relates to a water filtration apparatus for continuously circulating water contained in a water tank by sucking water in the water tank and discharging it back into the water tank in a clean and purified state, A body portion made of a housing; A control unit formed at one side of the housing to control operation of the apparatus; A circulation filtration unit installed outside the housing and circulating the water in the water tank by the operation of the pump, filtering the water inside the water tank by the filter medium, and circulating the water to the upper surface filtration unit and the wet-dry filtration unit; An upper surface filtration unit formed on the inner side of the housing and circulating through the circulation filtration unit and having a plurality of partition walls spaced apart at predetermined intervals and filled with a filter medium; A wet-dry filtration unit formed on the other side of the housing, the wet-dry filtration unit including water circulated by the circulation filtration unit and having a plurality of filter plates installed therein and a filter medium packed between the filter plates; And an illumination unit installed at a lower portion of the housing to provide illumination to a lower water tank.

Description

{ALL-IN-ONE FILTER APPARATUS FOR FISH TANK}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a water filtration apparatus, and more particularly, to a water filtration apparatus which is capable of continuously circulating water contained in a water tank by sucking water in the water tank, To a still filtration apparatus.

Generally, aquarium is a collection facility for collecting various kinds of fish, crustaceans, aquatic plants, etc. living in the water, such as a fish tank or an aquarium, and arranging the creatures living in the water in an environment suitable for their ecological conditions, It is used as an interior accessory in the living room and so on.

There are various types of water tanks, and there are top filter, bottom filter, side filter, and external filter classified according to installation position. Classification can be classified into physical filtration, chemical filtration, and biological filtration according to the filtration method, It can be installed according to installation condition and environment.

In addition, since the internal environment of a water tank is extremely limited in space, individual water quantity, proper water temperature and dissolved oxygen amount, it is difficult to grow an excessively high number of organisms together in a water tank, or water temperature is not suitable for growth, In this case, creatures inside the tank can be killed.

In addition, the aquarium is a facility that collects several living things together. Therefore, if you use the fish for a long time, various kinds of germs will breed due to fish food and excrement inside the tank. Therefore, Should be purified to maintain cleanliness.

Patent Document 1 discloses a filter for a water tank, which comprises a horizontal partition having a horizontal shape in which an inner space of an aquarium having a certain shape is horizontally partitioned into an upper culture zone and a lower filtration zone, And a filtration device mounted on a predetermined portion of the horizontal partition and having a filtration filter for sucking and filtering the water in the culture zone and discharging the water to the filtration zone. The horizontal partition has pores, A plurality of support bars having a predetermined height and provided at a predetermined portion of the lower outer periphery of the horizontal plate and a side plate to which both side ends are respectively fastened between one support bar adjacent to the other support bar and the other support bar, A plurality of horizontal partitioning members including the horizontal plate, the support plate and the side plate are fastened in plural in the horizontal direction This aquarium has a filtering function is configured is disclosed.

Patent Document 2 discloses a filtration tank for supplying filtered water or foreign matter through an inflow pipe and filtering the filtered water, and a circulation unit for introducing the filtered water through the outflow pipe back into the water tank, A cover having an inlet pipe connected to the side thereof and a plurality of elongated water holes communicating with each other from one side to the other on the bottom surface thereof; A plurality of drainage guides provided inside the case so as to correspond to the respective downward directions of the water supply holes respectively along the longitudinal direction; And an elongated filter medium installed longitudinally between each of the guides. A filtration device is disclosed.

Patent Document 3 discloses a conventional art in which a suction chamber mounted on a top of a water tank and sucking water in a water tank by a pump and a filtration unit connected to a side surface of the suction chamber to move and suck the water sucked into the suction chamber And a filtration chamber for discharging the water filtered by the water tank, the water in the water tank is sucked, filtered, and returned to the water tank. The suction chamber is hermetically connected to the lower portion and drives the impeller The impeller is covered with the impeller, and the suction end is formed with a "C" shape. The end is connected to the suction pipe which is submerged in the water tank. The discharge end is formed as an outlet opening at the upper end and open at the end. And a partition between the suction chamber and the filtration chamber is at least higher than the upper surface of the impeller airtight portion. Expression may filter is disclosed.

However, Patent Documents 1 and 2 are bottom-surface filtration systems installed inside a water tank, and Patent Document 3 is a hanging type used by hanging on the top of a water tank, so that the space utilization inside the water tank is lowered and the inside of the water tank looks dirty, There is a problem of harming aesthetics.

In addition, since the flow of water flowing in the filter of the prior arts is static and the water level is always kept constant, oil film is formed on the side and the bottom, sludge remains and odor is generated, the filtration function is deteriorated, There is a risk of fire due to overheating or breakdown.

In addition, the above-mentioned prior arts have a simple filtration function and are not equipped with various installation conditions of the water tank and various functions required for the ecological environment, so that it is difficult to use them conveniently. There is a problem that a complicated operation is required to connect the purchased device to the filter.

Korean Registered Patent No. 10-1156799 (issued on June 6, 2012) Korean Patent Laid-Open Publication No. 10-2013-0014140 (Published in 2013. 2.7) Korean Registered Patent No. 10-1149555 (issued on June 30, 2012)

SUMMARY OF THE INVENTION The present invention has been conceived to solve all of the problems described above. It is an object of the present invention to combine the upper surface filtration method and the wet-dry method into one and to combine various functional members such as an LED lamp, a cooling fan, Water and water falling from the wet-dry filter meet with each other to form a bubble trap, so that oxygen can be prevented from entering the water in the water tank And can be conveniently used with various functions required for the ecological environment of aquatic creatures without additional cost and operation due to the separate purchase and installation of members, and can be conveniently installed and operated in an all-in-one manner, The object of the present invention is to provide a quiet all-in-one filtering device.

In addition, since space is not occupied inside the water tank, the space utilization is increased and the aesthetic appearance is good. The filtration device is located outside the water tank, so that the installation is easy and maintenance of the filter medium is easy. And an object of the present invention is to provide an all-in-one filtering apparatus for a water tank which can be easily cleaned, shorten the cleaning cycle, maintain the interior of the water tank at all times, and harmonize with the aquatic environment.

In order to solve the above-described problems, the present invention provides a washing machine comprising: a body part comprising a housing provided above a water tank; A control unit formed at one side of the housing to control operation of the apparatus; A circulation filtration unit installed outside the housing and circulating the water in the water tank by the operation of the pump, filtering the water inside the water tank by the filter medium, and circulating the water to the upper surface filtration unit and the wet-dry filtration unit; An upper surface filtration unit formed on the inner side of the housing and circulating through the circulation filtration unit and having a plurality of partition walls spaced apart at predetermined intervals and filled with a filter medium; A wet-dry filtration unit formed on the other side of the housing, the wet-dry filtration unit including water circulated by the circulation filtration unit and having a plurality of filter plates installed therein and a filter medium packed between the filter plates; And an illumination unit installed at a lower portion of the housing to provide illumination to a lower water tank.

At this time, the body portion is also characterized in that a ventilation hole is formed in the upper portion of the housing, and a digital thermometer is installed on the front surface.

In addition, the circulation filtration unit may include an external filter installed outside the water tank, the pump being built in and the filter material being filled in, and an inflow pipe arranged to allow water in the water tank sucked by the pump to flow into the external filter, A Y-shaped insert tube connected to the outlet pipe, and a first branch pipe branched to one side of the insert pipe to send the water to the upper filter unit, And a second branch pipe for sending the water branching to the other side of the insert pipe to the wet-dry filter unit.

The circulation filtration unit may include a side filter installed on a side surface of the water tank and having a pump built therein and a filter medium filled in the filter tank and an inflow pipe arranged to allow water in the water tank sucked by the pump to flow into the side filter. A water inlet pipe connected to the side filter to allow the filtered water to flow out, a Y-shaped insert pipe connected to the water outlet pipe, and a first water pipe branching to one side of the insert pipe, And a second branch pipe for feeding the water branching to the other side of the insert tube to the wet-dry filter portion.

Here, the second branch pipe is also characterized in that a ball valve is provided to regulate the flow rate of water supplied to the wet-dry filtration unit and dropped.

In addition, a plurality of partition walls formed in the upper surface filtration unit may have an outflow gap through which water flows out, and a partition wall having an outflow gap may be provided in the lower part of the partition wall having an outflow gap at the lower part thereof, And an outflow path for allowing water to flow upward between the partition walls is formed.

The upper surface filtration unit may further include an inlet chamber through which water filtered from the circulation filtration unit flows through an inlet port, a flow chamber in which the flow-phase filter medium is accommodated and the water introduced from the inlet chamber is filtered, And a filtration chamber filled with a filter medium to filter the water received from the flow chamber.

In addition, the flow chamber is also characterized in that a heater is provided therein.

In addition, the filtration chamber is characterized in that the auxiliary partition is formed in the both sides in the front and the auxiliary outlet is formed in the bottom surface of the auxiliary partition.

In addition, a confluence chamber in which the water discharged from the upper surface filtration portion and the wet-dry filtration portion respectively join with each other is provided in the housing, and the bubble trap is formed while water joins with each other in the confluence chamber. .

Further, the wet-dry filtration unit may include a transparent cover provided at the upper end thereof and having a receiving hole through which water is received from the circulating filtration unit, a plurality of filter plates mounted inside the container at predetermined intervals and having a plurality of filtration holes, A filtration material filled between the transparent cover and the upper filter plate, a filter material filled between the filter plate, and an outlet hole formed on the bottom surface to be connected to a discharge pipe directed toward the water tank.

Further, the wet-dry filtration unit is provided with a silencer on the upper side of the water outlet, and the silencer is installed horizontally to guide the water falling from the filter plate to one side and to join the filtered water from the upper surface filtration unit And a noise path formed on the lower side of the guide plate and guiding the water received from the inlet to the outflow hole. .

In particular, the illumination unit may include an LED bar having a plurality of LED lamps, a transparent pipe wrapped around the LED bar, a silicon cap closing the transparent pipe, an illumination cover covering a lower side of the LED bar, LED light connectors are also included.

The cooling unit may further include a cooling housing connected to the upper portion of the housing, a cooling fan fixed to the inside of the cooling housing, and a cooling unit including a cooling fan connector connected to the power source. .

The control unit includes a control box detachably attached to the housing, and a LED lighting switch, a cooling fan switch, and a cooling fan speed controller are formed on the control box. The control box includes a power supply connector, an LED power connector, It is also characterized by the provision of a cooling fan power connector.

According to the present invention, by combining the upper surface filtration method and the wet-dry method into one, and applying various functional members such as an LED lamp and a cooling fan to the filtration device and operating them together, not only the filtration power is excellent, The water coming out from the upper surface filter and the water falling from the wet-dry filter come into contact with each other to form a bubble trap, so that oxygen is supplied to the water inside the water tank without installing a separate oxygen generator. It can be conveniently used with various functions required for the ecological environment of the aquatic creatures without any additional cost and work required by the user, and it is installed and operated as an all-in-one.

In addition, since space is not occupied inside the water tank, the space utilization is increased and the aesthetic appearance is good. The filtration device is located outside the water tank, so that the installation is easy and maintenance of the filter medium is easy. So that the inside of the water tank can be kept clean at all times and the harmony with the aquatic environment can be achieved.

1 is a front view of an all-in-one water filtration apparatus according to an embodiment of the present invention.
2A and 2B are inner perspective views of an all-in-one water filtration apparatus according to an embodiment of the present invention.
FIGS. 3A and 3B are rear views of an all-in-one water filtration apparatus according to an embodiment of the present invention.
4 is a plan view of an all-in-one filtering apparatus for water supply according to an embodiment of the present invention.
FIG. 5A is a view showing a muffler according to an embodiment of the present invention, and FIG. 5B is a view illustrating an auxiliary outlet according to an embodiment of the present invention.
FIG. 6 is a use state diagram showing the filtering process of the all-in-one water filtering apparatus according to the embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, with reference to the drawings, specific details for carrying out the water-filtering all-in-one filtering apparatus according to the present invention will be described in detail with reference to examples.

1 and 2A, the water-purifying all-in-one filtering apparatus 1 according to the present invention sucks water in the water tank, filters the water, and discharges the water into the water tank again in a clean and purified state, A circulation filter unit 300, a top filter unit 400, a wet-dry filter unit 500, an illumination unit 600, and a cooling unit (not shown) 700 are all-in-one.

The body 100 includes a housing 100 provided on the upper side of a water tank. The upper portion of the housing 100 may be a lid and may be opened and closed.

A ventilation opening 120 communicating with the outside is formed on the upper portion of the housing 100 so as to maintain the internal humidity and discharge malodors. A digital thermometer 130 is installed on one side of the housing 100 to easily check the temperature of the water. .

4, the control unit 200 is formed at one side of the housing 110 to control the operation of the filtration device. The control box 210 is detachably installed, and the control box 210, An LED lighting switch 220 for turning on / off the power of the illumination unit 500, a cooling fan switch 230 for turning on / off the power of the cooling unit 700, And a dial type cooling fan speed controller 240 for controlling the operation speed of the control unit 210. A power connector 250 is connected to the power supply line on the outer circumference of the control box 210, A power connector 260 and a cooling fan power connector 270 for electrically connecting to the cooling unit 700 are provided.

3A, an external filter 310 is installed on the outside of the housing 110, the external filter 310 is installed on the outside of the water tub T, The water in the water tank T is sucked by the operation of the pump 311 and filtered by the filter material F filled in the water tank T. Then the water is circulated to the upper surface filtration unit 400 and the wet- .

The circulation filtration unit 300 is connected to the suction pipe I installed in the water tub T so that the water of the water tub T sucked by the pump 311 is discharged to the outside And flows into the filter 310 through the inlet pipe 330. The filtered water passes through the inner filter medium F and is discharged through the outlet pipe 330 to the outside.

A Y-shaped insert tube 340 is connected to the water pipe 330 and a first branch pipe 350 branched to one side of the insert pipe 340 is connected to the upper surface filtration unit 400 A second branch pipe 360 branched to the other side of the insert pipe 340 is connected to the wet-dry filter unit 500 and a ball valve 370 is connected to the second branch pipe 360 And controls the flow rate and dropping rate of the water supplied to the wet-dry filtration unit 500 to be dropped.

Referring to FIG. 3B, as another embodiment of the circulating filtration unit 300, a side filter 310 'may be provided in a side portion inside the water tub T instead of the external filter 310, The filter 310 'may be attached to the back glass of the water bath by attachment means.

At this time, the side filter 310 'includes an inlet pipe that is filled with a filter, a filter material is filled in the filter, water in the water tank sucked by the pump flows into the inside of the side filter, A first branch pipe for passing the filtered water through the inlet pipe, a Y-shaped insert pipe connected to the water pipe, a first branch pipe branched to one side of the insert pipe and sending the water to the upper surface filtration unit, And a second branch that branches off to the other side of the wet-dry filter unit 500 and sends the water to the wet-dry filter unit. A ball valve is provided on the second branch pipe, Control the flow and declination of water.

2, the upper surface filtration unit 400 is formed on the inner side of the housing 110. Water circulated by the circulation filtration unit 300 is introduced into the upper surface filtration unit 400, and a plurality of partition walls 431, Are spaced apart from each other at a predetermined interval to fill the filter medium therein.

The upper surface filtration unit 400 includes an inlet chamber 410, a flow chamber 420, a filtration chamber 430, and a confluence chamber 440.

The filtered water from the circulating filtration unit 300 flows into the inlet chamber 410 through the inlet 411 through the first branch pipe 350. The inlet (411) is provided with a joint (J) formed of an elbow pipe and is coupled to the first branch pipe (350).

The fluid chamber 420 is installed in a horizontal direction so that a louver network 422 is detachably installed therein and a fluid phase filter medium 421 is accommodated in an upper portion of the louver network 422, The inflow water is filtered while passing through the louver net 422 and the fluid-phase filter media 421. At this time, activated carbon having a large specific surface area can be used as the fluid-phase filter medium 421, and the amount of the microorganisms adhering to the activated carbon is increased, so that the adsorbed microorganisms do not fall off well, Stable and durable.

In general, ammonia is greatly increased by excretion of aquatic organisms, carcasses, food, etc. after setting a water tank, and aerobic bacteria decomposes ammonia into nitrite which is less toxic, and nitrite is soon decomposed into nitrate. These nitrates are absorbed into the blood of fishes and crustaceans and react with hemoglobin or hemocyanin, causing symptoms of partial paralysis of the oxygen transfer system of the blood, adversely affecting the color of coral, and toxic to shellfishes and crustaceans And the symptoms of sloughing and the like are exhibited.

At this time, if the louver network 422 is installed in the flow chamber 420 and the water flows upward through the plurality of fluid-phase filter media 421, water flows through the louver network 422, And the fluidized filter media 421 are rotated or flowed in the water. As a result, a layer of biofilm is formed on the surface of the fluidized filter media 421 over time, Anaerobic microorganisms grow.

Therefore, contaminants such as nitrate in the water are well adsorbed on the fluid phase filter media 421 and separated from the water. In addition, the nitrate is decomposed by the anaerobic microorganism through the denitrification process, and a clean and stabilized water tank So that physical filtration and biological filtration can be performed at the same time.

2B, the flow chamber 420 may be provided with a heater 423 therein. For example, a heater 423 may be installed during a winter season in which a room temperature is low to maintain an appropriate water temperature suitable for an aquatic environment have.

The filtration chamber 430 is filled with a filter medium F between a plurality of partition walls 431 provided in the longitudinal direction to filter the water received from the fluid chamber 420.

The plurality of partition walls 431 provided in the filtration chamber 430 are spaced apart from each other by a predetermined distance between the partition wall 431 and the ceiling surface or the bottom surface so as to allow water to flow out through the upper portion or the lower portion. An outflow gap 432 is formed so that the state can be maintained, and water is passed through the outflow gap 432.

In addition, a partition wall 431b having an outflow gap 432 is provided adjacent to an upper portion of the partition wall 431a having an outflow gap 432 at the lower portion thereof so that water can be flowed upward between the adjacent partition walls An outflow path 433 is formed.

At this time, it is preferable that the partition walls 431 formed with the outflow gap 432 between the ceiling surface and the ceiling surface are designed so that their height decreases toward downstream. For example, when the height of the first partition wall 431 is 200 mm, the height of the second partition wall 431 is 180 mm, and the height of the third partition wall 431 is 160 mm, thereby increasing the flow velocity toward the downstream.

As a result, the inflow water passes through the partition wall 431 having the outflow gap 432 above and below the filtration chamber 430 while the flow velocity thereof is increased, and the water level is continuously varied dynamically so that oxygen is supplied smoothly by the aeration Not only the filtration power by the aerobic microorganisms is increased but also the formation of the oil film or the sludge is blocked and the occurrence of decay and odor is prevented.

5B, the filtration chamber 430 is formed with the auxiliary partition wall 434 in the longitudinal direction and the auxiliary discharge port 435 is formed through the bottom surface of the auxiliary partition wall 434, Even if the flow rate or the flow rate of the water introduced into the upper surface filtration unit 400 is increased by using the pump 311 having the strong motor, the filtered water drops down into the water tank through the auxiliary water outlet 435, So that backflow of water can be prevented.

The wet-dry filtration unit 500 is formed on the other side of the housing 110, and water circulated by the circulation filtration unit 300 flows from the upper side via the second branch pipe 360.

This wet-dry filtration unit 500 is repeatedly immersed in water and then dried. Generally, when the filter medium is continuously submerged in water, the aerobic microorganisms can not grow and proliferate using dissolved oxygen in the water Therefore, the filter medium (F) can be exposed to the outside air for a certain period of time to induce explosive growth of aerobic microorganisms.

The wet-dry filtration unit 500 can easily detect contamination or clogging of the filter cloth 530 filled in the lower side by providing a transparent cover 510 at the upper end thereof, thereby periodically replacing the filter cloth 530, And a joint J formed of an elbow pipe for connection is coupled to the inlet hole so as to be connected to the transparent cover 510, And is connected to the branch pipe (360).

A plurality of filter plates 520 are mounted in the wet-dry filter unit 500 below the transparent cover 510 with predetermined vertical intervals. The filter plate 520 has a plurality of filtration holes And a filter medium F is filled between the filter plates 520.

A filter cloth 530 is filled between the transparent cover 510 and the upper filter plate 520 so that the water outlet 540 is connected to the discharge pipe O installed downward toward the water tray T. [ As shown in FIG.

In addition, it is preferable that the wet-dry filtration unit 500 is provided with a silencer 550 on the upper side of the water outlet 540.

That is, referring to FIG. 5A, the wet-dry filtration unit 500 is a system in which water is inflowed from the upper side and is filtered while being sprinkled, so that a predetermined drop occurs in the filtration unit, The muffler 550 may be installed below the wet-dry filtration unit 500 to reduce the noise due to the drop, so that the falling water is prevented from being discharged through the water outlet 540 It is.

Here, the silencer 550 is installed in a horizontal direction near the bottom surface of the induction plate 551, and guides the falling water filtered by the filter plate 520 to the one side to be filtered from the upper surface filtration unit 400 And a water inlet 552 is opened at one side of the induction plate 551 to allow the water to be merged into the interior of the induction plate 551. Water introduced from the water inlet is introduced to the lower side of the induction plate 551, Thereby forming a noise passage 553 which is a passage for guiding to the water outlet 540.

A confluence chamber 440 in which water discharged from the upper surface filtration unit 400 and the wet-dry filtration unit 500 respectively are merged is provided downstream of the filtration chamber 430, and the confluence chamber 440 Is partitioned by the wet-dry filtration unit 500 and the partition wall 441.

Referring to FIG. 6, the water in both sides of the confluence chamber 440 joins with each other to form a bubble trap B in which oxygen is aerated. The bubble trap B is supplied with effective dissolved oxygen It is possible to increase the nitrification efficiency by increasing the decomposition efficiency of the organic matter and providing an environment favorable for the growth and proliferation of the nitrifying microorganism, and the nitrogen removal rate can be increased by deaeration of the nitrogen gas by the continuous aeration.

The illumination unit 600 is installed at a lower portion of the housing 110 to selectively provide illumination to the lower tank.

That is, when the upper surface filtration unit 400 is installed in the water tub T, the general illumination is cut off and the lower part thereof becomes dark, making it difficult to grow a few seconds. In the lower part of the housing 110, ), It is possible to apply ecological lighting to aquatic organisms by applying selective illumination in the case of growing a few seconds inside the water tank (T).

The illumination unit 600 is provided with an LED bar 610 provided with a plurality of LED lamps 611. The LED bar 610 is installed so that a transparent pipe 620 is wrapped around the LED bar 610 And a light cover 630 made of polycarbonate is provided on the lower side of the LED bar 610 for a waterproof cover to form a double waterproof structure And an LED lighting connector 640 connected to the LED power connector 260 of the control unit 200 are installed.

The cooling unit 700 supplies external cold air to the inside of the housing 110 to lower the temperature of the water. The cooling unit 700 is installed on the upper part of the housing 110 to communicate with the cooling housing 710. And a cooling fan connector 730 connected to the cooling fan power connector 270 of the control unit 200 is installed in the cooling housing 710.

At this time, since the rotation speed of the cooling fan 720 can be adjusted by adjusting the cooling fan speed controller 240, the temperature of the inside of the filtration apparatus can be easily controlled and the generation of noise due to the rotation of the cooling fan can be mitigated .

6, the water-filtering all-in-one filtering apparatus 1 according to the present invention combines the top surface filtration method and the wet-dry method into one, and various functional members such as an LED lamp, a cooling fan, In addition to excellent filtration power, the oil film and sludge are prevented from being formed, and the water coming out from the upper surface filter and the water falling from the wet-dry filter meet each other to form a bubble trap, Is supplied in the water in the water tank and can be conveniently used with various functions required for the ecological environment of the aquatic life without additional cost and operation due to the separate purchase and installation of the members and is installed and operated in an all- Management cost is reduced, space utilization is increased because space is not occupied inside the water tank, It is easy to install because the filtration device is outside of the water tank. It is easy to maintain, replace, and replenish the filter media. It is easy to clean the water tank and shortens the cleaning cycle, It can be harmonized with the aquatic environment.

1. All-in-one filtering device for water supply 100. Body part
110. Housing 120. Vents
130. Digital thermometer 200. Control unit
210. Control box 220. LED light switch
230. Cooling fan switch 240. Cooling fan speed regulator
250. Power connector 260. LED power connector
270. Cooling fan power connector 300. Circulating filtration
310. External filter 310 '. Side filter
311. Pump 320. Inlet pipe 330. Outlet pipe
340. Insert tube 350. 1st tube engine
360. The second branch 370. Ball valve
400. Top surface filtration unit 410. Inlet chamber
411. Inlet 420. Flow chamber
421. Fluid phase filter media 422. Louver mesh
423. Heater 430. Filtration chamber
431. Bulkhead 432. Leakage gap
433. Runway 434. Auxiliary bulkhead
435. Auxiliary outlet 440. The confluence chamber
441. Compartment wall 500. Wet-dry filtration part
510. Transparent cover 520. Filter plate
521. Filtration Hall 530. Filtration Wool
540. Watering hole 550. Silencer
551. Guidance plate 552. Receipt
553. Noise by 600. Lighting section
610. LED bar 611. LED lamp
620. Transparent pipe 630. Lighting cover
640. LED lighting connector 700. Cooling section
710. Cooling housing 720. Cooling fan
730. Cooling fan connector B. Bubble trap
C. Power supply line F. Filter media
I. Suction tube J. Joint
O. discharge pipe T.

Claims (15)

A body part comprising a housing provided on the upper side of the water tank; A control unit formed at one side of the housing to control operation of the apparatus; A circulation filtration unit installed outside the housing and circulating the water in the water tank by the operation of the pump, filtering the water inside the water tank by the filter medium, and circulating the water to the upper surface filtration unit and the wet-dry filtration unit; An upper surface filtration unit formed on the inner side of the housing and circulating through the circulation filtration unit and having a plurality of partition walls spaced apart at predetermined intervals and filled with a filter medium; A wet-dry filtration unit formed on the other side of the housing, the wet-dry filtration unit including water circulated by the circulation filtration unit and having a plurality of filter plates installed therein and a filter medium packed between the filter plates; And a lighting unit installed at a lower portion of the housing to provide illumination to the lower tank,
Wherein the circulation filtration unit includes an external filter installed outside the water tank and having a pump therein and a filter medium filled therein, an inlet pipe configured to allow water in the water tank sucked by the pump to flow into the external filter, A first branch pipe connected to the outer filter to allow the filtered water to flow out, a Y-shaped insert pipe connected to the water pipe, and a first branch pipe branched to one side of the insert pipe to send the water, And a second branch which branches off to the other side of the insert tube and sends out the water to the wet-dry filter section.
A body part comprising a housing provided on the upper side of the water tank; A control unit formed at one side of the housing to control operation of the apparatus; A circulation filtration unit installed outside the housing and circulating the water in the water tank by the operation of the pump, filtering the water inside the water tank by the filter medium, and circulating the water to the upper surface filtration unit and the wet-dry filtration unit; An upper surface filtration unit formed on the inner side of the housing and circulating through the circulation filtration unit and having a plurality of partition walls spaced apart at predetermined intervals and filled with a filter medium; A wet-dry filtration unit formed on the other side of the housing, the wet-dry filtration unit including water circulated by the circulation filtration unit and having a plurality of filter plates installed therein and a filter medium packed between the filter plates; And a lighting unit installed at a lower portion of the housing to provide illumination to the lower tank,
The circulation filtration unit includes a side filter installed on a side surface of the water tank and having a pump built therein and filled with a filter medium, an inflow pipe for allowing water in the water tank sucked by the pump to flow into the side filter, A first branch pipe connected to the side filter to allow the filtered water to flow out, a Y-shaped insert pipe connected to the water pipe, and a first branch pipe branched to one side of the insert pipe, And a second branch which branches off to the other side of the insert tube and sends out the water to the wet-dry filter section.
3. The method according to claim 1 or 2,
Wherein the body is provided with a ventilation hole at an upper portion of the housing, and a digital thermometer is installed at a front surface thereof.
delete 3. The method according to claim 1 or 2,
Wherein the second branch pipe is provided with a ball valve and is supplied to the wet-dry filtration unit to regulate a flow rate of water to be dropped.
3. The method according to claim 1 or 2,
A plurality of partition walls formed in the upper surface filtration unit are formed with an outflow gap through which water flows out. The partition wall having an outflow gap is disposed adjacent to a partition wall having an outflow gap at a lower portion thereof. Wherein an outflow path is formed to allow water to flow out upward.
3. The method according to claim 1 or 2,
The upper surface filtration unit includes an inlet chamber through which water filtered from the circulation filtration unit flows through an inlet port, a flow chamber in which fluidized-phase filter medium is received and water introduced from the inlet chamber is filtered, And a filtration chamber for filtering the water received from the flow chamber.
8. The method of claim 7,
Wherein the flow chamber is provided with a heater therein.
8. The method of claim 7,
Wherein the filtration chamber is formed with the auxiliary partition walls in the forward direction and the auxiliary discharge ports are formed in the bottom surface of the auxiliary partition wall.
3. The method according to claim 1 or 2,
A confluence chamber in which water discharged from the upper surface filtration unit and the wet-dry filtration unit are respectively merged is provided in the housing,
Wherein the bubble trap is formed while the water joins each other in the confluence chamber.
3. The method according to claim 1 or 2,
The wet-dry filtration unit includes: a transparent cover provided at an upper end thereof and provided with a receiving hole for receiving water from the circulating filtration unit; a plurality of filter plates mounted in the upper and lower spaces at predetermined intervals and having a plurality of filtration holes; An allophone filter for water supply comprising a filter cloth filled between a cover and an upper filter plate, a filter material filled between the filter plate, and an outlet hole formed on the bottom surface to be connected to a discharge pipe directed toward the water tank.
12. The method of claim 11,
The wet-dry filtration unit is provided with a silencer on the upper side of the water outlet,
The muffler includes a guide plate installed horizontally and guiding water falling from the filter plate to one side and guiding the water to be merged with the filtered water from the upper surface filtration unit, And a noise path formed on the lower side of the guide plate and guiding the water received from the inlet to the outflow hole.
3. The method according to claim 1 or 2,
The lighting unit includes an LED bar having a plurality of LED lamps, a transparent pipe wrapped around the LED bar, a silicon cap closing the transparent pipe, a lighting cover covering a lower side of the LED bar, Connector for water supply.
3. The method according to claim 1 or 2,
The cooling apparatus according to claim 1, further comprising: a cooling housing provided in communication with an upper portion of the housing; a cooling fan fixed inside the cooling housing; and a cooling unit connected to the power source.
3. The method according to claim 1 or 2,
The control unit includes a control box detachably attached to the housing, and an LED lighting switch, a cooling fan switch, and a cooling fan speed controller are formed on the control box. A power supply connector, an LED power connector, And a power supply connector is installed on the water inlet.

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