KR102234346B1 - Firefighting safety management service providing system and method performing thereof - Google Patents

Abstract

According to the present invention, the system for providing fire safety management service according to an embodiment receives and provides information on the karma and risk factors for the inspection target karma according to whether or not an identification code is attached to the inspection target karma, or uses the identification code. After extracting the fire safety analysis data, based on the fire safety analysis data, an inspector terminal that provides fire safety management service for the inspection target business, receives and displays fire safety analysis data, and displays the fire safety analysis data based on the fire safety analysis data. Receives karma information and risk factor information from the farm manager terminal providing inspection information and the inspector terminal, analyzes the farm information and the risk factor information based on a pre-built fire safety management information database, Fire safety analysis data is generated for each firefighting safety analysis data, and after a firefighting safety facility corresponding to the firefighting safety analysis data is installed in the inspection target workplace, the firefighting safety analysis data is updated, and the fire safety analysis data for each identification information of the inspection target workplace is It stores in the fire safety analysis database for each business site, and includes a fire safety management service providing server that generates and provides a recognition code including identification information of the inspection target business site.

Description

Fire safety management service provision system and its execution method {FIREFIGHTING SAFETY MANAGEMENT SERVICE PROVIDING SYSTEM AND METHOD PERFORMING THEREOF}

The present invention relates to a fire safety management service providing system and a method of executing the same, and more particularly, a new firefighting tailored to the person considering the workplace-oriented, people's movement and activities, not the existing firefighting facility inspection that only inspects the facilities of the existing building. As an inspection service, it relates to a system for providing a fire safety management service and a method of implementing the system to ensure safety even for businesses that have not been properly prepared for fire safety due to the lack of legal standards.

In general, firefighting equipment installed in various buildings refers to fire alarms, sprinklers, fire pumps, and indoor fire hydrants that are provided on each floor to detect a fire and sound an alarm.

In addition, a receiver that is electrically connected to such firefighting equipment to visually check whether it is operating or not in a management room or control the operation thereof is additionally provided.

At this time, if the indicators of the receivers electrically connected to the fire fighting equipment are turned on, their operation is normal, and if they are turned off, their operation is said to be abnormal.

As a result, the firefighting equipment is an important facility that can prevent large-scale fires by detecting when a fire occurs while operating normally, and promptly responding to it in the early stage.

Therefore, conventionally, firefighting inspection personnel directly check receiver indications, such as buildings with close proximity to traditional markets as well as multi-use businesses, in order to determine whether the firefighting equipment installed to prevent large-scale fires is operating normally or abnormally. It is a situation that I am doing.

On the other hand, regular firefighting inspections are an obligation stipulated by law according to building standards. Therefore, the person concerned of the facility appoints a fire safety manager to perform operational function checks and comprehensive precision checks.

However, if you look at it in practice, since extensive legal standards for buildings and building-level inspections are mainly carried out, buildings that do not meet legal standards or each business site in the building are virtually not conducted except for their own fire safety inspection. It is reality.

The present invention is not a firefighting facility inspection that only inspects the existing building-level facilities, but a new firefighting inspection service tailored to the person considering the business center and the movement of people and activities, and it is not properly prepared for firefighting safety because it does not meet legal standards. The purpose of this is to provide a system for providing fire safety management services and a method for implementing them so that even the workplaces that have not been used can be safe.

In addition, the present invention is a fire safety management service providing system and execution method that obtains the effect of improving the work efficiency of inspectors and the reliability of users by managing the fire safety analysis data of the workplace in a database, and enabling continuous and safe fire safety management. It aims to provide.

The objects of the present invention are not limited to the above-mentioned objects, and other objects and advantages of the present invention that are not mentioned can be understood by the following description, and will be more clearly understood by examples of the present invention. In addition, it will be easily understood that the objects and advantages of the present invention can be realized by the means shown in the claims and combinations thereof.

The fire safety management service providing system to achieve this purpose is to receive and provide information on the business site and risk factor information on the business site to be inspected according to whether or not the identification code is attached to the business site to be inspected, or use the recognition code to provide fire protection. After extracting the safety analysis data, based on the fire safety analysis data, an inspector terminal that provides fire safety management services for the inspection target business, receives and displays fire safety analysis data, and checks information based on the fire safety analysis data. Receiving the karma information and risk factor information from the farm manager terminal and the inspector terminal providing a, and analyzing the farm information and the risk factor information based on a pre-built fire safety management information database to fire fire for the inspection target farm After generating safety analysis data and updating the fire safety analysis data after a fire safety facility corresponding to the fire safety analysis data is installed in the inspection target business, the fire safety analysis data for each identification information of the inspection target business site is added to each business site. And a fire safety management service providing server that is stored in the fire safety analysis database and generates and provides a recognition code including identification information of the inspection target business site.

The fire safety management service providing method to achieve this purpose is the step of receiving the karma information and risk factor information on the inspection target business by the inspector terminal and providing it to the fire safety management service providing server, and the fire safety management service providing server is the inspector Upon receiving the karma information from the terminal, generating fire safety analysis data for the inspection target karma by analyzing the karma information and the risk factor information based on the fire safety management information database built in advance, the fire safety management service After the provision server updates the fire safety analysis data after the fire safety facility corresponding to the fire safety analysis data is installed in the inspection target business site, the fire safety analysis data for each identification information of the inspection target business site is converted into a fire safety analysis database for each business site. And generating and providing, by the fire safety management service providing server, a recognition code including identification information of the inspection target business site.

According to the present invention as described above, it is not a firefighting facility inspection that only inspects existing building-level facilities, but a new firefighting inspection service tailored to the person who considers the karma-centered and human movements and activities, and fails to meet legal standards. The advantage is that even the farms that were not properly prepared for fire safety can be safe.

In addition, according to the present invention, there is an advantage in that the fire safety analysis data of the workplace is converted into a database to be managed, thereby improving the work efficiency of the inspector and the reliability of the user, and enabling continuous and safe fire safety management.

1 is a network configuration diagram illustrating a fire safety management service providing system according to an embodiment of the present invention.
2 is a block diagram illustrating an internal structure of a fire safety management service providing server according to an embodiment of the present invention.
3 is a flowchart illustrating an embodiment of a method for providing a fire safety management service according to the present invention.
4 is a flowchart illustrating another embodiment of a method for providing a fire safety management service according to the present invention.
5 is an exemplary diagram for explaining an execution process of a farm manager terminal according to an operation of a fire safety management service providing method according to an embodiment of the present invention.

The above-described objects, features, and advantages will be described later in detail with reference to the accompanying drawings, and accordingly, a person of ordinary skill in the art to which the present invention pertains will be able to easily implement the technical idea of the present invention. In describing the present invention, if it is determined that a detailed description of a known technology related to the present invention may unnecessarily obscure the subject matter of the present invention, a detailed description will be omitted. Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to indicate the same or similar elements.

1 is a network configuration diagram illustrating a fire safety management service providing system according to an embodiment of the present invention.

Referring to FIG. 1, the fire safety management service providing system includes an inspector terminal 100, a business manager terminal 200, and a fire safety management service providing server 300.

The inspector terminal 100 is a terminal owned by an inspector who visits the inspection target business and provides fire safety management services. The inspector terminal 100 may be implemented as a smart phone, a tablet PC, or the like.

The inspector terminal 100 provides a fire safety management service according to whether the identification code is attached to the inspection target business.

That is, the inspector terminal 100 provides fire safety management service after collecting information on the inspection target business site because the identification code is not attached to the inspection target business site when visiting the inspection target business site for the first time. Since the identification code is attached to the inspection target business site during visits or fire drills, the fire safety analysis data is extracted by scanning the identification code, and fire safety management service is provided based on the fire safety analysis data.

First, the inspector terminal 100 will be described a process of providing a fire safety management service after collecting information on the inspection target business site at the first visit to the inspection target business site.

The inspector terminal 100 receives the karma information and risk factor information on the inspection target karma and provides it to the fire safety management service providing server 300.

At this time, the business information includes the store name, address, actual area, store location (e.g., high-rise, basement, 1st floor, 2nd to nth floor, etc.), and store structure (e.g., closed space, open space, Open space, etc.), store use (e.g., restaurant, PC room, jjimjilbang, karaoke room, gosiwon, academy, etc.), presence or absence of facilities (e.g., windows, doors, ventilators, sprinklers, fire hydrants, fire extinguishers, etc.), etc. It may include information (eg, the year of construction, the size of the number of people in house and residents, whether dangerous goods are handled, etc.).

Hazard information includes facility hazards, structural hazards and ignition cause hazards. Facility risk factors include whether or not mandatory fire safety facilities are installed by store use, whether or not mandatory fire safety facilities are installed by store location, fire safety facilities are deteriorated, and dark battles, and structural risk factors include air circulation impossibility, evacuation routes, and evacuation routes. It includes whether or not it is possible to move to, and the ignition risk factors include overloading of electricity consumption and ignition of cigarette butts depending on whether or not smoking.

The above karmic information and risk factor information may be input to the inspector terminal 100 after the inspector hears from the karma manager when visiting the inspection target workplace for the first time, or the inspector determines based on fire-fighting-related data and input into the inspector terminal 100. have.

The inspector terminal 100 receives and displays fire safety analysis data from the fire safety management service providing server 300. At this time, the fire safety analysis data includes information on risk factors of the inspection target workplace, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, inspection schedule information, and the like.

The above solution information may include the number and amount of facilities required to solve the risk factor.

For example, the solution information is “1. 15 automatic fire extinguishing outlets are recommended, 2. 3 golden time alarm sounds are recommended, 3. toilet shelter 1 is recommended.”

As described above, after the facility corresponding to the solution information is installed in the inspection target business site, a recognition code including identification information of the inspection target business site generated by the fire safety management service providing server 300 is attached.

The identification code attached to the inspection target business site receives fire safety analysis data from the fire safety management service providing server 300 by simply scanning the identification code using the inspector terminal 100 when the inspector returns to the inspection target business site in the future. You can check it. Accordingly, the inspector can inspect the spaces at the same time as performing the basic firefighting inspection on the inspection target business site based on the fire safety analysis data.

As described above, the present invention has the advantage of obtaining the effect of improving the work efficiency of the inspector and the user's reliability by managing the fire safety analysis data of the workplace in a database, and enabling continuous and safe fire safety management.

The karma manager terminal 200 is a terminal owned by a user who manages the inspection target karma. Such a farm manager terminal 200 may be implemented with a smartphone, a tablet PC, or the like.

The farm manager terminal 200 receives and displays fire safety analysis data from the fire safety management service providing server 300. At this time, the fire safety analysis data includes risk factor information, risk factor information, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, inspection schedule information, etc. of the inspection target workplace.

The farm manager terminal 200 displays fire safety analysis data so that the farm manager can check the risk level and risk factor information of the farm, and check the inspection timing based on the inspection schedule information.

The fire safety management service providing server 300 is a server that generates and manages fire safety analysis data for each inspection target business.

To this end, the fire safety management service providing server 300 receives karma information and risk factor information from the inspector terminal 100, and analyzes the karma information and the risk factor information based on a pre-built fire safety management information database. This creates fire safety analysis data for the inspection target business.

The above fire safety analysis data includes information on risk factors of the inspection target workplace, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, inspection schedule information, and the like.

In this case, fire safety management information based on the fire safety standard law is stored in the fire safety management information database built in advance. At this time, the fire safety management information includes a risk index according to whether essential fire safety facilities are installed for each business site information.

For example, if the fire safety management information is “business information: kids cafe, capacity: 50 or more, store location: high-rise”, the required fire safety facility “rescue team”, and the number of installed “3 units”, the risk index is 0 , Mandatory fire safety facility “rescue team”, if installed number of “2 units”, risk index 1 point, mandatory fire safety facility “rescue unit”, installed number “1 unit”, 2 points, mandatory fire safety facility “rescue unit”, number of installed units “ If it is “0 units”, 3 points are included.

For another example, if the fire safety management information is “business information: kids cafe, capacity: 20 or more and 50 or less, store location: high-rise”, the required fire safety facility “rescue”, and the number of installations “2” The risk index includes 0 points, the required fire safety facility “rescue team”, if the number of installed units is “1”, the risk index is 1 point, the required fire safety facility “rescue unit”, and the number of units installed “0 units” includes 2 points.

For another example, the fire safety management information is “business information: karaoke, store location: basement”, capacity of 30 people”, the required fire safety facility “sprinkler: 10 or more” is a risk score of 0, and “sprinkler : A risk index of 1 point for “8 or more and 10 units or less”, a risk index of 2 points for “sprinkler: 6 or more and 8 units or less”, and a risk index of 3 for “sprinkler: 4 or more and 6 or less”, and “sprinkler: 3 If it is less than or equal to”, a risk index of 4 is included.

As described above, since the fire safety management information based on the fire safety standard law is stored in the fire safety management information database built in advance, the fire safety management service providing server 300 is the karma information received from the inspector terminal 100 After analyzing and calculating the risk index, the risk class can be determined based on the risk index. At this time, the fire safety management service providing server 300 may determine the risk level by summing the risk indices and then extracting a risk level corresponding to the risk index with reference to the risk level database for each risk index.

In addition, solution information for each risk factor information is stored in the pre-built fire safety management information database. In this case, the solution information means a solution for solving the risk factor corresponding to the risk factor information. For example, in the case of hazard information “overload of electricity usage”, the solution may be “recommended installation of automatic fire extinguishing outlets”.

Therefore, the fire safety management service providing server 300 analyzes the risk factor information based on the fire safety management information database built in advance, and generates solution information by extracting solution information for solving the risk factor corresponding to the risk factor information. It can be done.

The fire safety management service providing server 300 updates the fire safety facility installation information corresponding to the solution information in the fire safety analysis data after the fire safety facility corresponding to the fire safety analysis data is installed in the inspection target business site, and updates the fire safety facility installation information corresponding to the solution information to the inspection target business site. The fire safety analysis data for each individual identification information is stored in the fire safety analysis database for each business site.

Then, the fire safety management service providing server 300 generates and provides a recognition code including identification information of the inspection target business site. In this way, the fire safety management service providing server 300 stores fire safety analysis data for each identification information of the inspection target business site, so that fire safety corresponding to the identification information of the inspection target business site at a later request of the inspector terminal 100 By extracting and providing analysis data, inspectors can utilize it in providing fire safety management services.

In addition, the fire safety management service providing server 300 receives the identifier and fire training information of the inspection target business site after the fire training of the inspection target business site from the inspector terminal 100 is completed, the inspection target in the fire safety analysis database for each business site. After extracting the fire safety analysis data corresponding to the identifier of the workplace, the fire safety analysis data is updated based on the fire training information. At this time, the fire fighting training information includes the number of fire drills at the inspection target business site, fire drill date, fire drill stage, fire drill content, and the like.

In this way, the fire safety management service providing server 300 updates fire safety analysis data for each fire drill and stores fire safety analysis data for each identification information of the inspection target business site, so that the inspector will be headed for fire fighting training of the business site to be inspected later. It can increase the work efficiency of the inspector by allowing it to be used during the time.

2 is a block diagram illustrating an internal structure of a fire safety management service providing server according to an embodiment of the present invention.

Referring to FIG. 2, the fire safety management service providing server 300 includes a fire safety analysis data management unit 310, a fire safety management information database 320, a fire safety analysis database 330 for each business, and a risk rating database for each risk index. Includes 340.

The fire safety analysis data management unit 310 receives karma information and risk factor information from the inspector terminal 100, analyzes the karma information and the risk factor information based on the fire safety management information database 320, Generate fire safety analysis data for.

The above fire safety analysis data includes information on risk factors of the inspection target workplace, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, inspection schedule information, and the like.

In addition, the fire safety analysis data management unit 310 updates the fire safety facility installation information corresponding to the solution information in the fire safety analysis data after the fire safety facility corresponding to the fire safety analysis data is installed in the inspection target workplace, and The fire safety analysis data for each business site identification information is stored in the fire safety analysis database 330 for each business site.

In addition, the fire safety analysis data management unit 310 receives the identifier and fire training information of the inspection target business site after the fire training of the inspection target business site is completed from the inspector terminal 100, in the fire safety analysis database 330 for each business site. After extracting the fire safety analysis data corresponding to the identifier of the inspection target business site, the fire safety analysis data is updated based on the fire drill information. At this time, the fire fighting training information includes the number of fire drills at the inspection target business site, fire drill date, fire drill stage, fire drill content, and the like.

In this way, the fire safety analysis data management unit 310 updates the fire safety analysis data every fire drill and stores the fire safety analysis data for each identification information of the inspection target business site. By allowing it to be utilized, the work efficiency of the inspector can be increased.

The fire safety management information database 320 stores fire safety management information based on the fire safety standard law. At this time, the fire safety management information includes a risk index according to whether essential fire safety facilities are installed for each business site information.

For example, if the fire safety management information is “business information: PC room, store location: basement”, capacity of 30 people”, the required fire safety facility “Sprinkler: 10 or more” is a risk index of 0, “Sprinkler: If 8 or more and 10 or less,” a risk index of 1 point, “sprinkler: 6 or more and 8 or less”, a risk index of 2, and “sprinkler: 4 or more and 6 or less”, a risk index of 3, and “sprinkler: 3 If it is “less than”, the risk index includes 4 points.

In addition, solution information for each risk factor information is stored in the fire safety management information database 320. In this case, the solution information means a solution for solving the risk factor corresponding to the risk factor information. For example, in the case of hazard information “overload of electricity usage”, the solution may be “recommended installation of automatic fire extinguishing outlets”.

As described above, since the fire safety management information database 320 stores fire safety management information based on the fire safety standard law, the fire safety analysis data management unit 310 stores the karma information received from the inspector terminal 100. After analyzing and calculating the risk index, the risk class can be determined based on the risk index.

At this time, the fire safety analysis data management unit 310 may determine the risk level by summing the risk indices and then extracting a risk level corresponding to the risk index with reference to the risk level database 340 for each risk index.

In addition, solution information for each risk factor information is stored in the fire safety management information database 320. In this case, the solution information means a solution for solving the risk factor corresponding to the risk factor information. For example, in the case of hazard information “overload of electricity usage”, the solution may be “recommended installation of automatic fire extinguishing outlets”.

Therefore, the fire safety analysis data management unit 310 analyzes the risk factor information based on the fire safety management information database built in advance, and extracts solution information for solving the risk factor corresponding to the risk factor information to generate solution information. It can be.

The fire safety analysis database 330 for each workplace stores fire safety analysis data for each identifier of the inspection target workplace. Fire safety analysis data includes information on risk factors of the workplace to be inspected, risk level, solution information, installation information of fire safety facilities corresponding to the solution information, fire training information, and inspection schedule information.

Risk ratings for each risk index are stored in the risk rating database 340 for each risk index. For example, in the risk class database 340 for each risk index, if the risk index is “10 points or more”, the risk index is “D”, and if the risk index is “8 points to 10 points”, the risk index is equivalent to the risk class “C”. Star risk ratings are stored.

3 is a flowchart illustrating an embodiment of a method for providing a fire safety management service according to the present invention. An embodiment disclosed in FIG. 3 relates to an embodiment in which an inspector provides a fire safety management service by collecting information on a business site and risk factor information when visiting a business site to be inspected for the first time.

Referring to FIG. 3, the inspector terminal 100 receives karmic information and risk factor information for the inspection target karma and provides it to the fire safety management service providing server (step S310).

When the fire safety management service providing server 300 receives karma information from the inspector terminal 100, it analyzes the karma information and the risk factor information based on the fire safety management information database built in advance, Fire safety analysis data is generated (step S320).

The fire safety management service providing server 300 updates the fire safety analysis data after a fire safety facility corresponding to the fire safety analysis data is installed in the inspection target business site (step S330).

The fire safety management service providing server 300 stores fire safety analysis data according to identification information of the inspection target business site in the fire safety analysis database for each business site (step S340).

The fire safety management service providing server 300 generates and provides a recognition code including identification information of the inspection target business (step S350).

4 is a flowchart illustrating another embodiment of a method for providing a fire safety management service according to the present invention. The embodiment disclosed in FIG. 4 relates to an embodiment of providing a fire safety management service by using a recognition code attached to an inspection target business site when an inspector revisits the inspection target business site.

4, the inspector terminal 100 scans the identification code attached to the inspection target karma and extracts identification information of the inspection target karma from the identification code (step S410).

The inspector terminal 100 provides a data request message including identification information of the inspection target business site to the fire safety management service providing server 300 (step S420).

The fire safety management service providing server 300 extracts the identification information of the inspection target business site from the data request message (step S430), and then extracts fire safety analysis data corresponding to the identification information of the inspection target business site from the fire safety analysis database for each business site. (Step S440) and provided to the inspector terminal 100 (Step S450).

The inspector terminal 100 provides a fire safety management service based on the fire safety analysis data received from the fire safety management service providing server 300 (step S460).

After providing the fire safety management service based on the fire safety analysis data, the inspector terminal 100 provides the fire safety inspection result or fire training result to the fire safety management service providing server 300 (step S470).

The fire safety management service providing server 300 updates fire safety analysis data based on the fire safety inspection result or fire training result received from the inspector terminal 100 (step S480).

5 is an exemplary diagram for explaining an execution process of a farm manager terminal according to an operation of a fire safety management service providing method according to an embodiment of the present invention.

Referring to FIG. 5, the farm manager terminal 200 receives and displays fire safety analysis data from the fire safety management service providing server 300. At this time, the fire safety analysis data includes risk factor information, risk factor information, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, inspection schedule information, etc. of the inspection target workplace.

The farm manager terminal 200 displays fire safety analysis data so that the farm manager can check the risk level and risk factor information of the farm, and check the inspection timing based on the inspection schedule information as shown in reference number (a), As shown in the reference number (b), it is possible to receive and display fire safety tips such as information on risk factors or inspection recommendations from the fire safety management service providing server 300. In addition, the business manager terminal 200 may display a graph in the form of a biorhythm for each solution according to a self-inspection question for fire safety products as shown in reference number (c).

As described above, although the present invention has been described by the limited embodiments and drawings, the present invention is not limited to the above embodiments, which is, if one of ordinary skill in the field to which the present invention belongs, various modifications and Transformation is possible. Therefore, the idea of the present invention should be grasped only by the claims set forth below, and all equivalent or equivalent modifications thereof will be said to belong to the scope of the idea of the present invention.

100: inspector terminal
200: karma manager terminal
300: Fire safety management service providing server
310: Fire safety analysis data management department
320: Fire safety management information database
330: Fire safety analysis database for each business site
340: Risk rating database by risk index

Claims (8)

delete Depending on whether the identification code is attached to the inspection target business site, the business site information and the risk factor information for the inspection target business site are received and provided, or the fire safety analysis data is extracted using the recognition code and the fire safety analysis data is based on the fire safety analysis data. An inspector terminal providing a fire safety management service for the inspection target business site;
A farm manager terminal receiving and displaying fire safety analysis data, and providing inspection information based on the fire safety analysis data; And
Receives karma information and risk factor information from the inspector terminal, analyzes the karma information and the risk factor information based on a pre-built fire safety management information database to generate fire safety analysis data for the inspection target karma, After the fire safety analysis data corresponding to the fire safety analysis data is installed in the inspection target business, the fire safety analysis data is updated, and the fire safety analysis data for each identification information of the inspection target business site is stored in the fire safety analysis database for each business site. , It includes a fire safety management service providing server that generates and provides a recognition code including the identification information of the inspection target business,
The inspector terminal
When visiting the inspection target business site for the first time, the business site information is received from the farm management terminal and provided to the safety management service providing server, and a recognition code attached to the inspection target business site when revisiting the inspection target business site or during fire drills By scanning the identification code to extract identification information of the inspection target business place, provide a data request message including the identification information of the inspection target business site to the fire safety management service providing server, and from the fire safety management service providing server Receive fire safety analysis data corresponding to the identification information of the business site to be inspected,
The above karma manager terminal
Receive fire safety analysis data including information on risk factors, risk level, solution information, fire safety facility installation information corresponding to the solution information, fire training information, and inspection schedule information from the fire safety management service providing server. To display,
The fire safety management service providing server
Receives karma information and risk factor information of the inspection target business site from the inspector terminal, analyzes the karma information and the risk factor information based on a fire safety management information database to generate fire safety analysis data for the inspection target business site Fire safety analysis data management department;
A firefighting safety management information database storing firefighting safety management information including a risk index according to whether or not essential firefighting safety facilities are installed in accordance with the fire safety standard law for each inspection target business site;
Fire safety analysis for each business site in which fire safety analysis data including risk factor information, risk level, solution information, fire safety facility installation information, fire training information, and inspection schedule information corresponding to the above inspection target business site identifiers is stored Database;
A risk rating database for each risk index in which the risk level for each risk index is stored; Fire safety management service providing system comprising a.
The method of claim 2,
The inspector terminal
When visiting the inspection target business site for the first time, the inspection target business site is analyzed, and the risk factor information including the facility risk factor, structural risk factor, and ignition cause risk factor of the inspection target business site is received and sent to the fire safety management service providing server. And providing the fire safety management service providing server to the fire safety management service providing server by receiving the karma information from the farm management terminal.
The method of claim 2,
The fire safety management service providing server
Based on the pre-built fire safety management information database, the risk factor information and the farm information are analyzed to generate solution information for solving a risk factor corresponding to the risk factor information, and the risk factor information and the farm information A fire safety management service providing system, characterized in that after calculating a risk index corresponding to each, a risk class is determined based on the risk index.
delete In the fire safety management service providing method of a fire safety management service providing system comprising an inspector terminal, a business manager terminal and a fire safety management service providing server,
Receiving, by the inspector terminal, information on a business site and risk factor information on a business site to be inspected and providing it to a fire safety management service providing server;
When the fire safety management service providing server receives the karma information from the inspector's terminal, it analyzes the karma information and the risk factor information based on a pre-built fire safety management information database to provide fire safety analysis data for the inspection target karma. Generating;
After the fire safety management service providing server updates the fire safety analysis data after the fire safety facility corresponding to the fire safety analysis data is installed in the inspection target business site, the fire safety analysis data for each identification information of the inspection target business site is karma Storing each fire safety analysis database; And
The fire safety management service providing server comprises the step of generating and providing a recognition code including identification information of the inspection target business,
Extracting identification information of the inspection target business site from the recognition code by the inspector's terminal scanning a recognition code attached to the inspection target business site when revisiting the inspection target business site or during a fire drill;
Providing, by the inspector terminal, a data request message including identification information of the inspection target business site to a fire safety management service providing server; And
Further comprising the step of receiving, by the inspector terminal, fire safety analysis data corresponding to identification information of the inspection target business site from the fire safety management service providing server, and providing a fire safety management service based on the fire safety analysis data. Fire safety management service providing method characterized by.
The method of claim 6,
The step of receiving, by the inspector terminal, information on the karma and risk factors for the inspection target karma and providing it to the fire safety management service providing server
When the inspector's terminal first visits the inspection target business site, the fire safety management service is provided by analyzing the inspection target business site and providing risk factor information including the facility risk factor, structural risk factor, and ignition cause risk factor of the inspection target business site. Providing to a server; And
And receiving, by the inspector terminal, the karma information from the karma manager terminal and providing it to the fire safety management service providing server.
The method of claim 6,
Analyzing the karma information and the risk factor information to generate fire safety analysis data for the inspection target karma,
The fire safety management service providing server analyzes the risk factor information and the karma information based on the pre-built fire safety management information database to generate solution information for solving a risk factor corresponding to the risk factor information ;
And determining, by the fire safety management service providing server, a risk index corresponding to each of the risk factor information and the karmic information, and then determining a risk level based on the risk index. Way.

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