KR200488697Y1 - Remote control system with mobile device for forest fire extinguishing - Google Patents

Abstract

The present invention relates to a fire fighting system having a pump controller installed in a forest fire fighting facility equipped with a sanitary fire fighting water tank, a sprinkler connected to a water tank and a pump for supplying water to the sprinkler, An intelligent signal controller for controlling the mobile terminal is installed, and the mobile terminal having the application capable of operating the mobile terminal is installed, and the image of the pump, the spliculator, the pump controller and / It allows the user to view the image and view the state of the facilities with his mobile terminal without having to approach the forest fire fighting facility when the forest fire occurs. By operating the pump through the intelligent signal controller to operate the sprinkler, To provide the remote control system of the forest fire fighting facility.

Description

TECHNICAL FIELD [0001] The present invention relates to a remote control system for a fire-fighting fire extinguishing system using a mobile terminal,

The present invention relates to a remote control system for remotely operating an emergency facility installed in a place where a person is difficult to access in case of a fire, and more particularly to a remote control system for remotely controlling a wildfire system using a mobile terminal such as a smart phone To a fire extinguishing system remote control system.

It is well-known that firefighting of forest fires is a common fire fighting system, in which wildfire detection sensors and fire fighting helicopters are dispatched to suppress forest fires. It takes about 15 minutes to minimize the time it takes for a helicopter to fire and start a wildfire evolution. Because of the dense trees in the dry atmospheric environment, forest fires extend to a fairly large area in about 15 minutes. Therefore, separate fire extinguishing facilities are installed in the mountains for the early evolution of forest fires. That is, a water tank, a pump for draining water from the water tank, and a power supply unit are disposed in a housing of a hut type, and a pipe extending from the pump is installed at a height higher than the wooden key around the mountain, , The pump inside the housing is activated to spray water with the sprinkler to prevent the fire from spreading until the fire helicopter arrives.

However, the existing forest fire extinguishing system is operated by the person directly to turn on the pump inside the housing. Therefore, there is a problem that the fire-fighting facility must be operated at the risk of forest fires. Such a problem is accompanied by the fact that when a forest fire is rapidly spreading, it is often impossible for a person to approach the housing, thereby making the forest fire fighting system obsolete.

Korean Patent No. 10-1384730 discloses a patent relating to a disaster prevention system for forest fires and the like. Here, however, only the detection of dangerous factors such as forest fires and the like is described, but no specific disaster prevention measures are mentioned at all.

In addition, even if there is a fire evacuation facility such as a sprinkler, it is necessary to solve the problem that if the operation equipment is surrounded by flames, it becomes useless when the person is not accessible.

On the other hand, the characteristic of the place where the forest fire occurs is that it is not a place where a person resides, so it is not equipped with a wired electric facility or a wired communication.

To install separate wired electrical facilities and wired communication facilities for the installation of fire fighting facilities, a lot of money and resources are needed. For this reason, there was no other way but to install a fire-fighting system mainly in a place where electric wires and communication lines exist. In other words, there is a need to solve such a problem together with the premise that wired electricity and wired communication are not provided in order to install the fire fighting fire extinguishing facility.

Therefore, the main purpose of the present invention is to control the fire fighting facility installed in the mountain remotely by the manager, so that the manager can operate the sprinkler and the like using his mobile terminal without having to go directly to the point where the forest fire fighting facility exists, The present invention provides a remote control system for a fire fighting facility capable of performing a fire fighting operation.

Another object of the present invention is to provide a remote control system of a forest fire fighting facility which can fire the forest fire by remote control of the forest fire fighting facility by the wireless communication among the mountains without the wired electricity and the wired communication facility.

According to the above object, the present invention provides a pump for a fire fighting firefighting system comprising a water tank for fire fighting fire, a sprinkler connected to a water tank and a pump for supplying water to the sprinkler, An intelligent signal controller for controlling the pump controller is installed, and a manager having a mobile terminal provided with an application capable of operating the controller is provided to the manager, and images of the pump, the spliculator, the pump controller, and / or the intelligent signal controller are captured So that the manager can view the state of the facilities with his mobile terminal without accessing the forest fire fighting facility when the forest fire occurs and operates the pump through the intelligent signal controller to operate the sprinkler, To provide a remote control system for forest fire fighting facilities.

That is,

Water tank for fire fighting;

A sprinkler connected to the water tank and having a height; And

And a pump for supplying water to the sprinkler,

A pump controller capable of turning on / off the pump;

An intelligent signal controller communicating with the mobile terminal to remotely control the pump controller; And

And an IP camera that communicates with the intelligent signal controller by close range communication and photographs a point where the pump, the pump controller, and the intelligent signal controller are installed,

Wherein the pump controller and the intelligent signal controller are interlocked via a contact signal,

The intelligent signal controller and the mobile terminal are linked to the Internet,

The mobile terminal may install an app to operate an ON operation of the pump through the intelligent controller through the application,

Through the IP camera, it is possible to view the image of the point where the pump, the pump controller, and the intelligent signal controller are installed. Thus, when a forest fire is generated, the manager can view the state of the facilities with his mobile terminal without accessing the forest fire fighting facility, And a sprinkler is operated by operating a pump through a signal controller so that the forest fire can be evolved.

Further, the present invention is characterized in that the intelligent signal controller and the IP camera are connected to an uninterruptible power supply, and the pump, the pump controller, the intelligent signal controller, the IP camera and the UPS are disposed in a housing for protecting them To provide a fire control system remote control system.

In addition, the present invention provides a remote fire fighting system remote control system, characterized in that when the pump is turned on through the application in the mobile terminal, a pre-set password is input to prevent erroneous operation.

In this system, a plurality of pumps connected to one sprinkler are installed in the system, and a pump controller is provided for each pump. When each pump is turned on, a predetermined password is input to the sprinkler And the amount of water to be supplied can be adjusted.

In this system, a plurality of sprinklers are installed in the system, a pump controller is provided for each pump connected to each sprinkler, and when a pump is turned on, And a sprinkler selection can be activated.

In addition, the present invention also includes a photovoltaic power generation module incorporated in the system. When there is light, the photovoltaic system generates electricity through the solar cell to charge the battery. When there is no light, the battery is used to power the remote control system And communication is performed by wireless communication.

According to the present invention, in case of a fire, a fire can be safely suppressed because an evolving facility can be operated through an app installed in a mobile terminal such as a smart phone in preparation for a dangerous situation in which a person approaches the fire evacuation facility. Especially, in the case of forest fire, this design is very useful when it takes time to approach disaster prevention facilities and the approach itself is dangerous.

In addition, the present invention enables to more clearly identify and respond to disaster situations by installing an IP camera near the facility so that the disaster prevention facility can be viewed as a smartphone image.

In addition, in the present invention, the pump operation is performed only after the password is set for the pump operation so as not to cause a malfunction in the pump operation or the like, so that the operation stability and reliability are secured.

In addition, according to the present invention, it is possible to install a remote control system of a forest fire fighting facility at a place where a power generation module is provided and the electric power does not enter the wire, and the system can be installed / operated in a place where a communication line is not used by using wireless communication have.

1 is a schematic diagram for explaining a schematic configuration of the present invention.
FIG. 2 is a photograph showing a forest fire fighting facility to which the present invention is applied.
FIG. 3 and FIG. 4 are views showing an embodiment of the operation by the app according to the present invention.
5 is a view for explaining driving of a forest fire fighting facility which is remotely controlled by wireless communication by combining solar power generation modules according to the present invention.
6 is a schematic view showing a configuration of a solar power generation module applied to the present invention.
FIG. 7 is a block diagram illustrating the type of wireless communication applied to the present invention and the application of the security module.
8 is a mobile terminal screen showing a scene in which a fire fighting pump is controlled by an app according to the present invention.

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

Fig. 1 shows the overall structure of the forest fire fighting facility of the present invention.

Forest fire fighting facilities include water tanks in the mountains, tall sprinklers, and pumps to supply water from the water tank to the sprinklers. Facilities such as pumps are installed in housed housings to protect them from the external environment. Fig. 2 shows a housing with a pump, a water tank, and a tall sprinkler. In the case of sprinklers, it is necessary to have a higher key than the height of the surrounding trees to favor fire suppression in the event of a forest fire. In order to remotely operate these forest fire fighting facilities, control equipment is installed so that the pump operation can be controlled by a smartphone or a tablet terminal. In FIG. 1, a plurality of pump controllers are shown, and an intelligent signal controller is installed to remotely control them. The intelligent signal controller includes a router, a port, and a DDNS module. The intelligent signal controller communicates with a pump controller through a contact signal, and communicates with a mobile terminal such as a smart phone or a tablet PC via the Internet. The intelligent signal controller is preferably configured to be able to extinguish all such input / output so that various communication methods such as I / O, RS-485, Bluetooth, and TCP / IP can be applied. This is because the pump must be controlled in any circumstance by sequentially attempting communication methods that can control the pump according to the circumstances.

In addition, since the manager must turn on the pump so that the water is supplied to the sprinkler from the remote, the manager is advantageous to perform the proper operation to check the operation state of the pump. Therefore, the present invention has installed an IP camera at the corresponding location to photograph the facilities and sprinklers in the housing and transmit the images. The IP camera also has a router, port and DDNS module. The IP camera needs to be composed of at least a 200-megapixel HD camera, and an infrared image pickup device should also be provided so that it can be photographed at night. Intelligent signal controllers and IP cameras can communicate over Ethernet, which is connected to an uninterruptible power supply (UPS) to continue operation regardless of power failure.

A mobile terminal such as a smart phone possessed by a manager can control a pump by installing a forest fire evacuation facility management application and can confirm the operation of the pump and the operation state of the sprinkler through the image transmitted through the IP camera. In order to implement such a remote control system, a web server (administrator server) that provides an app is provided, and a mobile terminal can access a web server and download an app from a web server.

FIG. 3 shows photographs showing a state in which the manager has executed his or her mobile terminal app according to the present invention.

An initial screen (not shown) for displaying the application is displayed on the mobile terminal screen on which the application is downloaded, and a screen for browsing the image transmitted by the IP camera is displayed. The leftmost photograph in FIG. 3 is a photograph showing the image of the interior of the housing. The pump and control system are shown photographed by IP camera. Therefore, the manager can check the status of the pump and the control system when remotely controlling through the mobile terminal.

Further, when the pump is operated to turn on the engine for such fire fighting, a large amount of water is sprayed from the sprinkler, so that it is necessary to prevent erroneous operation. Accordingly, the present invention allows a password to be set for the pump ON in the application screen, and the corresponding pump is turned ON only when the same password is input. This arrangement is advantageous in that a large number of pumps, for example three individual pumps, are provided for one sprinkler to control the amount of water supplied to the sprinkler, or, if there is a separate sprinkler corresponding to each pump, To turn on a particular pump. It is preferable to configure the pump to input a password for ON operation for each pump.

The photograph on the far right side of FIG. 3 shows a setting screen for registering and setting a camera model or the like for each of the points where the IP camera is installed. And a communication means suitable for the situation is selected and stored.

FIG. 4 shows a scene in which a sprinkler is operated remotely according to an embodiment of the present invention. The operation status of the sprinkler can be confirmed through the image transmitted from the IP camera.

Such a system for remotely controlling a forest fire extinguishing facility enables administrators to quickly evolve the initial forest fire and is very useful for safety since there is no need to directly access the forest fire site.

In addition to forest fire extinguishing, this embodiment can be applied to the remote control of a sprinkler installed in a dangerous place for people to approach. For example, sprinklers in nuclear facilities, sprinklers in smelly waste treatment facilities, and sprinklers near drug reservoirs with the risk of toxic gas leaks can be applied to remote operations to ensure human safety and prompt and reliable action. I will.

On the other hand, it requires electric power to remotely control the forest fire extinguishing facility unmanned. However, most of the areas where forest fires can occur are places where electricity is not supplied. Therefore, fire fighting systems that can be remotely controlled by an unmanned fire should be maintained without the supply of wired electricity. Since the development of technology is rapidly spreading, solar power generation module is applied to the forest fire fighting system, and it is self-developed by using the sun during the day, and a part of the developed electricity is stored in the battery, To be used for 24 hours. FIG. 5 shows a remote controllable forest fire extinguishing system to which the photovoltaic module is applied. As shown in FIG. 6, the photovoltaic power generation module includes a solar cell array and a DC / AC inverter, and is connected to a control facility and a communication facility.

Since wired communication is also impossible, it can be remotely controlled by applying wireless communication, and the wireless network can use it because the 3G / LTE wireless communication network is installed nationwide. Although some of the islands and islands lack 3G / LTE wireless network construction, they can also use satellite communications.

FIG. 7 shows a configuration example of a wireless communication means and a network applied to the present invention.

As the development of wired and wireless technologies, all devices are connected to the Internet, and the internet environment for objects that mutual communication between people and objects, objects and objects is expanded. It provides S / W or H / W type M2M / IoT security gateway technology that protects data, supports various things device connection, and operates internet Internet service in low temperature, high temperature and low power. To provide Internet service through various mobile devices, seamless security connection technology is provided for stable service even in mobile environments.

Data encryption and reliability enhancements are achieved through enhanced data encryption with support for standard encryption algorithms. It also maintains stability in a 20 to 70 ° C environment through its low power design and large surface heat sinks. Wired environment and various wireless environments support stable service environment by supporting xDSL wired environment, 3G and LTE wireless environment, and supports various communication environment such as 3G / LTE, WiFi, Bluetooth Low Energy (BLE), IEEE 802.15.4 ZigBee), and RS-232C / 485 systems.

In addition, the configuration of the communication module facilitates installation through a design that can be installed in a small space such as a vehicle, a housing, or an ATM.

8 shows an example of driving a pipe during remote control of a forest fire fighting system when an app is installed in a manager's mobile terminal (e.g., a smart phone).

On the initial screen, you can see 'Camera view' for viewing the scene and 'Settings' button for selecting the control. You can go to 'Settings' and set the environment. Here you can set up a specific pump (pump 2) to automatically remotely control for 20 seconds, then go to the camera view to see the spraying status. The shooting scenes are shown in FIGS. 4 and 5.

It is to be understood that the invention is not limited to the embodiments described above but is defined by the appended claims and that those skilled in the art can make various modifications and alterations within the scope of the claims It is self-evident.

No reference symbol.

Claims (4)

Water tank for fire fighting;
A sprinkler connected to the water tank and having a height greater than the height of the surrounding trees; And
And a pump for supplying water to the sprinkler,
A pump controller capable of turning on / off the pump;
An intelligent signal controller communicating with the mobile terminal to remotely control the pump controller; And
And an IP camera that communicates with the intelligent signal controller by close range communication and photographs a point where the pump, the pump controller, and the intelligent signal controller are installed,
Wherein the pump controller and the intelligent signal controller are interlocked via a contact signal,
Wherein the intelligent signal controller and the mobile terminal are interworked with the Internet,
The mobile terminal may install an app to operate an ON operation of the pump with the intelligent signal controller through the application,
Through the IP camera, it is possible to view the image of the point where the pump, the pump controller, and the intelligent signal controller are installed. Thus, when a forest fire is generated, the manager can view the state of the facilities with his mobile terminal without accessing the forest fire fighting facility, The pump can be operated through a signal controller to activate the sprinkler to evolve wildfire,
The intelligent signal controller is configured to be able to apply a communication method including I / O, RS-485, Bluetooth, and TCP / IP to attempt a communication method capable of controlling a pump,
Wherein the intelligent signal controller and the IP camera are connected to an uninterruptible power supply, wherein the pump, the pump controller, the intelligent signal controller, the IP camera and the uninterruptible power supply are arranged in a housing that protects them,
A photovoltaic power generation module and a rechargeable battery, and can be installed in a place where there is no wired electrical wiring,
And a wireless communication module,
When a pump is turned on through an application in a mobile terminal, a wrong password is inputted to prevent erroneous operation,
When a plurality of individual pumps are installed for one sprinkler, a pump controller is provided for each pump. When each pump is turned ON, a preset password is inputted to adjust the amount of water supplied to the sprinkler ,
When a large number of sprinklers are installed and individual pumps are connected to each sprinkler, a pump controller is installed for each pump. When each pump is turned on, a preset password is inputted to select a sprinkler at a specific position Wherein the fire-extinguishing device is a fire extinguishing device.




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