CN116681406A - Mine emergency rescue communication and management information system - Google Patents
Mine emergency rescue communication and management information system Download PDFInfo
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Abstract
The invention discloses a mine emergency rescue communication and management information system, which belongs to the technical field of mine emergency rescue, and comprises an information subsystem, a rescue subsystem, a planning subsystem and a communication subsystem, wherein the information subsystem comprises a personnel information base, an information acquisition module, a permission management module and a database management module; the emergency rescue program can be started timely, the emergency rescue program is processed, the system can realize two functions of a starting treatment program and a starting treatment type, the starting treatment program is used for arranging rescue, reporting directors, going to the scene and carrying out tissue rescue, the starting treatment type is used for carrying out vehicle injury, mechanical injury, electric shock, flood, fire, high-altitude falling and landslide, the classification treatment can be selected according to different conditions, and meanwhile, the sub-functions and modules in the same process are classified systematically, so that the searching is facilitated.
Description
Technical Field
The invention relates to the technical field of mine emergency rescue, in particular to a mine emergency rescue communication and management information system.
Background
The complexity of the natural geographical environment under the mine is one of the reasons for the frequent occurrence of mine accidents. When disasters occur in the mine, tunnel traffic and ventilation conditions are worsened, harmful gases such as gas, CO and the like are severely overrun, severe conditions such as high temperature, dense smoke, insufficient light and the like can occur, original communication infrastructure of the mine can be paralyzed, communication on the mine and underground is interrupted, and at the moment, whether comprehensive two-way communication and command scheduling of information can be performed between a rescue command center and a rescue site can greatly influence the rescue effect.
The existing mine rescue emergency command and management system has the defects of single supporting technology and function, low informatization degree, incapability of evaluating the hazard degree according to on-site data, and starting different treatment processes according to the serious evaluation degree of disasters, so that the emergency command and management efficiency is long-term loitering at a lower level, the management system does not realize closed-loop management, the operation procedure is also disordered, and subsystem partitions with definite classification are not available, so that the condition that more time is consumed for finding one function and the rescue is affected frequently occurs.
Disclosure of Invention
The present invention aims to solve at least one of the technical problems existing in the prior art.
Therefore, an object of the present invention is to provide a mine emergency rescue communication and management information system, which can analyze and process a large amount of field data, use the data monitored in real time in analysis and decision, and evaluate the hazard level; the emergency rescue program can be started in time, and the emergency rescue is processed.
In order to achieve the above purpose, the present invention provides the following technical solutions: the mine emergency rescue communication and management information system comprises an information subsystem, a rescue subsystem, a planning subsystem and a communication subsystem;
the information subsystem comprises a personnel information base, an information acquisition module, a permission management module and a database management module, is applied to acquiring, registering and managing personnel information, and performs addition, deletion and verification on the database according to permission given by personnel for system and subsystem operation;
the rescue subsystem comprises an emergency plan management module, an emergency resource management module, an early warning starting module, a situation reporting module, a real-time monitoring module, a rescue scheduling module, a response level analysis module, a resource scheduling module, a situation progress reporting module and an emergency disposal measure module, is applied to real-time display and monitoring, and is convenient for commanders to conduct situation control and personnel scheduling;
the plan subsystem comprises an emergency plan management module, an emergency exercise module, an emergency management condition statistics and emergency management system module, and is applied to the establishment of rescue plans, the examination of system standards, expert evaluation and the management of personnel emergency exercises;
the communication subsystem comprises a communication gateway management module, a server management module and a terminal communication management module, and is applied to communication smoothness maintenance and management of a worker underground communication end, positioning equipment, a ground communication end, internet optical fiber communication and satellite communication.
Preferably, the personnel information base provides a single sign-on API interface according to the position, department and responsibility processing subsystem access authority management module, and the emergency rescue communication and management information system performs single sign-on integration with the platform through the API; the information acquisition module acquires information of a plurality of systems through the platform, acquires text, voice and multimedia information, performs unified display management on the acquired information, acquires information including image monitoring, alarm data, map data and real-time data, performs arrangement display on related heterogeneous information according to emergency scenes, and provides decision assistance for commanders.
Preferably, the real-time monitoring module monitors data receiving, alarm data, time data, simulation graphs and report configuration and Web release through a platform, and comprises real-time data acquisition, data transmission, data receiving and data storage functions, history data can be comprehensively analyzed and mined under the support of a data display and analysis tool, the accident review and analysis capability is improved, a basis is provided for scientific decision making of commanders, the early warning starting module immediately informs each emergency work team member to stand by for the production scheduling command center, the emergency work team is ready to be ready to move at any time, each emergency work team immediately prepares emergency rescue materials and equipment according to work responsibility and action tasks of the team, and personal protection articles, traffic tools, communication, fire protection, drainage and detection equipment are ensured to be complete.
Preferably, the response level analysis module divides the emergency response of the accident into three levels according to the hazard degree, the influence range and the situation control capacity of the accident, wherein the levels are sequentially level I, level II and level III from high to low, and red, orange and yellow are respectively adopted for representation.
Preferably, the event reporting module reports various audio, video and text information generated in the occurrence and development processes of the accident to a commander, the audio and video information obtained by image monitoring is reported through a mobile phone terminal, and the information from other sources is transmitted into the system through the system in an FTP (File transfer protocol) and HTTP (hyper text transfer protocol) mode, is processed through a system background program, is classified and is associated with the accident.
Preferably, the resource scheduling module schedules rescue teams, rescue materials and rescue vehicles in a wired and wireless communication system mode, combines resource scheduling with a mine map, displays scheduling processes and scheduling results through the mine map, and the event progress reporting module reports the time, event progress and processing progress, event reasons and possible factors of a progress report to each emergency rescue team responsible person respectively, closely pays attention to event progress conditions, and proposes emergency treatment suggestions according to event change conditions and emergency technical expert groups, timely adjusts emergency response levels, and pushes relevant information to relevant persons, so that the emergency rescue information can be shared conveniently, and timely rescue is achieved.
Preferably, the emergency treatment measure module respectively formulates emergency treatment measures of vehicle injury, mechanical injury, electric shock, fire disaster, flood and landslide, and commonly used treatment measures are made into SOP operation standard documents, so that inquiry can be carried out in daily life and emergency.
Preferably, the emergency exercise module comprises an annual emergency plan exercise program, the system pushes the pushing exercise task to a responsibility unit according to the exercise program date, the system has an exercise approaching expiration reminding function, the exercise project is automatically associated with a corresponding emergency plan, an independent emergency exercise display module is established, on-site photos and videos are displayed, an emergency exercise training module is established, an emergency exercise scheme is established, an emergency exercise evaluation and summary report module is established, and the system has a node reminding function of uploading exercise related data in 7 days after exercise completion.
Compared with the prior art, the invention has the beneficial effects that:
the invention can analyze and process a large amount of field data, and uses the data monitored in real time in analysis and decision making, and evaluates the hazard degree; the emergency rescue program can be started timely, the emergency rescue program is processed, the system can realize two functions of a starting treatment program and a starting treatment type, the starting treatment program is used for arranging rescue, reporting directors, going to the scene and carrying out tissue rescue, the starting treatment type is used for carrying out vehicle injury, mechanical injury, electric shock, flood, fire, high-altitude falling and landslide, the classification treatment can be selected according to different conditions, and meanwhile, the sub-functions and modules in the same process are classified systematically, so that the searching is facilitated.
Drawings
FIG. 1 is a schematic diagram of a mine emergency rescue communication and management information system of the present invention;
fig. 2 is a schematic structural diagram of a communication subsystem in the mine emergency rescue communication and management information system of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1-2, an embodiment of the present invention provides a mine emergency rescue communication and management information system, including an information subsystem, a rescue subsystem, a plan subsystem, and a communication subsystem; the information subsystem comprises a personnel information base, an information acquisition module, a permission management module and a database management module, is applied to acquiring, registering and managing personnel information, and performs addition, deletion and verification on the database according to permission given by personnel for system and subsystem operation; the rescue subsystem comprises an emergency plan management module, an emergency resource management module, an early warning starting module, a situation reporting module, a real-time monitoring module, a rescue scheduling module, a response level analysis module, a resource scheduling module, a situation progress reporting module and an emergency disposal measure module, is applied to real-time display and monitoring, and is convenient for commanders to conduct situation control and personnel scheduling; the plan subsystem comprises an emergency plan management module, an emergency exercise module, an emergency management condition statistics and emergency management system module, and is applied to the establishment of rescue plans, the examination of system standards, expert evaluation and the management of personnel emergency exercises; the communication subsystem comprises a communication gateway management module, a server management module and a terminal communication management module, and is applied to communication smoothness maintenance and management of a worker underground communication end, positioning equipment, a ground communication end, internet optical fiber communication and satellite communication.
Specifically, the personnel information base provides a single sign-on API interface according to a position, department and responsibility processing subsystem access authority management module, and the emergency rescue communication and management information system performs single sign-on integration with the platform through the API; the information acquisition module acquires information of a plurality of systems through the platform, acquires text, voice and multimedia information, performs unified display management on the acquired information, acquires information including image monitoring, alarm data, map data and real-time data, performs arrangement display on related heterogeneous information according to emergency scenes, and provides decision assistance for commanders.
Specifically, the real-time monitoring module monitors data receiving, alarm data, time data, simulation graphs and report configuration and Web release through a platform, and comprises real-time data acquisition, data transmission, data receiving and data storage functions, history data can be comprehensively analyzed and mined under the support of a data display and analysis tool, the accident review and analysis capability is improved, a basis is provided for scientific decision making of commanders, the early warning starting module immediately informs each emergency work team member to stand by for the production scheduling command center, the emergency work team is ready to be ready to move at any time, each emergency work team immediately prepares emergency rescue materials and equipment according to work responsibility and action tasks of the team, and personal protection articles, traffic tools, communication, fire protection, drainage and detection equipment are ensured to be complete.
Specifically, the response level analysis module divides the emergency response of the accident into three levels according to the hazard degree, the influence range and the situation control capacity of the accident, wherein the levels are level I, level II and level III from high to low in sequence, and red, orange and yellow are used for representing the emergency response respectively.
Specifically, the event reporting module reports various audio, video and text information generated in the occurrence and development processes of the accident to a commander, the audio and video information obtained through image monitoring is reported through a mobile phone terminal, and the information from other sources is transmitted into the system through the system in an FTP (File transfer protocol) and HTTP (hyper text transfer protocol) mode, is processed through a system background program, is classified and is associated with the accident.
Specifically, the resource scheduling module schedules rescue teams, rescue materials and rescue vehicles in a wired and wireless communication system mode, combines resource scheduling with a mine map, displays scheduling processes and scheduling results through the mine map, and the event progress reporting module reports the time, event progress and processing progress, event reasons and possible factors of a progress report to each emergency rescue team responsible person respectively, closely pays attention to event progress conditions, and proposes emergency treatment suggestions according to event change conditions and emergency technical expert groups, timely adjusts emergency response levels, and pushes relevant information to relevant persons, so that the emergency rescue information can be shared conveniently, and timely rescue is achieved.
Specifically, the emergency treatment measure module respectively formulates emergency treatment measures of vehicle injury, mechanical injury, electric shock, fire disaster, flood and landslide, and commonly used treatment measures are made into SOP operation standard documents, so that inquiry can be carried out in daily life and emergency.
Specifically, the emergency exercise module comprises an annual emergency plan exercise program, the system pushes an exercise pushing task to a responsibility unit according to an exercise program date, the system has an exercise approaching expiration reminding function, the exercise project is automatically associated with a corresponding emergency plan, an independent emergency exercise display module is established, on-site photos and videos are displayed, an emergency exercise training module is established, an emergency exercise scheme is established, an emergency exercise evaluation and summary report module is established, and the system has a node reminding function of uploading exercise related data in 7 days after exercise completion.
None of the inventions are related to the same or are capable of being practiced in the prior art. Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The utility model provides a mine emergency rescue communication and management information system which characterized in that: the system comprises an information subsystem, a rescue subsystem, a planning subsystem and a communication subsystem;
the information subsystem comprises a personnel information base, an information acquisition module, a permission management module and a database management module, is applied to acquiring, registering and managing personnel information, and performs addition, deletion and verification on the database according to permission given by personnel for system and subsystem operation;
the rescue subsystem comprises an emergency plan management module, an emergency resource management module, an early warning starting module, a situation reporting module, a real-time monitoring module, a rescue scheduling module, a response level analysis module, a resource scheduling module, a situation progress reporting module and an emergency disposal measure module, is applied to real-time display and monitoring, and is convenient for commanders to conduct situation control and personnel scheduling;
the plan subsystem comprises an emergency plan management module, an emergency exercise module, an emergency management condition statistics and emergency management system module, and is applied to the establishment of rescue plans, the examination of system standards, expert evaluation and the management of personnel emergency exercises;
the communication subsystem comprises a communication gateway management module, a server management module and a terminal communication management module, and is applied to communication smoothness maintenance and management of a worker underground communication end, positioning equipment, a ground communication end, internet optical fiber communication and satellite communication.
2. The mine emergency rescue communication and management information system of claim 1, wherein: the personnel information base provides a single sign-on API interface according to the position, department and responsibility processing subsystem access authority management module, and the emergency rescue communication and management information system performs single sign-on integration with the platform through the API; the information acquisition module acquires information of a plurality of systems through the platform, acquires text, voice and multimedia information, performs unified display management on the acquired information, acquires information including image monitoring, alarm data, map data and real-time data, performs arrangement display on related heterogeneous information according to emergency scenes, and provides decision assistance for commanders.
3. The mine emergency rescue communication and management information system of claim 1, wherein: the real-time monitoring module monitors data receiving, alarm data, time data, simulation graphs, report configuration and Web release through a platform, comprises real-time data acquisition, data transmission, data receiving and data storage functions, can carry out all-round analysis and excavation on historical data under the support of a data display analysis tool, improves the recall and analysis capability of accidents, provides basis for scientific decision making of commanders, and immediately informs each emergency work team member to stand by for the production scheduling command center to prepare for running at any time, and each emergency work team immediately prepares emergency rescue materials and equipment according to team work responsibilities and action tasks, so that personal protection articles, transportation tools, communication, fire protection, drainage and detection equipment are complete.
4. The mine emergency rescue communication and management information system of claim 1, wherein: the response level analysis module is divided into three levels according to the hazard degree, the influence range and the situation control capacity of the accident, wherein the accident emergency response is sequentially I level, II level and III level from high to low and is respectively expressed by red, orange and yellow.
5. The mine emergency rescue communication and management information system of claim 1, wherein: the event reporting module reports various audio, video and text information generated in the accident occurrence and development process to commanders, the audio and video information obtained by image monitoring is reported through a mobile phone terminal, and information from other sources is transmitted into the system through the system in an FTP (File transfer protocol) and HTTP (hyper text transfer protocol) mode, is processed through a system background program, is classified and is associated with the accident.
6. The mine emergency rescue communication and management information system of claim 1, wherein: the resource scheduling module schedules rescue teams, rescue materials and rescue vehicles in a wired and wireless communication system mode, combines resource scheduling with a mine map, displays scheduling processes and scheduling results through the mine map, and the event progress reporting module reports the time, event progress and processing progress, event reasons and possible factors of progress reports to each emergency rescue team responsible person respectively, closely pays attention to event progress conditions, and provides emergency treatment suggestions according to event change conditions and emergency technical expert groups, timely adjusts emergency response levels, and pushes relevant information to relevant persons, so that emergency rescue information can be shared conveniently, and timely rescue is achieved.
7. The mine emergency rescue communication and management information system of claim 1, wherein: the emergency treatment measure module respectively formulates emergency treatment measures of vehicle injury, mechanical injury, electric shock, fire disaster, flood and landslide, and commonly used treatment measures are made into SOP operation standard documents, so that inquiry can be carried out in daily life and emergency.
8. The mine emergency rescue communication and management information system of claim 1, wherein: the emergency exercise module comprises an annual emergency plan exercise program, the system pushes an exercise pushing task to a responsibility unit according to an exercise program date, the system has an exercise approaching expiration reminding function, the exercise items are automatically associated with corresponding emergency plans, an independent emergency exercise display module is established, on-site photos and videos are displayed, an emergency exercise training module is established, an emergency exercise scheme is established, an emergency exercise evaluation and summary report module is established, and the system has a node reminding function of uploading exercise related data within 7 days after exercise completion.
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| CN202310850405.3A CN116681406A (en) | 2023-07-12 | 2023-07-12 | Mine emergency rescue communication and management information system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117499906A (en) * | 2023-12-29 | 2024-02-02 | 四川安信科创科技有限公司 | Emergency tactical wireless communication system in mountain gorge valley zone and design method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117499906A (en) * | 2023-12-29 | 2024-02-02 | 四川安信科创科技有限公司 | Emergency tactical wireless communication system in mountain gorge valley zone and design method thereof |
| CN117499906B (en) * | 2023-12-29 | 2024-04-16 | 四川安信科创科技有限公司 | Emergency tactical wireless communication system in mountain gorge valley zone and design method thereof |
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