CN112040006A - Fire safety management and control system of putting out of danger article enterprise - Google Patents
Fire safety management and control system of putting out of danger article enterprise Download PDFInfo
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Abstract
The invention discloses a fire safety control extinguishing system for hazardous chemical enterprises, which comprises a data acquisition service module, a data receiving service module, a background management module, a GIS function module and a large screen display module, the data acquisition service module is used for acquiring monitoring data of each data sensing device, the data receiving service module is used for receiving device states and fire alarms actively reported by each dangerous chemical enterprise, the fire-fighting management function module and the enterprise management function module of the background management module effectively control fire-fighting management and enterprise management, positioning marks and information display are carried out on all districts, all dangerous chemical enterprises and fire-fighting facilities through a GIS functional module, screening and inquiring and positioning each enterprise according to the enterprise type and the production storage type, and displaying the fire fighting basic information statistics, the fire fighting monitoring data analysis and the fire fighting auxiliary decision support of the enterprise through a large screen display module.
Description
Technical Field
The invention relates to the technical field of hazardous chemical fire control management and control, in particular to a fire safety management and control system for hazardous chemical enterprises.
Background
The hazardous chemical substance has the characteristics of high temperature, high pressure, flammability, explosiveness and the like, in order to prevent explosion accidents, a plurality of major hazardous chemical substance enterprises pay great attention to the construction of a safety interlocking system, an emergency stop system and a toxic, harmful, combustible gas and fire detection and protection system, but the safety production aspect still has serious defects, in recent years, chemical enterprises in all parts of the country do not know how many people leave the world in accidents once again, and wounded on the full land after explosion.
Therefore, how to establish a fire safety control system for hazardous chemicals for enterprises to effectively deal with various disasters and emergencies has attracted high attention from all levels of government departments from the center to the local. In order to reduce the damage and loss caused by various disaster accidents to the maximum extent and ensure social stability and public safety, an effective disaster emergency command management system is urgently needed to be established. However, disasters such as tsunami, earthquake, volcano, hurricane, torrential flood, debris flow and fire are often sudden, the work of evacuating and rescuing people, collecting and distributing disaster relief materials and the like is not easy to be relieved, and the disaster relief work often needs transverse and longitudinal linkage coordination among different departments. Therefore, how to establish a reliable control extinguishing system becomes a central importance for the fire safety work of the hazardous chemical substance enterprises.
Based on the above, the invention designs a fire safety control and extinguishing system for hazardous chemical enterprises, so as to solve the above mentioned problems.
Disclosure of Invention
The invention aims to provide a fire safety control and extinguishing system for hazardous chemical enterprises, so as to solve the problems.
In order to achieve the purpose, the invention provides the following technical scheme: a fire safety control extinguishing system for hazardous chemical enterprises comprises a data acquisition service module, a data receiving service module, a background management module, a GIS function module and a large screen display module,
the data acquisition service module is used for acquiring real-time data of data sensing equipment in a hazardous chemical enterprise district accessed to the system, acquiring monitoring data of each data sensing equipment through a data acquisition card and transmitting the monitoring data to the data receiving service module through the Internet of things;
the data receiving service module is used for receiving monitoring data actively reported by each dangerous chemical enterprise, including equipment state and fire alarm, and uploading the received equipment state and fire alarm to the background management module;
the background management module is used for fire control management and enterprise management, and simultaneously displays the background management information through the GIS function module and the large-screen display module;
the GIS function module is used for positioning marks and information display of all hazardous chemical enterprises and fire-fighting facilities in the whole area, screening and inquiring according to enterprise types and production storage types and positioning each enterprise;
the large-screen display module is used for displaying enterprise fire basic information statistics, fire monitoring data analysis and fire extinguishing aid decision support, large-screen display information needs to meet the management, control and extinguishing aspects, and the large-screen display module is designed into three blocks from the left to the right of a screen.
Preferably, the data acquisition service module comprises a plurality of data sensing devices, an internet of things gateway and a data acquisition card, the data sensing devices are respectively connected with the data acquisition card through the internet of things gateway, and the data sensing devices comprise a video monitoring device, a smoke detector, a flame detector, a temperature-sensitive detector and a combustible gas detector.
Preferably, the data receiving service module receives the device status actively reported by each dangerous enterprise, and the device status is sent to the data receiving service module in real time under the condition that the status of the device changes, and the fire alarm is triggered by dangerous enterprise managers to find fire dangerous situations on the system, and the device status can be networked with the data receiving service module to send fire alarm data to the data receiving service module.
Preferably, the status data comprises: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number, an equipment type, an equipment name, an equipment state, a low-order data 1, a high-order data 1, a unit 1, a low-order data 2, a high-order data 2, a unit 2, a description and occurrence time;
the fire alarm data includes: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number and fire alarm time.
Preferably, the background management module comprises a fire protection management function module and an enterprise management function module.
Preferably, the fire fighting management function module comprises
The user management module is used for logging in the system by a system administrator and adding, deleting, modifying and searching all user information of the system; the user information comprises a login account, a login password, a user name, a belonging unit and a contact telephone;
the role management module is used for logging in the system by a system administrator to add, delete, change and check all role information of the system; the role information comprises role names and role descriptions;
the video monitoring module is used for retrieving and reading real-time image resources of specified cameras in user factories of all networked hazardous chemical enterprises in the jurisdiction;
the equipment running state monitoring module is used for inquiring monitoring equipment state data reported by all networked hazardous chemical enterprise users in the district; the equipment state data comprises a unique number of the hazardous chemical enterprise, an equipment number, an equipment type, an equipment name, an equipment state, low-order data 1, high-order data 1, a unit 1, low-order data 2, high-order data 2, a unit 2, a description and occurrence time;
and the equipment alarm monitoring module is used for inquiring equipment alarm data reported by all networked dangerous enterprise users in the district, wherein the equipment alarm data comprises a unique number of the dangerous enterprise, an equipment number, an equipment type, an equipment name, alarm content and reporting time.
Preferably, the enterprise management function module comprises
The enterprise management function module is used for consulting and editing enterprise information and comprises enterprise basic information, fire control approval documents, camera resources and storage tank information;
the enterprise building condition management module is used for consulting and editing the enterprise building conditions and comprises unit buildings, fire-fighting facilities, fire-fighting resources and key parts;
the enterprise fire-fighting responsibility management module is used for consulting and editing the fire-fighting responsibility conditions of the enterprises and comprises safety managers, special work types, volunteer fire-fighting team information and responsibility book files;
the on-duty management module is used for requiring on-duty personnel of the dangerous chemical enterprises to make detailed on-duty records of fire protection every day;
the daily patrol module is used for requiring the on-duty personnel of the dangerous chemical enterprises to make detailed records after each fireproof patrol every day;
the fire-prevention inspection module is used for requiring at least once-per-month fire-prevention inspection of the dangerous chemical enterprises, and making detailed records after each fire-prevention inspection;
the fire-fighting reporting module is used for applying for two days in advance by a fire-fighting department, reporting to a fire-fighting management gate-back department, carrying out on-site investigation, making an effective fire-fighting safety management scheme and reporting to a safety manager to implement fire-fighting operation after signing;
the training record module is used for organizing fire safety training work for staff at least once every year, and detailed records are required to be made for each training;
the drilling recording module is used for organizing fire-fighting and emergency evacuation plan fire-fighting drilling work once every half year, and detailed records are required to be made for drilling each time;
and the maintenance recording module is used for making detailed records of each equipment fault maintenance in the factory.
Preferably, the GIS function module is used for carrying out screening inquiry and positioning each enterprise according to enterprise types and production storage types on positioning marks and information display of all districts, all dangerous chemical enterprises and fire-fighting facilities.
Preferably, the large-screen display module is used for displaying enterprise fire-fighting basic information statistics, fire-fighting monitoring data analysis and fire-fighting auxiliary decision support, and the large-screen display information needs to meet the three aspects of management, control and extinguishment and is designed into three blocks from the left to the right of the screen.
Compared with the prior art, the invention has the beneficial effects that: the fire safety management and control system for the dangerous chemical enterprises is used for collecting monitoring data of each data sensing device through the data collection service module, receiving equipment states actively reported by each dangerous chemical enterprise through the data receiving service module and giving fire alarms, effectively managing and controlling the fire management and enterprise management aspects through the fire management function module and the enterprise management function module of the background management module, and displaying fire basic information statistics, fire monitoring data analysis and fire extinguishing auxiliary decision support of the enterprises through the large-screen display module, wherein all dangerous chemical enterprises and fire facilities are classified and marked through the GIS function module.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
Referring to fig. 1, the present invention provides a technical solution: the utility model provides a system is put out in fire control safety management and control of danger chemicals enterprise, including data acquisition service module, data reception service module, backstage management module, GIS functional module, big screen display module, data acquisition service module is used for gathering each data sensing equipment's monitoring data, including a plurality of data sensing equipment, thing networking gateway and data collection card, a plurality of data sensing equipment link to each other with data collection card through thing networking gateway respectively, data collection card links to each other with data reception service module, data reception service module and backstage management module, backstage management module respectively with GIS functional module, big screen display module links to each other.
The data acquisition service module acquires real-time data of data sensing equipment in a hazardous chemical enterprise district accessed to the system, wherein the data sensing equipment comprises video monitoring equipment, a smoke detector, a flame detector, a temperature-sensitive detector and a combustible gas detector.
Wherein, the data receiving service module is used for receiving the equipment state and fire alarm actively reported by each dangerous chemical enterprise,
the equipment state is that under the condition that the state of the equipment is changed, the equipment state sends state data to a data receiving service module in real time, and the state data comprises: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number, an equipment type, an equipment name, an equipment state, a low-order data 1, a high-order data 1, a unit 1, a low-order data 2, a high-order data 2, a unit 2, a description and occurrence time;
the fire alarm system is characterized in that fire dangerous situations are discovered by management personnel of a dangerous chemical enterprise, alarm is triggered on the system, the system can be networked with the data receiving service module, and fire alarm data are sent to the data receiving service module, wherein the fire alarm data comprise: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number and fire alarm time.
The background management module comprises a fire-fighting management function module and an enterprise management function module.
The fire-fighting management function module comprises
The user management module is used for logging in the system by a system administrator and adding, deleting, modifying and searching all user information of the system; the user information comprises a login account, a login password, a user name, a belonging unit and a contact telephone;
the role management module is used for logging in the system by a system administrator to add, delete, change and check all role information of the system; the role information comprises role names and role descriptions;
the video monitoring module is used for retrieving and reading real-time image resources of specified cameras in user factories of all networked hazardous chemical enterprises in the jurisdiction;
the equipment running state monitoring module is used for inquiring monitoring equipment state data reported by all networked hazardous chemical enterprise users in the district; the equipment state data comprises a unique number of the hazardous chemical enterprise, an equipment number, an equipment type, an equipment name, an equipment state, low-order data 1, high-order data 1, a unit 1, low-order data 2, high-order data 2, a unit 2, a description and occurrence time;
and the equipment alarm monitoring module is used for inquiring equipment alarm data reported by all networked dangerous enterprise users in the district, wherein the equipment alarm data comprises a unique number of the dangerous enterprise, an equipment number, an equipment type, an equipment name, alarm content and reporting time.
The enterprise management function module comprises
The enterprise management function module is used for consulting and editing enterprise information and comprises enterprise basic information, fire control approval documents, camera resources and storage tank information;
the enterprise basic information includes enterprise name, organization code, registration establishment date, unit property (national camp, civil camp, foreign capital, joint capital, others), legal representative, business license address, actual address (including latitude and longitude coordinates), floor area (m), building area (m), number of high-rise buildings (span), height of high-rise buildings (m), total area of high-rise buildings (m), number of underground building layers (level), total area of underground building (m), unit total plane diagram, production storage category (A, B, C, D, E), unit type (petroleum depot, warehouse, hazardous chemical substance dock, paint, civil explosive enterprise, gas, refining enterprise, construction project, proposed project, others), staff number (human), fire department (human), fire safety accountant name, fire safety accountant telephone, fire control manager, Fire manager telephone, professional fire brigade, on-duty telephone, emergency contact, contact telephone, construction situation (in construction, proposed);
the fire control examination and approval document comprises a construction unit license, a design unit license, an insurance unit license, a fire control construction unit license, a supervision unit license and a detection unit license;
the camera resources are cameras at specific positions of hazardous chemical substance enterprises designated by fire brigades, and the resource information is managed, wherein the resource information comprises organization codes, enterprise names, point location names, camera IP, camera port numbers, camera user names, passwords, camera brands and camera models;
the tank information includes an organization code, a business name, a tank name, a storage substance, a storage capacity (unit: ton), and a remark.
The enterprise building condition management module is used for consulting and editing the enterprise building conditions and comprises unit buildings, fire-fighting facilities, fire-fighting resources and key positions, wherein the unit buildings comprise building names, building areas, floor numbers and purposes, and the fire-fighting facilities comprise facility names, constructed (yes or no) and remarks. Facility names provide choices, specifically categorized as: fire hydrant system, fire automatic alarm system, automatic water spray fire extinguishing system, foam fire extinguishing system, gas fire extinguishing system, dry powder fire extinguishing system, smoke fire extinguishing system, steam fire extinguishing system; the fire fighting resources comprise resource names, quantity, units and remarks; the key parts comprise the names of the positions, the fire risks (high, medium and low), prevention and remedial measures;
the enterprise fire-fighting responsibility management module is used for consulting and editing the fire-fighting responsibility conditions of enterprises, and comprises a safety manager, a special work category, volunteer fire-fighting team information and a responsibility document, wherein the safety manager comprises a name, an affiliated department, a contact way, a time of arrival, a time of termination, a contact way, a personal photo and a photograph of arrival, the special work category comprises a name, a gender, a duty, a contact way, a personal photo, a work category (building (construction) building firemen (fire-fighting control room on duty personnel), a water electrician and the like), a certificate photo, and the volunteer fire-fighting team information comprises the volunteer fire-fighting team information: team building date, station area (m), captain, contact telephone, deputy captain, contact telephone, main fire fighting equipment, team member list: the name, the gender, the age, the department to which the person belongs, the contact telephone number, and the responsibility document comprise a list to display the safety responsibility of each year, and support the uploading of safety responsibility files according to the year.
The system comprises a duty management module, a duty management module and a duty management module, wherein the duty management module is used for requiring duty personnel of a dangerous and chemical enterprise to make detailed duty records for fire protection every day, and the duty record information comprises duty leaders, duty personnel, duty starting time, duty ending time, fire protection facility operation conditions, fault and elimination conditions, other conditions, a duty-off message and a duty-on person;
the daily patrol module is used for requiring the on-duty personnel of the dangerous chemical enterprises to make detailed records after each fireproof patrol every day, and the patrol information table comprises basic information: patrolling personnel, supervisors, responsible persons, responsible departments, patrolling time, remarks and patrolling record table photos. Detailed patrol information: patrol items (exit gate, evacuation passage, (exit indicator, emergency lighting), (fire-fighting equipment, and fire safety signs), fire doors and fire curtains, on-duty conditions of fire-fighting key site personnel), patrol conditions, normality or abnormality, fault recording and treatment (including fault description, treatment mode (on-site treatment/deadline correction), deadline correction measures).
The fire-proof inspection module is used for requiring the fire-proof inspection of the dangerous chemical enterprises at least once per month, making detailed records after each fire-proof inspection, wherein the inspection information comprises inspectors, inspection time, inspection basis, inspection results (normal and abnormal), found fire hazards, rectification measures, limited correction period, processed results, recorders and inspection list photos.
The fire-fighting management returning department is applied by a fire department two days in advance, the fire-fighting management returning department is reported, the site and field investigation is conducted, an effective fire-fighting safety management scheme is formulated, a safety manager can conduct fire-fighting operation after signing, a normative file of fire-fighting is noted above a list display, the type of fire-fighting (first level, second level and third level), a fireman, a reviewer, a fire-fighting part, the name of a fire-fighting project, the fire-fighting time, an examination and approval department, the fire-fighting mode (temporary electricity utilization in an explosion-proof area, wind power, gas welding (cutting), electric welding, a handheld electric tool (a grinding wheel machine and the like), an iron hammering (spark generation) object, non-explosion-proof electrons used in the explosion-proof area, other spark or open fire generation operations), hazard identification (major change of construction conditions, no renewed license handling, improper monitoring, dangerous operation combination, no corresponding safety measures, corresponding license handling, fire-fighting and fire-safety management, Poor ventilation, insufficient emergency facilities or improper measures, untimely monitoring, defective electrogas welding tools, insufficient gas cylinder spacing or improper placement, and spark splashing; the fire extinguishing equipment comprises a fire extinguishing equipment body, a fire extinguishing device and a safety helmet, wherein the fire extinguishing device body is arranged on the fire extinguishing equipment body, the fire extinguishing equipment body is arranged on the fire extinguishing equipment body, the fire extinguishing device body penetrates other equipment or inflammables, the inflammables and the inflammables are not cleaned, the inflammable and explosive harmful substances and other substances exist in the fire extinguishing equipment or the equipment, safety protection equipment (work clothes, protective clothes, ear protection devices, goggles, protective gloves, welding masks, air respirators, dust masks, gas masks, safety belts, safety helmets, safety shoes.
The training record module is used for organizing fire safety training work for staff at least once every year, detailed records are made for each training, and a training record sheet comprises training time, training places, training departments, lecturers, training contents, paramedics, training photos and photo content descriptions;
the system comprises a drilling recording module, a fire-fighting drilling recording module and a fire-fighting drilling recording module, wherein the drilling recording module is used for organizing fire-fighting and emergency evacuation plan fire-fighting drilling work at least once every half year, detailed records are required to be made for drilling each time, and a fire-fighting drilling recording list comprises drilling items, drilling time, weather, drilling places, commanders, recording persons, fire-fighting action group persons, communication contact group persons, evacuation guide group persons, safety fire rescue group persons, drilling comment, drilling photos and photo content description;
and the maintenance recording module is used for making detailed records of each equipment fault maintenance in the plant area, and the equipment maintenance list comprises equipment type, equipment number, equipment name, fault description, discoverer, discovery time, safety protection measures, maintenance time, maintenance unit, maintenance method, remark and state (waiting for maintenance, in maintenance, completion of maintenance and scrapping).
The GIS functional module is used for positioning marks and information display of all hazardous chemical enterprises and fire-fighting facilities in all regions, screening and inquiring and positioning each enterprise according to enterprise types and production storage types.
The large-screen display module is used for displaying enterprise fire basic information statistics, fire monitoring data analysis and fire extinguishing aid decision support, large-screen display information needs to meet the management, control and extinguishing aspects, and the large-screen display module is designed into three blocks from the left to the right of a screen.
In the description herein, references to the description of "one embodiment," "an example," "a specific example" or the like are intended to mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (7)
1. The utility model provides a system is put out in fire control safety management and control of dangerization article enterprise which characterized in that: comprises a data acquisition service module, a data receiving service module, a background management module, a GIS function module and a large screen display module,
the data acquisition service module is used for acquiring real-time data of data sensing equipment in a hazardous chemical enterprise district accessed to the system, acquiring monitoring data of each data sensing equipment through a data acquisition card and transmitting the monitoring data to the data receiving service module through the Internet of things;
the data receiving service module is used for receiving monitoring data actively reported by each dangerous chemical enterprise, including equipment state and fire alarm, and uploading the received equipment state and fire alarm to the background management module;
the background management module is used for fire control management and enterprise management, and simultaneously displays the background management information through the GIS function module and the large-screen display module;
the GIS function module is used for positioning marks and information display of all hazardous chemical enterprises and fire-fighting facilities in the whole area, screening and inquiring according to enterprise types and production storage types and positioning each enterprise;
the large-screen display module is used for displaying enterprise fire basic information statistics, fire monitoring data analysis and fire extinguishing aid decision support, large-screen display information needs to meet the management, control and extinguishing aspects, and the large-screen display module is designed into three blocks from the left to the right of a screen.
2. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 1, wherein the system comprises: the data acquisition service module comprises a plurality of data sensing devices, an Internet of things gateway and a data acquisition card, the data sensing devices are connected with the data acquisition card through the Internet of things gateway respectively, and the data sensing devices comprise a video monitoring device, a smoke detector, a flame detector, a temperature-sensitive detector and a combustible gas detector.
3. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 1, wherein the system comprises: the data receiving service module receives the state data of the equipment actively reported by each dangerous enterprise and sends the state data to the data receiving service module in real time under the condition that the state of the equipment is changed, and the fire alarm module triggers the alarm on the system when the dangerous enterprise managers find fire dangerous situations, can be networked with the data receiving service module and sends the fire alarm data to the data receiving service module.
4. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 3, wherein the system comprises: the state data includes: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number, an equipment type, an equipment name, an equipment state, a low-order data 1, a high-order data 1, a unit 1, a low-order data 2, a high-order data 2, a unit 2, a description and occurrence time;
the fire alarm data includes: the system comprises an access system unique number, a random verification number, a digital signature, a hazardous chemical enterprise unique number and fire alarm time.
5. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 1, wherein the system comprises: the background management module comprises a fire-fighting management function module and an enterprise management function module.
6. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 5, wherein the system comprises: the fire-fighting management function module comprises
The user management module is used for logging in the system by a system administrator and adding, deleting, modifying and searching all user information of the system; the user information comprises a login account, a login password, a user name, a belonging unit and a contact telephone;
the role management module is used for logging in the system by a system administrator to add, delete, change and check all role information of the system; the role information comprises role names and role descriptions;
the video monitoring module is used for retrieving and reading real-time image resources of specified cameras in user factories of all networked hazardous chemical enterprises in the jurisdiction;
the equipment running state monitoring module is used for inquiring monitoring equipment state data reported by all networked hazardous chemical enterprise users in the district; the equipment state data comprises a unique number of the hazardous chemical enterprise, an equipment number, an equipment type, an equipment name, an equipment state, low-order data 1, high-order data 1, a unit 1, low-order data 2, high-order data 2, a unit 2, a description and occurrence time;
and the equipment alarm monitoring module is used for inquiring equipment alarm data reported by all networked dangerous enterprise users in the district, wherein the equipment alarm data comprises a unique number of the dangerous enterprise, an equipment number, an equipment type, an equipment name, alarm content and reporting time.
7. The fire safety control extinguishing system for hazardous chemical enterprises according to claim 5, wherein the system comprises: the enterprise management function module comprises
The enterprise management function module is used for consulting and editing enterprise information and comprises enterprise basic information, fire control approval documents, camera resources and storage tank information;
the enterprise building condition management module is used for consulting and editing the enterprise building conditions and comprises unit buildings, fire-fighting facilities, fire-fighting resources and key parts;
the enterprise fire-fighting responsibility management module is used for consulting and editing the fire-fighting responsibility conditions of the enterprises and comprises safety managers, special work types, volunteer fire-fighting team information and responsibility book files;
the on-duty management module is used for requiring on-duty personnel of the dangerous chemical enterprises to make detailed on-duty records of fire protection every day;
the daily patrol module is used for requiring the on-duty personnel of the dangerous chemical enterprises to make detailed records after each fireproof patrol every day;
the fire-prevention inspection module is used for requiring at least once-per-month fire-prevention inspection of the dangerous chemical enterprises, and making detailed records after each fire-prevention inspection;
the fire-fighting reporting module is used for applying for two days in advance by a fire-fighting department, reporting to a fire-fighting management gate-back department, carrying out on-site investigation, making an effective fire-fighting safety management scheme and reporting to a safety manager to implement fire-fighting operation after signing;
the training record module is used for organizing fire safety training work for staff at least once every year, and detailed records are required to be made for each training;
the drilling recording module is used for organizing fire-fighting and emergency evacuation plan fire-fighting drilling work once every half year, and detailed records are required to be made for drilling each time;
and the maintenance recording module is used for making detailed records of each equipment fault maintenance in the factory.
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