KR101862105B1 - PURIFICATION SYSTEM BASED ON IoT AND AI AND THE METHOD THEREOF - Google Patents

Abstract

The present invention can control the whole process of electrolytic treatment using electrolysis using IoT and AI (Artificial Intelligence), confirm the installation position through GPS, collect big data about the water treatment process through the cloud server IoT and AI based water purification systems and methods thereof.
Wherein the water purification system comprises: a water purification apparatus (100) configured to perform purification by electrolysis and output water level information of purified water; And a controller (200) for controlling the integer driving of the water purifier according to the integer setting information of the water purifier input from the outside, collecting driving state information of the water purifier including the water purifier, ; ≪ / RTI >
Donors who donated the water purification system at locations such as the Oji can confirm the installation of the water purification system donated by the user using the GPS information and can use the terminal equipped with the water purification control app to display the big data having the water purification system driving state information Thereby making it possible to easily monitor the water purification system donated by the user.

Description

TECHNICAL FIELD [0001] The present invention relates to an IoT-based and AI-based water purification system,

The present invention relates to a metal-free electrode purification apparatus, and more particularly, to a metal-free electrode purification apparatus that uses water-free metal electrodes to purify water such as ground water by electrolysis to sterilize harmful bacteria contained in water, IoT and AI-based water purification systems that control the whole process of water purification by using IoT (Internet of Things) and AI (Artificial Intelligence) and collect big data about water treatment process through cloud service and ≪ / RTI >

Recently, as interest in healthy water has increased, there has been an increase in water purification systems using electrolysis to produce electrolytic water and water that have not lost their minerals.

As a technique related to the water purification system using electrolysis described above, the Korean Utility Model No. 20-0391598, which is connected to the raw water inlet, has a micro filter, a hollow fiber filter, an activated carbon fiber filter, and an activated carbon / An electrolytic cell in which electrolytic water adsorbed by the filter unit flows into the electrolytic cell, and an electrode plate is arranged in a line at a predetermined interval in the electrolytic cell, A cold water and hot water storage tank in which cold water and hot water are separately stored, and cold water and hot water outlets respectively discharging cold water and hot water.

Korean Patent Registration No. 10-0436982 discloses a method for purifying water passing through the inside of a cylinder by activated carbon particles charged in the cylinder, (Oxidation), which can adsorb and oxidize various chemical substances, organic substances, heavy metals, etc. by the strong oxidizing power of hydrogen radicals (hydroxyl groups) and the reducing action of nascent hydrogen and purify them with clean water A water treatment apparatus is disclosed.

The conventional water purification system using electrolysis as described above generally uses metal electrodes such as tungsten or titanium. However, in the case of the metal electrode, the metal electrode rusts due to the oxidation and reduction reaction during the electrolysis operation, or the properties of the platinum coated on the surface are deteriorated, thereby deteriorating the performance of the electrode or deteriorating the water properties Respectively. Accordingly, there has been developed a water purification apparatus that develops a coating technique of platinum to enable long-term use without being peeled off. However, there is a problem that platinum is also converted into metal by oxidation and reduction action, So that a great deal of burden is placed on practical use.

In addition, in the case of the above-described related art, there is a problem that an integer process is performed without performing control by a user, so that it is impossible to establish an integer scheduling, or to provide an information collection function such as a time constant amount of water and a water purification system operation state.

Korean Utility Model Registration No. 20-0391598 Korean Patent Registration No. 10-0436982

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to control the entire process of water purification using electrolysis using IoT and AI (artificial intelligence) By allowing the server to collect big data about the water treatment process, donors donating the water purification system to the remote places can confirm the installation of the water purification system donated by the user using the GPS information, Provides IoT and AI-based water purification system and method to enable easy monitoring of the water purification system donated by making it possible to confirm big data having water purification system operation status information by using terminal equipped with control application .

According to an aspect of the present invention, there is provided an IoT and AI-

A water purification apparatus (100) configured to perform purification by electrolysis by the metal-free electrode (131) and output water level information of purified water; And

A controller (200) for controlling the integer driving of the water purifier according to the integer setting information of the water purifier input from the outside, collecting driving state information of the water purifier including the water purifier, and transmitting the collected information to the outside through wireless communication; And a control unit.

The water purification apparatus (100)

And a circulation pump 132 for circulating water at the time of application of a reverse electrode for desorbing foreign matters to the metal-free electrode 131. [

The metal-free electrode (131)

A lamination projection 137 is formed on an upper surface of the coupling electrode 136 and a lamination projection groove is formed on a bottom surface of the coupling electrode 136. The lamination projection is inserted vertically And a first electrode 133 and a second electrode 135, which are horizontally coupled and vertically stacked, through which the fixing bar insertion holes 138 are formed.

The water purification apparatus (100)

A water supply pump (110) for supplying purified water to the object;

A metal-free electrode 131 that receives external power and electrolyzes the water to be electrolyzed and an outer case 140 in which the metal-free electrode 131 and the circulation pump 132 are mounted, A decomposition tank 130; And

A water tank 150 for storing the purified water and outputting an amount of purified water based on IoT to the outside, having a water level sensor unit 151 including a plurality of water level sensors 153 spaced apart at regular intervals; And the like.

The water purification apparatus (100B)

A water tank 150 having a water level sensor unit 151 including a plurality of water level sensors 153 spaced apart from each other at regular intervals and storing the purified water and outputting an amount of purified water based on IoT to the outside;

A water supply pipe 156 for supplying water to the water tank 150; And

A non-metal electrode 131 for receiving and supplying external power to electrolyze the introduced water, an outer case 140 in which the metal-free electrode 131 and the circulation pump 132 are mounted, And an electrolytic bath 130A installed inside the water tank 150 including a water pump 110 for introducing water into the water tank 150 by an electrode 131. [

The controller (200)

A GPS unit 215 for providing installation location information of the water purification system;

An IoT control unit 220 for receiving and storing sensor information including driving state information and water level information of the water purification apparatus;

An integer control unit (230) for controlling the operation of the water purification system including the water purification process and the data collection process of the water purification apparatus according to the water purification setting information of the water purification system inputted from outside;

Metal electrode 131 to apply a reverse voltage to the first electrode 133 and the second electrode 135 to remove sludge including oxides and foreign substances deposited on the metal-free electrode 131, An electrode change-over switch unit 240 for performing switching for changing a voltage applied to the electrodes;

A storage unit 250 for storing driving state information including the driving state of the water purification apparatus 100 and installation position information of the purified water system received by the IoT control unit 220;

A cloud service unit 260 for transmitting driving state information of the purified water system including the driving state of the water purification apparatus 100 stored in the storage unit 250 to outside for generating big data; And

And a communication unit 260 for communicating with the outside.

The integer control unit 210,

And may be configured to receive and store integer setting information of the integer system and to provide at least one of integer operation, IoT-based operation state information collection, alarm information collection and alarm output, or cloud service according to the integer setting information of the integer system .

The integer setting information of the above-

Time setting information including current time and date, and time zone information;

Operation information including at least one of an integer scenario having information on the operation time of each step of the integer cycle, integer operation scheduling information for each day of the week, or operating method information that is either manual operation, schedule operation, or automatic operation;

System software upgrade information; or

Main setting information including account setting, audio detection setting, system information or network information; Or more.

The water purification system setting information includes:

The mobile terminal 300 may be configured to be connected to the adjacent mobile terminal 300 through communication via a local communication or a communication network of the neighboring mobile terminal 300 and receive input from the mobile terminal 300. [

The controller (200)

And an input unit 210 receiving a user's control command.

The IoT and AI-based water purification systems,

And an integer control application for receiving the wireless communication with the controller and collecting driving state information, receiving the integer system setting information including the control information of the water purification water purification apparatus, and transmitting the received integer system setting information to the controller to remotely control the water purification apparatus And a mobile terminal.

The integer control application 310,

A menu bar having menu bars for selecting a setting menu of the constant control application; And

A display window for displaying an interface,

The interface comprises:

A main interface that has a status window and a main control window to perform an integer state, an integer start, a constant stop, and a sterilization operation;

A time setting interface for setting time for each time zone;

An operation setting interface that allows one or more of an integer scenario setting, an integer scheduling, or an operation method selection to be performed;

An upgrade setup interface that allows you to perform software upgrades; And

And a main setting interface for enabling setting of an account, setting of audio detection, modification of information, or network setting.

The operation setting interface includes:

A constant scenario setting interface for setting a time for each step of one cycle, which is a combination of constant, discharge, and sterilization;

A scheduling setting interface for setting an operation schedule for performing a time-based integer work per day; And

And an operating method selection interface that allows selection of manual operation, schedule operation, or automatic operation.

The IoT and AI-based water purification systems,

And a cloud server for receiving and storing driving state information of the water purification apparatus collected from the controller or the mobile terminal to generate big data.

According to an aspect of the present invention, there is provided an IoT and AI-

A current time and date, time setting information including time zone information, an integer scenario having information on each step of the integer cycle, an integer operation scheduling information for each day of the week, or an operation method that is either manual operation, Operating information including one or more of the information, upgrade information of the system software; Or main setting information including an account setting, an audio detection setting, system information, or network information;

The integer controller 230 drives the water purifier 100 according to the integer setting information to perform an integer value and the IoT controller 220 controls the water level, temperature, malfunction information and position information of the water purification system through the sensors An integral operation process of collecting driving state information including the driving state information;

A driving state information storage step of storing the driving state information collected during the constant operation in the storage unit 250;

And a cloud service process in which the cloud service unit 255 transmits driving state information collected through local communication or Internet communication to the mobile terminal 300 or the cloud server 400. [

In the IoT and AI-based integer methods,

After receiving the integer setting information through the communication unit 260, the integer setting unit 230 transmits integer setting information to the integer control unit 230 through local communication or Internet communication. In order to transmit the driving state information stored for the cloud service to the outside, And a communication connection process of connecting to the terminal 300, the user terminal, or the cloud server 400.

The present invention having the above-described structure collectively controls the operation of the water purification system based on IoT and AI in the electrolysis solution by the metal-free electrode, thereby remarkably facilitating the maintenance of the water purification system to provide.

In addition, the present invention is not limited to a single integer system by transmitting driving state information of the integer system every hour and then transmitting it to a cloud server or a mobile terminal for generating big data, Based data processing can be performed, thereby making it possible to remarkably reduce efforts for improving the apparatus.

In addition, the present invention enables a remote control through a communication such as WIFI and provides a cloud service even in an area where an Internet infrastructure such as a remote area is not built, and can be automatically operated by IoT and AI functions, Thereby providing an effect of significantly improving convenience and maintenance efficiency.

In addition, the present invention enables the installation location to be confirmed through GPS, and enables the donors who have contributed the water purification system to a place such as a remote place to collect GPS data Can confirm the installation of the water purification system to which the water purification system has been donated and can confirm the big data having the water purification system operation state information by using the terminal equipped with the water purification control app, And provides the effect of monitoring.

1 is a block diagram of an IOT and AI-based water purification system according to an embodiment of the present invention;
2 is a perspective view of the metal-free electrode 131 of FIG.
Fig. 3 shows another embodiment of the water purification apparatus 100B. Fig.
4 is a diagram showing a main interface of the constant control application 310,
5 is a view showing main interface screens showing respective operating states of the purified water system.
6 shows a time setting interface;
7 is a view showing an operation setting interface;
8 is a diagram illustrating an integer scenario interface;
9 shows a schedule setting interface;
10 shows an operating method selection interface;
11 shows an upgrade setting interface;
12 is a view showing a main setting interface;
13 shows a network setting interface;
14 is a flowchart showing the processing procedure of the integer method of the water purification system having the above-described configuration.

In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

The embodiments according to the concept of the present invention can be variously modified and can take various forms, so that specific embodiments are illustrated in the drawings and described in detail in the specification or the application. It is to be understood, however, that the intention is not to limit the embodiments according to the concepts of the invention to the specific forms of disclosure, and that the invention includes all modifications, equivalents and alternatives falling within the spirit and scope of the invention. Also, the word "exemplary" is used herein to mean "serving as an example, instance, or illustration." Any aspect described herein as "exemplary " is not necessarily to be construed as preferred or advantageous over other aspects.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between. Other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, the terms "comprises ", or" having ", or the like, specify that there is a stated feature, number, step, operation, , Steps, operations, components, parts, or combinations thereof, as a matter of principle.

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

1 is a configuration diagram of an IoT and AI-based water purification system according to an embodiment of the present invention.

1, the water purification system includes an water purification apparatus 100 having a metal-free electrode, an operation of the water purification apparatus 100 based on Internet of Things (IOT) and AI (Artificial Intelligence) A controller 200 connected to the controller 200 for inputting integer setting information of an integer system for driving the water purification apparatus 100, Provides the cloud service through the mobile terminal 300 and the communication network 500 that communicate with the controller 200 by communication and receives the driving status information from the mobile terminal 300 or the controller 200, And a cloud server 400 for generating history information and statistical information of the integer operation after the creation.

The water purification apparatus 100 shown in FIG. 1 allows the electrolytic bath 130 installed on the outside of the water tank 150 to purify the ground water or the like and supply the purified water to the water tank 150, And is configured to be detected by the water level sensors 153 and the temperature sensors 154 of the water level sensor unit 151 of the tank 150. [

The water purification apparatus 100 includes a water supply pump 110 for supplying water to be purified, a non-metal electrode 131 for electrolyzing water to which the water is supplied by receiving external power, An electrolytic bath 130 including an outer case 140 in which a circulation pump 132 is installed and a circulation pump 132 for circulating water in application of a reverse electrode for desorption of foreign substances to the metal- A water level sensor 151 and a temperature sensor 153 which are composed of a plurality of water level sensors 153 spaced vertically apart at regular intervals and a drain pump 160 for discharging contaminated water to the outside and a drain pipe 161 And a water tank 150 for storing the purified water and outputting a purified water amount and a water temperature to the outside. The water level sensor 151 and the temperature sensor 153 are driven based on IoT, and may be configured to selectively transmit detected signal information to the IoT controller 220 as wired or wireless signals.

The metal-free electrode 131 is made of an electrically conductive plastic material obtained by polymerizing a high content of carbon nanotube (CNT) in PP (polypropylene). The electrically conductive plastic material has a low surface electric resistance of 0.3? Or less on average, thereby enabling oxidation and reduction action through electrolysis. And a specific gravity of 1 to 1.1, preferably 1.049, which is extremely low as compared with metals, and thus is optimized as a lightweight material. That is, since it is light in weight compared to metal, it is economical in terms of weight and cost even if it is increased in thickness or size to improve electrical characteristics, and remarkably facilitates shape processing for increasing the surface area for increasing the electrolysis rate.

2 is a perspective view of the metal-free electrode 131 of FIG.

The metal-free electrodes 131 made of the electrically conductive plastic material having the above-described characteristics are formed on the surfaces facing each other with the engaging electrodes 136 engaging with each other while being spaced apart from each other by a predetermined distance. The lamination protrusions 137 are formed on the upper surface, Cylindrical first electrode 133 and second electrode 135 each having a lamination projection groove in which a lamination projection is inserted in a bottom surface and in which a fixing bar insertion hole 138 penetrating vertically is formed, . The first electrode 133 and the second electrode 135 of the above-described structure are connected to each other in a cylindrical shape so that the engaging electrodes 136 are spaced apart from each other and face each other in order to increase the surface area in contact with water, . And is vertically stacked in multiple stages by the stacked projections 137 and the stacked projection grooves (formed on the surface corresponding to the stacked projections 137 on the bottom surface and the bottom surface), so that the vertical length can be easily .

1, the controller 200 includes a GPS unit 215 for providing installation position information of the purified water system, sensor information including driving state information and water level information of the water purification apparatus, An IOT controller 220 having an AI function and controlling the operation of the water purification system including the water purification process and data collection process of the water purification system 100 according to the water purification system constant setting information input from the outside, Metal electrode 131 of the electrolytic bath 130 so as to apply a reverse voltage to the first electrode 133 and the second electrode 135 in order to remove the sludge of the metal-free electrode 131, And a control unit 220 for controlling the driving state of the water purification apparatus 100 received by the IoT control unit 220 and the installation position information of the water purification system of the GPS unit 215 A storage unit 2 for storing driving state information A cloud service unit 255 for transmitting driving state information of an integer system including the driving state of the water purification apparatus 100 stored in the storage unit 250 to the outside for generating big data, And a power supply unit 250 for supplying driving power to the purified water system. In addition, as an optional additional function, it may further include an input unit 210 for inputting a user control command and a display unit 280 for displaying a driving state.

The integer system of the above-described configuration can be configured to be given an uniquely identified ID and an IP address so that it can be controlled via local communication such as WIFI or the Internet.

The GPS unit 215 identifies and provides installation location information of the purified water system. Donors donating the water purification system to the outsides can access the cloud server 400 through the mobile terminal 300 equipped with the water control application or the user's own PC, And monitors the long-term driving state of the information such as the operation state of the water purification system as the big data provided by the cloud server 400, the purified water amount, the purified water time, the sterilization state, Whether or not donations are properly used, and so on.

The IoT control unit 220 collects the purified water and the water temperature every hour through the water level sensor unit 151 and the temperature sensor 153 provided in the water tank 150 of the water purification apparatus 100, And collect the current and voltage of the first electrode 133 and the second electrode 135 of the plasma display panel. At this time, the IoT control unit 220 may be configured to operate based on the IoT that performs Internet-based communication with the respective sensors.

The integer controller 230 has an AI function and is configured to control the overall operation of the water purification system according to the integer setting information of the water purification system input from the outside. In addition, the constant control unit 230 can output an alarm for notifying the replacement period after the operation of the electrode, the electrode change switch unit and the like for a certain period of time or the pollution of water in the water tank by the AI function, Respectively.

The integer setting information may include at least one of a current time and date, time setting information including time zone information, an integer scenario having information on each step of the integer cycle, scheduling information including an integer operating time per each day of the week, Operating configuration information including at least one of operating method information that is either operating or automatic operation, upgrade information or account setting of the system software, audio detection setting, system setting information, or network setting information .

The integer setting information will be described in more detail in the description of the integer control application 310 described below.

The driving state information includes at least one of the following: the time of the water purification operation of the water purification apparatus 100, the water purification time, the water temperature, the total water purification amount, the present water purification amount, Information on operation method of the purified water system such as schedule operation or automatic operation, malfunction information of the purified water system, network connection information, mobile terminal connection information, and network status information.

The electrode changeover switch unit 240 performs a discharge operation for switching the polarity between the first electrode 133 and the second electrode 155 to remove sludge such as an oxide film or a foreign substance deposited on the metal- And a switching element which is switched to change the electrodes of the first electrode 133 and the second electrode 155 to perform the operation.

The cloud service unit 255 controls the connection with the cloud server 400 and the transmission of the driving partner information so that the driving state information stored in the storage unit 220 is transmitted to the cloud server 400 in order to generate the big data .

The communication unit 260 provides a communication function that enables the water purification system to perform short-range communication such as WIFI and Internet communication with the outside. In addition, the communication unit 260 may include a USIM or an SIM chip, and may be configured to have a mobile communication function capable of performing mobile communication through a GSM or CDMA network.

The input unit 210 is constituted by a keypad, a touch pad, or the like that can input a control command when an input of a control command is required in the integer system when the mobile terminal 300 can not be connected to an external system .

The display unit 280 may also optionally comprise a display panel that allows the user to display the operating state of the purified water system when the state can not be verified by accessing the purified water system using the external mobile terminal 300 have.

3 is a view showing another embodiment of the water purification apparatus 100B.

As shown in FIG. 3, the water purification apparatus 100B includes a water level sensor unit 151 including a plurality of water level sensors 153 spaced apart from each other by a predetermined interval to store the purified water, A water supply pipe 156 for supplying water to the water tank 150, and a non-metal electrode 131 for electrolyzing the water introduced into the water tank 150 by supplying power to the water tank 150, An outer case 140 in which the metal-free electrode 131 and the circulation pump 132 are installed and a water pump 110 for flowing the water inside the water tank 150 by the metal-free electrode 131, And an electrolytic bath 130A installed inside the water tank 150. [

3, the electrolytic apparatus 130A is installed in the water tank 150 so that water can be purified by electrolysis. Thus, regardless of the size of the water tank 150, The size of the electrolytic bath 130 can be set to be constant, thereby facilitating the installation of the water purification system.

The water purification system having the above-described configuration is configured such that the user can confirm the operation state of the water purification system using the mobile terminal 300 and input the water purification setting information to control the operation of the water purification system. To this end, the present invention comprises an integer control application which is driven by the mobile terminal 300 to enable checking of the driving state of the water purification system, and to input and control integer setting information.

4 is a diagram showing a main interface of the integer control application 310. [

4, the integer control application 310 includes a menu bar 301 including a main menu bar, a time setting menu bar, an operation setting menu bar, an upgrade setting menu bar, and a main setting menu bar, And a display window 303 for displaying screens.

FIG. 4 shows a main interface, and FIG. 5 shows main interface screens showing operation states of the purified water system.

As shown in FIG. 4, the main interface includes a status window for displaying the purified water temperature, a purified water amount, and driving time information, an icon for selecting start, end, and discharge of the purified water work (Wash Electrode) And a main control window (Main control) representing a purified water amount.

The main interface outputs another interface screen according to the constant operation state. Specifically, FIG. 5A is a screen showing an integer operation. 5 (a) shows that the water temperature is 78 degrees Fahrenheit, the water amount is 2t, and the integer time is 2.7 hours in the status window of the main interface. In the main control window, an integer that starts with an icon that allows you to select stop, start purification, and discharge electrode (Wash Electrode) indicates that 2 t of water has been purified after 27 seconds have elapsed. 5 (b) shows a stop state, and FIG. 5 (b) shows a state in which the polarity of the first electrode 133 and the second electrode 135 is changed and driven for removing the sludge of the metal-free electrode 131 Indicates the discharge status.

6 is a diagram showing a time setting interface.

The time setting interface is displayed when the time setting menu bar indicated by a circle in the menu bar is pressed.

Through the time setting interface, the user can perform a current time, a time zone, a synchronize with this time, and a set time manually.

7 is a diagram showing an operation setting interface.

The operation setting interface is displayed when the operation setting menu bar indicated by a square in the menu bar is pressed.

Through the operation setting interface, the user can set an operation for an integer operation such as an integer scenario, a scheduling setting, and an operation method selection.

8 is a diagram showing an integer scenario interface.

The integer scenario interface of FIG. 8 is an interface that is output when selecting an integer scenario (Purification Scenario) in the operation setting interface of FIG.

Through the integer scenario interface, the user can set an integer scenario for an integer. The constant scenarios consist of a combined cycle of integer, discharge, and sterilization steps. In the case of the embodiment of the present invention, the period of the constant, discharge, sterilization, and discharge is defined as one cycle, and the user sets the driving time of each constant, discharge, sterilization, So that you can edit and edit it. 8 shows a case in which an integer scenario is set so as to have an integer time of 30 minutes, a sterilization time of 30 minutes, and a discharge time of 1 minute.

9 is a diagram showing a schedule setting interface.

The schedule setting interface of FIG. 9 is an interface that is output when the schedule setting (Schedule Setting) of FIG. 7 is selected.

The user can generate the scheduling information having the drive time information of the day-by-day water purification apparatus of the day by day through the schedule setting interface of FIG. Accordingly, the water purification system can be automatically driven according to the scheduling information for a predetermined period of time.

10 is a diagram showing an operation method selection interface.

The operation method selection interface of FIG. 10 is output when Operation Selection is selected in the operation setting interface of FIG.

The user can select one of the manual operation, scheduling operation, and automatic operation through the operation method selection interface. Here, manual operation means an operation operated by manual setting. And the automatic operation means that the operation is automatically performed when the operation switch is turned on according to the predetermined schedule.

11 is a diagram showing an upgrade setting interface.

The upgrade setting interface of FIG. 11 is displayed when an upgrade menu bar indicated by a rectangle in the menu bar is selected.

The upgrade setting interface includes a file selection window for displaying a current version and allowing a software file to be selected. The upgrade setting interface can perform a system restart, Some note here).

12 is a diagram showing a main setting interface.

The main setting interface of FIG. 12 is displayed when a main setting menu bar indicated by a rectangle is selected in the menu bar.

An account setting, an audio detection setting, an information setting, and a network setting can be performed through the main setting interface.

The account setting allows a user account such as an administrator or a general user to be set.

The network setting allows a user to set a network environment.

13 is a diagram showing a network setting interface.

The user selects IP Assign Type, Port Change, Multicast, IP filtering, and Management Server through the network setting interface of FIG. It is a function to output the alarm about the replacement period of DDNS client (DDNS Client) setting, DymDNS setting (DymDNS settings), electrode, electrode change switch part, water pollution in water tank, Related settings such as an alarm server (alarm server) and a UART port setting (UART port setup), which enable the setting of the alarms.

The user (operator or contributor) accesses the water purification system using the local communication function such as WIFI of the mobile terminal 300 having the water control application 310 having the above-described configuration, inputs the water purification system setting information And can monitor the driving state of the water purification system, and can monitor the installed position of the water purification system and the driving state for a long period of time by connecting to the cloud server 400.

The above-described water purification system can be remotely controlled by a local communication function such as WIFI of the built-in communication unit 260 even in a state where the water purification system is installed in a remote environment where the Internet system is not installed A cloud service can be provided which can generate and process data of a large number of water purification systems through the relay of the mobile terminal 300 by generating big data through the cloud server 400 and then generating and providing valid data related to the water purification system It becomes.

In addition, the water purification system may include a control server (not shown) for remote management or a user terminal such as a PC connected to the Internet.

FIG. 14 is a flowchart showing the processing procedure of the integer method of the water purification system having the above-described configuration.

As shown in FIG. 14, the integer method of the integer system includes a communication connection step S10, an integer setting information receiving step S20, an integer operation step S30, a driving state information storing step S40, a cloud service step S50, .

In the communication connection step S10, integer setting information is input through the communication unit 260 according to the set network information, and integer setting information is transmitted to the integer control unit 230 by local communication or Internet communication. And performs a communication connection process for connecting the external mobile terminal 300, the user terminal or the cloud server 400 in order to transmit the stored driving state information to the outside. At this time, the direct connection with the user terminal or the cloud server 400 becomes possible when the water purification system is installed.

In the step of receiving the integer setting information (S20), time setting information, an integer scenario, scheduling information, and an operation method are provided through an interface installed in the mobile terminal 300 and the user terminal (not shown) And receives the integer setting information including the operation setting information including the information, the software upgrade information, the main setting information, and the network setting information, and stores the received integer setting information in the storage unit 250.

In step S30, the water controller 230 drives the water purifier 100 according to the water purifier setting information, and the IoT controller 220 controls the water level, the temperature, the malfunction And transmits the collected information to the mobile terminal 300 when there is a request from the external mobile terminal 300 so that the operating status of the purified water system can be monitored through the water control application .

The drive state information storage step S40 stores the drive state information collected during the constant operation in the storage unit 250. [

The cloud service process S50 is a process in which the cloud service unit 255 transmits driving state information collected through local communication or Internet communication to the mobile terminal 300 or the cloud server 400, So that it is possible to generate big data having information. In addition, in the cloud service process (S50), the donors donating the water purification system can access the cloud server 400 and confirm the GPS information, thereby confirming the location of the device donated by the donator, Information on the operation state, the amount of purified water, the time of the purified water, the disinfection state, the temperature of the water, etc. during the operation period of the water purification system as the big data provided by the server 400 can be confirmed.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications may be made without departing from the scope of the present invention. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

100: Water purification device
110: Feed water pump 130: Electrolysis tank
131: metal-free electrode 132: circulation pump
133: first electrode 135: second electrode
136: engaging electrode 137: lamination projection
139: Fixing bar 150: Water tank
151: water level sensor unit 153: water level sensor
154: temperature sensor 161: drain pipe
160: Drain pump 200: Controller
210: input unit 220: IoT control unit
230: constant control section 240: electrode switch section
250: storage unit 255: cloud service unit
260: communication unit 270:
301: menu bar 303: display window
310: integer control application 300: mobile terminal
400: Cloud server

Claims (14)

A water purification apparatus (100) configured to perform purification by electrolysis by the metal-free electrode (131) and output water level information of purified water;
A controller (200) for controlling the integer driving of the water purifier according to the integer setting information of the water purifier input from the outside, collecting driving state information of the water purifier including the water purifier, and transmitting the collected information to the outside through wireless communication;
The water purification apparatus (100)
And a circulation pump (132) for circulating water at the time of application of a reverse electrode for desorbing foreign matter to the metal-free electrode (131).
delete The non-metal electrode (131) according to claim 1,
A lamination projection 137 is formed on an upper surface of the coupling electrode 136 and a lamination projection groove is formed on a bottom surface of the coupling electrode 136. The lamination projection is inserted vertically And a first electrode (133) and a second electrode (135) vertically stacked after being fixed horizontally with a fixed bar insertion hole (138) formed therethrough.
The system of claim 1, wherein the controller (200)
A GPS unit 215 for providing installation location information of the water purification system;
An IoT control unit 220 for receiving and storing sensor information including driving state information and water level information of the water purification apparatus;
An integer control unit (230) for controlling the operation of the water purification system including the water purification process and the data collection process of the water purification apparatus according to the water purification setting information of the water purification system inputted from outside;
Metal electrode 131 to apply a reverse voltage to the first electrode 133 and the second electrode 135 to remove sludge including oxides and foreign substances deposited on the metal-free electrode 131, An electrode change-over switch unit 240 for performing switching for changing a voltage applied to the electrodes;
A storage unit 250 for storing driving state information including the driving state of the water purification apparatus 100 and installation position information of the purified water system received by the IoT control unit 220;
A cloud service unit 260 for transmitting driving state information of the purified water system including the driving state of the water purification apparatus 100 stored in the storage unit 250 to outside for generating big data;
A communication unit 260 for communicating with the outside;
The controller (200)
And an input unit (210) for receiving a control command of the user.
5. The apparatus of claim 4, wherein the integer controller (230)
An IoT configured to receive and store integer setting information of the integer system and to provide at least one of integer operation, IoT-based operating state information collection, alarm information collection and alarm output, or cloud service according to the integer setting information of the integer system; AI based water purification system.
The system according to claim 5,
Time setting information including current time and date, and time zone information;
Operation information including at least one of an integer scenario having information on the operation time of each step of the integer cycle, integer operation scheduling information for each day of the week, or operating method information that is either manual operation, schedule operation, or automatic operation;
System software upgrade information; or
Main setting information including account setting, audio detection setting, system information or network information; ≪ RTI ID = 0.0 > IoT < / RTI > and AI based water purification systems.
The system according to claim 5,
The mobile terminal 300 is connected to the neighboring mobile terminal 300 through a local communication of the adjacent mobile terminal 300 or communication through a communication network;
And a cloud server for receiving and storing driving state information of the water purifier collected from the controller or the mobile terminal to generate big data.
delete The method according to claim 1,
An integer control application that collects driving state information by wireless communication with the controller 200, receives integer system setting information including control information of the water purification water purification apparatus, and transmits it to the controller to remotely control the water purification apparatus An IoT and an AI-based water purification system further comprising:
The system of claim 9,
A menu bar having menu bars for selecting a setting menu of the constant control application; And
A display window for displaying an interface,
The interface comprises:
A main interface that has a status window and a main control window to perform an integer state, an integer start, a constant stop, and a sterilization operation;
A time setting interface for setting time for each time zone;
An operation setting interface that allows one or more of an integer scenario setting, an integer scheduling, or an operation method selection to be performed;
An upgrade setup interface that allows you to perform software upgrades; And
An IOT and AI-based water purification system comprising a main setting interface for enabling an account setting, an audio detection setting, an information correction or a network setting to be performed.
11. The system of claim 10,
A constant scenario setting interface for setting a time for each step of one cycle, which is a combination of constant, discharge, and sterilization;
A scheduling setting interface for setting an operation schedule for performing a time-based integer work per day; And
An IoT and AI based integer system further comprising a lower interface including an operating method selection interface that allows selection of manual operation, schedule operation, or automatic operation.
delete A current time and date, time setting information including time zone information, an integer scenario having information on each step of the integer cycle, an integer operation scheduling information for each day of the week, or an operation method that is either manual operation, Operating information including one or more of the information, upgrade information of the system software; Or main setting information including an account setting, an audio detection setting, system information, or network information;
The integer controller 230 drives the water purifier 100 according to the integer setting information to perform an integer value and the IoT controller 220 controls the water level, temperature, malfunction information and position information of the water purification system through the sensors An integral operation process of collecting driving state information including the driving state information;
A driving state information storage step of storing the driving state information collected during the constant operation in the storage unit 250;
And a cloud service process in which the cloud service unit (255) transmits driving state information collected through local communication or Internet communication to the mobile terminal (300) or the cloud server (400).
14. The method of claim 13,
After receiving the integer setting information through the communication unit 260, the integer setting unit 230 transmits integer setting information to the integer control unit 230 through local communication or Internet communication. In order to transmit the driving state information stored for the cloud service to the outside, (300), a user terminal, or a cloud server (400).

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