KR102045795B1 - Electrical panel fire prevention system using smart device - Google Patents

Abstract

The present invention relates to a switchboard disaster prevention system using a smart device, which comprises: a detecting unit (100) detecting fire of the switchboard; a disaster prevention unit (200) preventing the fire and extinguishing the fire in case of fire; and a smart device (300) installed to monitor the switchboard and having an application installed to operate a disaster prevention function of the disaster prevention unit (200) in case of fire. The detecting unit (100) comprises: a flame detection unit (110) recognizing and identifying the light, by a sensor, emitted by a heat radiation in case of fire; a smoke detection unit (120) recognizing and identifying the smoke, by the sensor, generated in case of fire; a temperature sensing unit (130) recognizing and identifying the temperature in the switchboard by the sensor; and a control unit (140) connected wired or wirelessly to the flame detection unit (110), the smoke detection unit (120), the temperature detection unit (130), the disaster prevention unit (200), and the smart device (300) having the application installed therein. The disaster prevention unit (200) comprises: a power supply unit (210) controlling entire or individual power supplies inside the switchboard; a fire extinguishing unit (220) extinguishing fire in case of fire; and an alarm unit (230) alarming through an audible notification in case of fire. The smart device having the application installed therein comprises wired or wireless communication technology, can monitor the switchboard by receiving the data of the detection unit (100) and the disaster prevention unit (200), and can operate the disaster prevention function of the disaster prevention unit (200). The present invention can extinguish fire early.

Description

Electrical panel fire prevention system using smart device

The present invention relates to a switchboard disaster prevention system, specifically, a flame detector, a smoke detector, a temperature detector, a controller, a power supply, a fire extinguisher, an alarm unit, a system including a smart device with an application installed remotely switchboard In the event of a fire, various data are automatically sent to the control room server, the smart device with the application, and the nearby fire station server along with the fact that the fire occurred and the location of the fire. The present invention relates to a distribution panel disaster prevention system using smart devices.

In general, a switchgear, a switchgear, a distribution board, etc. are devices that receive high voltage or extra high voltage electricity to supply power and convert it into a voltage used by a customer to distribute the load to a load facility. Power equipment such as high voltage circuit breakers, transformers, low voltage circuit breakers, magnets, and electrical components such as relays and instruments for power system protection and monitoring are mounted.

On the other hand, the switchboard has a high risk of fire due to heat generation from high voltage components such as a high voltage transformer or switch contact inside, and thus, a switchboard or other distribution equipment needs a system to monitor and notify fire accidents early. The method of measuring temperature is used.

KR101870024 B1 discloses a device for diagnosing switchboard temperature.

In the prior art, the temperature has been measured using a temperature tape or a temperature sensor. The method using the temperature tape detects only the local part with the temperature tape and detects the internal temperature of the switchboard even when the temperature sensor is used. It is equipped with a thermometer for displaying and an alarm buzzer for notifying the arrival of the set temperature value, and the manager monitors the current temperature of the switchboard through the thermometer or informs the manager of the switchboard through the fire alarm buzzer. Since there is only a simple function, such as the manager has to directly operate the fire extinguisher to respond to the fire accident of the switchboard, it was difficult to extinguish early fire.

KR 101870024 B1 KR 101798372 B1 KR 101924854 B1 KR 101905847 B1 KR 2020170003735 U KR 101817351 B1 JP 101895849 B1

The present invention is to solve the above problems, including a flame detection unit, smoke detection unit, temperature detection unit, control unit, power supply unit, fire extinguishing unit, alarm unit, the smart device installed application system to remotely switchboard Smart monitoring that monitors and automatically transmits data to the control room server, applications, and nearby fire department servers in the event of a fire, along with the fact that the fire occurred and the location of the fire. The purpose is to provide a switchboard disaster prevention system using equipment.

The present invention for solving the above problems,

Detecting unit 100 for detecting the fire of the switchboard; Disaster prevention unit 200 for preventing fire and for extinguishing a fire when a fire occurs; And a smart device 300 that monitors a switchboard and has an application installed therein for operating the disaster prevention function of the disaster prevention part 200 when a fire occurs; In the switchboard disaster prevention system using a smart device, comprising:

The detection unit 100,

Flame detection unit 110 that can recognize and identify the light emitted by the heat radiation when the fire occurs by the sensor; Smoke detection unit 120 that can recognize and identify the smoke generated when a fire occurs as a sensor; A temperature sensing unit 130 capable of recognizing and identifying a temperature in the switchboard; And a control unit connected to the flame detection unit 110, the smoke detection unit 120, the temperature detection unit 130, the disaster prevention unit 200, and the smart device 300 in which the application is installed by wire or wirelessly. 140); Including,

The disaster prevention unit 200,

A power supply unit 210 controlling all or individual power supplies in the switchboard; Fire extinguishing unit 220 in charge of extinguishing fire occurs; An alarm unit 230 which is in charge of an alarm through an audible notification when a fire occurs; Including,

The smart device 300, the application is installed,

Including wired or wireless communication technology and receiving the data of the detection unit 100 and the disaster prevention unit 200 to monitor the switchboard, characterized in that to operate the disaster prevention function of the disaster prevention unit 200 Can be configured.

In addition, the flame detection unit 110 of the detection unit 100,

Ultraviolet and infrared wavelengths can be detected, and the image can be taken, including the flame detection module for transmitting the captured image through the TCP / IP network, the flame detection by the smart device 300, the application is installed The position of the module can be adjusted.

In addition, the smoke detection unit 120 of the detection unit 100,

It may be configured to include a smoke detection module that can detect the smoke generated when a fire occurs and the position of the smoke detection module can be adjusted by the smart device 300 is installed the application.

In addition, the temperature detection unit 130 of the detection unit 100,

It includes a temperature sensing module that can measure the temperature inside the switchboard and LED lamps that change color depending on the temperature section including the temperature value measured in the temperature sensing module in advance. It can be configured as a feature.

In addition, the control unit 140 of the detection unit 100,

The flame detection unit 110, the smoke detection unit 120, the temperature detection unit 130, the power supply unit 210, the fire extinguisher 220, the alarm unit 230, the smart device installed the application ( 300 may be configured to receive and store data, and transmit the received data to a control room server, a smart device 300 in which the application is installed, and a fire station server.

In addition, the control unit 140 of the detection unit 100,

The flame detection unit 110, the smoke detection unit 120, and may be configured to further include a process for determining whether a fire occurs based on the data collected from the temperature detection unit 130.

In addition, the power supply unit 210 of the disaster prevention unit 200,

It includes at least one power management module that can manage the on / off of the switchboard power, it can be configured to be characterized in that the application can operate the power management module by the smart device 300 is installed.

In addition, the fire extinguishing unit 220 of the disaster prevention unit 200,

It includes a fire extinguishing device is installed at least one inside the switchboard, it can be configured to be characterized in that the application can operate the fire extinguishing device by the smart device 300 is installed.

In addition, the alarm unit 230 of the disaster prevention unit 200,

At least one alarm module is installed inside or outside the switchboard, and may be configured to operate the alarm module by the smart device 300 is installed the application.

According to the present invention, the status of the switchboard can be monitored remotely using a smart device with an application installed, and if necessary, an administrator can operate a fire extinguishing unit, an alarm unit, and a power unit using a smart device with an application installed, Immediately the fire station, fire location and collected data are sent to the control room server, smart devices with applications installed and nearby fire stations, and the fire extinguishing unit, alarm unit and power unit are automatically activated so that field workers can respond quickly and start the fire. There is an advantage to help suppress.

1 is a configuration diagram schematically showing a switchboard disaster prevention system using a smart device according to the present invention.
2 is a conceptual diagram schematically showing a switchboard disaster prevention system using a smart device according to the present invention.
3 illustrates a main page of an application installed in a smart device.
4 is an example of a page related to switchboard monitoring provided by pressing a switchboard monitoring category icon of the application main page of FIG. 3.
FIG. 5 is an example of a page about detailed data provided by pressing a detailed data category icon of an application main page of FIG. 3.
6 is an example of a page related to a flame detection unit provided by pressing a flame detection unit category icon of the application main page of FIG. 3.
FIG. 7 is an example of a page related to a smoke detector provided by pressing a smoke detector category icon of an application main page of FIG. 3.
FIG. 8 is an example of a page related to a temperature sensing unit provided by pressing a temperature sensing unit category icon of the application main page of FIG. 3.
FIG. 9 is an example of a page related to a power supply unit provided by pressing a power supply category icon of the application main page of FIG. 3.
FIG. 10 is an example of a page related to a fire extinguishing unit provided by pressing a fire extinguishing category icon of the application main page of FIG. 3.
FIG. 11 is an example of a page related to an alarm unit provided by pressing an alarm unit category icon of the application main page of FIG. 3.
FIG. 12 is an example of a page related to contact provided by pressing a contact category icon of the application main page of FIG. 3.
13 is a conceptual diagram illustrating a process of determining and processing a fire occurrence in a controller.
14 is a flowchart illustrating a data processing method of a distribution panel disaster prevention system using a smart device according to the present invention.

The technical problem achieved by the present invention and the practice of the present invention will be apparent from the preferred embodiments described below. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are only examples to explain the technical idea of the present invention in more detail, and thus the technical idea of the present invention is not limited to the accompanying drawings.

When any part of the specification is to "include" any component, this means that it may further include other components, except to exclude other components unless otherwise stated. In addition, the terms "... unit", "... module" described in the specification means a unit for processing at least one function or operation, which is implemented in hardware or software or a combination of hardware and software. Can be.

Throughout the specification, when a part is "connected" to another part, this includes not only "directly connected" but also "electrically connected" with another element in between. .

1 is a configuration diagram schematically showing a switchboard disaster prevention system using a smart device according to the present invention.

2 is a conceptual diagram schematically showing a switchboard disaster prevention system using a smart device according to the present invention.

3 illustrates a main page of an application installed in a smart device.

4 is an example of a page related to switchboard monitoring provided by pressing a switchboard monitoring category icon of the application main page of FIG. 3.

FIG. 5 is an example of a page about detailed data provided by pressing a detailed data category icon of an application main page of FIG. 3.

6 is an example of a page related to a flame detection unit provided by pressing a flame detection unit category icon of the application main page of FIG. 3.

FIG. 7 is an example of a page related to a smoke detector provided by pressing a smoke detector category icon of an application main page of FIG. 3.

FIG. 8 is an example of a page related to a temperature sensing unit provided by pressing a temperature sensing unit category icon of the application main page of FIG. 3.

FIG. 9 is an example of a page related to a power supply unit provided by pressing a power supply category icon of the application main page of FIG. 3.

FIG. 10 is an example of a page related to a fire extinguishing unit provided by pressing a fire extinguishing category icon of the application main page of FIG. 3.

FIG. 11 is an example of a page related to an alarm unit provided by pressing an alarm unit category icon of the application main page of FIG. 3.

FIG. 12 is an example of a page related to contact provided by pressing a contact category icon of the application main page of FIG. 3.

13 is a conceptual diagram illustrating a process of determining and processing a fire occurrence in a controller.

14 is a flowchart illustrating a data processing method of a distribution panel disaster prevention system using a smart device according to the present invention.

In general, the flame detection method is divided into ultraviolet light, infrared light, and complex type. In the ultraviolet light flame detection method, the sensor absorbs the ultraviolet wavelength generated when burning combustibles and sends it as a fire signal. In the infrared flame detection method, the carbon dioxide gas has resonance radiation in a specific infrared region during combustion, and the composite flame detection method has the performance of both an ultraviolet flame detector and an infrared flame detector. It is to send a fire signal or to send two fire signals when the two performance detection functions are operated together.

In general, the smoke detection method is divided into ionization, photoelectric, and composite type. The ionization smoke detection method uses a change in the ion current due to smoke entering the detection unit. The incident light quantity of the photoelectric device is changed, and the composite smoke detection method has both ionization and photoelectric performance. When the two performance detection functions are operated together, a fire signal or two fire signals are transmitted. Say what you are sending.

In general, the temperature sensing method is divided into contact type and non-contact type depending on the measuring method. The contact temperature sensing method is a method in which the temperature-sensitive point of the sensor measuring temperature is integrated with the object to be measured. In order to ensure sufficient contact surface, the non-contact temperature sensing method measures the temperature from the heat energy radiated from the object to be measured, and does not directly contact the object, and can measure at high temperature and has a fast response speed.

The switchboard disaster prevention system using the smart device which is the technical idea of this invention,

Flame detection unit 110, smoke detection unit 120, temperature detection unit 130, control unit 140, power supply unit 210, fire extinguishing unit 220, alarm unit 230, smart device 300, the application is installed It may be configured to include.

<Flame Detector>

The flame detection unit 110 may be connected to the control unit 140 by wire or wirelessly, and may recognize and identify light emitted by heat radiation when a fire occurs as a sensor.

The flame detection unit 110 may include a flame detection module, a support module, a communication module, and each module may be connected to each other to exchange data.

As the flame detection module of the flame detection unit 110, an ultraviolet flame detection method, an infrared flame detection method, or a composite flame detection method may be used.

The flame detection module of the flame detection unit 110 is installed at a predetermined position in the switchboard by the support module of the flame detection unit 110.

The support module of the flame detection unit 110 includes a pan tilt motor, so that the flame detection module of the flame detection unit 110 can be rotated and angled.

The communication module of the flame detection unit 110 may communicate with the control unit 140 and may send a signal to the support module of the flame detection unit 110.

When a specific signal regarding the adjustment of the flame detection module is received by the support module of the flame detection unit 110, a pan tilt motor in the support module of the flame detection unit 110 operates to operate the flame detection unit 110. You can adjust the detection range of the flame detection module.

As a flame detection module of the flame detection unit 110, an IP camera capable of detecting ultraviolet and infrared wavelengths may be used, and the IP camera may store and transmit an image captured by the camera using a TCP / IP network. .

The flame detection unit 110 may include at least one flame detection module.

<Smoke detection department>

The smoke detection unit 120 is connected to the control unit 140 by wire or wirelessly, and may recognize and identify smoke generated in a fire as a sensor.

The smoke detection unit 120 may include a smoke detection module, a camera module, a support module, and a communication module, and each module may be connected to each other to exchange data.

As the smoke detection module of the smoke detection unit 120, an ionized smoke detection method, a photoelectric smoke detection method, or a composite smoke detection method may be used.

The smoke detection module of the smoke detection unit 120 is installed on the upper wall surface of the switchboard by the support module of the smoke detection unit 120.

The camera module of the smoke detection unit 120 is installed to check the position of the smoke detection module installed on the upper wall in the switchboard.

The support module of the smoke detection unit 120 is provided with a motor that can move in a plane, the smoke detection module of the smoke detection unit 120 is movable.

The communication module of the smoke detector 120 may communicate with the controller 140 and may send a signal to the support module of the smoke detector 120.

When a specific signal is received by the support module of the smoke detector 120, the motor in the support module of the smoke detector 120 may operate to adjust the detection range of the smoke detector module of the smoke detector 120.

The smoke detection unit 120 may include at least one smoke detection module.

<Temperature sensing part>

The temperature sensing unit 130 may be connected to the control unit 140 by wire or wirelessly, and measure the temperature in the switchboard by a sensor.

The temperature sensing unit 130 may include a temperature sensing module, a support module, a communication module, and a display module, and each module may be connected to each other to exchange data.

A contact sensor or a non-contact sensor may be used as the temperature sensing module of the temperature sensing unit 130.

The temperature sensing module of the temperature sensing unit 130 is installed inside the switchboard by the supporting module of the temperature sensing unit 130.

The communication module of the temperature sensing unit 130 may communicate with the control unit 140.

The display module of the temperature sensing unit 130 includes a display panel or an LED lamp and is installed at least one outside the switchboard.

The display panel of the display module of the temperature sensing unit 130 displays the temperature value measured by the temperature sensing module of the temperature sensing unit 130.

The LED lamp of the display module of the temperature sensing unit 130 is programmed to change color according to the temperature section in advance, and according to the temperature section including the temperature value measured by the temperature sensing module of the temperature sensing unit 130. The color changes.

The temperature sensing unit 130 may include at least one temperature sensing module.

<Control part>

The control unit 140 will be described with reference to FIG. 2.

The control unit 140, flame detection unit 110, smoke detection unit 120, temperature detection unit 130, power supply unit 210, fire extinguishing unit 220, alarm unit 230, smart device 300, the application is installed ) And a wired or wireless connection.

The controller 140 may be configured to include a computer having a wired or wireless communication technology, a storage medium for storing data, and determining whether a fire has occurred by analyzing the data.

The control unit 140, the flame detection unit 110, the smoke detection unit 120, the temperature detection unit 130, the power supply unit 210, the fire extinguishing unit 220, the alarm unit 230, the The application receives and stores data from the installed smart device 300.

The controller 140 continuously determines whether a fire has occurred based on the data, and transmits the data to the control room server, the smart device 300 installed with the application, and the fire station server.

Referring to FIG. 6, the controller 140 will be described in connection with the flame detection unit 110 and the smart device 300 in which the application is installed.

The control unit 140 receives and stores data detected by the flame detection module of the flame detection unit 110 and data about a picture and an image taken by the flame detection module of the flame detection unit 110, and the application. The data is transmitted to the installed smart device 300.

When the control unit 140 receives the input value for the flame detection module adjustment input from the smart device 300, the application is installed, the control unit 140 receives the input value for the flame detection module adjustment the flame detection unit ( Transmit to the communication module of 110).

When an input value for adjusting the flame detection module is received by the communication module of the flame detection unit 110, the communication module of the flame detection unit 110 sends a signal to the support module of the flame detection unit 110.

When the signal is received by the support module of the flame detection unit 110, a pan tilt motor of the support module of the flame detection unit 110 is activated, the flame detection module of the flame detection unit 110 The detection range of is adjusted.

Referring to FIG. 7, the control unit 140 will be described in connection with the smoke detection unit 120 and the smart device 300 in which the application is installed.

The control unit 140 includes data on the type of smoke detected by the smoke detection module of the smoke detection unit 120 and the amount of detected smoke, and a picture or image taken by the camera module of the smoke detection unit 120. Receives and stores the data for, and transmits the data to the smart device 300 is installed the application.

When the controller 140 receives the input value for the smoke detection module adjustment input from the smart device 300, the application is installed, the control unit 140 receives the input value for the smoke detection module adjustment the smoke detection unit ( Transmit to the communication module of 120).

When an input value for adjusting the smoke detection module is received by the communication module of the smoke detection unit 120, the communication module of the smoke detection unit 120 sends a signal to the support module of the smoke detection unit 120.

When a signal is received by the support module of the smoke detector 120, the plane moving motor of the support module of the smoke detector 120 is operated, and the detection range of the smoke detector module of the smoke detector 120 is adjusted. do.

Referring to FIG. 8, the controller 140 will be described in connection with the temperature sensing unit 130 and the smart device 300 in which the application is installed.

The controller 140 receives and stores the temperature value data measured by the temperature sensing module of the temperature sensing unit 130 and transmits the data to the smart device 300 where the application is installed.

Referring to FIG. 9, the controller 140 will be described in connection with the power supply unit 210 and the smart device 300 in which the application is installed.

The control unit 140 receives and stores data on whether the power management module of the power supply unit 210 operates, and transmits the data to the smart device 300 where the application is installed.

When the controller 140 receives an input value for the power management module operation input from the smart device 300 in which the application is installed, the controller 140 receives the input value for the power management module operation from the power supply unit 210. Transfer to communication module of.

When an input value for power management module operation is received by the communication module of the power supply unit 210, the communication module of the power supply unit 210 sends a signal to the control module of the power supply unit 210.

When a signal is received by the control module of the power supply unit 210, the power management module of the power supply unit 210 is operated, and activates the on / off of all power or individual power inside the switchboard.

Referring to FIG. 10, the control unit 140 will be described in connection with the fire extinguishing unit 220 and the smart device 300 in which the application is installed.

The control unit 140 receives and stores data on whether the fire extinguishing device operates in the fire extinguishing unit 220 and transmits the data to the smart device 300 where the application is installed.

The control unit 140 receives and stores an input value for the fire extinguishing device operation inputted from the smart device 300 in which the application is installed, and the control unit 140 stores the input value for the fire extinguishing device operation. To the communication module.

When an input value for the fire extinguishing device is received by the communication module of the fire extinguishing unit 220, the communication module of the fire extinguishing unit 220 sends a signal to the control module of the fire extinguishing unit 220.

When a signal is received by the control module of the fire extinguishing unit 220, the fire extinguishing device of the fire extinguishing unit 220 is operated.

Referring to FIG. 11, the control unit 140 will be described in connection with the alarm unit 230 and the smart device 300 in which the application is installed.

The controller 140 receives and stores data on whether the alarm module 230 is operated or not, and transmits the data to the smart device 300 in which the application is installed.

The control unit 140 receives and stores an input value for the alarm module operation input from the smart device 300 in which the application is installed, and the control unit 140 stores the input value for the alarm module operation in the alarm unit 230. Transfer to communication module of.

When an input value for alarm module operation is received by the communication module of the alarm unit 230, the communication module of the alarm unit 230 sends a signal to the control module of the alarm unit 230.

When a signal is received by the control module of the alarm unit 230, the alarm module of the alarm unit 230 is activated.

Referring to FIG. 12, the controller 140 will be described in connection with the smart device 300 in which the application is installed.

An employee including an administrator in the control unit 140 may input a contact point of a nearby fire station and administrators, and the control unit 140 stores data of a contact point of a neighboring fire station and contact information of administrators, and the smart device installed with the application ( And transmit the data.

Hereinafter, a process of determining and processing whether a fire has occurred in the controller 140 will be described with reference to FIG. 13.

The controller 140 receives and stores the data detected by the flame detector 110, the smoke detector 120, and the temperature detector 130, and identifies the flame detector 110 based on the data. Whether the infrared wavelength is detected to be greater than or equal to a predetermined value, whether the specific ultraviolet wavelength is detected to be greater than or equal to the predetermined value by the flame detector 110, or whether or not the specific smoke is greater than or equal to the predetermined value to the smoke detector 120, The temperature detection unit 130 determines whether the temperature is measured above a predetermined value.

To be more specific,

The control unit 140 detects a specific infrared wavelength less than a predetermined value in the flame detection unit 110, a specific ultraviolet wavelength is detected below the predetermined value in the flame detection unit 110, the smoke detection unit When the specific smoke is detected at less than a predetermined value at 120 and the temperature measured by the temperature sensing unit 130 is less than a predetermined value, it is recognized that no fire has occurred, and the flame detecting unit 110 is again present. In addition, the smoke detector 120 and the temperature detector 130 receive and store data, and determine whether a fire occurs based on the data.

Meanwhile, the control unit 140 detects a specific infrared wavelength above a predetermined value in the flame detection unit 110 or detects a specific ultraviolet wavelength above a predetermined value in the flame detection unit 110 or the smoke detection unit. If a specific smoke is detected at 120 or more than a predetermined value or the temperature measured by the temperature sensing unit 130 is more than a predetermined value, it is recognized that a fire has occurred.

When the control unit 140 recognizes that a fire has occurred, the fire and the fire, the photo and video taken by the flame detection module of the flame detection unit 110 with the location of the fire, the flame of the flame detection unit 110 Infrared wavelengths and values detected by the detection module, UV wavelengths and values detected by the flame detection module of the flame detection unit 110, photos and images taken by the camera module of the smoke detection unit 120, the smoke detection unit The type and amount of smoke detected by the smoke detection module of 120, the data including the temperature value measured by the temperature detection module of the temperature detection unit 130 automatically control room server, the smart device 300, the application is installed and Send it to a nearby fire station server.

In addition, when the controller 140 recognizes that a fire has occurred, even if there is no input value (see FIG. 9) for power management module operation of the smart device 300 in which the application is installed, the communication module of the power supply unit 210 automatically. Sending an input value for the power management module operation, the communication module of the power supply unit 210 sends a signal to the control module of the power supply unit 210 to operate the power management module of the power supply unit 210.

In addition, when the controller 140 recognizes that a fire has occurred, even if there is no input value (see FIG. 10) for the operation of the fire extinguishing device of the smart device 300 in which the application is installed, the communication module of the fire extinguisher 220 automatically. Sending an input value for the fire extinguishing device operation, the communication module of the fire extinguishing unit 220 sends a signal to the control module of the fire extinguishing unit 220 is activated the fire extinguishing device of the fire extinguishing unit 220.

In addition, when the control unit 140 recognizes that a fire has occurred, even if there is no input value (see FIG. 11) for the alarm module operation of the smart device 300 in which the application is installed, the control unit 140 automatically switches to the communication module of the alarm unit 230. Sending an input value for the alarm module operation, the communication module of the alarm unit 230 sends a signal to the control module of the alarm unit 230 is activated the alarm module of the alarm unit 230.

<Power supply part>

The power supply unit 210 is connected to the control unit 140 by wire or wirelessly, and manages all or individual power in the switchboard.

The power supply unit 210 may include a power management module, a communication module, and a control module, and each module may be connected to each other to exchange data.

An inlet breaker, a vacuum breaker, a gas breaker, an air breaker, an air breaker, or a magnetic breaker may be used as a power management module of the power supply 210.

The communication module of the power supply unit 210 may communicate with the control unit 140 and may send a signal to the control module of the power supply unit 210.

When a signal related to the operation of the power management module is received by the control module of the power supply unit 210, the power management module of the power supply unit 210 is operated, and the on / off of all powers or individual powers inside the switchboard is operated.

<Digestion department>

Fire extinguishing unit 220 is connected to the control unit 140 by wire or wireless, and manages fire extinguishing.

The fire extinguishing unit 220 may include a fire extinguishing device, a support module, a communication module, and a control module, and each module may be connected to each other to exchange data.

As the extinguishing device of the extinguishing unit 220, a powder fire extinguisher using ammonium phosphate powder, a carbon dioxide fire extinguisher using liquefied carbon dioxide, or a halogen compound fire extinguisher using a halogen compound as a extinguishing agent may be used.

The fire extinguishing device of the fire extinguishing part 220 is installed at a predetermined position by the support module of the fire extinguishing part 220.

The communication module of the fire extinguishing unit 220 may exchange communication with the control unit 140 and may send a signal to the control module of the fire extinguishing unit 220.

The control module of the fire extinguishing part 220 is connected to the fire extinguishing device of the fire extinguishing part 220 to control the operation of the fire extinguishing device of the fire extinguishing part 220, and to operate the fire extinguishing device on the control module of the fire extinguishing part 220. When the signal is received, the fire extinguishing device of the fire extinguishing unit 220 is activated.

The fire extinguishing unit 220 may include at least one fire extinguishing device.

<Warning department>

The alarm unit 230 is connected to the control unit 140 by wire or wirelessly, and manages an alarm through an audio notification when a fire occurs.

The alarm unit 230 may include an alarm module, a support module, a communication module, and a control module, and each module may be connected to each other to exchange data.

An emergency bell may be used as the alarm module of the alarm unit 230 or a siren may be used.

The alarm module of the alarm unit 230 is installed at a predetermined position inside or outside the switchboard by the support module of the alarm unit 230.

The communication module of the alarm unit 230 may communicate with the control unit 140 and may send a signal to the control module of the alarm unit 230.

The control module of the alarm unit 230 controls the operation of the alarm module of the alarm unit 230, and when a signal relating to the alarm module operation is received by the control module of the alarm unit 230, the alarm module of the alarm unit 230 This works.

The alarm unit 230 may be configured to include at least one alarm module.

<Smart Device with Application>

A smart device 300 in which an application is installed will be described with reference to FIGS. 3 to 12.

The application is installed in a smart device 300 having a wired or wireless communication technology, the smart device 300 may be connected to the control unit 140 by wire or wireless to send and receive data.

Referring to FIG. 3, the main page of the application includes a switchboard monitoring category icon, a detailed data category icon, a flame detector category icon, a smoke detector category icon, a temperature detector category icon, a power unit category icon, a fire extinguisher category icon, and an alarm unit. It includes a category icon and a contact category icon.

4 to 12, it can be seen that a separate page including detailed contents is provided for each category.

The application may delete an existing category or add another category as needed.

FIG. 4 is an example of a page about a switchboard monitoring provided by pressing a switchboard monitoring category icon of the application main page of FIG. 3, and the page regarding the switchboard monitoring includes pictures and images photographed by the flame detection module of the flame detection unit 110. A screen for displaying is provided at the top of the page, and a screen for displaying pictures and images taken by the camera module of the smoke detector 120 is provided at the page stop, and the temperature measured by the temperature sensing module of the temperature detector 130 is provided. A screen showing the values is provided at the bottom of the page.

To be more specific,

The smart device 300 installed with the application receives data about the picture and video taken by the flame detection module 110 of the flame detection unit 110 from the control unit 140, in the flame detection module 110 of the flame detection unit 110 The photographed picture and the video are output at the top of the page of the switchboard monitoring of FIG. 4.

In addition, the smart device 300 receives the data about the picture and the image taken by the camera module of the smoke detection unit 120 from the control unit 140, taken by the camera module of the smoke detection unit 120. Photographs and videos are output to the page break on the switchboard monitoring of FIG.

In addition, the smart device 300 receives the data on the temperature value measured by the temperature sensing module 130 of the temperature sensing unit 130 from the control unit 140, measured by the temperature sensing module of the temperature sensing unit 130 The obtained temperature value is output at the bottom of the page related to the switchboard monitoring of FIG. 4.

FIG. 5 is an example of a page related to detailed data provided by pressing a detailed data category icon of the application main page of FIG. 3. The page related to detailed data includes a flame detector 110, a smoke detector 120, and a temperature detector. 130, the power supply unit 210, the fire extinguishing unit 220 and the alarm unit 230 includes a screen for displaying all the data collected.

To be more specific,

The smart device 300 installed with the application receives the data detected by the flame detection module of the flame detection unit 110 from the control unit 140, and shows the data detected by the flame detection module of the flame detection unit 110. Print on page about detailed data of 5.

In addition, the smart device 300 receives the data detected by the smoke detection module of the smoke detection unit 120 from the control unit 140, and shows the data detected by the smoke detection module of the smoke detection unit 120. Print on page about detailed data of 5.

In addition, the smart device 300 receives the data on the temperature value measured by the temperature sensing module 130 of the temperature sensing unit 130 from the control unit 140, measured by the temperature sensing module of the temperature sensing unit 130 The obtained temperature value data is output to the page about the detailed data of FIG.

In addition, the smart device 300 receives the data on whether the power management module operation of the power supply unit 210 from the control unit 140, and the data on whether the power management module operation of the power supply unit 210 of FIG. Print on a page about detailed data.

In addition, the smart device 300 receives the data on whether the fire extinguishing device of the fire extinguishing unit 220 from the control unit 140, the data on whether the fire extinguishing device of the fire extinguishing unit 220 is shown in FIG. Print on a page about detailed data.

In addition, the smart device 300 receives the data on whether the alarm module of the alarm unit 230 is operated from the control unit 140, and the data on whether the alarm module of the alarm unit 230 is operated detailed data of FIG. Print on page about.

FIG. 6 is an example of a page related to a flame detection unit provided by pressing a flame detection unit category icon of the application main page of FIG. 3, and the page related to the flame detection unit includes data detected by the flame detection module of the flame detection unit 110. Is provided at the top of the page, the screen to display pictures and images taken by the flame detection module of the flame detection unit 110 is provided on the page stop, and adjust the flame detection module of the flame detection unit 110 A screen is provided at the bottom of the page.

To be more specific,

The smart device 300 installed with the application receives the data detected by the flame detection module of the flame detection unit 110 from the control unit 140, and shows the data detected by the flame detection module of the flame detection unit 110. 6 is outputted at the top of the page relating to the flame detection unit.

In addition, the smart device 300 receives the data about the picture and the image taken by the flame detection module 110 of the flame detection unit 110 from the control unit 140, in the flame detection module 110 of the flame detection unit 110 The photographed image and the image are output to the page interruption relating to the flame detection unit of FIG.

In addition, the smart device 300 outputs a screen for adjusting the flame detection module of the flame detection unit 110 at the bottom of the page of the flame detection unit of FIG.

To explain the flame detection module adjustment screen in more detail,

The flame detection module adjustment screen includes an up arrow icon, a down arrow icon, a left arrow icon, and a right arrow icon.

The up arrow icon intuitively indicates that the flame detection module moves upward, the down arrow icon intuitively indicates that the flame detection module moves downward, and the left arrow icon indicates the flame detection module. Intuitively indicates moving in the left direction, and the right arrow icon intuitively indicates moving the flame detection module in the right direction.

When the upward arrow icon is pressed, the upward direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the flame detection unit 110, the communication module of the flame detection unit 110 sends a signal to the support module of the flame detection unit 110.

When a signal is received by the support module of the flame detection unit 110, a pan tilt motor in the support module of the flame detection unit 110 is activated, the flame detection module of the flame detection unit 110 Moves in the upward direction.

When the down arrow icon is pressed, the down direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the flame detection unit 110, the communication module of the flame detection unit 110 sends a signal to the support module of the flame detection unit 110.

When a signal is received by the support module of the flame detection unit 110, a pan tilt motor in the support module of the flame detection unit 110 is activated, the flame detection module of the flame detection unit 110 Moves downward.

When the left arrow icon is pressed, the left direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the flame detection unit 110, the communication module of the flame detection unit 110 sends a signal to the support module of the flame detection unit 110.

When a signal is received by the support module of the flame detection unit 110, a pan tilt motor in the support module of the flame detection unit 110 is activated, the flame detection module of the flame detection unit 110 Moves in the left direction.

When the right arrow icon is pressed, the right direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the flame detection unit 110, the communication module of the flame detection unit 110 sends a signal to the support module of the flame detection unit 110.

When a signal is received by the support module of the flame detection unit 110, a pan tilt motor in the support module of the flame detection unit 110 is activated, the flame detection module of the flame detection unit 100 Moves in the right direction.

FIG. 7 is an example of a page relating to a smoke detector provided by pressing a smoke detector category icon of an application main page of FIG. 3, and the page related to the smoke detector includes data detected by a smoke detector module of the smoke detector 120. A screen for displaying a picture is provided at the top of the page, and a screen for displaying a picture and video taken by the camera module of the smoke detector 120 is provided on the page stop, and the smoke detection module 120 to adjust the smoke detection module Screens are provided at the bottom of the page.

To be more specific,

The smart device 300 installed with the application receives the data detected by the smoke detection module of the smoke detection unit 120 from the control unit 140, and shows the data detected by the smoke detection module of the smoke detection unit 120. Output to the top of the page for the smoke detector of 7.

In addition, the smart device 300 receives the data about the picture and the image taken by the camera module of the smoke detection unit 120 from the control unit 140, taken by the camera module of the smoke detection unit 120. A picture and an image are output to the page interruption relating to the smoke detector of FIG.

In addition, the smart device 300 outputs a screen for adjusting the smoke detection module of the smoke detection unit 120 at the bottom of the page of the smoke detection unit of FIG.

To describe the smoke detection module adjustment screen in more detail,

The smoke detection module adjustment screen includes an up arrow icon, a down arrow icon, a left arrow icon, and a right arrow icon.

The up arrow icon intuitively indicates that the smoke detection module moves upward, the down arrow icon intuitively indicates that the smoke detection module moves downward, and the left arrow icon indicates the smoke detection module. Intuitively indicates that the movement to the left direction, the right arrow icon intuitively indicates that the smoke detection module to move to the right direction.

When the upward arrow icon is pressed, the upward direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the smoke detection unit 120, the communication module of the smoke detection unit 120 sends a signal to the support module of the smoke detection unit 120.

When a signal is received by the support module of the smoke detector 120, a plane moving motor in the support module of the smoke detector 120 is activated, and the smoke detector module of the smoke detector 120 moves upward. do.

When the down arrow icon is pressed, the down direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the smoke detection unit 120, the communication module of the smoke detection unit 120 sends a signal to the support module of the smoke detection unit 120.

When a signal is received by the support module of the smoke detector 120, the plane moving motor of the support module of the smoke detector 120 is operated, and the smoke detector module of the smoke detector 120 moves downward. .

When the left arrow icon is pressed, the left direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the smoke detection unit 120, the communication module of the smoke detection unit 120 sends a signal to the support module of the smoke detection unit 120.

When a signal is received by the support module of the smoke detector 120, a plane moving motor in the support module of the smoke detector 120 is activated, and the smoke detector module of the smoke detector 120 moves to the left. do.

When the right arrow icon is pressed, the right direction input is converted into a data value in proportion to the time pressed, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the smoke detection unit 120, the communication module of the smoke detection unit 120 sends a signal to the support module of the smoke detection unit 120.

When a signal is received by the support module of the smoke detection unit 120, the plane moving motor in the support module of the smoke detection unit 120 is activated, the smoke detection module of the smoke detection unit 120 moves in the right direction do.

FIG. 8 is an example of a page related to a temperature sensing unit provided by pressing the temperature sensing unit category icon of the application main page of FIG. 3, and the page related to the temperature sensing unit includes the temperature measured by the temperature sensing module of the temperature sensing unit 130. A screen is provided to display the value data.

To be more specific,

The smart device 300 installed with the application receives data about the temperature value measured by the temperature sensing module of the temperature sensing unit 130 from the control unit 140, and at the temperature sensing module of the temperature sensing unit 130. The measured temperature value data is output to the page relating to the temperature sensing unit of FIG.

FIG. 9 is an example of a page related to a power unit provided when a power unit category icon of the application main page of FIG. 3 is pressed, and a page showing data on whether a power management module of the power unit 210 is operated is displayed on the page of the power unit. Is provided in, the data on whether the power management module operation includes the data on or off status of the entire power source or individual power, the screen for operating the power management module of the power supply unit 210 is provided at the bottom of the page .

To be more specific,

The smart device 300 installed with the application receives data on whether the power management module of the power supply unit 210 is operated from the control unit 140, and shows data on whether the power management module of the power supply unit 210 operates. Output at the top of the page about the power supply.

In addition, the smart device 300 outputs a screen for operating the power management module of the power supply unit 210 at the bottom of the page related to the power supply unit of FIG. 9.

To explain the power management module operation screen in more detail,

The power management module operation screen includes an ON icon and an OFF icon for at least one power management module.

The ON icon intuitively indicates that the power management module is switched on to operate. The OFF icon intuitively indicates that the operation of the power management module is stopped by switching off the power management module.

When the ON icon is pressed, it is converted into a data value for power management module operation and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the power supply unit 210, the communication module of the power supply unit 210 sends a signal to the control module of the power supply unit 210.

When a signal is received by the control module of the power supply unit 210, the power management module of the power supply unit 210 operates.

When the OFF icon is pressed, the power management module is converted into a data value for stopping operation and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the power supply unit 210, the communication module of the power supply unit 210 sends a signal to the control module of the power supply unit 210.

When a signal is received by the control module of the power supply unit 210, the power management module of the power supply unit 210 stops operating.

FIG. 10 is an example of a page about a fire extinguishing unit provided by pressing a fire extinguishing category icon of the application main page of FIG. 3, and the page about the fire extinguishing unit displays data on whether the fire extinguishing unit 220 operates. It is provided at the top of this page, a screen for operating the fire extinguishing device of the fire extinguishing unit 220 is provided at the bottom of the page.

To be more specific,

The smart device 300, the application is installed receives the data on whether the fire extinguishing device of the fire extinguishing unit 220 from the control unit 140, the data on whether the fire extinguishing device of the fire extinguishing unit 220 is shown in FIG. Output at the top of the page about the digestive system.

In addition, the smart device 300 outputs a screen for operating the fire extinguishing device of the fire extinguishing unit 220 at the bottom of the page related to the fire extinguishing unit of FIG. 10.

To explain the fire extinguishing device operation screen in more detail,

The fire extinguishing device operation screen includes an ON icon and an OFF icon for at least one fire extinguishing device.

The ON icon intuitively indicates that the extinguishing system is switched on to operate, and the OFF icon intuitively indicates that the extinguishing system is switched off to stop the operation.

When the ON icon is pressed, it is converted into a data value for fire extinguishing device operation and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the fire extinguishing unit 220, the communication module of the fire extinguishing unit 220 sends a signal to the control module of the fire extinguishing unit 220.

When a signal is received by the control module of the fire extinguishing unit 220, the fire extinguishing device of the fire extinguishing unit 220 operates.

When the OFF icon is pressed, the data is converted into a data value for stopping the operation of the fire extinguishing device, and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The control unit 140 transmits the data to the communication module of the fire extinguishing unit 220, the communication module of the fire extinguishing unit 220 sends a signal to the control module of the fire extinguishing unit 220.

When a signal is received by the control module of the fire extinguishing unit 220, the fire extinguishing device of the fire extinguishing unit 220 stops working.

FIG. 11 is an example of a page related to an alarm unit provided by pressing an alarm unit category icon of the application main page of FIG. 3, and a page showing an alarm unit data on whether or not an alarm module is activated is displayed at the top of the page. The screen for operating the alarm module of the alarm unit 230 is provided at the bottom of the page.

To be more specific,

The smart device 300 installed with the application receives data on whether the alarm module operates in the alarm unit 230 from the control unit 140, and the data on whether the alarm module operates in the alarm unit 230 is shown in FIG. Print at the top of the page about the alarm.

In addition, the smart device 300 outputs a screen for operating the alarm module of the alarm unit 230 at the bottom of the page of the alarm unit of FIG.

To describe the alarm module operation screen in more detail,

The alarm module operation screen includes an ON icon and an OFF icon for at least one alarm module.

When the ON icon is pressed, it is converted into a data value for alarm module operation and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The controller 140 transmits the data to the communication module of the alarm unit 230, and the communication module of the alarm unit 230 sends a signal to the control module of the alarm unit 230.

When a signal is received by the control module of the alarm unit 230, the alarm module of the alarm unit 230 operates.

When the OFF icon is pressed, the data is converted into a data value for stopping the alarm module and the smart device 300 transmits the data to the controller 140 through a wired or wireless communication technology.

The controller 140 transmits the data to the communication module of the alarm unit 230, and the communication module of the alarm unit 230 sends a signal to the control module of the alarm unit 230.

When a signal is received by the control module of the alarm unit 230, the alarm module of the alarm unit 230 stops operating.

FIG. 12 is an example of a page about a contact provided by pressing a contact icon of an application main page of FIG. 3. The page about a contact is provided with a screen for connecting to an administrator, a nearby fire station, or sending a text message.

To be more specific,

The smart device 300, the application is installed, the contact of the manager, the data of the contact of the nearest fire station received from the control unit 140, the phone to connect to the manager or the neighboring fire station, or contact the screen of Figure 12 to send a text message Print on page about.

The contact page includes a phone icon and a text icon for at least one manager contact, and a phone icon and a text icon for at least one nearby fire station contact.

To describe the phone connection screen in more detail,

When the phone icon is pressed, the smart device 300 connects a phone call to a contact point of an administrator or a neighboring fire station input by the controller 140.

To describe the text message transmission screen in more detail,

When the text icon is pressed, the smart device 300 connects a program for sending a text message to a contact point of an administrator or a nearby fire station input by the controller 140.

<Data processing method of switchboard disaster prevention system using smart device>

Hereinafter, a data processing method of a distribution panel disaster prevention system using a smart device according to an embodiment of the present invention will be described with reference to FIG. 14.

Switchboard disaster prevention system using a smart device according to the present invention,

The flame detection unit 110, smoke detection unit 120, temperature detection unit 130, power supply unit 210, fire extinguishing unit 220, the alarm unit 230 of the switchboard disaster prevention system 1000, the control unit by collecting each data A first step of transmitting to 140;

A second step of receiving and storing the data in the control unit 140 of the switchboard disaster prevention system 1000 and transmitting the data to a smart device 300 having a control room server and an application installed therein;

Third, the owner of the smart device 300, the application is installed to monitor the switchboard situation, check the detailed data, and adjust the detection module of the flame detector 110 and the smoke detector 120 using the application. step;

A fourth step in which the owner of the smart device 300 in which the application is installed operates the power management module of the power supply unit 210, the fire extinguishing unit of the fire extinguishing unit 220, and the alarm module of the alarm unit 230 using the application;

A fifth step of the owner of the smart device 300 having the application installed thereon making a phone call or transmitting a message to a fire manager or a nearby fire station using the application; It may be made of.

In addition, the switchboard disaster prevention system using a smart device according to the present invention,

The flame detection unit 110, smoke detection unit 120, temperature detection unit 130, power supply unit 210, fire extinguishing unit 220, the alarm unit 230 of the switchboard disaster prevention system 1000, the control unit by collecting each data A first step of transmitting to 140;

A second step of receiving and storing the data in the control unit 140 of the switchboard disaster prevention system 1000 and transmitting the data to a smart device 300 having a control room server and an application installed therein;

Based on the data, the controller 140 detects that the specific infrared wavelength is greater than or equal to a predetermined value in the flame detection unit 110 and whether the specific ultraviolet wavelength is greater than or equal to a predetermined value in the flame detection unit 110. A third step of determining whether a specific smoke is detected at a predetermined value or more by the smoke detection unit 120 and whether the temperature is measured at a predetermined value or more by the temperature detection unit 130;

Based on the data, the controller 140 detects a specific infrared wavelength below a predetermined value in the flame detection unit 110, and detects a specific ultraviolet wavelength below the predetermined value in the flame detection unit 110. A fourth step of recognizing that a fire does not occur when a specific smoke is detected by the smoke detector 120 below a predetermined value and the temperature measured by the temperature detector 130 is below a predetermined value;

A fifth step in which the controller 140 passes through the first to fourth steps again; Can be done with.

In addition, the switchboard disaster prevention system using a smart device according to the present invention,

The flame detection unit 110, smoke detection unit 120, temperature detection unit 130, power supply unit 210, fire extinguishing unit 220, the alarm unit 230 of the switchboard disaster prevention system 1000, the control unit by collecting each data A first step of transmitting to 140;

A second step of receiving and storing the data in the control unit 140 of the switchboard disaster prevention system 1000 and transmitting the data to a smart device 300 having a control room server and an application installed therein;

Based on the data, the controller 140 detects that the specific infrared wavelength is greater than or equal to a predetermined value in the flame detection unit 110 and whether the specific ultraviolet wavelength is greater than or equal to a predetermined value in the flame detection unit 110. A third step of determining whether a specific smoke is detected at a predetermined value or more by the smoke detection unit 120 and whether the temperature is measured at a predetermined value or more by the temperature detection unit 130;

The control unit 140 detects a specific infrared wavelength above a predetermined value in the flame detection unit 110, or detects a specific ultraviolet wavelength above a predetermined value in the flame detection unit 110, or the smoke detection unit A fourth step of recognizing that a fire has occurred when a specific smoke is detected at a value greater than or equal to a predetermined value at 120 or when the temperature measured by the temperature sensing unit is greater than or equal to a predetermined value;

When the control unit 140 recognizes that a fire has occurred, the fact that the fire occurred, the picture and video taken by the flame detection module of the flame detection unit 110 together with the location of the fire, the flame of the flame detection unit 110 Infrared wavelengths and values detected by the detection module, UV wavelengths and values detected by the flame detection module of the flame detection unit 110, photos and images taken by the camera module of the smoke detection unit 120, the smoke detection unit Control room server automatically installed data, including the type and amount of smoke detected by the smoke detection module of 120, the temperature value measured by the temperature detection module of the temperature detection unit 130, the smart device 300 is installed the application And a fifth step of transmitting to a nearby fire station server;

When the control unit 140 recognizes that a fire has occurred, the power management module of the power supply unit 210 operates by automatically sending a signal to the power supply unit 210, the fire extinguishing unit 220, and the alarm unit 230. A sixth step of operating the fire extinguishing device of the fire extinguishing part 220 and operating the alarm module of the alarm part 230; Can be done with.

Although the embodiments of the present invention have been described with reference to the present invention, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

1000: switchboard disaster prevention system using smart devices
100 detection unit 110 flame detection unit
120: smoke detection unit 130: temperature detection unit
140: control unit 200: disaster prevention unit
210: power supply unit 220: fire extinguishing unit
230: alarm unit
300: smart device with the application installed

Claims (9)

Detecting unit 100 for detecting the fire of the switchboard; Disaster prevention unit 200 for preventing fire and for extinguishing a fire when a fire occurs; And a smart device 300 that monitors a switchboard and has an application installed therein for operating the disaster prevention function of the disaster prevention part 200 when a fire occurs; In the switchboard disaster prevention system using a smart device, comprising:
The detector 100 includes a flame detector 110, a smoke detector 120, a temperature detector 130, the controller 140,
The flame detection unit 110 may recognize and identify light emitted by heat radiation when a fire occurs with a sensor. The flame detection unit 110 may include a flame detection module, a support module, and a communication module, wherein the flame detection module has ultraviolet rays and infrared rays. The integrated flame detection method that detects the wavelength is integrated with the IP camera to capture the image and transmit the captured image through the TCP / IP network, the support module is equipped with a pan tilt motor and installed in a predetermined position in the switchboard Supporting the flame detection module, it is possible to adjust the detection range of the flame detection module by operating the support module by the operation of the smart device 300, the application is installed through the communication module,
The smoke detection unit 120 may recognize and identify smoke generated when a fire occurs as a sensor, and includes a smoke detection module, a camera module, a support module, and a communication module, wherein the smoke detection module is a composite smoke detection method. With the ionization and photoelectric smoke detection method at the same time, the smoke detection module is installed on the upper wall in the switchboard by the support module to detect the smoke generated in the event of a fire, the support module can be moved in plane The smoke detection module is configured to adjust the position, the camera module is installed to determine the position of the smoke detection module, the smoke detection module in the smart device 300, the application is installed through the communication module You can check the location of the video in real time, the operation of the smart device 300 is installed the application To the support module, and wherein the operation for adjusting the sensing range of the smoke detection module,
The temperature sensing unit 130 may recognize and identify the temperature in the switchboard as a sensor, and is programmed to change the color according to a temperature section in advance and a temperature sensing module capable of measuring the temperature inside the switchboard. It characterized in that it comprises a display module for displaying the temperature value measured in the LED lamp and the temperature detection module that the color is changed in accordance with the temperature section including the temperature value measured in,
The control unit 140 is connected to the detection unit 100, the disaster prevention unit 200, the smart device 300, the application is installed in a wired or wireless manner to exchange data, the flame detection unit 110, Based on the data collected by the smoke detector 120 and the temperature detector 130, continuously determine whether a fire occurs,
When the controller 140 recognizes that a fire has occurred, it automatically transmits the data received along with the fact that the fire has occurred, the location of the fire, to the control room server, the smart device 300 where the application is installed, and a nearby fire station server.
The disaster prevention unit 200 includes a power supply unit 210, fire extinguishing unit 220, alarm unit 230,
The power supply unit 210 controls the whole or individual power inside the switchboard, and includes at least one power management module that can manage the on / off of the switchboard power, by the smart device 300 is installed the application Characterized in that it can operate the power management module,
The fire extinguisher 220 is responsible for extinguishing the fire, including at least one fire extinguishing device is installed in the switchboard, that the application can be installed by the smart device 300 installed the fire extinguishing device Features,
The alarm unit 230 is responsible for the alarm through audible notification when a fire occurs, switchboard disaster prevention system using a smart device, characterized in that to operate at least one or more alarm module installed in or outside the switchboard. delete delete delete delete delete delete delete delete

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