KR20150112689A - Cleaning system for food waste - Google Patents

Abstract

The present invention relates to a remote control cleaning system for food wastes, which is characterized by including a food wasted cleaning system cleaning food wastes by drying and crushing, detecting an operation state of each component and a food waste treating state to transmit monitoring data presenting the same to a remote control cleaning system through a relay system, and receiving a control command transmitted from the remote control cleaning system and performing the same; a remote control cleaning system installed in a remote place, and communicating with at least one food waste cleaning system through the relay system; and a relay system installed around the food waste cleaning system, performing wire communications and wireless communications with at least one food waste cleaning system and performing wire communications with the remote control cleaning system to relay data transmission between the food waste cleaning system and the remote control cleaning system. The present invention also relates to a control method of the remote control cleaning system for food wastes.

Description

Remote control food waste management system and control method thereof

The present invention relates to a remote management food waste disposal system and a control method thereof, and more particularly, to a remote management system for monitoring and controlling an operation state of a plurality of food waste disposal systems distributed in each area, To be able to do.

In addition, it is possible to construct a communication path between a food processing system for processing garbage and a remote management system located at a remote place so that a user can make a call between the user and a remote manager, and a proximity manager or a user The operation state of the system, and the garbage disposal state.

As is well known, the food waste disposal system is a system for treating food waste by drying, crushing and fermenting the food waste, and comprises an agitator, a drying chamber (tank), a dehumidifying device and a heating device as essential components.

The food garbage disposal system uses the stirrer to dry the food garbage which has been stirred and crushed in the drying chamber, and the food garbage is treated repeatedly. The food garbage is used for livestock feed, compost, .

In general, the agitator is composed of a crushing bundle mounted on a rotary shaft, a blade and a driving motor for rotating the rotary shaft. The dehumidifying device is composed of a cooling part generating low temperature, a dehumidifying part performing dehumidifying operation, The device consists of a heating coil (heater).

Korean Patent Registration No. 10-1308308 "Food Waste Disposer", Korea Patent No. 10-1253507 "Food Waste Disposal Device", Korean Patent No. 10-1138500 "Food Disposer with Dehumidifying Device", Korea Patent Registration No. 10-1103542 "Food Waste Disposal Device" and Korean Patent Registration No. 10-0817607 "Food Waste Recycling Device" are examples of such a food waste disposal system.

However, the above-described conventional food garbage disposal systems are operated and controlled independently of each other, and can not be remotely monitored or controlled in terms of the operation state and the food processing state, so that operation, maintenance, and management are easy There was a problem.

This will be described as follows.

As is well known, the food waste disposal system is installed at a place where food waste is discharged, such as an apartment or a restaurant, in accordance with the discharge capacity, and the installed food waste disposal system is managed by a proximity manager (e.g., apartment manager, The operation is controlled irregularly. In general, the 24-hour system is activated or after a certain period of time the operation status is confirmed and the operation is stopped. Therefore, the conventional food garbage disposal systems can not perform the quick response operation according to the state of food garbage disposal. Second, the system operation efficiency is lowered. Third, unnecessary energy is wasted.

In addition, there is a problem in that the proximity manager is not in a state in which it continuously watches the operation, so that it can not be processed promptly when a failure or an abnormal operation occurs, and since most proximity managers are not professional administrators, And that the automatic unmanned operation is not easy.

Further, in the case of the conventional food garbage disposal system, there is a problem that it is difficult to solve the problem because it is difficult for a user to communicate with a remote manager having a specialized technique, and the state of the food garbage disposal system is not known, , There is a problem that it is not easy to take appropriate action when a failure occurs.

It is an object of the present invention to solve the above-described problems of the related art, and it is an object of the present invention to provide a remote management system in which communication with one or more food processing systems is monitored to monitor an operation state of a food processing system, Remote control food waste disposal system and its control method "for remote control.

In addition, it is also possible to provide a voice communication between the remote manager and the user by providing a telephone call between the remote management system and the food processing system, and to provide a proximity manager or a user accessing through the client system with the operation state of the food waste disposal system And the state of food garbage disposal.

In order to achieve the above object, a configuration 1 of the "remote management food garbage disposal system"

And a control unit for controlling the operation of the food waste, and a control unit for controlling the operation of the food waste, Processing system; And

And a remote management system installed at a remote location and communicating with at least one food processing system to receive and display monitoring data transmitted from the at least one food processing system and to form a database.

The configuration 1 according to the technical idea of the present invention is for monitoring a plurality of food processing systems distributed in a remote place in a remote management system.

In the above configuration, the remote management system transmits a control signal for controlling the operation of the food processing system to the food processing system, and the food processing system receives the control signal transmitted from the remote management system to control the operation of each component .

This is for controlling the operation of the food treatment system remotely in the remote management system.

The configuration 2 of the "remote management food garbage disposal system"

A drying chamber, a heating device, and a dehumidifying device, drying and crushing the food waste, detecting the operation state of each component and the state of the food waste, and monitoring data representing the detected state of the component, And receiving and executing a control command transmitted from the remote management system;

And a second communication unit that is installed in a remote place and communicates with at least one food processing system through a relay system to receive and display monitoring data transmitted from at least one food processing system and to form a database, A remote management system for transmitting a control command to the food processing system to control the food processing system; And

A wastewater treatment system installed in the vicinity of the food treatment system and performing wired communication or wireless communication with at least one food processing system and performing wired communication (e.g., Internet communication, private line communication) with the remote management system, And a relay system for relaying data transmission between the systems.

The configuration 2 according to the technical idea of the present invention is characterized in that communication is performed between the food processing system and the remote manager system through the relay system.

The system further comprises a client system for accessing the remote management system through the Internet to perform monitoring on the food processing system or the proximity manager by the user of the food processing system. do.

This is intended to provide the user of the food treatment system (e.g., apartment residents) or proximity manager (e.g., apartment manager) that accesses through the client system with monitoring data for the food handling system.

The food processing system may further comprise:

An agitator for agitating and crushing food waste;

A drying chamber for drying the food waste shredded in the agitator;

A heating device for providing a heat source for drying food waste;

A dehumidifying device for removing moisture contained in food waste;

A filter unit for preventing odor generation; And

And a food processing controller for controlling the operation of the stirrer, the heating device, and the dehumidifying device according to the state of food garbage processing, and communicating with the remote management system.

The stirrer, the drying chamber,

A partition wall is provided in the drying chamber to separate into a first drying chamber and a second drying chamber, a food garbage inlet is provided on the first drying chamber and a second drying chamber, and a discharge port is provided on one side of the second drying chamber,

A rotating shaft is provided through the first drying chamber and the second drying chamber and a crushing blade and a blade are provided on the rotating shaft in a radial direction to constitute an agitator,

And a heating device for filling the fluid by forming the first drying chamber and the second drying chamber with a double wall and then raising the temperature of the fluid inside the double wall to raise the temperature of the drying chamber.

In the dehumidifying device,

A dehumidifying part for removing moisture contained in the introduced air; And

And a cooling device for supplying cold water to the dehumidifying part.

The dehumidifying part

A main body in which a water storage tank is provided in an internal shape;

An induction plate horizontally installed horizontally between at least two partition walls formed vertically inside the water reservoir to provide an air movement path;

An inlet pipe through which the high-temperature and high-humidity air passing through the upper surface of the main body is dehumidified and which flows into the water storage tank, and a discharge pipe discharging the air cooled and dehumidified; And

And a valve installed at one side wall of the main body for discharging the water in the water tank heated by the air in the dehumidifying process and supplying the cold water to dehumidify.

The filter unit includes:

At least one air filter for removing foreign matter and odor contained in the air discharged from the drying chamber to the dehumidifying device; And

And an activated carbon filter for removing foreign substances and odors contained in the air flowing into the drying chamber from the dehumidifying device.

This filter unit is to remove odors and foreign matter by using two filters to prevent odor generation.

The food processing control unit,

A state detection unit for detecting a garbage disposal state, an operation state, and the like;

An agitation control unit for controlling the operation of the agitator for agitating and breaking the food waste;

A dehumidifier for controlling the operation of the dehumidifier to remove moisture contained in the food waste;

A heating control unit for controlling operation of a heating device for heating food waste;

A display alarm unit for indicating a garbage disposal state and an operation state;

A switch unit including at least one switch;

A memory unit;

A food processing communication unit for performing communication with the remote management system; And

The control unit controls the operation of the state detecting unit, the stirring control unit, the dehumidifying control unit, the heating control unit, the display alarm unit, the switch unit, the memory unit and the food processing communication unit, And an operation controller for controlling the operation of the dehumidifying device and the heating device to dry and crush the food waste to store and display the operation state and the operation history and to communicate with the remote management system. .

In the above configuration, the system may further include a food processing communication unit configured to form a communication channel between the food processing system and the remote management system.

Such a food handling call is intended to enable voice and video communication between the user of the food treatment system and the remote administrator.

Wherein the state detecting unit comprises:

A temperature detection unit comprising at least one temperature sensor for detecting temperature; And

And a humidity detector configured to detect humidity by using one or more humidity sensors.

The temperature detected by the temperature detector is at least one of the temperature of the food waste, the temperature of the stirrer, the temperature inside the drying chamber, or the temperature of the dehumidifying device (cooling device).

Wherein the humidity detected by the humidity detecting unit is at least one of humidity of the food waste, humidity inside the stirrer, or humidity inside the drying chamber.

When the analog value detected by the temperature sensor of the temperature detector or the humidity sensor of the humidity detector is input to the controller, the temperature detector or the humidity detector converts the analog value into a digital value (A / D converted) It is preferable to be configured so as to be able to detect the above.

The state detecting unit detects the temperature and humidity of the food waste, the temperature and humidity of the agitator in which the food waste is stirred, the temperature and humidity of the inside of the drying chamber where the food waste is dried, or the temperature of the dehumidifying device, To control the operation of the device.

For example, it is possible to control the speed of the agitator drive motor according to the state of the food waste (temperature and humidity state), control the heating temperature of the heating device, or control the dehumidifying operation of the dehumidifying device.

In the above configuration, the state detecting unit may further include a weight detecting unit configured to detect the weight of the food waste, the weight detecting unit being composed of one or more weight detecting sensors.

The weight detecting unit detects the weight of the food waste to calculate the amount of the food waste, and controls the operation of the stirrer, the heating device, and the dehumidifying device according to the amount of the calculated food waste.

For example, it can be configured to control the speed or drive torque of the agitator drive motor, control the heating temperature of the heating device, or control the dehumidification performance of the dehumidifying device according to the weight of the food waste (amount of food waste) .

The status detector may further include a water level detector configured to detect the water level of the water in the dehumidifying device, the water level detector comprising at least one water level detecting sensor.

The water level detecting unit is for continuously detecting the amount of water blowing due to dehumidification to control the operation of the water level control valve.

For example, after the water level control valve is configured by an electromagnetic valve that is opened and closed by electronic control, the water level can be automatically adjusted by controlling the operation of the water level control valve according to the value detected by the water level detection unit.

The stirring control unit,

And a motor control unit for controlling the operation of the agitator drive motor.

Preferably, the motor control unit controls the rotation speed of the motor according to a control signal of the operation control unit, or controls on / off of the motor.

Since the configuration and operation of the control device for controlling the speed of the motor by the control signal of the operation control section are known, a detailed description thereof will be omitted.

The stirring control unit may further include a door control unit for controlling the opening and closing of the food inlet door provided in the drying chamber.

The door control unit is for controlling the opening and closing of the drying chamber door by a control signal of the operation control unit when the drying chamber door is composed of a door opened and closed by an electrical signal.

For example, the cylinder may be fixed to the wall of the drying chamber and the opening / closing door may be connected to the cylinder piston. Alternatively, a pinion gear may be connected to the rotary shaft of the motor and a rack gear may be connected to the door. , And the door can be opened or closed by the user's opening / closing switch operation.

The door control unit can operate the foot switch by holding the food garbage bag in both hands, and when the stirrer is operated, the door is opened so that the door is opened.

The dehumidifying agent unit,

A cooling control unit for controlling an operation of a cooling device for generating cold air; And

And a fan control unit for controlling operation of a blowing fan for circulating air between the drying chamber and the dehumidifying unit.

It is preferable that the cooling control unit controls the operation of the cooling device or controls the power supplied to the cooling device.

It is to be noted that a technical structure or operation for switching the power supply by switching by a control signal outputted from an operation control unit (e.g., a microcomputer or a PLC) or a technical structure or operation for controlling the operation rate of the refrigerant cycle is known, Is omitted.

Preferably, the fan control unit controls power supplied to the blowing fan, or controls operation of the fan by controlling the operating rate (rotation rate) of the blowing fan.

It should be noted that the technical arrangement or operation for controlling the operation of the fan by switching by the control signal outputted from the operation control unit or the control for the power supplied to the fan (for example, PWM control) And thus a detailed description thereof will be omitted.

It is preferable that the heating control unit is configured to be switched by the operation control unit to turn on / off the power supplied to the heating device (e.g., heater), or to control the current or voltage supplied to the heating device.

For example, it is possible to control the operation of the heating device so that the calorific value is calculated according to the processing state (temperature, humidity, etc.) of the food garbage and then the calculated calorific value is generated.

The circuit configuration and operation for controlling the current or voltage supplied to the heating device (heater) by the control signal of the operation control unit, or turning on / off the operation are known, and a detailed description thereof will be omitted.

The display alarm unit

A time display unit for visually displaying a state of food garbage disposal, an operation state, and detection data; And

And an auditory display unit for audibly indicating a state of food garbage disposal, an operation state, and detection data.

Preferably, the time display unit is constituted by an LCD display device or an LCD display device having a touch function, a beacon light, etc., and the auditory display unit displays the detected data and the operation state by a sound generating circuit, Output circuit and the like.

A sound output circuit for generating a sound for generating a different sound according to a given condition, a sound output circuit for generating a sound guiding sound stored in the memory, or a sound synthesis circuit for synthesizing and outputting sound are known, and a detailed description thereof will be omitted.

It is preferable that the switch unit comprises a touch screen of an LCD display device having a touch function, a plurality of text positions or a membrane switch, or a combination of one or more other switches.

Preferably, the memory unit comprises an internal memory of a microcomputer constituting an operation control unit, or an external memory controlled by the microcomputer.

Preferably, the memory unit comprises an SD card.

These SD cards are easy to move data through insertion and removal operations.

Preferably, the food processing communication unit comprises a wired communication device that performs wired communication through the Internet network or a dedicated network, or a wireless communication device that performs wireless communication. The configuration and operation of the wired communication device and the wireless communication device are the same as those in the prior art, and a detailed description thereof will be omitted.

Preferably, the food processing control unit comprises a microcomputer, a PLC, or a computer system having an input / output terminal, a computing module, a memory, a communication module, and an A / D converter or a D / A converter.

The food processing communication unit includes:

A voice communication unit constituting a voice communication path with a remote management system; And

And a camera unit for capturing an image and implementing a video call.

Such a food handling unit is for making a voice call or a video call between a remote management system located at a remote place and a user of a food processing system. In particular, in the case of a food processing system without a proximity manager, So that it is possible to quickly respond to abnormal operation of the food processing system. In addition, the state around the food processing system can be monitored through the camera unit.

It is preferable that the voice communication unit comprises a known interphone circuit, and the camera unit is preferably a CCD camera.

The construction and operation of a voice communication unit for performing a voice communication with a remote place through an interphone circuit and a camera unit for implementing a video communication using an image photographed through a CCD camera are well known and will not be described in detail.

The remote management system comprises:

A display alarm system for generating an alarm signal indicating that an abnormal situation (failure occurrence, check request occurrence, etc.) has occurred in the food processing system; And

And a server system that communicates with at least one food processing system to receive and display monitoring data transmitted from the food processing system and displays the monitored data in a database.

The remote management system may further include a remote management unit configured to communicate with the food processing system.

The display alarm system includes:

A time display unit for visually indicating whether the food processing system is normally operated and whether the food processing system is safe or not; And

And a time display unit for audibly indicating whether the food processing system is operating normally or not.

Preferably, the time display unit comprises a monitor, an LCD, a touch screen, or an LED or a beacon.

When the time display unit is constituted by a monitor, an LCD, a touch screen or the like, it is preferable that the state of the food processing system is represented by a figure, a letter, or a figure.

Preferably, the auditory display unit comprises an alarm sound generating unit for generating a warning sound indicating a state of the food processing system, a failure guidance, or a maintenance guide, or a voice guidance apparatus or voice synthesizing apparatus for performing voice guidance.

The configuration and operation of an alarm sound generating device for generating different alarm sounds according to a given condition, a voice guidance device for outputting a stored voice, and a voice synthesizing device for synthesizing and outputting voice are known, and a detailed description thereof will be omitted do.

The server system comprises:

A communication server for performing communication;

A customer management server for managing information about a subscriber (name, ID, password, connection history, contact information, etc.);

A database server for storing monitoring data, alarm situation data, and the like for each food processing system;

A backup server for performing data backup;

A plurality of input / output devices for inputting control commands of an administrator; And

And a main server for controlling the operation of the communication server, the customer management server, the database server, the backup server and the input / output device to receive and display the monitoring data transmitted from the at least one food processing system, .

And the remote management call unit comprises a voice communication unit constituting a voice communication path with the food processing system.

Wherein the remote management call unit comprises: a voice communication unit constituting a voice communication path with the food processing system; And

And a camera unit for capturing an image and implementing a video call.

The remote management call unit is for implementing a voice call or a video call with a user of the food processing system through a food processing system located at a remote place.

The relay system includes:

A terminal communication unit for performing wired communication or wireless communication with the food processing system;

A remote wired communication unit for performing wired communication with the remote management system; And

And a relay control unit for controlling operations of the terminal communication unit and the remote wired communication unit and relaying communication between the food processing system and the remote management system.

The terminal communication unit,

A terminal wireless communication unit performing wireless communication with the food processing system; And

And a terminal wired communication unit for performing wired communication with the food processing system.

The terminal wireless communication unit is composed of a known wireless communication device that performs short-range wireless communication with the food processing system, and the terminal wired communication unit or the remote wired communication unit is a known wired communication device that performs wired communication through the Internet network or a private- .

Since the configuration and operation of a Bluetooth communication device, a ZigBee communication device, a wireless communication device that performs wireless communication with Wi-Fi or other wireless communication devices, and a wired communication device that performs wired communication are well known, a detailed description thereof will be omitted.

Preferably, the relay control unit comprises an input / output terminal, a calculation module, a memory, a communication module, and a microcomputer, a computer system, or a PLC having an A / D converter or a D / A converter.

Preferably, the client system comprises a known computer system.

On the other hand, the configuration of the "remote control food waste disposal system control method"

A remote control food waste disposal system control method comprising a food waste treatment system, a relay system, a remote management system, and a client system, drying and crushing food waste, and monitoring and controlling the state of food waste treatment,

The remote control food waste disposal system control method includes:

In the food processing system, the food waste is dried and crushed and processed, the operation state of each component of the food processing system and the state of food waste processing are detected and the monitoring data representing the detected state is transmitted to the remote management system through the relay system, A food processing system control step of receiving a control command transmitted from the system through a relay system;

In a remote management system, monitoring data transmitted from one or more food processing systems is received, represented, converted into a database, transmitted to a corresponding food processing system, and monitored by a client system A remote management system control step of providing data;

A relay system control step of relaying communication between the food processing system and the remote management system in the relay system; And

And a client system control step of controlling the state of the food processing system by accessing the remote management system through the Internet network in the client system.

The food processing system control step includes:

A state detection control step of detecting an operation state of each component of the food processing system and the state of the food waste processing and generating monitoring data representing the state of the food waste processing state and controlling the operation of the food processing system;

A terminal display warning step of displaying the monitoring data detected in the state detection control step after performing the state detection control step;

A monitoring data transmission step of transmitting the monitoring data detected in the state detection step to the remote management system through a relay system after performing the terminal display warning step;

A monitoring data storing step of storing the monitoring data detected in the state detecting step after performing the monitoring data transmitting step;

Storing the monitoring data, detecting whether or not there is data to be transmitted in the remote management system through the relay system, and receiving the data to be transmitted in the remote management system if there is data to be transmitted; And

And a terminal communication step of detecting whether or not the communication function with the remote manager is selected after performing the terminal reception step and configuring a communication path with the remote management system when it is determined that the communication function is selected .

Wherein the remote management system control step comprises:

A remote monitoring step of receiving monitoring data transmitted from the one or more food processing systems via the metric system and monitoring the status of each of the food processing systems;

A remote display warning step of displaying a signal indicating that the state of the food processing system is not normal as a result of performing the remote monitoring step;

A remote control step of transmitting the control signal input by the remote manager to the corresponding food processing system through the relay system after performing the remote display alarm step;

The remote control step is performed to detect whether or not the client system is connected through the Internet network. When it is determined that the client system is connected, the client system processing for transmitting the monitoring data indicating the state of the food processing system to the client system step;

A remote database step in which the monitoring data and the monitoring status are converted into a database after the client system processing step is performed; And

And a remote call step of detecting whether or not a call function with the user of the food processing system is selected after performing the remote database step and performing a call function with the food processing system when it is determined that the call function is selected .

The relay system control step includes:

A food processing system relaying step of receiving monitoring data transmitted from the food processing system and transmitting the received monitoring data to a remote management system; And

And a remote management system relaying step of receiving the data transmitted from the remote management system and transmitting the received data to the food processing system.

The client system control step includes:

A login step of accessing and logging into the remote management system through the Internet network;

Monitoring the state of the food processing system by receiving data transmitted from the remote management system after performing the login step; And

And a logout step of logging out after completing the client monitoring step.

The remote management food waste disposal system and its control method according to the present invention particularly monitors the operation state and the food disposal state of the food processing system installed in each area in the remote management system and controls the operation thereof, This makes it possible to perform efficient optimum control, prevent unnecessary energy consumption, enable quick maintenance and unattended automatic operation, monitor the operation history and operation state of each component, And the effect of enabling real-time communication between the users.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system configuration diagram showing a configuration of a "remote management food garbage disposal system"
2 is a block diagram showing the configuration of a food processing system according to the present invention,
3 is a perspective view showing the external configuration of the food processing system of the present invention,
FIG. 4 is another perspective view showing the external configuration of the food processing system of the present invention,
FIG. 5 is a perspective view showing the internal structure of the food processing system of the present invention,
FIG. 6 is another perspective view showing the internal structure of the food processing system of the present invention,
7 is a perspective view showing the internal structure of the drying chamber of the present invention,
8 is a view showing a heating structure of a drying chamber in the present invention,
9 is a perspective view showing the structure of the dehumidifying part of the present invention,
10 is a block diagram showing the configuration of the food processing control unit in the present invention,
11 is a view showing a dehumidifying flow of the food processing system of the present invention,
12 is a configuration diagram showing the configuration of a relay system in the present invention,
13 is a configuration diagram showing a configuration of a remote management system according to the present invention,
14 is a diagram showing an example of the configuration of the remote management system time display unit of the present invention,
15 is a diagram showing a configuration example of a client system display screen of the present invention,
16 is a control flowchart showing the "remote control food waste disposal system control method" according to the present invention,
17 is a control flowchart showing the control flow of the food processing system control step of the present invention,
18 is a control flowchart showing a control flow of the relay system control step in the present invention,
FIG. 19 is a control flowchart showing a control flow of the remote management system control step of the present invention;
20 is a control flowchart showing a control flow of a client system control step in the present invention.

The technical idea of the " remote management food waste disposal system and its control method "according to the present invention will be described in detail as follows.

In the following description, the same or similar names and symbols are used for elements having the same or similar configurations and functions.

<Examples>

The present embodiment will be described taking the food processing system, the relay system, the remote management system, and the client system as examples.

In the present embodiment, an example in which a communication path is formed between the food processing system and the remote management system will be described.

In this embodiment, the relay system performs wired communication with the remote management system and performs wireless communication or wired communication with the food processing system.

In the present embodiment, the food processing system will be described by taking as an example a stirrer provided in the drying chamber with a stirrer, a drying chamber, a heating device, a dehumidifying device and a food processing control part as constituent elements, The first drying chamber and the second drying chamber are separated into a first drying chamber and a second drying chamber, and drying and grinding steps can be performed in the second drying chamber and the second drying chamber, respectively.

The dehumidifying device is a device that dehumidifies the liquid cooled by the cooling device that performs the cooling cycle by allowing hot and humid air sucked in from the drying chamber to pass through the heating device of the food processing system As an example.

The temperature detection unit and the humidity detection unit may be configured to detect the temperature and humidity of the air discharged from the first drying chamber and the second drying chamber, The temperature of the stirrer heating device and the water temperature of the dehumidifying device will be described as an example. The time display portion of the display alarm portion will be described by taking as an example an LCD display device having a touch function and a warning light. And a switch is formed in the LCD display device.

The reason why the present embodiment is configured as described above is that other embodiments according to the technical idea of the present invention can be easily understood from the present embodiment, and the technical idea of the present invention is concisely and clearly explained.

Hereinafter, the configuration of the present embodiment will be described in detail with reference to the accompanying drawings.

First, as shown in FIG. 1, one or more food processing systems 100, 100a are connected to a relay system 200, 200a via wired communication or wireless communication, and the one or more relay systems 200, Is connected to the remote management system 300 via the Internet network 1 to configure the present embodiment.

2, the food processing system 100 or 100a includes a drying chamber 120, a stirrer 130, a heating device 140, a dehumidifying device 150, a food processing control unit 160, .

The drying chamber 120, the stirrer 130 and the heating device 140 are provided with a stirrer 130 inside the drying chamber 120 and a heating device 140 below the drying chamber 120. 7, the inner space of the drying chamber 120 is divided into a first drying chamber 121 and a second drying chamber 122, and then a rotary shaft 132a is installed therein. In the rotary chamber 132a, A crushing bundle 132b and a blade 132c are mounted and a driven sprocket 132d is provided at the left end of the rotating shaft 132a. A plurality of transfer holes 121c having a predetermined size may be provided on one side of the partition wall 121d separating the first drying chamber 121 and the second drying chamber 122 from the first drying chamber 121, Food waste of a predetermined size or less in the food waste is transferred to the second drying chamber 122.

An air discharge hole (not shown) for discharging the air of the first drying chamber and the second drying chamber to the outside is provided on the upper ends of the first drying chamber 121 and the second drying chamber 122, (111) and a second air filter (112), respectively, and an activated carbon filter (113) is attached to an air inlet hole (not shown).

8, a fluid storage space 143 in which the fluid 142 is stored may be provided under the drying chamber 120, a heater 141 may be installed in the fluid storage space 143, So that the fluid 142 heated by the heater 141 can heat the drying chamber 120.

FIG. 9 is a perspective view showing the configuration of the dehumidifying unit 151 of the dehumidifying apparatus 150. Reference numeral 151a denotes a first air inlet pipe through which hot and humid air discharged from the first drying chamber 121 flows, The second air inflow pipe 151c through which the air discharged from the second drying chamber 122 flows is passed through the air introduced through the first air inflow pipe 151a and the second air inflow pipe 151b, 151e is a drain valve, 151f is a hot water discharge pipe, 151g is a cold water inlet pipe, 151h is an air discharge pipe, Respectively.

The dehumidifying unit 151 is configured such that the high temperature and high humidity air introduced from the first drying chamber 121 and the second drying chamber 122 flows through the air inlet pipes 151a and 151b, (Not shown) provided in the outside feeds cold water to the dehumidifying part 151, and the various valves are connected to the water For example.

6 is a perspective view of the garbage disposal system according to the present embodiment as viewed from the left side. FIG. 6 is a perspective view of the garbage disposal system as viewed from the right side. As shown in the drawing, the drying room 120, And a driving motor 131 for rotating the agitator rotating shaft 132a is mounted on the rear surface of the driving motor 131 so that the rotational force generated by the driving motor 131 is transmitted through the driven sprocket 131a and the driven sprocket 132d And is transmitted to the rotating shaft 132a to rotate the rotating shaft 132a.

The high temperature and high humidity air in the first drying chamber 121 flows into the first air inlet pipe 151a of the dehumidifying part 151 through the first air filter 111 and the first tube body 121b, 2 humidity air in the drying chamber 122 flows into the second air inlet pipe 151b of the dehumidifying unit 151 through the second air filter 112 and the second tube body 122c, The air blowing fan 153 is installed so that the low temperature and dry air discharged from the air discharge pipe 151h of the air discharge pipe 151 is circulated to the air heating pipe 133.

In the drawing, reference numeral 165 denotes a controller storage room in which the respective components of the food processing control unit 170 are mounted, and reference numeral 134 denotes a residue outlet through which food waste that has been crushed and dried is discharged.

FIGS. 3 and 4 are perspective views showing an external configuration of the food processing system according to the present embodiment, wherein reference numeral 161 is an air filter exchange door, reference numeral 162 is a residue discharge door, reference numeral 163 is a control device storage chamber door, 164 represent activated carbon filter exchange doors, respectively.

10 is a block diagram showing the configuration of the food processing control unit 170. As shown in the figure, the state detection unit 171, the switch unit 172, the memory unit 173, the display alarm unit 174, A food processing communication unit 176, a food processing communication unit 177, a dehumidifying agent unit 178, a stirring control unit 179 and a heating control unit 180 are connected to the operation control unit 175. [

The state detecting unit 171 includes a temperature detecting unit 171a and a humidity detecting unit 171b.

In the present embodiment, the temperature detection unit 171a and the humidity detection unit 171b detect the temperature and humidity of air discharged from the first drying chamber 121 and the second drying chamber 22, the temperature of the stirrer heating apparatus, The first air filter 111 and the second air filter 112 installed at the points where the air in the first drying chamber 121 and the second drying chamber 122 are exhausted are provided with a temperature sensor and a humidity sensor (Not shown), a temperature sensor 144 is attached to the lower end of the stirrer heating device, and a temperature sensor is mounted (not shown) inside the dehumidifying part 151 to detect temperature and humidity of each component .

3 and 4, the time indicator 174a of the display alarm unit 174 includes an LCD display device 174a1 having a touch function and a warning light 171a2, The emergency stop switch 172a is provided at the upper end of the food garbage disposal system and the operation switch is formed in the LCD display device of the time display unit 174a provided with the touch function .

The dehumidification control unit 178 includes a cooling control unit 178a for controlling the operation of the cooling device (not shown) and a fan control unit 178b for controlling the operation of the air blowing fan 153. The stirring control unit 179 is driven And a motor control unit 179a for controlling the operation of the motor 131. [

In this embodiment, each door of the drying chamber 120 is manually operated so that the weight of the food waste is not sensed and the water level of the dehumidifying part 151 is not sensed. Therefore, in FIG. 1, the weight detecting part 171c And the water level detection unit 171d are omitted.

As shown in FIG. 12, the relay system 200 includes a food processing system 100a having a wireless communication function, a terminal wireless communication unit 211 performing wireless communication, a food processing system 100, And a remote wired communication unit 230 for performing communication using the Internet and a remote management system 300 are connected to the relay control unit 220. The terminal control unit 220 is connected to the wired communication unit 212,

As shown in FIG. 13, the remote management system 300 is configured by connecting the remote management unit 320 and the display alarm system 330 to the server system 310.

The server system 310 includes an input / output device 311, a main server 312, a communication server 313, a customer management server 314, a database server 315, a backup server 316, And a firewall 317. The remote management communication unit 320 includes a camera unit 321 and a voice communication unit 322. The display alarm system 330 includes a time display unit 331, (332).

The client system 400 includes a computer system capable of accessing the Internet.

Hereinafter, operations and effects of the present embodiment will be described with reference to the accompanying drawings.

First, in the memory unit 173 of the food processing system 100, 100a, the state detecting unit 171 obtains data (data) for judging the operation state and the food processing state of each component of the food processing system 100, And a program for data relay in the memory of the relay system 200 or 200a and stores the program for data relay in the memory of the relay system 200 and the client system 400 ) To save the corresponding operating program. In addition, identification numbers are assigned to the respective food processing systems 100, 100a and the relay systems 200, 200a.

The detection program is a program for determining the processing state by calculating the degree of drying of the food waste put into the drying chamber from the change of the measured and calculated values, and analyzing the database construction and the use time through repeated experiments. Since the configuration and operation of the program for predicting the state of a specific object from data that is continuously backed up are known, a detailed description thereof will be omitted.

Then, as shown in FIG. 16, the food waste treatment system control step S100 is performed in the food waste treatment system 100 to dry and crush the food waste, and the relay system 200 is operated in the remote management system 300 And transmits the monitoring data indicating the state and the operation state of the food garbage to the relay system 200. The relay system 200 performs the relay system control operation S200 The monitoring data transmitted from the food processing system 100 is transmitted to the remote management system 300 and the data indicating the control command transmitted from the remote management system 300 is received and transmitted to the food processing system 100 do. The remote management system 300 receives and displays monitoring data transmitted from one or more food processing systems 100, converts the received monitoring data into a database, transmits control commands to the corresponding food processing system 100, A remote management system control step (S300) for providing monitoring data of the food processing system to the client system 400 is performed. The client system 400 performs a client system control step (S400) for the proximity manager or the user of the food processing system to access the remote management system 300 via the Internet network to monitor the state of the food processing system.

Hereinafter, the process will be described in detail.

First, the food processing system control step S100 will be described as follows.

17, the operation control unit 175 of the food processing control unit 170 performs a state detection control step (S110) to detect the operation state and the food processing state of each component, The processing system 100 controls the operation of each component and generates monitoring data indicative of the operating state and the food processing state.

That is, the temperature and humidity of the air discharged from the first drying chamber 121 and the second drying chamber 122, the temperature of the stirrer heating apparatus, and the water temperature of the dehumidifying device are detected through the temperature detecting unit 171a and the humidity detecting unit 171b And then calculates the control amounts of the stirrer 130 driving motor 131, the heater 141, the cooling device 152 and the blowing fan 153 and thereafter controls the stirring control unit 179, the heating control unit 180, 178, and the like to control the operation of the corresponding component. At this time, when a control command transmitted from the remote control unit 300 is received through the food processing communication unit 176, priority is given to the received command to perform a control operation.

11 shows the dehumidification process and the air flow between the drying chamber 120 and the dehumidifying part 151. As shown in the figure, when the high temperature and high humidity air generated in the drying chamber 120 passes through the first and second air filters The hot and humid air is changed into a low-temperature dry state and passes through the air discharge pipe 151h, the activated carbon filter 113 and the air heating pipe 133, And then is supplied to the drying chamber 120. Thus, the above-described process is repeated to perform the dehumidification process.

At this time, the low-temperature dry air discharged from the dehumidifying unit 151 is heated through the air heating pipe 133 to be in a high-temperature dry state and supplied to the drying chamber 120, thereby improving the dehumidification efficiency. (Deodorizing action) through the filters 111 and 112 and the activated carbon filter 113 to completely seal the air flow path, thereby preventing the generation of odor.

After performing the state detection control step S110, the operation control unit 175 transmits the monitoring data detected in the state detection control step S110 to the time display unit 174a and the auditory display unit 174b of the display alarm unit 174 The terminal display alarming step S120 is performed.

The operation control unit 175 sequentially performs the monitoring data transmission step S130, the monitoring data storage step S140 and the terminal reception step S150 in order to perform the state detection step The monitoring data detected in step S110 is transmitted to the remote management system 300 through the food processing communication unit 176 and the relay system 200 and is transmitted from the remote management system 300 through the relay system 200 Receives the data indicating the control command, and stores the monitoring data detected in the state detecting step (S110) in the memory unit (173).

After performing the terminal reception step S150, the operation control unit 175 performs a terminal communication step S160 to determine whether or not a call function with a remote manager (not shown) managing the remote management system 300 is selected And configures a communication route with the remote management system 300 through the voice communication unit 177b of the food processing communication unit 177 and the camera unit 177a when it is determined that the communication function is selected.

18, the relay system control step S200 includes a food processing system relay step S210 for receiving the monitoring data transmitted from the food processing system 100 and transmitting the monitoring data to the remote management system 300, And a remote management system relaying step S220 of receiving the data transmitted from the remote management system 300 and transmitting the received data to the food processing system 100. [

12, communication with the food processing systems 100 and 100a is performed through the terminal wireless communication unit 211 and the terminal wired communication unit 212 constituting the terminal communication unit 210, And communicates with the remote management system 300 through the communication unit 230 to relay the communication between the food processing system 100 and 100a and the remote management system 300. [

In the above description, the terminal wireless communication unit 211 is used when the communication with the food processing system 100a is wireless communication. The terminal wired communication unit 212 communicates communication with the food processing system 100a wirelessly. It is used when communication is configured.

The remote system control step (S300) will be described with reference to FIG.

First, when one or more relay systems 200 transmit monitoring data through the Internet network 1, the main server 312 receives the monitoring data through the communication server 313 and monitors the state of each food processing system. Step S310 is performed.

If the state of the food processing system is not normal as a result of performing the remote monitoring step S310, the main server 312 performs a remote display warning step S320 for generating a signal indicating the state of the food processing system through the alarm system 330 .

That is, when the monitoring data transmitted from the food processing system 100 is analyzed in the food processing system 100, the signal indicating the normal operation is displayed through the time display unit 331 and the auditory display unit 332. For example, the temperature does not rise over a predetermined period of time even though the heater 141 is operated through the heating control unit 180 or the cooling apparatus 152 is operated through the cooling control unit 178a, When an abnormal symptom such as the temperature of the water temperature of the dehumidifying unit 151 does not decrease after a lapse of time is analyzed, it is determined that the system is abnormal operation and a signal indicating the abnormal operation is generated.

After performing the remote display warning step S320, the main server 312 performs a remote control step S330 of transmitting a control signal input by the remote manager to the food processing system 100. [

After performing the remote control step S330, the main server 312 detects whether or not the client system 400 is connected through the Internet network 1, and when it is determined that the client system 400 is connected And a client system processing step S330 of transmitting data indicating the state of the food processing system 100 to the client system 400. [

That is, when the proximity manager or the user of the food processing system 100 accesses the main server 312 via the Internet network 1 and logs in, the corresponding member information stored in the customer management server 314 is searched for, The state data of the processing system 100 is read and transmitted to the client system 400 so that the state and history of the food processing system 100 can be monitored through the client system 400.

After performing the client system processing step S330, the main server 312 detects whether or not the communication function with the user of the food processing system 100 or the proximity manager is selected and determines that the communication function is selected A remote communication step (S350) for performing a communication function with the food processing system 100 is performed.

That is, when the user of the food processing system 100 or the proximity manager calls the remote manager through the call button (not shown) of the food processing system 100, the signal is transmitted through the communication server 313 to the food processing system 100 100) and a call path so that the user of the food processing system 100 and the remote manager can make voice and video calls. The voice and video communication is performed through the camera unit 177a and the interphone unit 177b of the food processing system 100 and the camera unit 321 and the voice communication unit 322 of the remote management system 300. [

After performing the remote call step S350, the main server 312 performs a remote database step S360 to store monitoring data and the like in the database server 315. The main server 312 repeatedly performs the above steps Thereby remotely monitoring the state of the food treatment system 100.

33 shows an example of a monitoring screen. In the figure, reference numeral 331a denotes a display window indicating whether the food processing system 100 is safe, 331b denotes a food processing system 100, And 331c and 331e each show an alarm display lamp, an operation status display window 331d for the food processing system 100, and a status display window 331e for the status display of the food processing system 100, respectively.

The client system control step S400 includes a login step S410 of logging in the remote management system 300 through the Internet network 1 to the client system 400 as shown in Fig. 20, S410), monitoring the state of the food processing system 100 by receiving monitoring data transmitted from the remote management system 300 (S420), and completing the client monitoring step S420 And a logout step (S430) for logout.

That is, when the client system 400 is logged into the remote management system 300 via the Internet network 1, the remote management system 300 reads out the member information of the customer management server 314, 100 to the client system 400 and receives the monitoring data from the client system 400 to monitor the state of the food processing system 100. [

FIG. 15 shows an example of a monitoring screen of the client system 400. In the figure, an unexplained reference numeral 411a denotes a display window indicating whether or not the food processing system 100 is safe, 411b denotes a food processing system 100, 411d and 411d are image display windows for displaying a surrounding image, 411c is a menu selection button, 411d is an image display selection button, 411e is an image enlargement selection button, 411f is an image reduction selection button, ) Management status display window (411h) shows an example of the status display window that shows the status of the food processing system (100).

As described above, according to the present embodiment, in particular, the remote management system monitors the operation state and the food processing state of the food processing system installed in each area, controls its operation, To prevent unnecessary energy consumption, to enable quick maintenance and unattended automatic operation, to monitor operation history and operation status of each component, and to enable real-time communication between a user and a remote manager It is a very useful invention with the effect of being made.

However, it should be understood that the above-described embodiments are merely examples for illustrating the technical idea of the present invention, and the technical idea of the present invention is not limited thereto.

1: Internet network 100, 100a: Food processing system
110: filter unit 111: first air filter
112: second air filter 113: activated carbon filter
120: drying chamber 121: first drying chamber
121a: Door 121b: First tube
121c: Feed hole 121d:
122: second drying chamber 122a: door
122b: confirmation window 122c: second tube
130: stirrer 131: drive motor
131a: Starting sprocket 132a:
132b: crushing bundle 132c: blade
132d: driven sprocket 133: air heating pipe
134: residue outlet 140: heating device
141: heater 142: fluid
143: fluid storage space 144: temperature sensor
150: dehumidifier 151: dehumidifier
151a: first air inlet pipe 151b: second air inlet pipe
151c: dehumidification plate 151d: level control valve
151e: drain valve 151f: hot water discharge pipe
151g: Cold water inflow pipe 151h: Air discharge pipe
152: cooling device 153: blowing fan
161: Air filter replacement door 162: Residual discharge door
163: Control device storage room door 164: Activated carbon container replacement door
165: control device storage chamber 170: food processing control unit
171: Status detector 171a:
171b: Humidity detector 171c:
171d: a water level detection unit 172:
173: memory unit 174: display alarm unit
174a: time display section 174b: auditory display section
175: Operation control unit 176: Food processing communication unit
177: food processing communication unit 177a: camera unit
177b: voice communication unit 178: dehumidifying agent fisher
178a: Cooling control section 178b: Fan control section
179: Agitation control unit 179a: Motor control unit
179b: door control unit 180: heating control unit
200, 200a: Relay system 210: Terminal communication unit
211 terminal wireless communication unit 212 terminal wireless communication unit
220: relay control unit 230: remote wired communication unit
300: remote management system 310: server system
311 I / O device 312 Main server
313: Communication server 314: Customer management server
315: Database server 316: Backup server
317: Firewall 320: Remote Management Call
321: camera section 322:
330: display alarm system 331: time display unit
332: Auditory display unit 400: Client system
410: Monitor
S100: control of food processing system S110: state detection control step
S120: terminal display alarm step S130: monitoring data transmission step
S140: Monitoring data storage step S150: Terminal reception step
S160: Terminal communication step S200: Relay system control step
S210: Food processing system relaying step S220: Remote management system relaying step
S300: Remote Management System Control Step S310: Remote Monitoring Step
S320: Remote display warning step S330: Remote control step
S340: Client system processing step S350: Remote call step
S360: remote database step S400: client system control step
S410: Login step S420: Client monitoring step
S430: Logout step

Claims (19)

And a control unit for controlling the operation of the food waste, and a control unit for controlling the operation of the food waste, Processing system; And
And a remote management system installed at a remote place and communicating with at least one food processing system to receive and display monitoring data transmitted from the at least one food processing system and to form a database. system. The remote management system according to claim 1, wherein the remote management system transmits a control signal for controlling the operation of the food processing system to the food processing system, and the food processing system receives the control signal transmitted from the remote management system, Wherein the control unit is configured to control the remote garbage disposal system. A drying chamber, a heating device, and a dehumidifying device, drying and crushing the food waste, detecting the operation state of each component and the state of the food waste, and monitoring data representing the detected state of the component, And receiving and executing a control command transmitted from the remote management system;
And a second communication unit that is installed in a remote place and communicates with at least one food processing system through a relay system to receive and display monitoring data transmitted from at least one food processing system and to form a database, A remote management system for transmitting a control command to the food processing system to control the food processing system; And
A relay installed around the food processing system for relaying data transmission between the food processing system and the remote management system by performing wired communication or wireless communication with at least one food processing system and performing wired communication with the remote management system; And a system for managing the food waste. The system according to any one of claims 1 to 3, further comprising a client system in which the user of the food processing system or the proximity manager accesses the remote management system via the Internet network and performs monitoring on the food processing system Wherein the remote garbage disposal system comprises: 4. The food processing system according to any one of claims 1 to 3,
An agitator for agitating and crushing food waste;
A drying chamber for drying the food waste shredded in the agitator;
A heating device for providing a heat source for drying food waste;
A dehumidifying device for removing moisture contained in food waste;
A filter unit for preventing odor generation; And
And a food processing controller for controlling operations of the stirrer, the heating device, and the dehumidifying device according to the state of the food garbage processing, and communicating with the remote management system. 6. The apparatus of claim 5, wherein the agitator, the drying chamber,
A partition wall is provided in the drying chamber to separate into a first drying chamber and a second drying chamber, a food garbage inlet is provided on the first drying chamber and a second drying chamber, and a discharge port is provided on one side of the second drying chamber,
A rotating shaft is provided through the first drying chamber and the second drying chamber and a crushing blade and a blade are provided on the rotating shaft in a radial direction to constitute an agitator,
And a heating device for filling the fluid by forming the first drying chamber and the lower portion of the second drying chamber with a double wall and raising the temperature of the fluid inside the double wall to raise the temperature of the drying chamber. Management food waste disposal system. 6. The dehumidifying device according to claim 5,
A dehumidifying part for removing moisture contained in the introduced air; And
And a cooling device for supplying cold water to the dehumidifying part. 8. The dehumidifying device according to claim 7,
A main body in which a water storage tank is provided in an internal shape;
An induction plate horizontally installed horizontally between at least two partition walls formed vertically inside the water reservoir to provide an air movement path;
An inlet pipe through which the high-temperature and high-humidity air passing through the upper surface of the main body is dehumidified and which flows into the water storage tank, and a discharge pipe discharging the air cooled and dehumidified; And
And a valve installed on one side wall of the main body for discharging water in the water tank heated by the air in the dehumidifying process and supplying dehydrated water to dehumidify the dehydrated food waste. 6. The filter according to claim 5,
At least one air filter for removing foreign matter and odor contained in the air discharged from the drying chamber to the dehumidifying device; And
And an activated charcoal filter for removing foreign substances and odors contained in the air flowing into the drying chamber from the dehumidifying device. 6. The food processing system according to claim 5,
A state detection unit for detecting a garbage disposal state, an operation state, and the like;
An agitation control unit for controlling the operation of the agitator for agitating and breaking the food waste;
A dehumidifier for controlling the operation of the dehumidifier to remove moisture contained in the food waste;
A heating control unit for controlling operation of a heating device for heating food waste;
A display alarm unit for indicating a garbage disposal state and an operation state;
A switch unit including at least one switch;
A memory unit;
A food processing communication unit for performing communication with the remote management system; And
The control unit controls the operation of the state detecting unit, the stirring control unit, the dehumidifying control unit, the heating control unit, the display alarm unit, the switch unit, the memory unit and the food processing communication unit, And an operation controller for controlling operation of the dehumidifying device and the heating device to dry and crush the food waste, store and display the operation state and the operation history, and perform communication with the remote management system. Remote management food waste disposal system. The remote management food garbage disposal system according to claim 10, further comprising: a food processing communication unit configured to form a communication channel between the food processing system and the remote management system. 11. The apparatus according to claim 10,
A temperature detection unit comprising at least one temperature sensor for detecting temperature; or,
A humidity detector configured to detect humidity by using at least one humidity sensor; or,
A weight detector configured to detect the weight of the food waste, the weight detector comprising at least one weight detection sensor; Wherein the remote garbage disposal system comprises: The remote management system according to any one of claims 1 to 3,
A display alarm system for generating an alarm signal indicating that an abnormal situation has occurred in the food processing system; And
And a server system that communicates with at least one food processing system and receives and displays monitoring data transmitted from the food processing system and displays the monitored data in a database. 14. The remote management food waste disposal system of claim 13, wherein the remote management system further comprises a remote management unit configured to communicate with the food processing system. 14. The server system according to claim 13,
A communication server for performing communication;
A customer management server for managing information on subscribers;
A database server for storing monitoring data, alarm situation data, and the like for each food processing system;
A backup server for performing data backup;
A plurality of input / output devices for inputting control commands of an administrator; And
And a main server for controlling the operation of the communication server, the customer management server, the database server, the backup server, and the input / output device to receive and display monitoring data transmitted from the at least one food processing system, Wherein the remote garbage disposal system comprises: The relay system according to claim 3,
A terminal communication unit for performing wired communication or wireless communication with the food processing system;
A remote wired communication unit for performing wired communication with the remote management system; And
And a relay control unit for controlling operations of the terminal communication unit and the remote wired communication unit and relaying communication between the food waste treatment system and the remote management system. A remote control food waste disposal system control method comprising a food waste treatment system, a relay system, a remote management system, and a client system, drying and crushing food waste, and monitoring and controlling the state of food waste treatment,
The remote control food waste disposal system control method includes:
In the food processing system, the food waste is dried and crushed and processed, the operation state of each component of the food processing system and the state of food waste processing are detected and the monitoring data representing the detected state is transmitted to the remote management system through the relay system, A food processing system control step of receiving a control command transmitted from the system through a relay system;
In a remote management system, monitoring data transmitted from one or more food processing systems is received, represented, converted into a database, transmitted to a corresponding food processing system, and monitored by a client system A remote management system control step of providing data;
A relay system control step of relaying communication between the food processing system and the remote management system in the relay system; And
And a client system control step of controlling a state of the food processing system by accessing a remote management system through an Internet network in a client system. 18. The method according to claim 17,
A state detection control step of detecting an operation state of each component of the food processing system and the state of the food waste processing and generating monitoring data representing the state of the food waste processing state and controlling the operation of the food processing system;
A terminal display warning step of displaying the monitoring data detected in the state detection control step after performing the state detection control step;
A monitoring data transmission step of transmitting the monitoring data detected in the state detection step to the remote management system through a relay system after performing the terminal display warning step;
A monitoring data storing step of storing the monitoring data detected in the state detecting step after performing the monitoring data transmitting step;
Storing the monitoring data, detecting whether or not there is data to be transmitted in the remote management system through the relay system, and receiving the data to be transmitted in the remote management system if there is data to be transmitted; And
And a terminal communication step of detecting whether or not the communication function with the remote manager is selected after performing the terminal reception step and configuring a communication path with the remote management system when it is determined that the communication function is selected Remote control to control food waste disposal system. 18. The method of claim 17, wherein the remote management system control step comprises:
A remote monitoring step of receiving monitoring data transmitted from the one or more food processing systems via the metric system and monitoring the status of each of the food processing systems;
A remote display warning step of displaying a signal indicating that the state of the food processing system is not normal as a result of performing the remote monitoring step;
A remote control step of transmitting the control signal input by the remote manager to the corresponding food processing system through the relay system after performing the remote display alarm step;
The remote control step is performed to detect whether or not the client system is connected through the Internet network. When it is determined that the client system is connected, the client system processing for transmitting the monitoring data indicating the state of the food processing system to the client system step;
A remote database step in which the monitoring data and the monitoring status are converted into a database after the client system processing step is performed; And
And a remote call step of detecting whether or not a call function with the user of the food processing system is selected after performing the remote database step and performing a call function with the food processing system when it is determined that the call function is selected Wherein the remote management food waste disposal system control method comprises:

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