KR20230133529A - Smart disaster safety management integrated control center dispatch service system - Google Patents

Abstract

The present invention relates to a smart disaster safety management integrated control center dispatch service system that receives a disaster report signal from a sender terminal or a host terminal, and includes caller or receiver information corresponding to the sender, caller's disaster report signal information, and CCTV information in a predetermined area. , a database unit storing emergency dispatcher information; It includes a server that receives a disaster report signal from the sender terminal or host terminal and controls to transmit information including disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals corresponding to the sender. In an embodiment of the present invention, a rescue voice or siren is sounded around a person in a safety accident such as a danger alert, fall alert, CCTV camera, harmful gas, fire detection, or worker abnormality to notify of an emergency situation within the golden time and request rescue. and evacuation, and at the same time transmit and confirm emergency text (message) information, location information, and on-site voice recording information to the integrated disaster safety management control center command headquarters and emergency contact information, and the disaster site and detection signal trends are monitored. By selectively exposing CCTV screens and allowing immediate confirmation of the accident site, emergency dispatch can be made within the golden hour to prevent disaster relief, evacuation, and the spread of the accident.

Description

Smart disaster safety management integrated control center dispatch service system

The present invention relates to a smart disaster safety management integrated control center dispatch service system, and more specifically, to a danger alert, fall and escape alert, CCTV camera, harmful gas, fire detection, and rescue voice around people in safety accidents such as worker abnormality. Alternatively, it sounds a siren to notify of an emergency situation within golden time, enables rescue requests and evacuation, and at the same time, sends emergency text (message) information, location information, and on-site voice recording information to the integrated disaster safety management control center command center and emergency contact information. Smart disaster safety that allows emergency dispatch within the golden time to prevent disaster relief, evacuation, and the spread of accidents by selectively exposing CCTV screens with disaster disaster sites and detection signal trends to immediately check accident sites. It is about the management integrated control center dispatch service system.

In general, various electronic devices are being produced through the development of electronic communication technology, and various devices such as cell phones and smartphones are becoming widely distributed.

These smartphones are currently becoming widely available, and many users are using them for various tasks such as making phone calls, e-mail, and wireless Internet.

In the case of recent smartphones, there is a technical advantage that users can configure the mobile phone as if they were their own personal PC by downloading and installing applications. As the concept of mobile phones evolves, various types of applications for smartphones are being developed, sold, and used in the trading market.

Meanwhile, although the Serious Accident Punishment Act has been generally enforced, recent fatal accidents have occurred at construction sites and facility management sites, and accidents are occurring at logistics warehouses, apartment construction sites, facility repair sites, and both inside and outside buildings.

Currently, various measures are being implemented by the government and local governments to prevent accidents and casualties, but disaster and safety accidents are occurring every day at construction sites, facility management sites, multi-use facilities, nursing homes, and child care centers. To prevent this, there is no automatic assault detection, monitoring, and integrated control and dispatch facility.

In addition, even if there are individual fire extinguishers and firefighting facilities, there are cases where they are useless in situations where a fire has already occurred and no help can be used.

And currently, most fatal accidents occur at industrial construction sites and facility repair sites.

Recently, broken teeth of children due to child abuse have been broadcast in the media, and even though CCTV is installed, crimes continue to occur due to helplessness.

On the other hand, even if there is construction site training and safety inspection, in most cases it is only a formal document for reporting purposes.

However, having many safety managers at a construction site increases labor and welfare costs, and there are limits to how many people can monitor a large site.

In addition, even if a 119 fire reporting system is installed, the operating switch is turned off to block 119 reports due to malfunction. The reason is that a lot of national budget is wasted due to dispatch of fire trucks.

The technical problem sought to be achieved by the present invention is to improve the inconveniences of the prior art. At the industrial construction site repair sites, which are increasing day by day, a large number of human casualties are occurring, large fires are causing enormous property damage, and social Since anxiety factors arise from various places around us, including industrial construction sites, facility management sites, and everyday life, we provide a smart disaster safety management integrated control center dispatch system using a wired and wireless communication network to prevent this.

In addition, the technical problem to be achieved by the present invention is to improve the inconveniences of the prior art, by selecting and automatically exposing CCTV screens with automatic inspection signal trends in an integrated control center to respond to safety accident emergencies such as falls and falling structures. It provides a smart disaster safety management integrated control center dispatch service system that enables accident prediction and accident prevention.

In addition, the technical problem to be achieved by the present invention is to improve the inconveniences of the prior art, such as danger alerts, fall and escape alerts, CCTV cameras, harmful gases, fire detection, and worker abnormalities, etc. Sounds a siren to notify of an emergency situation within golden time, enables rescue requests and evacuation, and simultaneously transmits emergency text (message) information, location information, and on-site voice recording information to the integrated disaster safety management control center command center and emergency contact information. Smart disaster safety management that prevents disaster relief, evacuation, and accident expansion by emergency dispatch within the golden time by selectively exposing CCTV screens with disaster disaster sites and detection signal trends to immediately check accident sites. It provides an integrated control center dispatch service system.

The smart disaster safety management integrated control center dispatch service system according to the characteristics of the present invention to solve these problems is,

A smart disaster safety management integrated control center dispatch service system that receives a disaster report signal from the sender terminal or host terminal,

A database unit that stores the sender or receiver information corresponding to the sender, the sender's disaster report signal information, CCTV information of a predetermined area, and emergency dispatcher information;

It includes a server that receives a disaster report signal from the sender terminal or host terminal and controls to transmit information including disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals corresponding to the sender.

The database part,

Member information DB that stores sender or recipient information corresponding to the sender;

Disaster report signal information DB that stores disaster report signal information including caller's personal code information, mobile phone name, caller location, disaster emergency text information, and on-site voice recording information;

CCTV information DB that stores CCTV location and image information in a certain area;

It includes an emergency responder information DB that stores emergency responder information, including the emergency responder's location, means of transportation, and contact information.

The server is,

an information receiver that receives a disaster report signal from the host terminal or the sender terminal;

It includes a control unit that transmits information including a disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals corresponding to the sender included in the disaster report signal.

The server is,

It further includes a CCTV analysis unit that receives at least one CCTV information corresponding to the location of the sender, analyzes it, and tracks the location of the disaster report.

The server is,

A statistical analysis unit that analyzes the disaster report signals cumulatively and calculates the number of times by type of disaster report signal, calculates the location cumulatively, and determines and guides the disaster report signal as a disaster safety accident zone if the number of disaster reports in a given area is more than the standard number in a certain period. Includes more.

The statistical analysis unit is characterized in that if the number of disaster reports in a given area is more than the standard number in a certain period, it is judged to be a disaster and safety accident zone and provides guidance.

The recipient terminal guides the shortest route to the sender.

The emergency bell generates an inaudible frequency signal when the button is pressed.

The host terminal can be attached to the wall of a building and transmits and receives information to and from the server through a wired or wireless network.

In addition, the sender's terminal generates an alarm sound or a rescue voice to inform nearby workers of the emergency situation, allowing them to take prompt rescue measures or escape from the emergency situation.

The automatic detector is equipped with at least one danger alarm, fall alarm, CCTV camera, harmful gas, fire detection, and worker abnormality detection signal generator, can be installed separately, and transmits the detected signal to the main terminal.

The emergency bell detects at least one of sound, fire, vibration, and moisture, and generates an inaudible frequency signal in response.

In an embodiment of the present invention, a large number of casualties are occurring at industrial construction site repair sites, which are increasing day by day, a large amount of property damage is occurring due to large fires, and social unrest factors are generated at industrial construction site facility management sites. Since it occurs in various places around our lives, it is possible to provide a smart disaster safety management integrated control center dispatch system using a wired and wireless communication network to prevent it.

In addition, in an embodiment of the present invention, an integrated control center to respond to safety accident emergencies such as falls or falling structures, selects and automatically exposes CCTV screens with automatic inspection signal trends to predict and prevent accidents. A disaster safety management integrated control center dispatch service system can be provided.

In addition, in an embodiment of the present invention, a rescue sound or a siren is sounded around a person in a safety accident such as a danger alert, fall alert, CCTV camera, harmful gas, fire detection, or worker abnormality to inform of an emergency situation within the golden time, It enables rescue requests and evacuations, and at the same time, transmits and confirms emergency text (message) information, location information, and on-site voice recording information to the integrated disaster safety management control center command headquarters and emergency contact information, and detects signals at the disaster site. By selectively exposing CCTV screens with trends so that accident scenes can be checked immediately, a smart disaster safety management integrated control center dispatch service system can be provided that prevents disaster relief, evacuation, and the spread of accidents by emergency dispatch within the golden time. .

In addition, in the embodiment of the present invention, it can be used anywhere in the country where smart phones can make calls, and in the mountains and the sea, subway construction sites, facility maintenance and repair sites, and facility management, text messages, location, and field information can be sent through an automatic sensor or by pressing a portable button. The voice recording information is simultaneously notified to the integrated control center or to 5 people, including the on-site safety personnel supervisor, so that they can immediately call on their cell phone or check the accident site voice and Google GPS location. Also, the integrated control center that conducts integrated disaster safety management at construction industry sites. Inspection services can also be performed on-site using personal smartphones.

In addition, in the embodiment of the present invention, the safety inspector visit inspection and integrated inspection results can be monitored and managed on the field office PC, and the location of the worker, the location of the fire extinguisher, and the location of the fire hydrant can be confirmed, and civil engineering risk notification, fall and escape notification, CCTV camera, and harmful You can check the location or inspection not only from the gas and fire detection integrated control room, but also from the field office PC or field safety smart phone.

Figure 1 is a diagram showing a schematic concept of a smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention.
Figure 2 is a configuration diagram of a smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention.
Figure 3 is a configuration diagram of the sender terminal of Figure 2.
Figure 4 is a configuration diagram of the emergency bell of Figure 2.
Figure 5 is a configuration diagram of the automatic detector of Figure 2.
Figure 6 is an operation flowchart of a smart disaster safety management integrated control center dispatch service method according to an embodiment of the present invention.

Below, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. In order to clearly explain the present invention in the drawings, parts that are not related to the description are omitted, and similar parts are given similar reference numerals throughout the specification.

Throughout the specification, when a part is said to “include” a certain element, this means that it may further include other elements rather than excluding other elements, unless specifically stated to the contrary.

The sender terminal below may be a smartphone, mobile phone, etc., and the recipient terminal may also be a smartphone, mobile phone, etc.

Figure 1 is a diagram showing a schematic concept of a smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention.

Referring to Figure 1, the smart disaster safety management integrated control center dispatch service system 100 according to an embodiment of the present invention,

An emergency bell (200) that generates a signal in an inaudible frequency band;

A caller terminal 300 that receives the signal from the emergency bell 200 and generates a disaster report signal;

Installed on the wall, fire detector (711), flame detector (712), smoke detector (713), gas detector (714), water detector (715), vibration detector (716), shock detector (717), temperature detector ( 718), an automatic detector (700) including a harmful gas detector (719), a human body detector (720), and an infrared detector (721);

A main unit terminal (800) that is installed on the wall and generates a disaster report signal to the server when a detection signal from the automatic detector (700) is received;

A control center server 110 that receives the disaster report signal from the sender terminal 300;

A recipient terminal 500 that receives a disaster report signal;

It includes a radio command emergency dispatcher terminal 600 of a dispatcher who makes an emergency dispatch according to a command from the server 110.

The emergency bell 200 can be attached to the back of the user's mobile phone, and generates sound in the sub-audible frequency band by using an ultra-small emergency manual button. The generated sound in the sub-audible frequency band is received through the microphone of the caller terminal 300. , Afterwards, the app on the sender's terminal 300 runs and transmits emergency text, location, and field recording information to the server 110 of the control center.

When the sender presses the emergency manual button 210 or receives a non-reversible frequency signal requesting rescue from the emergency bell 200 by the automatic detection sensor of the sensor unit 220, the sender terminal 300 sends disaster emergency text, location, On-site voice information is transmitted to the server 110 through the communication network 40, such as wireless data, and the disaster report signal includes emergency text, location, and on-site voice recording information, and may further include caller information, address, and emergency contact information. .

In addition, the sender terminal 300 runs the situation detection linked app S/W, and not only executes the disaster reporting function desired by the user, but also records phone connection status, sensor values of the smart phone, time, GPS value, Wi-Fi signal, external signal, etc. It is also possible to recognize information and perform complex functions tailored to the situation. In addition, the text recognition S/W optimization algorithm is designed to minimize battery consumption of the applied smartphone itself.

In addition, when the sender terminal 300 receives a rescue request signal from the emergency bell 200, the app runs, notifies the surroundings of the emergency situation according to the presence or absence of the alarm sound function, attracts people's attention, and then Helps people escape from emergency situations through quick action. Additionally, information regarding whether such an alarm has been triggered may also be transmitted to the server 110. Therefore, the server 110 can statistically and cumulatively analyze whether sounding an alarm, such as a siren, helps combat crime.

The automatic detector 700 includes a fire detector 711, a flame detector 712, a smoke detector 713, a gas detector 714, a water detector 715, a vibration detector 716, a shock detector 717, and a temperature sensor. (718), a harmful gas detector (719), a human body detector (720), and an infrared detector (721), including fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, shock detection, temperature detection, It performs functions such as harmful gas detection, human body detection, and infrared detection.

From this information, various disasters such as fire, earthquake, heavy rain, and falls can be detected.

The host terminal 800 receives signals such as fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, shock detection, temperature detection, harmful gas detection, human body detection, and infrared detection from the automatic detector 700. And the corresponding disaster emergency text, location, and on-site voice information are transmitted to the management server through communication networks such as wired and wireless data.

Then, the server 110 can transmit disaster emergency text, location, and on-site voice recording information to the emergency contact number corresponding to the caller.

At this time, the server responds to signals such as fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, shock detection, temperature detection, harmful gas detection, human body detection, and infrared detection detected from the automatic detector 700. This allows you to create disaster emergency text.

For example, in case of fire detection, flame detection, smoke detection, temperature detection, etc., disaster emergency text related to fire is generated,

In case of gas detection, an emergency text regarding gas safety accident is generated,

If water is detected, an emergency text message is generated regarding safety accidents such as falling into water or heavy rain.

In the case of vibration detection, shock detection, etc., emergency text messages regarding safety accidents such as falls are generated,

In case of detection of harmful gas, an emergency text message regarding safety accidents such as harmful gas is generated,

In the case of human body detection, infrared detection, etc., emergency messages regarding safety accidents such as intrusion can be generated.

If necessary, the sender terminal 300 or the host terminal 800 may generate such disaster emergency text.

This sender terminal 300 or host terminal 800 can safely report a disaster because it uses a wired or wireless communication network without safety blind spots.

In addition, the sender terminal 300 or the host terminal 800 itself can run the S/W app to generate an alarm sound and rescue voice and notify nearby workers of the emergency situation, allowing them to take quick rescue measures or escape from the emergency situation.

When the recipient terminal 500 receives a disaster report signal from the sender terminal 300 or the emergency bell 200, it generates a siren depending on whether the alarm siren function is set or not, and responds to the emergency text and location received from the server 110. , output or display on-site voice recording information, etc. If necessary, additional caller information may include usage information of the automatic detector 700, caller name (name of on-site customer), company name, accident scene text (message) information, location information, and on-site situation voice information.

These recipient terminals 500 are about 5 recipients of the emergency contact network stored in the server 110 of the control center, and the recipients use disaster emergency text messages, location, on-site voice recording information, reception sensitivity indication, etc. to monitor the risk of the sender. Be able to quickly assess the situation and take countermeasures.

When the server 110 receives a disaster report signal from the sender terminal 300 through the communication network, the server 110 provides information and location information of the caller requesting rescue through the communication network, so that recipients can check CCTV control information 24 hours a day and dispatch dispatchers. You can also check information and situation handling information.

Therefore, if you are connected to the Internet anywhere in the country, you can manage an emergency situation, find out the location information within 30m of the site where the incident occurred, and send disaster emergency text information to the five emergency contact recipient terminals (500) of the sender requesting rescue from anywhere in the country. , location, and on-site voice recording information can be received and response measures can be taken in connection with the server 110 of the control center of local governments nationwide.

In addition, the server 110 dispatches on-site safety officers and disaster safety officials from the radio command dispatch department to the scene of the accident to rescue rescue seekers within the golden time or to extinguish a fire early to prevent a major accident.

Portable location information is transmitted only from the side where the emergency bell button is pressed, allowing a disaster report signal to be sent at intervals of 1 to 5 times. The recovery interval can be adjusted, and the backtracking function is only possible with GPS location information.

At construction sites or facility management buildings, it is installed as a wall terminal (800) and fire detectors (711), flame detectors (712), smoke detectors (713), gas detectors (714), and water detectors ( 715), vibration detector 716, shock detector 717, temperature detector 718, harmful gas detector 719, human body detector 720, and infrared detector 721 when a detection signal is generated by the automatic detector 700. The host terminal 800 operates and sends a disaster report signal to the server of the integrated control center, allowing disaster safety officials stationed at the site to take early life-saving measures and prevent the spread of accidents.

Figure 2 is a configuration diagram of a smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention.

Referring to Figure 2, the smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention is,

Smart disaster safety management integrated control center dispatch service system ( 100),

A database unit 120 that stores the sender or receiver information corresponding to the sender, the sender's disaster report signal information, CCTV information of a predetermined area, and emergency dispatcher information;

A disaster report signal is received from the sender terminal 300 or the host terminal 800, and information including disaster emergency text, the sender's location, and on-site voice recording information of the sender is sent to a predetermined number of receiver terminals 500 corresponding to the sender. It includes a server 110 that controls to transmit.

The database unit 120,

Member information DB 121 that stores sender or recipient information corresponding to the sender;

Disaster report signal information DB 122, which stores disaster report signal information including caller's personal code information, mobile phone name, caller location, disaster emergency text information, and on-site voice recording information;

CCTV information DB 123 that stores CCTV location and image information in a predetermined area;

an emergency responder information DB 124 that stores emergency responder information including the emergency responder's location, means of transportation, and contact information;

It includes a statistical information DB 125 that stores statistical information.

The server 110,

Member management department (111) that manages member information;

An information receiver 112 that receives a disaster report signal from the sender terminal 300;

It includes a control unit 113 that transmits information including a disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals 500 corresponding to the sender included in the disaster report signal.

The server 110,

It further includes a CCTV analysis unit 114 that receives and analyzes at least one piece of CCTV information corresponding to the caller's location to track the location of a crime or accident.

The server 110,

A statistical analysis unit that analyzes the disaster report signals cumulatively and calculates the number of times by type of disaster report signal, calculates the location cumulatively, and determines and guides the disaster report signal as a disaster safety accident zone if the number of disaster reports in a given area is more than the standard number in a certain period. It further includes (115).

The statistical analysis unit 115 is characterized in that if the number of disaster reports in a given area is more than the standard number in a certain period, it is determined to be a disaster and safety accident zone and provides guidance.

The recipient terminal 500 guides the shortest route to the sender.

The host terminal 800 can be attached to the wall of a building and transmits and receives information to and from a server through a wired or wireless network.

In addition, the sender terminal 300 generates an alarm sound or a rescue voice to inform nearby workers of the emergency situation and enable prompt rescue measures or escape from the emergency situation.

The automatic detector 700 is equipped with at least one danger alarm, fall and escape alarm, CCTV camera, harmful gas, fire detection, and worker abnormality detection signal generator, can be installed separately, and transmits the detected signal to the main control terminal 800. do.

The emergency bell 200 generates an inaudible frequency signal when the manual button 210 is pressed.

The emergency bell 200 detects at least one of sound, fire, vibration, and moisture, and generates an inaudible frequency signal in response.

FIG. 3 is a configuration diagram of the sender terminal 300 of FIG. 2.

The sender terminal 300 in FIG. 3 may be a mobile terminal such as a smartphone or tablet PC, and the receiver terminal 500 may also be a terminal of the same type.

Referring to Figure 3, the sender terminal 300 according to an embodiment of the present invention includes an input unit 320, a GPS unit 340, a storage unit 360, a camera unit 370, a communication unit 350, and a control unit ( 330) and a display unit 310.

The sender terminal 300 may be a smartphone, tablet PC, etc.

The input unit 320 may include an input device such as a touch panel or keypad, and is used by the user to select a menu.

The GPS unit 340 receives GPS signals from at least two GPS satellites, generates and outputs its own location information. If necessary, the GPS unit 340 may be omitted and location information provided by the mobile communication company may be used.

The storage unit 360 stores various information such as app programs and surrounding situation recording information input from the camera unit 370. If necessary, various shooting information captured by the camera unit 370 may be stored.

The camera unit 370 captures an external image according to the selection of the input unit 320. Additionally, the camera unit also includes a voice input device such as a microphone. It also includes a speaker so you can output audio.

The control unit 330 can connect to the server 110 according to the selection of the input unit and display various information provided by the server 110 on the display unit. Additionally, the control unit 330 may periodically transmit location information and rescue request information to the server 110.

The communication unit 350 transmits and receives information under the control of the control unit 330, and may use various wireless Internet or other wireless communication networks such as Wi-Fi, 3G, and 4G.

Figure 4 is a configuration diagram of the emergency bell 200 of Figure 2.

Referring to Figure 4, the emergency bell 200 is,

A manual button 210 for the caller to press in an emergency situation;

A sensor unit 220 that detects dangerous situations including fire, disaster, and crime;

a microcomputer 230 that controls to generate an inaudible frequency signal when the manual button 210 is pressed or a signal detected by the sensor unit 220 is determined to be a dangerous situation;

It includes a signal generator 240 for generating an inaudible frequency signal under the control of the microcomputer 230.

The emergency bell 200 can be attached to the back of the caller's terminal 300, can be attached to clothes in the form of a button, and can have various forms.

The emergency bell (200) is the world's simplest to use and the most intuitive emergency manual button (210) that uses ultra-small inaudible sound communication. You can use it by attaching it to your smartphone that you always carry with you. It works even when the smartphone is on the lock screen.

In addition, the emergency bell 200 is convenient to manage because it does not require charging or battery replacement.

In addition, the emergency bell 200 does not require communication pairing like the Blue Pitcher, making it easy for vulnerable groups to use.

And there are no additional costs or communication charges due to the purchase of the emergency bell (200).

In addition, the consumer price of the emergency bell (200) is the cheapest, making it easy to distribute to the entire nation.

In addition, the emergency bell 200 has the advantage of not having to worry about personal information being leaked (exposure of private life).

The caller's location information is transmitted to the server 110 under the control of the control unit 330, and is transmitted only from the side where the manual button 210 is pressed, allowing a disaster report signal to be transmitted at intervals of 1 to 5 times. The count interval can be adjusted, and the backtracking function is only possible with location information.

Figure 5 is a configuration diagram of the automatic detector of Figure 2.

Referring to Figure 5, the automatic detector 700 includes a fire detector 711, a flame detector 712, a smoke detector 713, a gas detector 714, a water detector 715, a vibration detector 716, and a shock detector. (717), temperature detector (718), harmful gas detector (719), human body detector (720), infrared detector (721), fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, It performs functions such as shock detection, temperature detection, harmful gas detection, human body detection, and infrared detection. From this information, various disasters such as fire, earthquake, heavy rain, and falls can be detected.

The operation of the smart disaster safety management integrated control center dispatch service system according to an embodiment of the present invention with this configuration is described as follows.

Figure 6 is an operation flowchart of a smart disaster safety management integrated control center dispatch service method according to an embodiment of the present invention.

Referring to FIG. 6, when the user as a caller faces a dangerous situation, when the manual button 210 of the emergency bell 200 is pressed for 4-6 seconds, the microcomputer 230 of the emergency bell 200 generates an inaudible frequency signal. generates If necessary, the microcomputer 230 may generate a vibration rescue signal. At this time, various sensors in the sensor unit 220 can be installed on the wall of the house or used in the form of a bracelet or necklace. For example, when detecting no movement with a moving body detection sensor, detecting an abnormal heart rate with a biosensor or heartbeat detection sensor, or detecting the impact of a fall with a shock detection sensor, the microcomputer 230 generates a signal. Controls and outputs inaudible frequency signals. In some cases, when the moisture detection sensor detects water, the microcomputer 230 may control the signal generator 240 to output an inaudible frequency signal, considering that the user has fallen into the water.

The signal generator 240 of the emergency bell 200 is in the form of an ultra-small inaudible sound communication module and is input through the microphone of the caller's terminal 300 (S1).

In addition, the automatic detector 700 includes a fire detector 711, a flame detector 712, a smoke detector 713, a gas detector 714, a water detector 715, a vibration detector 716, a shock detector 717, It is equipped with a temperature sensor (718), a harmful gas detector (719), a human body detector (720), and an infrared detector (721), and includes fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, shock detection, and temperature detection. It performs functions such as detection, harmful gas detection, human body detection, and infrared detection. From this content, the server 110 can detect various disasters such as fire, earthquake, heavy rain, and falls.

Then, the control unit 330 of the sender terminal 300 transmits a disaster report signal including disaster emergency text, location, and on-site voice recording information (S2). Here, as necessary, the caller terminal 300 detects a signal from the emergency bell 200 by the manual button 210 or the sensor unit 220 and generates a signal from the signal generator 240 under the control of the microcomputer 230. After receiving, an alarm siren can be generated to notify the surrounding area of an emergency situation. At this time, you can receive help from people around you who are aware of the emergency situation. In particular, the nearest site manager or local sheriff may come running, and neighboring family members may also come running. Also, you can report to 112 or 119. At this time, the situation-linked S/W app of the sender terminal 300, such as a mobile phone, is run and transmits disaster emergency text, location, and rescue signal with on-site voice recording information.

And the host terminal 800 receives signals such as fire detection, flame detection, smoke detection, gas detection, water detection, vibration detection, shock detection, temperature detection, harmful gas detection, human body detection, and infrared detection from the automatic detector 700. It receives and transmits the corresponding disaster emergency text, location, and on-site voice information to the management server 110 through a communication network such as wired or wireless data.

Then, the information receiving unit 112 of the server 110 of the control center receives the disaster report signal from the sender terminal 300 or the host terminal 800 and stores it in the disaster report signal information DB 122.

In addition, the control unit 113 sends information including disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of receiver terminals 500 corresponding to the sender included in the disaster report signal to the five receivers. It is transmitted to the recipient terminal 500 (S3).

If necessary, the CCTV analysis unit 114 refers to the CCTV information DB 123 to receive and analyze at least one piece of CCTV information corresponding to the caller's location to track the location of a crime or accident in real time.

Next, each of the five recipient terminals 500 receives a disaster report signal and recognizes the sender's emergency situation. If necessary, it transmits disaster emergency text, location, and on-site voice recording information to five family emergency contact network recipient terminals (500) directly through the sender terminal (300) to enable quick response measures by transmitting disaster emergency text, location, and on-site voice recording information.

Additionally, the recipient terminal 500 may guide the shortest route to the sender.

In addition, the traffic control unit 113 of the server 110 refers to the emergency dispatcher information DB 124 and commands dispatch with a rescue request signal to the wireless command dispatcher terminal 600 closest to the caller's location (S4). At this time, radio command dispatchers such as the on-site safety supervisor, local sheriff, police officer, 119 ambulance and firefighter, and social worker are dispatched to quickly resolve the situation.

In addition, the member management unit 111 of the server 110 refers to the member information DB 121 and connects to the nationwide local government control center when the sender or receiver accesses the Internet, to provide integrated management, prevent crime, and locate people in dangerous situations. Information can be traced back and provided.

As such, the present invention uses a mobile communication network that can send and receive information anywhere in the country, and as soon as a disaster emergency occurs, the disaster report signal sender terminal 300, the server 110 of the control center, and the family emergency contact network receiver terminal ( 500), in the event of a fall accident, emergency situation, flood, earthquake, emergency fire, etc. anywhere in the country, radio command dispatchers such as disaster safety managers, field managers, local sheriffs, police officers, 119 emergency services and firefighters, and social workers can be dispatched. Can be dispatched quickly.

Therefore, by carrying the emergency bell 200, the present invention can be actively used for emergency, emergency, and fire prevention as a safety bell in one's hand anywhere in the country or in the world, wherever cell phones are used.

In addition, by using automatic detection sensors such as various infrared detection sensors of the sensor unit 220 to prevent national disaster safety and major disasters, when a detection signal is generated for earthquake detection, explosive storage, dangerous no-entry areas, and no-fall access areas, the on-site supervisor Automatic reporting may also occur.

If necessary, the statistical analysis unit 115 of the server 110 analyzes the disaster report signals cumulatively, calculates the number of times each type of disaster report signal, calculates the cumulative location, stores it in the statistical information DB 125, and stores it in the statistical information DB 125. If the number of crimes in an area exceeds the standard number in a certain period, it can be judged as a disaster and safety accident zone and guided.

In addition, the statistical analysis unit 115 can guide the area by determining it as a disaster and safety accident zone when the number of disaster reports in a given area is more than the standard number in a certain period.

If necessary, the sender can access the member management unit 111 of the server 110 of the control center using the sender terminal 300 to register, modify, and delete user information, and can also edit the contact information of the five emergency contact recipients. The contact information of five people stored in the terminal 800 or the sender terminal 300 can also be changed arbitrarily. That is, the caller may arbitrarily register caller registration information on the mobile phones of the five recipients of the disaster report signal, including the phone number, name information, disaster emergency text, location, and on-site voice recording information of the emergency bell 200 and the caller terminal 300. you can change it. User information may include user name, address, contact information, caller information running a mobile phone app, disaster emergency text, location, and on-site voice recording information.

The member management unit 111 manages the user information by referring to the member information DB 121.

In addition, when the sender or recipient accesses the server via the Internet through a communication network, they can manage PC connections anywhere in the country, prevent disaster and safety accidents, and rescue people in dangerous situations.

In addition, in an embodiment of the present invention, the location of the disaster site can be tracked by selectively exposing CCTV screens with disaster risk trends at a local government CCTV control center to respond to emergency, emergency, and disaster risk situations.

In addition, in an embodiment of the present invention, the emergency bell 200 using sound communication in an inaudible frequency band can be used to operate even in the lock screen state of a smart phone without separate pairing and can be automatically reported.

In addition, in the embodiment of the present invention, unlike Bluetooth or NFC communication devices, there is no need to pair with a smart phone and no communication line is required, and the user can always use it anytime, anywhere just by attaching the emergency bell 200 after installing the app. In addition, when activated, a call is made to five places entered in the emergency contact network, including the family of a person in crisis, and it is possible to send emergency text messages, transmit location information, and transmit recordings of on-site situations, and the control center monitors and controls disaster crisis situations. And, on-site dispatch service can be provided by radio command.

In an embodiment of the present invention, a large number of casualties are occurring at industrial construction site repair sites, which are increasing day by day, a large amount of property damage is occurring due to large fires, and social unrest factors are generated at industrial construction site facility management sites. Since it occurs everywhere in our lives, it can be prevented.

In addition, in an embodiment of the present invention, accident prediction and accident prevention can be performed by selectively and automatically exposing CCTV screens with automatic inspection signal trends in an integrated control center to respond to safety accident emergencies such as falls and falling structures.

In addition, in an embodiment of the present invention, a rescue sound or a siren is sounded around a person in a safety accident such as a danger alert, fall alert, CCTV camera, harmful gas, fire detection, or worker abnormality to inform of an emergency situation within the golden time, It enables rescue requests and evacuations, and at the same time, transmits and confirms emergency text (message) information, location information, and on-site voice recording information to the integrated disaster safety management control center command headquarters and emergency contact information, and detects signals at the disaster site. By selectively exposing CCTV screens with trends so that accident scenes can be immediately checked, emergency dispatch can be made within the golden hour to prevent disaster relief, evacuation, and the spread of accidents.

In addition, in the embodiment of the present invention, it can be used anywhere in the country where smart phones can make calls, and in the mountains and the sea, subway construction sites, facility maintenance and repair sites, and facility management, text messages, location, and field information can be sent through an automatic sensor or by pressing a portable button. The voice recording information is simultaneously notified to the integrated control center or to 5 people, including the on-site safety personnel supervisor, so that they can immediately call on their cell phone or check the accident site voice and Google GPS location. Also, the integrated control center that conducts integrated disaster safety management at construction industry sites. Inspection services can also be performed on-site using personal smartphones.

In addition, in the embodiment of the present invention, the safety inspector visit inspection and integrated inspection results can be monitored and managed on the field office PC, and the location of the worker, the location of the fire extinguisher, and the location of the fire hydrant can be confirmed, and civil engineering risk notification, fall and escape notification, CCTV camera, and harmful You can check the location or inspection not only from the gas and fire detection integrated control room, but also from the field office PC or field safety smart phone.

The embodiments of the present invention described above are not only implemented through devices and methods, but may also be implemented through a program that realizes the function corresponding to the configuration of the embodiment of the present invention or a recording medium on which the program is recorded. The implementation can be easily implemented by an expert in the technical field to which the present invention belongs based on the description of the embodiments described above.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements made by those skilled in the art using the basic concept of the present invention defined in the following claims are also possible. It falls within the scope of rights.

Claims (7)

It is a smart disaster safety management integrated control center dispatch service system that receives disaster report signals by receiving detection signals from automatic detectors,
A database unit that stores the sender or receiver information corresponding to the sender, the sender's disaster report signal information, CCTV information of a predetermined area, and emergency dispatcher information;
A smart device that includes a server that receives a disaster report signal from the sender terminal or host terminal and controls to transmit information including disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals corresponding to the sender. Disaster safety management integrated control center dispatch service system.
According to paragraph 1,
The database part,
Member information DB that stores sender or recipient information corresponding to the sender;
Disaster report signal information DB that stores disaster report signal information including caller's personal code information, mobile phone name, caller location, disaster emergency text information, and on-site voice recording information;
CCTV information DB that stores CCTV location and image information in a certain area;
A smart disaster safety management integrated control center dispatch service system that includes an emergency responder information database that stores emergency responder information, including the emergency responder's location, means of transportation, and contact information.
According to paragraph 2,
The server is,
an information receiver that receives a disaster report signal from the host terminal or the sender terminal;
Dispatch of a smart disaster safety management integrated control center including a control unit that transmits information including disaster emergency text, the location of the sender, and on-site voice recording information of the sender to a predetermined number of recipient terminals corresponding to the sender included in the disaster report signal. service system.
According to paragraph 3,
The server is,
A CCTV analysis unit that receives at least one CCTV information corresponding to the caller's location, analyzes it, and tracks the location of the disaster report;
A statistical analysis unit that analyzes the disaster report signals cumulatively and calculates the number of times by type of disaster report signal, calculates the location cumulatively, and determines and guides the disaster report signal as a disaster safety accident zone if the number of disaster reports in a given area is more than the standard number in a certain period. A smart disaster safety management integrated control center dispatch service system that includes more.
According to paragraph 4,
The statistical analysis unit is a smart disaster safety management integrated control center dispatch service system, characterized in that when the number of disaster reports in a given area is more than the standard number in a certain period, it is judged as a disaster and safety accident zone and provides guidance.
According to clause 5,
The host terminal can be attached to the wall of a building and transmits and receives information to the server through a wired or wireless network,
The sender terminal is a smart disaster safety management integrated control center dispatch service system that generates an alarm sound or a rescue voice to inform nearby workers of an emergency situation and enable prompt rescue measures or escape from the emergency situation.
According to clause 6,
The emergency bell is a smart disaster safety management integrated control center dispatch service system characterized in that it detects at least one of sound, fire, vibration, and moisture and generates an inaudible frequency signal in response.

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