KR20120023870A

KR20120023870A - Lifesaving kit and control system

Info

Publication number: KR20120023870A
Application number: KR1020100085963A
Authority: KR
Inventors: 김지신
Original assignee: 김지신
Priority date: 2010-09-02
Filing date: 2010-09-02
Publication date: 2012-03-14

Abstract

The present invention is fixed to the ground structure structure storage box 100 consisting of a plurality of storage rooms and doors; A wireless transmission and reception device 210 installed at one side of the rescue equipment storage box 100 to enable wireless communication through a remote disaster prevention control center and a wireless transmission and reception modem; And an emergency button 220 installed at one side of the rescue equipment storage box 100 and transmitting an emergency signal to a remote disaster prevention control center through a wireless transmission / reception modem. Interior of the life jacket 110 that can be worn in the emergency (100); Air tank 120 that can be used as air for breathing in an emergency; An air hose 130 connected to the air tank 120 and wound in a reel type; And an underwater respirator 140 coupled to the end of the air hose 130.

Description

Flood Disaster Prevention System {Lifesaving Kit and Control System}

The present invention is a device for the rescue of people who have not been evacuated from sudden natural disasters (disasters), installed in a breakwater or a beach, etc., as soon as necessary to deliver a distress signal to the disaster prevention control station and using the rescue kit provided in advance It is characterized by being able to protect one's own life.

Unexpected accidents often occur on breakwaters or on the shores, a typical example being swept into the sea by swells or waves.

In the event of such a sudden accident, it is necessary to quickly rescue the distress. There is no way to find out whether such an accident has occurred at a remote disaster control center.

In addition, even if someone reports to the 119 rescue team, a separate rescue kit is not prepared, there is a problem that the distress is difficult to maintain and sustain life until the rescue team arrives at the scene.

The object of the present invention created to solve the problems as described above is as follows.

Firstly, it is an object of the present invention to provide an emergency means for saving lives that have not been evacuated from sudden natural disasters (distress, distress).

Second, another object of the present invention is to provide a means for the life of the distress itself through the emergency measures.

Third, another object of the present invention is to provide a means for quickly delivering a rescue signal (emergency signal) to a remote disaster prevention control center when a natural disaster occurs.

Technical configuration of the present invention created to solve the problems of the present invention is as follows.

The present invention is fixed to the ground structure structure storage box 100 consisting of a plurality of storage rooms and doors; A wireless transmission and reception device 210 installed at one side of the rescue equipment storage box 100 to enable wireless communication through a remote disaster prevention control center and a wireless transmission and reception modem; And an emergency button 220 installed at one side of the rescue equipment storage box 100 and transmitting an emergency signal to a remote disaster prevention control center through a wireless transmission / reception modem. In the emergency, life jacket 110 that can be worn; Air tank 120 that can be used as air for breathing in an emergency; An air hose 130 connected to the air tank 120 and wound in a reel type; And an underwater respirator 140 coupled to the end of the air hose 130.

Technical effects of the configuration of the present invention are as follows.

First, it can provide an emergency means to save lives that have not been evacuated from sudden natural disasters.

In other words, even if it meets abrupt swells or waves in the breakwater, you can wear a life jacket to prevent drowning, connect the cables to prevent them from being swept away by the sea, and to maintain breathing by using a water respirator.

Second, the distress himself can sustain life through emergency measures.

In other words, if a quick response using a life jacket, an air tank, an air hose, and an aquatic respirator, the distress himself may protect his life even if the 119 rescue team is not nearby.

Third, in the event of a natural disaster, a rescue signal (emergency signal) can be quickly delivered to a remote disaster control center.

In other words, an emergency signal can be immediately delivered to a disaster prevention control station through a voice transmission and reception device, an emergency button, and a door open detection sensor. Correspondence is possible.

Fourth, the solar power module is provided can be self-sufficient power required.

Fifth, if the distance between the disaster prevention facility system and the disaster prevention control system is long distance, a long distance transmission can be made by installing a long distance communication tower in the middle of it. Can be.

Figure 1 shows the rescue equipment storage box 100 of the present invention, the door is installed in the front of the storage room has been omitted.
2 is a conceptual diagram of a communication connection of the present invention.
3 is a conceptual diagram of using the underwater respirator 140.
4 is a conceptual diagram of using the life jacket 110.
Figure 5 is another embodiment of the rescue equipment storage box 100 of the present invention, the door is installed on the front of the storage room has been omitted.
6 is a detailed embodiment of the control box 200.
7 shows a TCP / IP communication configuration.
8 illustrates a regional group interrupt / long range unified communications system.
9 shows a real-time video surveillance flowchart.
10 shows a security and emergency notification flow chart.

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

Rescue equipment storage box 100 is fixed to the ground and consists of a plurality of storage rooms and doors, the specific position, size, shape, etc. of the storage room is not limited to the form shown in Figure 1 can be changed in various forms design .

The door is a general shape that is installed on the front of each of the storage compartment bar is omitted.

Each storage compartment in the storage equipment storage box 100 includes a life jacket 110, an air tank 120, an air hose 130, an underwater respirator 140, a cable 160, and a portable oxygen tank 170. In the event of an emergency, the distress is used.

Life jacket 110 can be worn in an emergency to prevent drowning. Various kinds of life jackets 110 may be used, and tubular vests may be separately provided as shown in FIG. 1 or 5.

The air tank 120 is installed inside the rescue equipment storage box 100 to supply breathing air to the distress in an emergency.

Air hose 130 is connected to the air tank 120 and wound in a reel (Reel) type, as shown in Figure 3, when pulled can be released from the reel to secure the required length.

Underwater breathing unit 140 is coupled to the end of the air hose 130 is used for the distress to breathe in the water.

The respirator 140 may be selected from a variety of products that are generally used.

5, such an air tank 120 is provided in another form. That is, it consists of an air tank 120 that can be individually carried in an emergency and used as breathing air, and a water respirator 140 coupled to each of these air tanks 120. If provided, it is not necessary to be provided with a reel type air hose 130 as shown in FIG.

The cable 160 is provided inside the rescue equipment storage box 100 while being wound in a reel type.

As shown in FIG. 4, the cable 160 connects the life jacket 110 and the fixing ring 150 provided on the outer side of the rescue equipment storage box 100 to hold the distressed person so as not to be pushed away by the waves. Play a role.

The portable oxygen tank 170 is provided inside the rescue equipment storage box 100 and is provided with an oxygen respirator to be utilized as an emergency kit in an emergency.

The control box 200 is installed on the outer side of the rescue equipment storage box 100 is given a unique IP address, the specific shape is as shown in FIG.

The control box 200 includes a display 250, a circuit board 255, a wireless transmitter / receiver 210 composed of a speaker and a microphone, an emergency button 220, an image camera 230, and a door open sensor installed in a door of a storage room. It consists of 240.

As shown in FIG. 6, the display 250 is composed of an LCD or an LED window that provides image information, and thus may be used in a video call to provide necessary information.

The circuit board 255 is integrally attached to the rear surface of the display 250 and has a circuit necessary for control.

As shown in FIG. 2, the wireless transmission / reception device 210 enables IP communication through a terminal PC and a wireless transmission / reception modem of a remote disaster prevention control center so that the distress person can quickly transmit the current situation to the disaster prevention control center and make a rescue request. There is fast and accurate information transmission through the designated IP.

The wireless transmission and reception apparatus 210 may be generally configured as a speaker and a microphone, and is installed at one side of the peripheral portion of the display 250 for a video call.

The emergency button 220 is installed on one side of the peripheral part of the display 250 and transmits an emergency signal to a terminal PC of a remote disaster prevention control station by an IP communication method through a wireless transmission / reception modem. That is, in an emergency, the distress may not have time to contact the disaster prevention center. In this case, as shown in FIG. 10, the distress may simply transmit the emergency signal to the remote disaster control center by pressing the emergency button 220. Can be. If multiple rescue equipment storage boxes (100) are installed, each rescue equipment storage box (100) is given a unique IP address so that the emergency control station can check the location of the rescue equipment storage box (100) as soon as an emergency signal is received. do.

In addition, when pressing the emergency button 220, the lock of the storage room door of the rescue equipment storage box 100 is automatically released and the door is opened so that the user can quickly wear or use safety equipment. Although the storage door is not shown separately, it is also possible to manually open the emergency button 220 without pressing.

The video camera 230 is installed at one side of the periphery of the display 250 and transmits the captured image to the terminal PC of the remote disaster prevention control center through the wireless transmission / reception modem.

Accordingly, in the disaster prevention control center, as shown in FIG. 9, the image of the rescue equipment storage box 100 may be acquired through the image camera 230 from time to time to check whether or not a disaster occurs.

The door open detection sensor 240 is installed in each door of the storage room of the rescue equipment storage box 100 to detect whether the door is opened and closed and transmits it to the terminal PC of the remote disaster prevention control center through the wireless transmission / reception modem. As shown in FIG. 10, when such a signal is transmitted, the disaster prevention control center checks whether or not a disaster occurs through a video camera, so that even if a separate distress signal or an emergency signal is not received, quick response is possible.

As shown in Fig. 2, the disaster prevention control center can transmit the current situation in real time to the terminal PC of the local fire department, police station, disaster prevention headquarters or other disaster prevention related organizations through IP communication and request necessary actions through the terminal PC. PCs are also given unique IP addresses.

In other words, all the terminal PCs such as flood disaster prevention system and disaster prevention control station or fire station are assigned unique IP address and use self-IP communication method in the area that is different from the existing communication area, and operate accurate accident location and disaster prevention system through this. can do.

In addition, these terminal PCs can minimize the time to dispatch by sending GPS information about the exact location of the accident to the emergency ambulance or fire truck.

Fig. 7 shows a TCP / IP communication configuration, where each individual IP is assigned to a flood disaster prevention system installed in each region, and these IPs are stored in the terminal PC of the disaster prevention control station together with the equipment information and the installation location information of the equipment. do. When a signal is transmitted to the terminal PC of the disaster prevention control station at a speed of 4 to 16Gbit from the flood disaster prevention facility system installed in each area, the terminal PC transmits the TCP / IP communication along with the IP information of the equipment information and the installation location information of the equipment. Through the socket, it is transmitted to the terminal PC of local fire department, police station, national disaster prevention headquarters or disaster prevention linkage. Data filtered through TCP / IP communication socket is transmitted along with IP information, so the transmission speed is fast and accurate.

IP used in the present invention is an IP group that is configured separately from the IP used in the existing Internet. In addition, the terminal PC of the disaster prevention control station also has an IP used for existing Internet communication (using both a fixed IP area and a variable IP area of the existing Internet), and as shown in FIG. Data can be sent to the National Disaster Prevention Headquarters, etc.

8 shows a regional group interruption distance / long distance integrated communication system. When the distance between the disaster prevention and control system and the disaster prevention control system is a long distance, a long distance communication tower is properly installed in the middle so that the long distance transmission is performed.

Therefore, the signals from a number of disaster prevention facilities installed in the island can be transmitted to the terminal PC of the disaster control station over 50 kilometers away.

The photovoltaic module 300 is installed outside the upper portion of the rescue equipment storage box 100 and serves to produce power using solar light. The photovoltaic module 300 may be installed on the side of the rescue equipment storage box 100 in consideration of the sunshine direction, or may be installed separately from the rescue equipment storage box 100.

The power thus produced is temporarily stored in the battery and used as power for the operation of the present invention.

As described above, the contents of the present invention have been described with reference to specific embodiments of the present invention, but the scope of protection of the present invention is not limited to these embodiments and various design changes within the scope of not changing the technical gist of the present invention. In the case of addition or deletion of known technology, simple numerical limitations, etc., the scope of the present invention is clearly clarified.

100: rescue equipment storage box
110: life jacket
120: air tank
130: air hose
140: underwater respirator
150: fixed ring
160: cable
170: portable oxygen tank
200: control box
210: wireless transmission and reception device
220: Emergency button
230: Video camera
240: door open sensor
250: display
255: circuit board
300: solar power module

Claims

Rescue equipment storage box 100 is fixed to the ground consisting of a plurality of storage rooms and doors; And,
Control box 200 is installed on one side of the rescue equipment storage box 100 is given a unique IP address;
Consists of including
The control box 200,
A display 250 for providing image information;
A circuit board 255 integrally attached to a rear surface of the display 250;
A wireless transmission / reception device 210 installed at one side of the display 250 and capable of IP communication through a terminal PC and a wireless transmission / reception modem of a remote disaster prevention control center through a wireless transmission / reception modem; And,
An emergency button 220 installed at one side of the display 250 and transmitting an emergency signal to a terminal PC of a disaster prevention control center through a wireless transmission / reception modem;
And,
Inside the rescue equipment storage box 100,
Life jacket 110 that can be worn in an emergency;
Air tank 120 that can be used as air for breathing in an emergency;
An air hose 130 connected to the air tank 120 and wound in a reel type; And,
An underwater respirator 140 coupled to an end of the air hose 130;
Disaster prevention equipment system, characterized in that the provided.

Rescue equipment storage box 100 is fixed to the ground consisting of a plurality of storage rooms and doors;
Control box 200 is installed on one side of the rescue equipment storage box 100 is given a unique IP address;
Consists of including
The control box 200,
A display 250 for providing image information;
A circuit board 255 integrally attached to a rear surface of the display 250;
A wireless transmission / reception device 210 installed at one side of the display 250 and capable of IP communication through a terminal PC and a wireless transmission / reception modem of a remote disaster prevention control center through a wireless transmission / reception modem; And,
An emergency button 220 installed at one side of the display 250 and transmitting an emergency signal to a terminal PC of a remote disaster prevention control center through a wireless transmission / reception modem;
And,
Inside the rescue equipment storage box 100,
Life jacket 110 that can be worn in an emergency;
Air tank 120 that can be used as a breathing air to carry individually in an emergency; And,
An underwater respirator 140 coupled to an end of the air tank 120;
Disaster prevention equipment system, characterized in that the provided.

The method of claim 1 or 2,
A fixing ring 150 fixedly installed at an outer side of the rescue equipment storage box 100; And,
A cable 160 provided inside the rescue equipment storage box 100 to connect the life jacket 110 and the fixing ring 150 and wound in a reel type;
Hazardous disaster prevention equipment system characterized in that it further comprises.

The method of claim 1 or 2,
In the control box 200,
An image camera 230 installed at one side of the periphery of the display 250 and transferring the captured image to a terminal PC of a remote disaster prevention control center through a wireless transmission / reception modem;
Hazardous disaster prevention equipment system characterized in that it further comprises.

The method of claim 1 or 2,
A portable oxygen tank 170 provided inside the rescue equipment storage box 100 and used for emergency rescue;
Hazardous disaster prevention equipment system characterized in that it further comprises.

The method of claim 1 or 2,
A door opening sensor 240 installed in a storage room door of the rescue equipment storage box 100 and detecting whether the door is opened or closed and transmitting it to a terminal PC of a remote disaster prevention control center through a wireless transmission / reception modem;
Hazardous disaster prevention equipment system characterized in that it further comprises.

The method of claim 1 or 2,
A photovoltaic power generation module 300 installed on one side of the rescue equipment storage box 100 or separately installed from the rescue equipment storage box 100 to generate power by using solar light;
Hazardous disaster prevention equipment system characterized in that it further comprises.

The method of claim 1 or 2,
When the emergency button 220 is pressed, the water heating disaster prevention facility system, characterized in that the lock of the storage door of the rescue equipment storage box 100 is automatically released.

In claim 2,
In the terminal PC of the disaster prevention control center, the IP assigned to each flood disaster prevention system is stored together with the equipment information and the installation location information of the equipment.
When wireless communication using the corresponding IP is made from the flood disaster prevention system, the terminal PC of the disaster prevention control station is connected to the local fire department or police station, the national disaster prevention headquarters or disaster prevention together with the corresponding IP and the equipment information and the installation location information of the equipment. Transfer to the terminal PC of the institution,
The terminal PC of the local fire department or the police station is a disaster prevention facility system, characterized in that to transmit GPS location information of the corresponding disaster prevention facility system to the vehicle or ship to the installation location of the disaster prevention facility system.