KR102565325B1 - System of control tower based on emergency management manual - Google Patents

Abstract

The present invention is a crisis management manual-based control tower system, which is prepared for each local government and communicates with the control server in real time to recognize a crisis situation such as a natural disaster and to receive a response manual in real time. A central management unit server that directs the local government, communicates with the control server in real time, recognizes a crisis situation such as a natural disaster, and receives a response manual in real time; and a manager terminal recognizing the crisis situation at a crisis site such as the natural disaster and receiving a response manual in real time.

Description

Crisis management manual based control tower system {SYSTEM OF CONTROL TOWER BASED ON EMERGENCY MANAGEMENT MANUAL}

The present invention relates to a control tower system based on a crisis management manual.

With the increase in the number and scale of social disasters, not only direct damage but also economic damage due to indirect damage is rapidly increasing, and the economic cost of the state or private sector for recovery is also rapidly increasing.

As the types of disasters have become very complex and unpredictable uncertainties such as climate change are increasing, it is necessary to establish a comprehensive response system using information and communication technologies, and the establishment of a prevention-oriented disaster response system is urgently required. .

The present invention is a crisis management manual-based control tower system that provides a customized manual to each person in charge of the duties and roles to be taken by each person in charge according to the type and stage of crisis, so that the person in charge can quickly take action when a crisis occurs. provides

The technical problem of the present invention is not limited to the technical problem mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

A control tower system based on a crisis management manual according to an embodiment of the present invention may include a control server.

A crisis management manual-based control tower system according to an embodiment of the present invention is provided for each local government and communicates with the control server in real time to recognize a crisis situation such as a natural disaster and to receive a response manual in real time. Servers of related organizations; A central management unit server that directs the local government, communicates with the control server in real time, recognizes a crisis situation such as a natural disaster, and receives a response manual in real time; and a manager terminal recognizing the crisis situation at a crisis site such as the natural disaster and receiving a response manual in real time.

According to an embodiment, the control server stores data for each type of crisis, management system data of the local government or the central management headquarters, management activity data for each stage of the crisis, and response rule data of the local government or the central management headquarters, and generates Management manual unit that specifies the crisis level according to the crisis; It stores practical data by crisis type, management system data of the local government or the central management headquarters, management practice data by stage of crisis, and response practice data of the local government or the central management headquarters, and measures actions, action details, and procedures for each crisis level. a working manual unit for generating and issuing a crisis alert according to the crisis level specified in the management manual unit and providing action items, action contents and procedures for each crisis level; Stores the scope of application of the crisis, the response procedure and process data of the local government, the disaster response action plan data for each phase of the local government, and the cooperation data for each department or step-by-step collaboration of the local government, and the action items and action contents provided in the working manual and a first on-site manual unit generating response guidelines for each local government based on the procedure and providing the response guidelines for each local government to a person in charge of the local government; And the central management headquarters and government offices' response procedures and process data, and the central management headquarters and government offices' step-by-step disaster response action data are stored, and based on the measures, action contents, and procedures provided by the practical manual, A second on-site manual unit for generating control response guidelines and providing the central control response guidelines to the person in charge of the central management headquarters and government offices; may include.

A control tower system based on a crisis management manual according to an embodiment of the present invention may include a fire prevention device that sprays an extinguishing fluid while moving the crisis site when a fire occurs at a crisis site such as the natural disaster.

According to one embodiment, the fire prevention device is formed in the shape of a rectangular parallelepiped, has two rotatable wheels each having a constant distance at both ends so as to be movable, and is connected and fixed, and the control server, the related institution server or a mobile body unit that moves in communication with the central management unit server; An upper end support part formed on one side of an upper end of the moving body part and formed in a cylindrical shape with an empty inside; It is formed in the shape of a cylinder with an empty inside and is formed with a width that can be inserted into the empty inside of the upper support, digestive fluid moves into the empty interior, and both ends are formed to be rotatable up and down, so the height can be adjusted using both ends. This possible internal support; It is formed on the other side of the upper end of the mobile body unit and is provided with a device such as a camera that captures and generates an image, and photographs the front of the mobile body unit in a moving direction, and the control server, the related organization server, or the central management unit server. a camera unit that communicates with and shares the captured image in real time with the control server, the related institution server, or the central management unit server; And the upper end is fixedly connected to the lower end of the other side of the internal support part, and the digestive juice is directed toward the lower end opened under the control of the control server, the related institution server, or the central management unit server that shares real-time images through the camera unit. A fire extinguishing liquid injection unit for spraying; may be included.

According to one aspect of the present invention described above, the crisis management manual-based control tower system proposed by the present invention provides a customized manual for each person in charge of the duties and roles to be taken by each person in charge of the relevant agency according to the type and stage of the crisis. This allows the person in charge to act quickly in the event of a crisis.

In addition, by using the control tower system based on the crisis management manual, the person in charge is alerted in the event of a crisis, the person in charge can recognize and respond to the crisis situation in real time, and interactive information exchange with the central management department is possible to report the response situation to the crisis stage. It can be adjusted, so it can present a realistic and efficient response direction.

Effects of the present invention are not limited to the effects mentioned above, and various effects may be included within a range apparent to those skilled in the art from the contents to be described below.

1 is a diagram showing the configuration of a control tower system based on a crisis management manual according to an embodiment of the present invention.
2 to 5 are diagrams illustrating a sequence of measures taken according to crisis stages of a control tower system based on a crisis management manual according to an embodiment of the present invention.
6 to 8 are diagrams illustrating the configuration of a fire prevention device of a control tower system based on a crisis management manual according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the present invention which follows refers to the accompanying drawings which illustrate, by way of illustration, specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable one skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different from each other but are not necessarily mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in another embodiment without departing from the spirit and scope of the invention in connection with one embodiment.

It is understood that when a component is referred to as being “connected” or “coupled” to another component, it may be directly connected or coupled to the other component, but other components may exist in the middle. It should be. On the other hand, when a component is referred to as “directly connected” or “directly coupled” to another component, it should be understood that no other component exists in the middle.

Additionally, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. Accordingly, the detailed description set forth below is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all equivalents as claimed by those claims. Like reference numbers in the drawings indicate the same or similar function throughout the various aspects.

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

1 is a diagram showing the configuration of a control tower system based on a crisis management manual according to an embodiment of the present invention.

Referring to FIG. 1, the crisis management manual-based control tower system 10 according to an embodiment of the present invention includes a control server 100, a related agency server 500, a central management unit server 700, and a manager terminal 300. can include

The control server 100 creates and provides practical manuals and on-site manuals using data for each type of crisis, management system data of the local government or central management headquarters, management activity data for each stage of the crisis, and response rule data of the local government or central management headquarters. can

The control server 100 may include a management manual unit, a working manual unit, a first field manual unit, and a second field manual unit.

The management manual department can store data by type of crisis, management system data of local governments or central management headquarters, management activity data by stage of crisis, and response rule data of local governments or central management headquarters, and can designate crisis stages according to the crisis that occurs. .

The working manual part can store working data by type of crisis, management system data of local governments or central management headquarters, management working data by stage of crisis, and response working data of local governments or central management headquarters.

In addition, the working manual unit can issue a crisis alert according to the crisis level designated by the management manual unit and at the same time provide action items, action details and procedures for each level.

The first site manual unit may store the scope of application of the crisis, response procedures and process data of local governments, step-by-step disaster response action tips data of local governments, cooperation by departments or step-by-step collaboration data of local governments.

The first field manual unit may provide response guidelines to the person in charge of the local government based on the stored data and action items, action contents and procedures provided by the practical manual unit.

The second on-site manual unit may store response procedures and process data of the central management headquarters and government offices, and step-by-step disaster response action data of the central management headquarters and government offices.

The second field manual unit can provide response guidelines to the person in charge of the central management headquarters and government offices based on the stored data and action items, action contents and procedures provided by the working manual unit.

The related agency server 500 is prepared for each local government and communicates with the control server 100 in real time to recognize a crisis situation such as a natural disaster and to receive a response manual in real time.

The central management unit server 700 controls the local government and communicates with the control server 100 in real time to recognize a crisis situation such as a natural disaster and to receive a response manual in real time.

The manager terminal 300 may recognize a crisis situation at a crisis site such as a natural disaster, and may receive a response manual in real time.

2 to 6 are diagrams illustrating a sequence of measures taken according to crisis stages of a control tower system based on a crisis management manual according to an embodiment of the present invention.

Referring to FIG. 2 , it can be seen that a schematic sequence is shown for the management manual built based on the crisis situation in the management manual unit.

The management manual unit can create crisis alert levels according to disaster crisis situations such as earthquakes, floods or infectious viruses, and corresponding prevention manuals (S1100), preparedness manuals (S1300), response manuals (S1500), and recovery manuals (S1700) This crisis situation can be divided into stages.

Common to the prevention manual (S1100), preparedness manual (S1300), response manual (S1500), and recovery manual (S1700), matters related to key initiatives, detailed activity contents (or details), and duties and roles of each person in charge are classified by crisis situation. It may be divided into data and stored.

On the other hand, in the prevention manual (S1100), a list of facilities such as welfare facilities that can be jointly used in the area subject to management may be separately stored. It is for

Due to the preliminary inspection and reinforcement of the emergency support system included in the preparedness manual (S1300), it is possible to periodically manage and reinforce the local facilities listed in the prevention manual (S1100).

In the event of a crisis situation, it is possible to efficiently distribute tasks for each person in charge by using the cooperation system of the response manual (S1500) and the disaster site response standard system, and guide citizens to the local facilities listed in the prevention manual (S1100). can do.

Referring to FIG. 3 , it can be confirmed that a schematic sequence is shown for a practical manual established according to a crisis situation in the practical manual part.

Like the management manual part, the working manual part may also have a prevention manual (S3100), a preparedness manual (S3300), a response manual (S3500), and a recovery manual (S3700) divided by crisis situations and stages.

The practical manual unit can apply the prevention manual (S3100), preparedness manual (S3300), response manual (S3500), and recovery manual (S3700) according to the crisis alert level according to the disaster crisis situation created in the management manual unit.

With the prevention manual (S3100) and preparedness manual (S3300), data for each crisis situation and each local government situation, corresponding measures, duties and roles can be created, and the created data can be stored.

If the crisis alert level in the management manual part corresponds to the response manual (S1500) and recovery manual (S1700), the list of measures and measures by crisis and local government created and stored in the response manual (S3500) and recovery manual (S3700) content can be provided.

In other words, the working manual part uses the working data for each type of crisis, the management system data of the local government or the central management headquarters, the management working data for each stage of the crisis, and the response working data of the local government or the central management headquarters. ), response manual (S3500) and recovery manual (S3700), action items, action details and procedures can be created by crisis level, and action items, action details and procedures by crisis level can be provided to the person in charge.

Referring to FIG. 4 , it can be confirmed that the first field manual part shows a schematic sequence of field manuals to be taken by local governments, such as step-by-step action tips established according to crisis situations.

The first on-site manual department can provide information to the person in charge according to the stages of symptom detection (S5100), initial response (S5300), emergency response (S5500) and probation and recovery (S5700), and the person in charge of managing the local government is the control server (100). ) can be carried out at each stage according to the contents provided by

The 1st field manual department provides data on response guidelines, missions and roles of the command, action details and action points for each local government in the symptom detection (S5100), initial response (S5300), emergency response (S5500) and probation and recovery (S5700) stages. can be created and saved.

In other words, the 1st field manual part is based on the action items, action contents and procedures provided by the working manual part, according to the stages of symptom detection (S5100), initial response (S5300), emergency response (S5500) and recovery (S5700) Response guidelines for each local government can be created, and response guidelines for each local government can be provided to the person in charge of the local government.

Referring to FIG. 5, it can be confirmed that the second field manual section shows a schematic sequence of field manuals to be taken by the central mining and management department, such as action items and action details established according to a crisis situation.

The 2nd on-site manual department divides the central control response guidelines into interest (S7100), caution (S7300), alert (S7500) and serious (S7700) levels based on the action items, action contents and procedures provided by the working manual department, and the central Data on field manuals to be taken by the management department can be created.

At the attention (S7100), caution (S7300), alert (S7500), and serious (S7700) stages, data on response guidelines, command missions and roles, action details, and action points can be created and stored, respectively.

The relevant agency server, central management unit server, and control server refer to media that store data semi-permanently and can be read by devices, rather than media that stores data for a short moment, such as registers, caches, and memories. do. Specifically, examples of the storage medium include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, etc., but are not limited thereto. That is, the related agency server, the central management unit server, and the control server may be stored in various recording media on various servers accessible by a computer or various recording media on the user's computer. In addition, the medium may be distributed to computer systems connected through a network, and computer readable codes may be stored in a distributed manner.

Steps of a method or algorithm described in connection with an embodiment of the present invention may be implemented directly in hardware, implemented in a software module executed by hardware, or implemented by a combination thereof. A software module may include random access memory (RAM), read only memory (ROM), erasable programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM), flash memory, hard disk, removable disk, CD-ROM, or It may reside in any form of computer readable recording medium well known in the art to which the present invention pertains.

6 to 8 are diagrams illustrating the configuration of a fire prevention device of a control tower system based on a crisis management manual according to another embodiment of the present invention.

6 to 8, the fire prevention device 900 of the control tower system based on the crisis management manual according to another embodiment of the present invention includes a moving body part 910, an upper support part 930, an inner support part 970 , It may include a camera unit 950 and a digestive fluid spraying unit 990.

The moving body part 910 may be formed in the shape of a rectangular parallelepiped, and two rotatable wheels each having a predetermined distance may be connected and fixed to both ends so as to be movable.

That is, the mobile body unit 910 can communicate with the control server 100, the related agency server 500, or the central management unit server 700, and through this, each server moves in real time through the camera unit 950. A direction image is provided so that the person in charge can move in the desired direction.

The upper support part 930 may be formed on one side of the upper end of the moving body part 910, and may be formed in the shape of a cylinder with an empty inside, so that the inner support part 970 inserted through the inside can be fixed. there is.

The inner support part 970 may be formed in the shape of a cylinder with an empty inside, and may be formed with a width that can be inserted into the empty inside of the upper support part 930, and digestive juice may move into the empty interior, and both ends are up and down. Since it is formed to be rotatable, it may be possible to adjust the height using both ends.

Both ends of the internal support part 970 may be provided with one end rotation part 971 and the other end rotation part 979 capable of rotating up and down, and may be formed at one end of the one end rotation part 971 and the other end rotation part 979, and the upper end It may include a lower end 971 formed in the shape of a cylinder having a width that can be inserted into the empty interior of the support part 930 .

In addition, the inner support part 970 may connect the one end rotation part 971 and the other end rotation part 979, and may include a central pillar part 975 formed in the shape of a cylinder with an empty inside, and the central pillar part ( 975), may include an upper end portion 977 in which a moving passage through which digestive fluid moves is formed, and the other end is fixedly connected to the other end rotation portion 979.

The camera unit 950 may be formed on the other side of the upper end of the moving body unit 910 and may be provided with a device such as a camera that takes pictures and creates an image, so that the front side in the direction in which the moving body unit 910 moves is displayed. can be filmed

The camera unit 950 may communicate with the control server 100, the related agency server 500, or the central management unit server 700, and transmits images captured therefrom to the control server 100, the related agency server 500, or It can be shared in real time with the central management unit server 700 .

The digestive fluid spraying unit 990 may be formed in the shape of a rectangular parallelepiped with a hollow inside, may be fixedly connected to the bottom of the other side of the internal support unit 970, and a control server that shares real-time images through the camera unit 950 ( 100), the related agency server 500, or the central management unit server 700 may spray the digestive juice in the lower direction.

More specifically, the upper end of the digestive fluid injection unit 990 is formed on the other side of the internal support unit 970 and may be fixedly connected to the lower end of the other end rotation unit 979 rotatable up and down, and the lower end is open and moves in the lower direction. Digestive juice can be sprayed.

An upper fixing part 991, a length adjusting part 995, a lower fixing part 993, a fire extinguishing fixing part 997, and a rotary spraying part 999 may be provided inside the empty inside of the fire extinguishing fluid spraying part 990.

The upper fixing part 991 may be formed in the shape of a square plate and may be formed to match the length and width of the inner upper end of the digestive fluid spraying part 990, so that it may be fixedly connected to the inner upper end of the digestive fluid spraying part 990. And, at both ends, one end of the length adjustment unit 995 may be fixedly connected.

The lower fixing part 993 may be formed in the shape of a square plate like the upper fixing part 991 and may be formed in the same length and width as the upper fixing part 991, and the length adjusting part 995 penetrates at both ends. Possible grooves may be formed.

The upper central part 9935 of the lower fixing part 993 may be formed with a thicker height, which is formed with a thicker thickness in order to firmly fix the fire extinguishing fixing part 997 and the rotary spraying part 999 provided at the bottom. It can be.

A groove may be formed in the center of the upper fixing part 991 and the lower fixing part 993 through which the long through-column 9975 can penetrate.

The length adjusting unit 995 has a spiral groove formed along the outer surface at the center, and the distance between the upper fixing part 991 and the lower fixing part 993 can be adjusted by rotating a screw formed in a cylindrical shape.

A cover formed in a hemispherical shape may be covered at the lower end of the length adjustment unit 995 to protect a person in charge from being injured from one end of a screw that may be formed sharply.

A square plate formed in a shape surrounding a screw provided in the center may be formed at the top and center of the length adjustment unit 995, and the screw may be fixed using a square plate (not shown), and accordingly, the lower fixing part 993 ) can be supported.

The upper end of the fire extinguishing fixing part 997 may be fixedly connected to the lower central part of the lower fixing part 993, and the rotary injection part 999 may be fixedly connected to the lower end.

The upper end of the through-column (9975), which is provided long in the upper direction in the center of the fire extinguishing fixing unit (997) and has an empty inside, may be connected to the inside of the fire extinguishing fluid spraying unit (990), and the lower end is the rotary spraying unit (999) may be connected to

Here, the digestive fluid in which the digestive fluid can move through the empty interior of the through pillar 9975 may refer to the digestive fluid moving from the upper end 977 of the internal support 970 .

That is, the digestive fluid moving through the moving passage of the upper end portion 977, which is part of the configuration of the inner support portion 970, may move to the inside of the through pillar 9975 and be sprayed to the outside through the rotary spray portion 999.

The rotary injection unit 999 may be fixedly connected to the lower center of the fire extinguishing unit 997, and the upper support unit 9991, the discharge unit 9993, the heating and expansion unit 9995, the heat supply unit 9997 and the lower end A spray plate 9999 may be included.

A lower spray plate 9999 may be integrally formed below the upper support portion 9991 of the rotation spray unit 999 while maintaining a constant interval.

The lower spray plate 9999 formed integrally with the lower portion of the upper support 9991 at a constant interval can be driven to rotate by the digestive fluid coming out from the upper end, and the digestive fluid can be spread evenly in all directions by the lower spray plate 9999. A plurality of grooves may be radially formed so as to be.

The upper support portion 9991 of the rotary spraying unit 999 having the lower spraying plate 9999 having a radial groove formed therein may be fixedly connected to the through pillar 9975 through which the digestive fluid is supplied.

It can be fixedly connected to the through pillar (9975) through which the fire extinguishing fluid is supplied, and the lower part of the upper support part (9991) integrally formed with the lower spray plate (9999) at a constant interval is the through pillar (9975) through which the fire extinguishing fluid is supplied. A discharge portion 9993 through which digestive fluid is discharged may be formed.

The digestive fluid formed at the lower part of the upper support part 9991 of the rotation spray part 999 and discharged through the light tube column 9975 is maintained at a constant interval with the upper support part 9991 at the lower part of the upper support part 9991 and integrally formed It is formed to be discharged toward the lower spray plate 9999, so that the digestive fluid discharged through the discharge part 9993 of the upper support part 9991 can be sprayed while spreading in all directions by the rotating lower spray plate 9999.

Between the discharge part 9993 formed under the upper support part 9991 of the rotary spray part 999 and spraying the digestive fluid toward the lower spray plate 9999 and the lower spray plate 9999, a heating expansion part 9995 reacts to heat. ) may be fixed to seal the discharge part 9993 formed under the upper support part 9991.

When the discharge part 9993 of the upper support part 9991 is sealed by the heating and expansion part 9995, the digestive juice can be prevented from being discharged to the inlet through the through pillar 9975 through which the digestive juice is supplied.

The discharge part of the upper support part 9991 is fixed between the discharge part 9993 formed under the upper support part 9991 and the lower spray plate 9999 formed integrally with the upper support part 9991 while maintaining a certain distance therebetween. The heating expansion part 9995 sealing 9993 may be formed of a glass tube filled with alcohol or lead weak against heat.

Here, the heating and expansion unit 9995 is a glass tube or lead as an example to explain an embodiment, but it is not limited thereto, and any device that is weak to heat and expands by the heat supply unit 9997 can be broken or ruptured. All can be included regardless of name.

When heat is applied to the heating and expansion unit 9995 made of lead or a glass tube filled with alcohol, the alcohol filled inside the glass tube of the heating and expansion unit 9995 may expand, When the alcohol filled inside the glass tube is heated to a certain temperature or higher and expands, the glass tube may be broken by the expansion of the alcohol.

The discharge part 9993 formed at the lower part by the heating expansion part 9995 formed of a glass tube filled with alcohol and operated by heat extends to the lower part of the sealed part 9991, and the discharge part 9993 of the upper support part 9991 ) can be fixed to the heat supply unit 9997 formed close to the heating and expansion unit 9995 that seals it.

The heat supply unit 9997 formed close to the heating and expansion unit 9995 may be formed to be heated by an external power source.

The heat supply unit 9997 heated by an external power source is most preferably spirally wound close to the heating and expansion unit 9995 so that the heat applied to the heating and expansion unit 9995 can be easily transferred, but the heating and expansion unit 9995 ( 9995), it is okay to fix a plurality of vertical ones, and as long as the heating and expansion unit 9995 can be heated by the heat supply unit 9997, it can be formed in any shape by the creator.

The top support part 9991 of the rotary jetting part 999 can be fixed to the through pillar 9975 through which the fire extinguishing fluid is supplied, and the discharge part formed under the upper support part 9991 of the rotary jetting part 999 to discharge the fire extinguishing fluid. Since the 9993 is sealed by the heating and expansion part 9995, the fire extinguishing fluid supplied to the light tube column 9975 may not be discharged to the discharge part 9993 of the upper support part 9991.

The heating and expansion part 9995, which seals the inlet formed at the lower part of the upper support part 9991 of the rotational injection part 999 from which the fire extinguishing fluid is not discharged, is formed of a glass tube filled with alcohol when a fire occurs, so it is resistant to the heat of the fire. The alcohol can be expanded, and when heated above a certain temperature, the glass tube is broken by the expanded alcohol or the heating expansion part (9995) formed of lead melts and the discharge part (9993) formed at the bottom of the upper support part (9991) can be opened.

That is, power is input to the heat supply unit 9997 under the control of the control server 100, the related institution server 500, or the central management unit server 700 so that the heating and expansion unit 9995 expands and breaks, or fire extinguishing liquid due to melting. Although this may be sprayed, the heating and expansion unit 9995 may expand and break due to the heat of a fire occurring on the site rather than being heated by the heat supply unit 9997, or the fire extinguishing liquid may be sprayed due to melting.

When the glass tube is broken by the expansion of the alcohol, the heating and expansion part 9995 sealing the discharge part 9993 formed under the upper support part 9991 of the rotational injection part 999 is removed, so supply through the through pillar 9975 The fire extinguishing fluid may be discharged downward through the discharge part 9993 formed under the upper end support part 9991 of the rotary spray part 999.

When the digestive fluid is discharged downward through the discharge part 9993 formed at the lower part of the upper support part 9991 of the rotary jet unit 999, the lower part of the upper support part 9991 maintains a constant interval and forms a lower spray plate 9999 As a result, the digestive juice can be sprayed while spreading in all directions.

When the fire extinguishing liquid discharged through the discharge part 9993 formed at the lower part of the upper support part 9991 hits the lower spray plate 9999 and spreads in all directions, it is possible to identify the presence of a fire, so that a fire in the field can be detected. can do.

The above-described embodiments are for illustrative purposes, and those skilled in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical spirit or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope to be protected through this specification is indicated by the following claims rather than the detailed description above, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof. .

10: Crisis management manual-based control tower system

Claims (2)

In the crisis management manual-based control tower system,
Including; control server;
A related agency server provided for each local government and communicating with the control server in real time to recognize a crisis situation and receiving a response manual in real time;
A central management unit server that directs the local government, communicates with the control server in real time, recognizes a crisis situation such as a natural disaster, and receives a response manual in real time; and
A manager terminal recognizing the crisis situation at a crisis site such as the natural disaster and receiving a response manual in real time; further comprising,
The control server,
A management manual book that stores data by type of crisis, management system data of the above local governments or central management headquarters, management activity data by stage of crisis, and working data on response rules of local governments or central management headquarters, and designates crisis stages according to the crisis that occurs. ;
It stores practical data by crisis type, management system data of the local government or the central management headquarters, management practice data by stage of crisis, and response practice data of the local government or the central management headquarters, and measures actions, action details, and procedures for each crisis level. a working manual unit for generating and issuing a crisis alert according to the crisis level specified in the management manual unit and providing action items, action contents and procedures for each crisis level;
Stores the scope of application of the crisis, the response procedure and process data of the local government, the disaster response action plan data for each phase of the local government, and the cooperation data for each department or step-by-step collaboration of the local government, and the action items and action contents provided in the working manual and a first on-site manual unit generating response guidelines for each local government based on the procedure and providing the response guidelines for each local government to a person in charge of the local government; and
Stores the response procedures and process data of the central management headquarters and government offices, and data on step-by-step disaster response actions of the central management headquarters and government offices, and centrally controls them based on the action items, action contents, and procedures provided by the practical manual part A second on-site manual unit for generating response guidelines and providing the central control response guidelines to the person in charge of the central management headquarters and government offices;
When a fire breaks out in a crisis site such as the natural disaster, a fire prevention device for moving the crisis site and spraying a fire extinguishing solution;
The fire prevention device,
It is formed in the shape of a rectangular parallelepiped, has two rotatable wheels each connected and fixed with a certain distance at both ends so as to be movable, and moves by communicating with the control server, the related organization server, or the central management server. ;
An upper end support part formed on one side of an upper end of the moving body part and formed in a cylindrical shape with an empty inside;
It is formed in the shape of a cylinder with an empty inside and is formed with a width that can be inserted into the empty inside of the upper support, digestive fluid moves into the empty interior, and both ends are formed to be rotatable up and down, so the height can be adjusted using both ends. This possible internal support;
It is formed on the other side of the upper end of the mobile body unit and is provided with a device such as a camera that captures and generates an image, and photographs the front of the mobile body unit in a moving direction, and the control server, the related organization server, or the central management unit server. a camera unit that communicates with and shares the captured image in real time with the control server, the related institution server, or the central management unit server; and
The upper end is fixedly connected to the lower end of the other side of the internal support part, and the digestive fluid is sprayed toward the lower end opened under the control of the control server, the related institution server, or the central management unit server that shares real-time images through the camera unit. Including; a digestive fluid injection unit to
The fire extinguishing fluid spraying part is formed on the other side of the internal support part and is fixedly connected to the lower end of the other end rotating part capable of rotating up and down to spray the fire extinguishing fluid toward the lower end.
The inside of the fire extinguishing liquid spraying part further includes an upper fixing part, a length adjusting part, a lower fixing part, a fire extinguishing fixing part, and a rotation spraying part,
The upper fixing part is formed in the shape of a rectangular plate, is formed to correspond to the length and width of the inner upper end of the fire extinguishing liquid spraying part and is fixedly connected, and one end of the length adjusting part is fixedly connected,
The lower fixing part is formed in the shape of a square plate provided to correspond to the upper fixing part, and grooves through which the length adjusting part is penetrated are formed at both ends,
A groove is formed in the center of the upper fixing part and the lower fixing part, through which the through pillar provided in the center of the fire fixing part can penetrate,
The length adjusting part has a spiral groove formed along the outer surface at the center and adjusts the distance between the upper fixing part and the lower fixing part by rotating a screw formed in a cylindrical shape,
The fire extinguishing fixing part has an upper end fixedly connected to the lower fixing part, and the rotary injection part is connected to the lower end, and is provided long in the upper direction at the center of the fire extinguishing fixing part, and the through pillar having an empty inside passes through the empty inside. The upper end is connected to the inside of the extinguishing liquid spraying part and the lower end is connected to the rotary spraying part so that the digestive juice can move, and is formed to be sprayed to the outside through the rotary spraying part,
The rotating spray unit is fixedly connected to the lower center of the fire extinguishing unit, and further includes an upper support unit, a discharge unit, a heating and expansion unit, a heat supply unit, and a lower spray plate,
In the lower part of the upper support part, the lower spray plate formed integrally with a plurality of grooves is coupled to the through pillar and fixedly connected so that the lower spray plate integrally formed is rotated and driven to spray evenly to the outside while maintaining a predetermined interval,
The discharge part is formed so that the digestive fluid is discharged through the through pillar through which the digestive fluid is supplied to the lower part of the upper support part integrally formed with the lower spray plate maintaining a predetermined distance,
The heating and expansion part is interposed between the thermal discharge part and the upper support part, and seals the discharge part formed under the upper support part to prevent the digestive juice from being discharged to the inlet through the through pillar through which the digestive juice is supplied,
The heat supply unit is formed to be spirally wound on the heating and expansion unit so that heat is easily transferred to the heating and expansion unit,
Crisis management manual-based control tower system, characterized in that the heating and expansion unit opens the discharge portion formed at the bottom of the upper support portion by heat when a fire occurs so that the fire extinguishing liquid is sprayed.
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