KR20170045079A - A maintenance and management system of aquarium - Google Patents

A maintenance and management system of aquarium Download PDF

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Publication number
KR20170045079A
KR20170045079A KR1020150153280A KR20150153280A KR20170045079A KR 20170045079 A KR20170045079 A KR 20170045079A KR 1020150153280 A KR1020150153280 A KR 1020150153280A KR 20150153280 A KR20150153280 A KR 20150153280A KR 20170045079 A KR20170045079 A KR 20170045079A
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South Korea
Prior art keywords
water
aquarium
water quality
information
controller
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KR1020150153280A
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Korean (ko)
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KR101803609B1 (en
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이용복
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이용복
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    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K63/00—Receptacles for live fish, e.g. aquaria; Terraria
    • A01K63/04—Arrangements for treating water specially adapted to receptacles for live fish
    • B01D23/16—
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D24/00—Filters comprising loose filtering material, i.e. filtering material without any binder between the individual particles or fibres thereof
    • B01D24/02—Filters comprising loose filtering material, i.e. filtering material without any binder between the individual particles or fibres thereof with the filter bed stationary during the filtration
    • B01D24/10—Filters comprising loose filtering material, i.e. filtering material without any binder between the individual particles or fibres thereof with the filter bed stationary during the filtration the filtering material being held in a closed container
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/008—Control or steering systems not provided for elsewhere in subclass C02F
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/28—Treatment of water, waste water, or sewage by sorption
    • C02F1/281—Treatment of water, waste water, or sewage by sorption using inorganic sorbents
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/28—Treatment of water, waste water, or sewage by sorption
    • C02F1/283—Treatment of water, waste water, or sewage by sorption using coal, charred products, or inorganic mixtures containing them
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2209/00—Controlling or monitoring parameters in water treatment
    • C02F2209/02—Temperature
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2209/00—Controlling or monitoring parameters in water treatment
    • C02F2209/40—Liquid flow rate

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  • Life Sciences & Earth Sciences (AREA)
  • Chemical & Material Sciences (AREA)
  • Organic Chemistry (AREA)
  • Environmental & Geological Engineering (AREA)
  • Water Supply & Treatment (AREA)
  • Engineering & Computer Science (AREA)
  • Hydrology & Water Resources (AREA)
  • Environmental Sciences (AREA)
  • Marine Sciences & Fisheries (AREA)
  • Animal Husbandry (AREA)
  • Biodiversity & Conservation Biology (AREA)
  • Inorganic Chemistry (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Farming Of Fish And Shellfish (AREA)

Abstract

The present invention relates to a management system for keeping aquariums clean, and a management method therefor. In an attempt to keep the aquariums clean and manage the same in an economical way, the management system enables maintenance of fish depending on the types, sizes, or the number of fish respectively in the aquariums, especially in an aquarium which is clustered in specific places such as sushi restaurants, thereby ensuring centralized management.

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to aquarium maintenance management system,

The present invention is intended to maintain the aquarium clean and economical. Especially, it is possible to manage each aquarium according to the fish species or the size and the number of marbles used in the sushi restaurant which is concentrated in a specific place. This management is centralized. In addition, it is possible to manage the aquarium in different water quality conditions with easy expansion and reduction of the aquarium.

Currently, aquariums are used mainly for the provision of live fish in sushi restaurants, which are located in Seoul and other parts of the province. Especially, the survival of the aquarist (12 ~ 13 ℃) and urek (9 ~ 11 ℃) or sea bream (14 ~ 16 ℃) And the survival temperature of shellfish such as seaweeds and scallops, and molluscs such as octopus and sea cucumber are also different from each other, In the case of aquarium fish, the bubbles are generated due to the secretions of the live fishes and the impurities in the seawater. Therefore, when these bubbles are not removed from time to time, they are visually unsanitary. It is required that a lot of effort is required for economical or management in the operated sushi restaurant.

In addition, these aquariums should be shielded from ultraviolet light by shielding film, and it is necessary to store the appropriate number of digits in the aquarium (about 20 ~ 30㎏ of live fish per ton of water), and the water of such aquarium should be exchanged at least once every 7 days , The inside of the aquarium should be cleaned every time the water of the aquarium is exchanged, and the drain pipes 202 of the plastic used for the aquarium should remove the waste accumulated therein at least once every three months, The filtration tank for filtering the sludge and the like should be cleaned at least once every two weeks, and the filter cloth, filtration sponge, etc. used in the filtration tank should be replaced every two months whenever possible.

These are defined by the management guidelines of a sushi aquarium, but it is impossible to keep them in memory and keep them in order. Especially, it is inconvenient to remove bubbles every 20 ~ 30 minutes to remove bubbles. The difoamer, which is a kind of defoamer, is sprayed by using an atomizer to dissolve it.

In addition, as the aquarium can not be cleaned repeatedly within a certain period of time, the moss is removed using the pesticide ingredient Simazine or Diuron to remove the moss generated on the inner wall of the aquarium, It is clear that the moss will not become.

However, in such a case, the pesticide ingredient used is absorbed into the living body, and thus the health of consumers who eat it is adversely affected.

In addition, water in the aquarium is about 1 ton. When water is exchanged, water in the aquarium is not discharged. However, water vehicles carrying water are discharged to the ground or river in order to reduce the weight. In this case, Of the seawater enters the earth or river and changes the farmland, and the ecosystem can be destroyed.

Therefore, a lot of things are proposed to filter or sterilize water in an aquarium.

However, these things are expensive to install individually in a sushi shop, so that the sushi price of sushi is increased.

In addition, such filtration or sterilization apparatus can not be operated in such a repair process if a repair is delayed due to a lapse of a predetermined time or a frequent failure.

Korean Registered Utility Model No. 20-0204966 (registered on June 19, 2000) Korean Patent Registration No. 10-0898180 (registered date: 10-089189)

Therefore, in the present invention, the water of the aquarium used in the meander or the marine market where the sushi is gathered in a specific place is centrally managed, and thus the management and the operation of the aquarium are available.

In addition, the present invention is not only different in fishes caught by the seasons during the centralized management, but also environments for managing the fish species are different from each other. As a result, So that you can control it.

To this end, the present invention provides a management center having a plurality of aquariums installed therein;

A reservoir for supplying stored water to each aquarium;

And a filtration facility for collecting purified water by filtering the water discharged from each aquarium and discharging it to the outside or sending it to the water storage facility for reuse,

One or more main supply pipes are installed in the water storage facility to supply clean water to the maintenance center 200. At least one supply pump 101 is installed in the main supply pipe and water And an opening / closing valve for filling the pumped water into the inside of the aquarium by opening the inlet port of the branch pipe 103,

A water discharge pipe 202 for discharging water to the outside is installed in the aquarium and a main discharge pipe 204 for discharging water to the filtration facility 300 is installed in the water discharge pipe 202, (Drain device 203) is provided in the main body,

One or more connection pipes 302 are connected to the water storage facility in the filtration facility 300 and a water storage pump 301 is installed in the connection pipe 302 to store the filtered water in the water storage facility In addition,

In the filtration facility 300 or the water storage facility, two or more external pipes 303 are installed to receive clean water from the outside or to discharge the filtered water,

It is characterized by an aquarium management system that can maintain the cleanliness of the entire aquarium and enable economical water quality management by circulating the water contained in each aquarium and reusing it or discharging it through a water treatment process.

In addition, according to the present invention, a sub controller (20) is provided in each aquarium to control the driving means on the basis of the water quality information of the aquarium through the sensing means and to control the water quality of the aquarium to be within the set range .

In the present invention, the filtration facility 300 is controlled to filter the water discharged from each aquarium. When the water level of the water stored in the water storage facility is lower than the set level, the water storage pump 301 is driven to operate the filtration facility 300 and supplies the filtered water to each of the limbs. When the water level of the water stored in the water storage facility is equal to or greater than the set water level, the water filtered by the filtration facility 300 is supplied to the external pipe 303, And a main controller (10) for controlling the main controller

Further, in the present invention, when the sub-controller 20 confirms the quality of water sent from the sub-controller 20 and the water quality of the aquarium is out of the set range, the controller generates an instruction command indicating that the water quality of the aquarium is within the set range, And a water quality management server (30) for transmitting the data to the sub controller (20) and the main controller (10) of the aquarium.

The present invention enables the management of aquariums in the same condition by centralized management of the aquariums distributed and distributed in the aquaria and the marine market, and it is possible to manage the aquarium according to the size of the aquarium or according to live fishes, shellfishes or mollusks contained in the aquarium The seawater that is made available and used is water treatment or abandoned and is abandoned and is excellent in environmental protection. In the case of a company using each aquarium, hygienic management is possible at low cost.

In addition, when the water quality is centrally managed, the number of new aquariums can be further expanded or reduced in accordance with the season, and the environment of the aquarium can be easily controlled.

1 is an exemplary diagram of a management system according to an embodiment of the present invention.
2 is a schematic diagram of a management system in accordance with an embodiment of the present invention.
3 is a block diagram of a management system in accordance with an embodiment of the present invention.
4 is a block diagram of a main controller 10 for controlling a filtration tank and a reservoir according to an embodiment of the present invention.
5 is a block diagram of a sub-controller 20 that controls each aquarium according to an embodiment of the present invention.
6 is an exemplary view showing a water quality management server 30 managing a main controller 10 and a sub-controller 20 according to an embodiment of the present invention.
7 is a block diagram showing a configuration of a water quality management server 30 according to an embodiment of the present invention.
8 is a flowchart of a management system according to an embodiment of the present invention;
9 is a flowchart of another management system according to another embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a schematic view illustrating an aquarium, a filtration facility, and a water storage facility according to an embodiment of the present invention.

As shown in the drawings, the present invention provides a water treatment system comprising a management center 200 having a plurality of aquariums for separating seafood such as octopus and sea squirt according to the type of seafood, And a filtration facility 300 for filtering the water discharged from each aquarium to secure purified water and discharging the purified water to the outside or sending it to the water storage facility 100 for storage .

At this time, the water storage facility 100 stores clean filtered water through the filtration facility 300, and may receive and store water from the outside at times. In some embodiments, It is also possible to control the temperature and salinity of the water required by each aquarium, including the tank, and then supply it to each aquarium.

One or more main supply pipes 102 are installed in the water storage facility 100 to supply clean water to the maintenance center 200 and water is pumped to the maintenance center 200 through the main supply pipe 102 One or more feed pumps 101 for feeding are provided. For reference, the main supply pipe 102 is provided with a branch pipe 103 for supplying water pumped into each aquarium, and the branch pipe 103 is provided with an inlet opening to fill the water pumped into the aquarium. Off valve is provided.

At this time, as shown in FIG. 2, the aquarium 201 is provided with a sub-controller 20 for each aquarium, and the sub-controller checks the temperature, salinity or turbidity of the water to display water quality information Depending on the embodiment, the type of seafood and seafood contained in the aquarium, the replacement time of the water, and the management status of when all the water is discharged and cleaned is displayed.

In addition, the aquarium 201 is controlled so that the state of the water is kept constant by the sub-controller 20, and when the water level falls below the set range or the turbidity increases, Or to discharge the water that it contains.

In addition, a camera may be installed in the aquarium 201 according to an embodiment, and the state or the water quality state of seafood or seafood existing inside the aquarium through the camera is transmitted to the water quality management server 30 located at a remote place The water quality of the entire aquarium can be managed by the water quality management server 30 located at a remote place while being visually monitored.

The aquarium 201 is provided with a drain pipe 202 for discharging dirty water and the drain pipe 202 is connected to the main drain pipe 204 and sent to the filtration facility 300. At this time, each drain pipe (202) is provided with a drain device (203) for draining the soiled water by the main drain pipe (204)).

At this time, the filtration facility 300 filters the collected water and reuses it or discharges it to the outside. For reference, the filtration facility 300 primarily filters the secretions or impurities that are blown by live fishes using a sand layer, passes through an activated carbon layer for adsorbing various bacteria or organic matter in a primary filtration state in the sand layer, do. In this case, the activated carbon is injection molded in the form of a certain block and treated in a single housing, so that a large amount of seawater can be treated and the lifetime of the activated carbon can be maintained for a long time. The filtration facility 300 may include a plurality of filtration tanks. In some filtration tanks, a sterilizing device may be installed to remove bacteria such as Vibrio bacteria or Salmonella bacteria that may remain in the filtered water . In the present invention, it is possible to remove microorganisms remaining in the seawater by installing an ozone generator and an ultraviolet device. In the present invention, however, OH radicals (Radical) having strong oxidizing power are generated by irradiating ultraviolet rays on the surface of the photocatalyst, It is possible to secure sterilization processing ability of 99% or more.

The filtration facility 300 may include at least one connection pipe 302 connected to the water storage facility 100 and for filtering the water filtered through the connection pipe 302 into the water storage facility 100, A water pump 301 is installed and an external pipe 303 for discharging water to the outside or an external pipe 303 for supplying water which is insufficient from outside is provided.

3 is a block diagram schematically illustrating the configuration of a system for managing the entire aquarium, the filtration facility 300, and the water storage system 100 according to an embodiment of the present invention.

The management system according to the embodiment of the present invention includes a main controller 10 for controlling the water storage facility 100 and the filtration facility 300, and each aquarium is installed separately, A water quality management server 30 for monitoring the water quality and management status of the entire aquarium on the basis of information reported and connected to the main controller 10 and the subcontroller 20, .

For reference, the sub-controller 20 checks the water quality of the assigned aquarium and reports it to the water quality management server 30, and when the water quality is bad, the sub-controller 20 operates the aquarium drive means so that it falls within the set range Control. For example, if the subcontroller 20 confirms the water quality of the aquarium through the sensing means and confirms that the water quality is poor, the subcontroller 20 drives the drain device 203 to discharge dirty water to the outside, And receives the clean water from the facility 100 so that the water quality of the aquarium is set within the set range.

4 is a block diagram briefly showing configurations of a sub-controller 20 according to an embodiment of the present invention,

Referring to this, a sub-controller 20 is provided for each aquarium, and is connected to a sensing means provided in the vicinity of the sub-controller 20. At this time, the sensing means is installed inside the aquarium and is connected to the temperature sensing sensor for sensing the water temperature, including the water level sensor for sensing the water level. The sensing means includes a salinity sensor for sensing the salinity of the water and a turbidity sensor for detecting the quality of water contaminated by the secretions of the fish and shellfish living in the aquarium, And is connected to the sub-controller 20.

The sub-controller 20 is connected to driving means for constantly controlling the quality of the aquarium based on the information obtained through the sensing means. At this time, the driving means may include an opening / closing valve for opening or closing the inlet or outlet, and a drain 203 for discharging the sewage outside the outlet. In addition, the driving means may include a heater for maintaining the temperature of the water according to the embodiment, and an ultraviolet sterilizer for removing oxygen remaining in the wall of the oxygen supplier and the aquarium. The sub-controller 20 may include a camera module according to an embodiment of the present invention.

For reference, the sub-controller 20 may report the water quality information secured through the sensing means to the management server 30, receive the corresponding instruction command, operate the driving means to manage the water to improve water quality , The water quality of the aquarium may be set within the set range by the sub-controller 20 alone according to the embodiment.

The subcontroller 20 includes a button unit and a display unit on the outer side and a transfer unit, a water quality control unit, a water texture unit, a signal processing unit, and an instruction unit on the inner side. The driving means and the sensing means are connected to the interface.

For reference, the display unit visually displays the aquarium state information including the water quality, including the temperature of the water, the salinity, and the turbidity, as well as when the aquarium was cleaned or when the water was changed.

In addition, the water quality sensing unit acquires analog information through each level sensor, a turbidity sensor, a temperature sensor, or a saltiness sensor connected to the interface, and converts the analog information into digital information that can be recognized by the water quality controller.

Also, the water quality controller checks the water level, temperature, salinity, and turbidity of the aquarium based on the digital information reported through the water texture section. At this time, control is made to display the aquarium state information together with the water quality information through the display unit. When the determined temperature, salinity, water level, and turbidity are out of the set range, the water quality control unit instructs the transmission unit to transmit the confirmed information to the designated water quality management server 30, and receives the corresponding instruction command do. At this time, the water quality control unit may load the set range value according to the embodiment and report to the water quality management server 30 only when the water quality of the aquarium is out of the set range, and receive the instruction command.

The transmission unit may be directly connected to the water quality management server 30 through a wired line to transmit or receive the information secured by the sub-controller. However, the transmission unit may be connected to the water quality management server 30 through an IEEE 802.16 / g / n or IEEE 802.16e standard (WiFi Module), a WiMAX Module (WiMAX Module), or a low-power Bluetooth module, and is activated by the water quality controller in a sleep state to receive and transmit information have. When such a transmission unit receives an instruction command from the water quality management server 30, it applies it to the water quality control unit.

For reference, the instructor instructs the water quality control unit to improve the water quality of the aquarium by driving a valve, a heater, an oxygen generator, or an ultraviolet sterilizer, which are driving means, based on the instruction command.

At this time, the instruction unit may discharge the water of the aquarium entirely or level by level, and may improve water quality of the aquarium by receiving the water of the water storage facility 100. However, by supplying an oxygen supplier or salt or driving the sterilizer, So that the water quality can be improved.

In addition, the signal processor controls the camera module to acquire image information photographed in real time according to the H.323 protocol, and transmits the acquired image information to the channel formed through the transmitter.

In addition, the button portion may include an instruction button for allowing water to be discharged or supplied to the valve by opening / closing the valve or the drain, a button for raising or lowering the water temperature by driving the heater / cooler, A button for driving the sterilizer of the aquarium, and the like.

In addition, the sub-controller 20 may include a water quality information storage unit according to an embodiment. At this time, the water quality information storage unit may store a set range value including the temperature, salinity or turbidity of the aquarium, and the range value stored when the water quality control unit is called.

Therefore, in the present invention, even if any type of fish and shellfish is accommodated, only the sub-controller is installed in each aquarium, the water quality state is reported to the management server 30, and a new aquarium can be easily expanded or reversed .

In addition, each of the aquariums can be managed with different water quality according to the fish species while the range values set are different from each other.

5 is a block diagram briefly showing a configuration of the main controller 10 according to an embodiment of the present invention.

The main controller 10 controls the water storage facility 100 and the filtration facility 300 so as to supply necessary water to each aquarium and treat the soiled water.

At this time, the main controller 10 is connected to a filtration device for filtering the water discharged from each aquarium, and connected to a sterilizing device for removing Vibrio bacteria or Salmonella bacteria remaining in the water caught through the filtration device . The main controller 10 is connected to the open / close valve 304 and the flow meter installed in the pair of external pipes 303 to determine how much water is supplied from the outside and, conversely, You can see how much of this filtered water has been discarded.

The main controller 10 is connected to a water storage pump 301 installed in a connection pipe 302 between the water storage facility 100 and the filtration facility 300, A water level sensor for checking the amount of water and a temperature sensor for checking the stored water temperature to drive the heater or the cooler so that the temperature of the stored water is maintained within the set range, When the amount is small, the filtered water or the water is supplied from the outside through the filtration facility 300 and stored. When the salinity of the stored water is less than or equal to the reference value, the main controller 10 supplies water from the outside to raise or lower the salinity, .

The main controller 10 includes a flow rate controller, a flow rate information storage, a display, a driver, a flow rate information transmitter, and a flow rate detector

For reference, the flow rate sensing unit acquires analog information through the sensors and converts it into digital information of a type that can be recognized by the flow rate control unit. A level sensor is connected to the interface to sense how much water is in the reservoir tank and reports this to the flow controller. In addition, when the temperature sensor is connected to the interface, the temperature of the water stored in the water storage tank is sensed and reported to the flow controller. When the salinity sensor is connected to the interface, the salinity of the seawater stored in the storage tank is checked and reported to the flow controller. Also, the flow rate sensing unit checks the amount of seawater or fresh water flowing through the external pipe 303 when the interface is connected to the flow meter, and reports the flow rate to the flow rate control unit.

Also, the flow rate information transmission unit transmits the flow rate information secured through the flow rate sensing unit to the designated water quality management server 30 in response to an instruction from the flow rate control unit, receives the instruction command from the water quality management server 30, and reports the flow rate information to the flow rate control unit. The flow information transmitting unit may be a WiFi module or a WiMAX module based on IEEE (Institute of Electrical and Electronics Engineers) 802.11b / g / n or IEEE 802.16e standard, or a low- And is in a sleep state at a certain time, and is automatically activated while being activated by the flow rate control unit to transmit flow rate information.

In addition, the flow control unit controls the driving unit to manage the stored water based on the facts reported through the flow rate sensing unit, and supplies the necessary water to the aquarium.

If the amount of stored water is insufficient, the flow rate control unit reports the water amount to the water quality management server 30 based on the fact that the flow rate sensing unit is normally operated. In response to this, the filtration facility 300 instructs When the flow rate control unit confirms that the temperature of the stored water is out of the set range through the flow rate sensing unit according to the embodiment, the flow rate control unit reports the water temperature to the water quality management server 30, Or an instruction to increase the temperature is received to manage the water quality of the stored water to be within the set range. When it is confirmed that the salinity of the flow rate stored in the reservoir tank is out of the set range through the flow rate sensing unit, the flow rate controller reports the salinity to the water quality management server 30, And the salinity of the stored water is controlled to be within the set range

The flow control unit checks the value of the flow meter installed in the external pipe 303, counts the amount of water introduced from the outside or the amount of water discharged to the outside during the set period, and reports the water amount to the water quality management server 30.

In addition, the flow rate information storage unit stores flow rate information, and may store instruction commands to be reported depending on the embodiment. That is, the flow control unit loads the instruction command corresponding to the flow rate information into the flow rate information storage unit and builds the filtration facility 300 and the water storage facility 100 so as to manage the filtration facility 300 and the water storage facility 100 independently of the instruction of the water quality management server 30 It is possible.

In addition, the driving unit drives the device connected to the interface in response to an instruction from the flow rate control unit. More specifically, when the filtering device is connected to the interface, the filtering device is driven to secure the filtered water . In addition, if the sterilizing device is connected to the interface, the driving part causes the microorganisms remaining in the water to be sterilized. In addition, when the driving unit is connected to the valve through the interface, water may be supplied from outside to fill the reservoir tank with fresh water or seawater, and the salinity may be lowered or supplemented. In addition, the driving unit may discharge the filtered water to the outside when the water is overcharged in the water storage unit 100 according to the embodiment. In addition, if the driving unit is connected to the heater or the cooler through the interface, the temperature of the water stored in the water storage tank may be increased or decreased. When the driving unit is connected to the supply pump 101 through the interface, the supply pump 101 is controlled to pump the water stored in the storage tank to the main supply pipe 102 to fill each aquarium .

6 is a block diagram briefly showing a configuration of the water quality management server 30. Referring to FIG. 6,

The water quality management server 30 of the present invention reports the state of each aquarium through the subcontroller 20 and monitors the water status of each aquarium. At this time, the water quality management server 30 controls the main controller 10 to supply the water stored in the water storage facility 100 to the aquarium when the water condition is bad. In addition, the water quality management server 30 controls the state of the water of the aquarium to be within the set range according to the embodiment.

The water quality management server 30 includes a flow information and water quality information DB, a water quality information acquisition module, a flow rate information acquisition module, an aquarium management module, a display module, a flow rate control module and a water quality control module . Here, the module means a functional and structural combination of hardware and software for carrying out the technical idea of the present invention.

For reference, the flow rate information and the water quality information DB form a database of the water quality information and the flow rate information sent from the sub-controller 20 and the main controller 10, and in particular, set the range values of each aquarium. In addition, the result values for deriving such that the water quality information is within the set range value in accordance with the degree of deviation from the set range value are stored in the database.

For reference, Tables 1 and 2 below show the types of creatures and set range values that are active in each aquarium.

Classification Live fish Weather No subject Temperature (proper temperature) subject Temperature (proper temperature) 01 Flatfish 09-18 (12-13 ° C) Sora Gong 06-14 (08-11 ℃) 02 Rockfish 08-12 (09-11 ℃) scallop 06-14 (07-10 ℃) 03 bass 12-18 (14-15 < 0 > C) Repair 06-14 (08-10 ℃) 04 Sea bream 13-18 (14-16 ° C) Rice 06-14 (08-10 ℃) 05 Zuldorm 12-18 (14-15 < 0 > C) Horsehair 06-14 (08-10 ℃) 06 Seabream 12-18 (14-15 < 0 > C) silk 06-14 (08-10 ℃) 07 Nasty 07-16 (10-13 < 0 > C) Tiny shellfish 06-14 (08-10 ℃) 08 Strength Bridge 09-16 (12-13 ° C) Clam 06-16 (08-10 ℃) 09 A fagot 12-18 (14-15 < 0 > C) Back 04-10 (04-05 ℃) 10 Sashimi 09-16 (12-13 ° C) White moth 06-14 (08-10 ℃) 11 Ratfish 09-18 (10-13 ° C) Silk shell 06-14 (08-10 ℃) 12 Point siege 09-18 (12-13 ° C) Frown 06-14 (08-10 ℃) 13 Participant mi 09-16 (10-13 < 0 > C) Fleshbrush 06-14 (08-10 ℃) 14 Grease 10-20 (12-14 ° C) Match 06-14 (08-10 ℃) 15 Dodoma 12-18 (14-15 < 0 > C) Sora Gong 06-14 (08-10 ℃) 16 Bomdo 12-18 (14-15 < 0 > C) Unphysi 06-14 (08-10 ℃) 17 The 12-18 (14-15 < 0 > C) Vietnam 06-14 (08-10 ℃) 18 Chalcops 09-16 (12-13 ° C) Key shell 06-18 (14 ° C) 19 Ishigari 09-16 (12-13 ° C) Blush dog 06-14 (08-10 ℃) 20 Dry 09-16 (10-12 ° C) Black Mossy 06-14 (08-10 ℃) 21 Word mussel 06-14 (08-10 ℃) 22 Jae Jae Lee 09-16 (12-13 ° C) qn Rosa 06-14 (10-13 ° C) 23 mullet 06-13 (08-10 ℃) Stone shell 06-14 (08-10 ℃) 24 East 06-13 (08-12 ℃) Coiler 06-14 (08-10 ℃) 25 Third century 09-16 (12-13 ° C) Fierce 06-14 (08-10 ℃) 26 Geesin 09-16 (12-13 ° C) Great Shellfish 06-14 (08-10 ℃) 27 Reference 06-14 (08-10 ℃) 28 Rice cake 06-14 (08-10 ℃)

Classification Abalone Fish No subject Temperature (proper temperature) subject Temperature (proper temperature) 01 abalone 10-20 (12-14 ° C) Pacific 05-14 (10 ° C) 02 A pentacle 10-20 (12-14 ° C) Freshwater eel 05-25 (12-18 ° C) conger 05-20 (09-12 ℃) Conger eel 05-20 (09-12 ℃) Classification Mollusc No subject Temperature (proper temperature) Shrimp 01 Octopus 04-16 (10-12 < 0 > C) subject Temperature (proper temperature) 02 Phiman 04-14 (09-10 ℃) Flower 02-12 (04-06 ℃) 03 Stone octopus 06-18 (10-13 ° C) Chickpeas 02-12 (04-06 ℃) 04 Dogfight 08-20 (13-15 ° C) Great deal 10-25 (18-20 < 0 > C) 05 Sea urchin 06-16 (11 [deg.] C) 06 Red sea ginseng 04-18 (10-12 ° C) 07 Sea cucumber 04-20 (10-12 < 0 > C) moorage 08 sea squirt 02-20 (10-13 < 0 > C) subject Temperature (proper temperature) 09 Silk silk 06-26 (10-13 ° C) King Crab 02-10 (04-07 ℃) 10 Stony 04-18 (10-13 ° C) Lobsters 02-10 (04-07 ℃) 11 Juku 05-14 (09-10 ℃) snow crab 02-10 (04-07 ℃) 12 Mountain squid 06-18 (09-12 ℃) Hairy 02-10 (04-07 ℃) 13 Cuttlefish 06-18 (09-12 ℃) crab 02-10 (04-10 ℃)

For reference, the water quality information acquisition module acquires water quality information by analyzing the information sent from the sub-controllers 20, and reports the acquired water quality information to the aquarium management module.

Also, the flow information acquiring module analyzes the information sent from the main controller 10 to acquire flow information, and reports the acquired flow information to the aquarium management module.

The aquarium management module loads the result value from the flow information and the water quality information DB to generate an instruction command when the water quality of the aquarium is out of the set range based on the obtained flow information and the water quality information.

At this time, the aquarium management module controls not only water quality information but also whether or not the valve is opened and closed, the amount of water introduced into the aquarium, and the date of cleaning. In addition, the aquarium management module not only counts the operation of the water storage facility 100 and the filtration facility 300, the amount of water supplied from the outside, and the amount of water stored in the water storage facility 100, The amount of water supplied to each aquarium and the amount of discharged water are counted or the flow rate information counted from the main controller 10 is received and controlled to be displayed through the display device.

7 shows a screen being monitored according to an embodiment of the present invention. At this time, the display device displays a status window for displaying information such as temperature, salinity, turbidity, and species of each aquarium through a display module, Display each aquarium. In addition, the display module displays the state of the fish and shellfish and seafood living in the aquarium through the camera connected to the sub-controller 20, and the state of the aquarium through the image window.

At this time, the displayed image window can be displayed as a status window by receiving real-time information, but the administrator can check the status window and receive and display image information only when there is a request.

In addition, the water quality control module transmits the instruction command generated by the aquarium management module to the aquarium so that the sub controller 20 instructs the water of the aquarium to be within the set range, and ultimately irradiates ultraviolet rays to the outer wall of the aquarium To control the quality of water by instructing them to clean it, or by instructing them to supply water according to the water level or to discharge water.

In addition, the flow rate control module may transmit the instruction command generated by the aquarium management module to the main controller 10 to instruct the filtration device or the sterilizing device to operate, or to fill the filtered water into the storage tank, And sometimes instructs to increase or decrease the salinity of the reservoir tank by receiving water from the outside to manage the flow rate within the set range.

Accordingly, the present invention can be applied to a water treatment facility 100 and a filtration facility 300 connected to an aquarium of the management center 200 by assembling a management center 200 by collecting aquarium of a sushi bar concentrated in a specific place in one place, And the water quality of each aquarium is concentrated, so that it is possible to economically manage the quality of the aquarium while keeping it clean. In addition, if only the subcontroller 20 is installed in the aquarium, the aquarium can be further expanded and the aquariums can be managed in different water quality conditions.

FIG. 8 shows a process of managing the water quality while the sub-controller 20 installed in each aquarium according to the embodiment of the present invention is operated alone.

Referring to this, the sub-controller 20 installed in each aquarium periodically secures the water quality information of the aquarium through the sensing means.

At this time, when the sub-controller 20 acquires the water quality information, the range value stored in the water quality information storage unit is loaded to check whether the water quality of the aquarium is inside or outside the set range value.

At this time, when the sub-controller 20 confirms that the water quality of the aquarium is out of the set range, the sub-controller 20 recognizes that the water quality of the aquarium is poor, and the sub- Load the result value and generate the instruction command.

The sub-controller 20 drives the driving means on the basis of the instruction command to improve the water quality of the aquarium to be within the set range value.

For reference, when the sub-controller 20 drives the driving means to improve the water quality of the aquarium,

The sub controller 20 drives the drain device 203 to discharge part or all of the water to the filtration facility 300 and confirm the level of the aquarium through the sensing means.

At this time, when the water level of the aquarium drops below the set level, the sub controller 20 receives the water stored in the water storage facility 100 and fills the aquarium so that the water quality of the aquarium is set within the set range And the process of the process.

9 shows a process of managing water quality and flow rate while controlling the sub controller 20 and the main controller 10 through the water quality management server 30 according to an embodiment of the present invention.

The subcontroller 20 installed in each aquarium periodically monitors the water quality of the aquarium,

Checking whether the water quality of the aquarium is out of a predetermined range through the sensing means,

The subcontroller 20 recognizes that the quality of the aquarium is poor when the quality of the aquarium is out of the set range and drives the driving means to drain the water to the filtration facility 300 through the drain,

The sub-controller 20 checks the water level of the aquarium through the sensing water end and receives water stored in the water storage system 100.

When the sub-controller 20 recognizes that the quality of the aquarium is poor through the sensing means, the sub-controller 20 transmits the water quality information of the aquarium to the water quality management server 30,

The sub-controller 20 further includes receiving an instruction command from the water quality management server 30,

The sub-controller 20 includes a step of operating the driving means on the basis of the instruction command transmitted by the water quality management server 30.

At this time, the driving means discharges water to the filtration facility 300 and at the same time, the salinity, turbidity or temperature of the aquarium is kept within the set range by the water supplied from the water storage facility 100.

For reference, the filtration facility 300 and the water storage facility 100 receive the water drained by the aquarium through the main controller 10 and purify through the filtration apparatus,

The main controller 10 drives the sterilizing device to remove microorganisms remaining in purified water.

At this time, the main controller 10 confirms the water level of the water storage facility 100, and when the water level of the water storage facility 100 is in the set range or more, the valves of one external pipe 303 of the pair of external pipes 303 are opened / The clean water discharged through the filtration facility 300 is discharged to the outside,

Closing the valves of the other outer pipe 303 of the pair of outer pipes 303 to supply clean water from the outside when the water level of the water storage facility 100 is lower than a predetermined range.

The main controller 10 drives the water storage pump 301 to control the water in the filtration facility 300 to be pumped into the water storage tank.

Then, the main controller 10 checks the stored water, monitors the water to be within the set range, and supplies the water to each aquarium.

At this time, the main controller 10 counts and displays the flow rate information of the amount of the water introduced into the reservoir tank and the amount of the water discharged to the outside or the amount of the water introduced from the outside for a predetermined period of time and displays the displayed flow rate information at the water quality management server 30 ).

The main controller 10 receives a command from the water quality management server 30 and controls the water inside the water tank to be within a predetermined range or instructs water to be stored in the aquarium.

At this time, the water quality management server 30 monitors the water quality of the entire aquarium through the water quality information sent periodically by the sub-controller 20 installed in each aquarium.

At this time, the water quality management server 30 can monitor based on the water quality information periodically sent by the sub-controller 20, but the water quality management server 30 requests the specific sub-controller 20 for the water quality information based on the identification information, Acceptance can also be used to monitor the status of the aquarium individually.

When the water quality of the aquarium is out of the set range based on the received water quality information, the water quality management server 30 generates an instruction command to be within the set range. At this time, Or to the main controller 10 to take the designated operation.

That is, when the sub controller 20 drains the water, the main controller 10 collects and filters the abandoned water, and when the water level of the aquarium drops below a certain level, the sub controller 20 opens / When the water stored in the storage tank falls below a predetermined range, water is supplied from the filtration facility 300 and the water is supplied to the inside of the storage tank I will give you.

The subcontroller 20 is installed in each aquarium and the main controller 10 is installed in the water storage facility 100 and the filtration facility 300 so that the subcontroller 20 and the main The controller 10 is managed so that the water quality of the aquarium is within the set range so that the aquarium can be economically managed while keeping each aquarium clean. Furthermore, since a new aquarium is installed inside the management center 200 and the subcontroller 20 is installed in the aquarium, the quality of the aquarium can be monitored, so that the aquarium can be easily expanded or reduced .

10: main controller 11:
12: display unit 13: flow rate information storage unit
14: Flow control unit 15: Flow rate sensing unit
16: flow rate information transmission unit 17: flow rate control button unit
20: sub-controller 21:
22: display unit 23: signal processor
24: camera module 25: water quality information storage unit
26: water quality control unit 27:
28: water texture part 29:
30: management server 31: water quality information acquisition module
32: flow rate information acquisition module 33: aquarium management module
34: Display module 35: Water quality information DB
36: Flow rate information DB 37: Flow rate control module
38: water quality control module 100: water storage facility
301: Water pump 102: Main supply pipe
103: branch tube 104: opening / closing valve
200: Management Center 201: Aquarium
202: discharge pipe 203: drain device
204: main discharge pipe 300: filtration facility
301: Water pump 302: Connection pipe
303: External piping 304: Valve

Claims (21)

A management center (200) having a plurality of aquariums installed therein;
A water storage (100) for supplying stored water to each aquarium;
And a filtration facility 300 for collecting purified water by filtering the water discharged from each aquarium and discharging the purified water to the outside or sending it to the water storage facility 100 for reuse,
The water storage facility 100 is provided with at least one main supply pipe 102 for supplying water stored in the management center 200 and at least one supply pump 101 is installed in the main supply pipe 102, The supply pipe 102 is provided with a branch pipe 103 for supplying water pumped into each of the aquariums and an opening and closing valve for opening the inlet of the branch pipe 103 and filling the inside of the aquarium with water,
A water discharge pipe 202 for discharging water to the outside is installed in the aquarium and a main discharge pipe 204 for discharging water to the filtration facility 300 is installed in the water discharge pipe 202, (Drain device 203) is provided in the main body,
One or more connection pipes 302 are connected to the water storage system 100 and the connection pipe 302 is connected to a water storage pump 100 for sending filtered water to the water storage system 100, 301,
An external piping 303 is installed in the filtration facility 300 or the water storage facility 100,
The water supplied to each of the aquariums is circulated and reused or discharged through a filtration process, thereby easily managing the entire aquarium while maintaining cleanliness of the aquarium. The method according to claim 1,
Each aquarium is provided with sensing means for confirming the state of water and driving means for improving the state of the water,
And a sub-controller (20) is provided between the sensing means and the driving means for controlling the driving means based on the water quality information secured through the sensing means to control the water quality of the aquarium to be within a set range. Cleanliness maintenance system 3. The method of claim 2,
The sub-controller 20 includes: a display unit for visually displaying a water quality state and a management state of an aquarium;
A set range value or an on-off valve or drain unit 203);
A water texture portion securing water quality information through the sensing means;
A water quality information storage unit for storing water quality information and set range values;
The water quality information and the aquarium are checked periodically by controlling the water texture part and displayed through the display unit and when the secured water quality information is out of the set range loaded from the water quality information storage part, A water quality control unit for generating an instruction command;
An instruction unit for driving the driving means on the basis of the instruction command of the water quality control unit so that the water quality of the aquarium is within the set range;
And an aquarium cleanliness maintenance management system 3. The method of claim 2,
When the water level of the water stored in the water storage facility 100 is lower than a predetermined level in the filtration facility 300 or the water storage facility 100, the water filtered by the filtration facility 300 is stored To be stored in the facility 100 and supplied to each aquarium,
A main controller 10 for controlling the water in the standby mode or for discharging the filtered water through the external pipe 303 when the level of the water stored in the water storage facility 100 is equal to or greater than a predetermined range, Wherein the aquarium cleanliness maintenance management system 5. The method of claim 4,
The water quality information reported from each sub-controller 20 is checked, and the water quality of each aquarium is monitored based on the information.
When the water quality of a specific aquarium is out of the set range, an instruction command is issued to instruct the water quality of the aquarium to be within the set range, and the instruction command is transmitted to the sub controller 20 and the main controller 10 of the aquarium So,
And a water quality management server (30) for supplying the water stored in the water storage facility (100) to the aquarium so that water quality is within a set range. 6. The method of claim 5,
The sub-controller 20 includes a display unit for visually displaying a water quality state and a management state of an aquarium;
A button portion for instructing driving of the set range value or the opening / closing valve or the drain device 203);
A water texture section for acquiring water quality information of the aquarium through the sensing means;
A water quality control unit for controlling the water texture unit to periodically check the water quality information and the management status of the aquarium through the display unit and controlling the transmission unit to report the status of the aquarium;
A transfer unit for transferring the water quality information to the designated water quality management server (30) according to an instruction from the water quality control unit and receiving a corresponding instruction command;
An instruction unit for driving the driving means based on the transmitted instruction command so that the water quality of the aquarium is within the set range;
And an aquarium cleanliness maintenance management system The method according to claim 6,
The sub-controller 20 includes a water quality information storage unit storing a set range value including a temperature, a salinity or a turbidity of an aquarium,
When the water quality control unit obtains the water quality information through the water texture unit,
The set range value stored in the storage unit is loaded to check whether the water quality information of the aquarium is within the set range,
And controls the transmission unit to transmit the water quality information of the aquarium to the water quality management server (30) The method according to claim 6,
The sub-controller (20) includes a camera module for capturing a water quality state of an aquarium 3. The method of claim 2,
The sensing means of the sub-controller 20 includes a water level sensor for sensing the water level of the water, a saltiness sensor for sensing the salinity of the water, a turbidity sensor for measuring the water level of pollution, And a temperature sensor for measuring the temperature of the water. 3. The method of claim 2,
The driving means of the subcontroller 20 includes an opening / closing valve for opening or closing an inlet or an outlet, a drain 203 for discharging the water in the aquarium outside the outlet, And an ultraviolet sterilizer for removing the microorganisms remaining on the wall of the aquarium, characterized by comprising a heater or a cooler for filtering water, an oxygen supplier for filtering and filling deficient oxygen, 5. The method of claim 4,
The main controller 10 includes a display unit for visually expressing a flow rate state stored in the reservoir tank;
A button portion for changing the set range value and driving the water pump 301 or the sterilizing device or the filtration device;
A flow rate information sensing unit for acquiring flow rate information of stored water or inflowed water, outflowed water, or filtered water through a sensor and a flow meter installed in the water storage facility 100 or the filtration facility 300;
A flow rate information transmission unit for transmitting the flow rate information secured through the flow rate information sensing unit to the designated water quality management server 30 and receiving a corresponding instruction command;
A flow controller for controlling the driving unit to control the stored water on the basis of the flow rate information obtained through the flow rate information sensing unit, and receiving a command from the water quality management server 30 to supply water to a specific aquarium;
A flow rate information storage unit for storing flow rate information;
And a driving unit for driving the filter or the sterilizing device or the valve or the water supply pump (301) or the supply pump (101) in response to the instruction of the flow rate control unit 6. The method of claim 5,
The management server 30 converts the water quality information and the flow rate information sent from the sub-controller 20 and the main controller 10 into a database and stores the flow rate information and the water quality information DB in which the set range values of the respective aquariums are databaseed.
A water quality information acquisition module for acquiring water quality information by analyzing information sent from each sub-controller 20 and reporting the acquired water quality information to the aquarium management module;
A flow information acquiring module for acquiring flow information by analyzing information sent from the main controller 10, and reporting the acquired flow information to the aquarium management module;
An aquarium management module for controlling the display module based on the obtained flow rate information and the water quality information to display the water quality status of each aquarium and generating a corresponding instruction command when the water quality of each aquarium is out of a set range value;
A display module for displaying information on temperature, salinity, turbidity and species of each aquarium through the aquarium management module, and a display module for displaying a state of a corresponding aquarium in which a camera module is photographed through an image window;
A water quality control module for transmitting an instruction command generated by the aquarium management module to a sub-controller (20) of the aquarium to direct the water quality of the aquarium to be within a set range;
The controller 10 sends the instruction command generated by the aquarium management module to the main controller 10 to instruct the filter device or the sterilizer to be driven or to instruct the filter tank to fill the filtered water, Or a flow rate control module for indicating that the quality of stored water is within a set range;
And an aquarium cleanliness maintenance management system The subcontroller 20 installed in each aquarium periodically secures the water quality information of the aquarium through the sensing means;
When the sub-controller 20 acquires the water quality information, it loads the set range value stored in the water quality information storage unit and confirms whether the water quality of the aquarium is out of the set range.
The subcontroller 20 recognizes that the water quality of the aquarium is poor when the water quality of the aquarium is out of the set range and the subcontroller 20 drives the driving means to improve the water quality of the aquarium ;
The method for cleaning and maintaining an aquarium according to claim 1, 14. The method of claim 13,
The sub-controller (20) drives the driving means to improve the water quality of the aquarium,
The subcontroller 20 drives the drain device 203 to discharge a part or all of the water to the filtration facility 300 and the subcontroller 20 controls the water level of the aquarium through the sensing means And the subcontroller (20) is configured to supply the water stored in the water storage facility (100) and fill it, so that the water quality of the aquarium is set within a set range. How to maintain The method according to claim 13 or 14,
Wherein the sub-controller (20) further comprises a step of transmitting the water quality information to the water quality management server (30) The subcontroller 20 installed in each aquarium periodically secures the water quality information of the aquarium through the sensing means;
When the sub-controller 20 acquires the water quality information, transmitting the water quality information to the designated water quality management server 30 through the transmission unit;
The sub-controller 20 receiving an instruction command from the water quality management server 30;
The subcontroller 20 operates the driving means in accordance with the instruction command to control the water quality of the aquarium to be within the set range;
The method for cleaning and maintaining an aquarium according to claim 1, 17. The method of claim 16,
The step of the sub-controller (20) transmitting the water quality information to the designated water quality management server (30)
Checking whether the water quality of the aquarium is out of the set range; and if the water quality of the aquarium is out of the set range, recognizing that the water quality of the aquarium is poor, , And the subcontroller (20) reports the water quality information and requests a corresponding instruction command. ≪ RTI ID = 0.0 > 17. The method according to claim 14 or 16,
When water in each aquarium is discharged to the filtration facility 300, the main controller 10 drives the filtration apparatus to filter the water drained by each aquarium,
Wherein the main controller (10) further comprises a step of driving the sterilizing device to remove microorganisms remaining in the purified water 19. The method of claim 18,
The main controller 10 drives the water pump 301 to pump the water retained by the filtration facility 300 to the water storage facility 100 and store the water in the water storage facility 100 when the water level of the water storage facility 100 is within a set range, do or,
Or if the main controller 10 confirms the water level of the water storage facility 100 and the water level of the water storage facility 100 is equal to or greater than the set water level, the water stored in the filtration facility 300 is discharged through the external pipe 303 How to maintain and maintain aquarium cleanliness 20. The method of claim 19,
The main controller 10 counts the amount of water flowing into the water storage system 100, the amount of water discharged to the outside, and the amount of water flowing into the water storage system 100 from the outside for a predetermined period of time,
The main controller reports the flow rate information to the water quality management server 30,
The main controller 10 receives the instruction command of the water quality management server 30,
The main controller 10 controls the state of the water stored in the water storage system 100 to be within a predetermined range,
The main controller 10 further comprises a step of instructing the supply pump 101 to supply each of the aquariums with the stored water through the main supply pipe 102 and the branch pipe 103, How to maintain cleanliness 21. The method of claim 20,
The water quality management server 30 periodically receives the water quality information from the sub-controller 20 installed in each aquarium,
The water quality management server 30 receives the flow information from the main controller 10 periodically,
The water quality management server 30 analyzes the obtained flow rate information and the water quality information, displays the water quality status for each aquarium or subcontroller 20,
The water quality management server 30 generates an instruction command,
Wherein the water quality management server (30) further comprises the step of sending an instruction command to the sub controller (20) and the main controller (10) to take a designated operation
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