CN113327001A - Emergency processing system and method based on informatization platform - Google Patents
Emergency processing system and method based on informatization platform Download PDFInfo
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- CN113327001A CN113327001A CN202110404893.6A CN202110404893A CN113327001A CN 113327001 A CN113327001 A CN 113327001A CN 202110404893 A CN202110404893 A CN 202110404893A CN 113327001 A CN113327001 A CN 113327001A
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Abstract
The invention discloses an emergency processing system and method based on an informatization platform, which relate to the technical field of informatization emergency systems and comprise an early warning module, a central control module, a field work module and a command module, wherein the early warning module is used for discovering an accident area, and the central control module is positioned in a central control room and is used for confirming and judging the disaster severity of the accident field in time; the system comprises a field work module, a command module, an information platform, a broadcast unit, an emergency command center and a field work module, wherein the field work module is used for dispatching field work tasks through mobile equipment, and the command module is located in the emergency command center of an industrial park and is used for remotely commanding disaster treatment.
Description
Technical Field
The invention relates to the technical field of an informatization emergency system, in particular to an emergency treatment system and method based on an informatization platform.
Background
The promotion of industrialization provides rich substances for human life, and simultaneously gradually becomes a killer mace threatening personal safety, and the topic of safe production is more and more concerned due to frequent production accidents. To ensure the safety of the industrial process, Safety Instrumented Systems (SIS) have become the mainstay in securing industrial safety.
Scientific research shows that: half of fatal industrial accidents can be attributed to the actions of operators; 30% to 40% of the incident indirect costs can be avoided: the fatal industrial accidents are also only one corner of the iceberg and a plurality of accidents with relatively small damage; in all safety accidents, the hazards caused by the leakage of fire, chemical substances and biological viruses are the largest, the treatment is not good, and the life safety of many people can be threatened.
Corresponding emergency plan can be formulated to various security incident enterprise insidely in the enterprise, but compare in the emergency plan of enterprise, after the occurence of failure, the relevant personnel of enterprise belong to the field personnel, learn the accident reason earliest, take urgent safe appropriate emergency measures, can reduce casualties, reduce the loss of property of enterprise simultaneously, be not enough to handle whole incident to the emergency plan of industry garden enterprise insidely, be not enough to the control global in the major accident, information transmission is slow, delay the opportunity of salvageing.
Disclosure of Invention
In order to solve the technical problem, the invention provides an emergency treatment system and method based on an informatization platform.
The technical scheme of the invention is as follows: an emergency processing system based on an informatization platform comprises an early warning module, a central control module, a field work module and a command module, wherein the early warning module is used for finding an accident area, and the central control module is positioned in a central control room and used for confirming and judging the disaster severity of the accident field in time; the field work module is used for dispatching field work tasks through mobile equipment, and the command module is positioned in an emergency command center of an industrial park and used for remotely commanding disaster treatment;
the early warning module comprises a detection unit, an alarm unit and an automatic spraying unit, wherein the detection unit monitors safety indexes of a dangerous area through a monitoring sensor, the detection unit sends a dangerous signal to the alarm unit after a disaster occurs, the alarm unit rings an alarm bell, the detection unit sends the dangerous signal to the automatic spraying unit, the automatic spraying unit carries out emergency spraying on an accident area, and meanwhile, the detection unit sends position information and accident occurrence time information of the accident area to the central control module and the command module;
the central control module comprises an accident information receiving unit, a monitoring unit, a manual reporting unit and a disaster situation relieving unit, wherein the accident information receiving unit is used for receiving alarm information sent by the detection unit, a central control room attendant firstly calls a related monitoring video of an accident area according to the alarm information received by the accident information receiving unit to check the disaster situation of an accident site and then sends related workers to the site to carry out manual confirmation according to the alarm information received by the accident information receiving unit, the manual reporting unit is used for carrying out information communication with a command center, and the disaster situation relieving unit is used for confirming the disaster relief and closing an alarm bell of the alarm unit;
the field work module comprises a task receiving unit, a communication unit and a task completion confirming unit, wherein the task receiving unit is used for receiving the task issued by the command module, the communication unit is used for reporting and communicating the task completion condition and the field problem, and the task completion confirming unit is used for confirming the completion of the task;
the disaster warning system comprises a command module, a block broadcasting unit, a disaster rating unit, an information recording unit, a monitoring and dispatching unit, a task issuing unit and an emergency help unit, wherein the broadcasting unit informs danger area personnel of orderly evacuation through broadcasting and is used for emergency notification of disasters, the disaster rating unit rates according to the field conditions reported by a central control module and dispatches professional safety personnel to carry out field investigation, the monitoring and dispatching unit is used for dispatching the monitoring video of the monitoring unit, the task issuing unit is used for dispatching tasks to field working personnel, the emergency help unit is used for contacting external assistance and assisting the external assistance to timely arrive at an accident field, and the information recording unit is used for recording important information of the manual reporting unit.
Further, the external assistance associated with the emergency help unit includes a fire alarm 119, a first aid 120, and a public security 110, and when the disaster situation exceeds the processing category of the working personnel, the emergency help unit is started to call for help, and professional firefighters are requested to enter the scene to control the disaster situation.
Furthermore, the manual reporting unit comprises a voice reporting subunit and a text recording subunit, wherein the voice reporting subunit performs manual voice reporting through a voice communication technology, and the text recording subunit is used for recording important accident information and sending the important accident information to the information recording unit.
Furthermore, the disaster rating unit comprises a manual rating subunit and an emergency plan subunit, wherein the manual rating subunit performs manual rating according to actual disaster situations, the emergency plan subunit calls a corresponding grade plan according to the actual disaster situation rating, and performs emergency relief according to an emergency plan prepared in advance.
Furthermore, the emergency help-seeking unit is started according to the actual disaster situation on site, and when the accident is small, the emergency help-seeking unit can not be started according to the actual situation.
Further, the communication unit adopts a mobile interphone to carry out real-time communication.
Furthermore, the task receiving unit and the task completion confirming unit are operated through mobile phone mobile software, so that the operation is simple, and the task instruction is clear.
Further, the used detection sensor of detecting element includes pressure sensor, temperature sensor, level sensor, smoke transducer, flammable and poisonous and harmful gas detection sensor, the safety index is formulated according to the safety regulation that actual safety in production corresponds, and detecting element's sensor is specifically confirmed according to the mounted position.
Furthermore, the spraying mode of the automatic spraying unit comprises a water spraying mode and a dry powder spraying mode, the dry powder spraying mode is adopted for fire disasters caused by circuits or complex electrical appliances, and the spraying mode is determined according to specific application scenes.
Further, the emergency method performed by the emergency processing system based on the information platform comprises the following steps:
s1: the detection unit detects that the data of the sensor is abnormal, alarm information is sent to the alarm unit, a central control module of a central control room and a command module of a command center, the alarm unit starts an alarm bell, and the automatic spraying unit starts a corresponding spraying mode according to the disaster situation type;
s2: the central control room receives the alarm information through the accident information receiving unit, and operators on duty in the central control room call accident sites to monitor and check the accident sites, send related workers to the accident sites to carry out investigation, and manually report the monitoring information and the site investigation information to the command center through the manual reporting unit;
s3: the method comprises the following steps that an operator on duty of a command center checks site monitoring through a monitoring and calling unit, records important information of an accident site through an information recording unit, grades the accident through a disaster condition rating unit, and simultaneously informs workers in an accident area to evacuate to a safe area in order through a broadcasting unit;
s4: the field workers check the personal tasks through the task receiving unit and communicate at any time through the communication unit, and the field workers confirm the tasks through the task completion confirming unit after finishing the field appointed tasks;
s5: when the accident rating is low, the danger is relieved after the on-site emergency treatment, the command center informs a central control room operator on duty to relieve the alarm, the central control room closes the alarm bell through the disaster relief unit, and when the accident rating is high and the danger cannot be relieved through the on-site emergency treatment, the command center continuously takes emergency measures to the site where the fire fighters and the public security officers take the hands on under the premise of ensuring the safety of the personnel.
The invention has the beneficial effects that:
(1) the invention can find the accident scene in time through the information platform, report in time, communicate in time, and the broadcasting unit of the command center can give notice in time to organize the orderly evacuation of the personnel in the dangerous area.
(2) The invention plays a very key role in the enterprise accident emergency, the operators on duty in the central control room and the command room receive the alarm at the same time after the accident happens, and the alarm bell is sounded inside the enterprise, thereby avoiding that the accident site can not be found in time due to the negligence of the operators and the disaster relief time is delayed.
(3) The emergency treatment system can effectively organize related personnel to carry out emergency treatment on the accident, and avoid the irretrievable loss and serious casualties caused by the treatment accident of busy hands and foot disorder after the accident occurs.
(4) The system is used as an emergency processing system before fire fighting and public security arrive at the site, so that the expansion of the disaster can be timely found and prevented, the casualties of personnel can be reduced, the disaster can be best relieved, and once a large-scale disaster happens, the property loss and the casualties of the personnel caused by the disaster can be reduced as much as possible before the fire fighting and the public security arrive at the site.
Drawings
FIG. 1 is a block diagram of the relationship between modules of the present invention.
Wherein, 1-an early warning module, 2-a central control module, 3-a field work module, 4-a command module, 11-a detection unit, 12-an alarm unit, 13-an automatic spraying unit, 21-an accident information receiving unit, 22-a monitoring unit, 23-a manual reporting unit, 24-a disaster relief unit and 31-a task receiving unit, 32-communication unit, 33-task completion confirmation unit, 41-broadcast unit, 42-disaster rating unit, 43-information recording unit, 44-monitoring calling unit, 45-task issuing unit, 46-emergency help unit, 231-voice reporting subunit, 232-text recording subunit, 421-manual rating subunit and 422-emergency plan subunit.
Detailed Description
As shown in fig. 1, an emergency processing system based on an information platform includes an early warning module 1, a central control module 2, a field work module 3, and a command module 4, where the early warning module 1 is used to find an accident area, and the central control module 2 is located in a central control room and is used to confirm and judge the severity of a disaster in the accident field in time; the field work module 3 realizes the distribution of field work tasks through mobile equipment, and the command module 4 is positioned in an emergency command center of an industrial park and is used for remotely commanding disaster treatment;
the early warning module 1 comprises a detection unit 11, an alarm unit 12 and an automatic spraying unit 13, the detection unit 11 monitors safety indexes of a dangerous area through a monitoring sensor, after a disaster occurs, the detection unit 11 sends a dangerous signal to the alarm unit 12, the alarm unit 12 rings an alarm bell, the detection unit 11 sends the dangerous signal to the automatic spraying unit, the automatic spraying unit 13 carries out emergency spraying on an accident area, and meanwhile, the detection unit 11 sends position information and accident occurrence time information of the accident area to the central control module 2 and the command module 4; the detection sensors used by the detection unit 11 comprise a pressure sensor, a temperature sensor, a liquid level sensor, a smoke sensor and a combustible and toxic and harmful gas detection sensor inside the machine, safety indexes are formulated according to safety regulations corresponding to actual safety production, and the sensors of the detection unit 11 are specifically determined according to installation positions; the spraying mode of the automatic spraying unit 13 comprises a water spraying mode and a dry powder spraying mode, the dry powder spraying mode is adopted for fire caused by a circuit or a complex electric appliance, and the spraying mode is determined according to a specific application scene;
the central control module 2 comprises an accident information receiving unit 21, a monitoring unit 22, a manual reporting unit 23 and a disaster relief unit 24, wherein the accident information receiving unit 21 is used for receiving alarm information sent by the detection unit 11, a central control room attendant firstly calls a related monitoring video of an accident area according to the alarm information received by the accident information receiving unit 21 to check the disaster of an accident site according to the monitoring unit 22 and then sends related workers to the site to carry out manual confirmation, the manual reporting unit 23 is used for carrying out information communication with a command center, and the disaster relief unit 24 is used for confirming the relief of the disaster and closing an alarm bell of the alarm unit 12;
the manual reporting unit 23 includes a voice reporting subunit 231 and a text recording subunit 232, the voice reporting subunit 231 performs manual voice reporting through a voice communication technology, and the text recording subunit 232 is configured to record important accident information and send the important accident information to the information recording unit 43;
the field work module 3 comprises a task receiving unit 31, a communication unit 32 and a task completion confirming unit 33, wherein the task receiving unit 31 is used for receiving the tasks issued by the command module 4, the communication unit 32 is used for reporting and communicating the task completion condition and field problems, and the task completion confirming unit 33 is used for confirming the completion of the tasks; the communication unit 32 adopts a mobile interphone for real-time communication; the task receiving unit 31 and the task completion confirming unit 33 are operated by mobile phone mobile software, so that the operation is simple and the task instruction is clear.
The command module 4 comprises a block broadcasting unit 41, a disaster rating unit 42, an information recording unit 43, a monitoring and calling unit 44, a task issuing unit 45 and an emergency help unit 46, wherein the broadcasting unit 41 informs the danger area personnel of orderly evacuation through broadcasting and is used for emergency notification of disasters, the disaster rating unit 42 rates according to the field conditions reported by the central control module 2 and dispatches professional security personnel to carry out field investigation, the monitoring and calling unit 44 is used for calling the monitoring video of the monitoring unit 22, the task issuing unit 45 is used for dispatching tasks to the field workers, the emergency help unit 46 is used for contacting external assistance and assisting the external assistance to arrive at the accident field in time, and the information recording unit 43 is used for recording important information of the manual reporting unit 23.
The external assistance associated with the emergency help unit 46 comprises a fire alarm 119, a first aid 120 and a public security 110, and when the disaster situation exceeds the processing scope of the working personnel, the emergency help unit 46 is started to call for help to request professional firefighters to enter the scene to control the disaster situation; the emergency help unit 46 is enabled according to actual disaster situations on site, and when the accident is small, the emergency help unit 46 is not started according to actual situations.
The disaster rating unit 42 includes a manual rating subunit 421 and an emergency plan subunit 422, the manual rating subunit 421 performs manual rating according to the actual disaster situation, the emergency plan subunit 422 calls a corresponding grade plan according to the actual disaster rating, and performs emergency relief according to a prepared emergency plan.
The emergency method based on the emergency processing system of the information platform comprises the following steps:
s1: the detection unit 11 detects that the sensor data is abnormal, and sends alarm information to the alarm unit 12, the central control module 2 of the central control room and the command module 4 of the command center, the alarm unit 12 starts an alarm bell, and the automatic spraying unit 13 starts a corresponding spraying mode according to the disaster type;
s2: the central control room receives the alarm information through the accident information receiving unit 21, and operators on duty in the central control room call accident sites to monitor and check the accident sites, send related workers to the accident sites to carry out investigation, and manually report the monitoring information and the site investigation information to the command center through the manual reporting unit 23;
s3: the on-duty personnel of the command center check the on-site monitoring through the monitoring and calling unit 44 and record the important information of the accident site through the information recording unit 43, then the accident is graded through the disaster condition grading unit 42, meanwhile, the broadcasting unit 41 informs workers in the accident area to evacuate to a safe area in order, when the disaster condition is serious, the on-duty personnel of the command center starts the emergency help unit 46 to request the help of fire alarm, medical treatment and public security departments, and the command center issues tasks to the related safe workers through the task issuing unit 45 to process the accident site;
s4: the field working personnel check the personal task through the task receiving unit 31, communicate at any time through the communication unit 32, and confirm through the task completion confirming unit 33 after finishing the field assigned task;
s5: when the accident rating is low, the danger is relieved after the on-site emergency treatment, the command center informs the central control room of an operator on duty to relieve the alarm, the alarm bell is turned off by the disaster relief unit 24 in the central control room, and when the accident rating is high and the danger cannot be relieved through the on-site emergency treatment, the command center continuously takes emergency measures to the meeting site of fire fighters and public security personnel on the premise of ensuring the safety of the personnel.
Experimental example:
the emergency treatment is a leakage event of a liquid ammonia evaporator in a liquid ammonia storage tank area in the daily production process of the Lieshishushan chemical materials Co.
S1: the detection unit 11 detects that the toxic and harmful gas sensor data of the liquid ammonia evaporator in the liquid ammonia storage tank area are abnormal, sends alarm information to the alarm unit 12, the central control module 2 of the central control room and the command module 4 of the command center, the alarm unit 12 starts an alarm bell, and the automatic spraying unit 13 starts a corresponding spraying mode according to the disaster type;
s2: the personnel on duty in the central control room receives the alarm information through the accident information receiving unit 21, the personnel on duty in the central control room checks the monitoring of the liquid ammonia storage tank area, immediately reports the situation to the chief on duty, the chief on duty immediately carries the interphone and the alkaline full mask to check on site, simultaneously manually reports the monitoring information and the site investigation information to the command center through the manual reporting unit 23, the chief on duty carries the interphone and the mask to the liquid ammonia storage tank, smells strong ammonia smell, immediately carries the upper mask to evacuate to a safe area, reports the site situation to the personnel on duty in the central control room and notifies a safety manager;
s3: a command module of a command center sends an alarm, an attendant finds that the monitoring concentration of a GD-1001C toxic and harmful gas sensor near a liquid ammonia evaporator of the Oishikoshan chemical material company exceeds the standard through a platform alarm, the attendant of the command center immediately contacts a central office staff of an enterprise through an information recording unit 43 to inquire the condition of the enterprise, and an internal video of the enterprise and the site condition of the enterprise are checked through an overhead observation and monitoring invoking unit 44;
the command center safety management personnel rate the disaster through the disaster rating unit 42 and start the emergency plan, and the command center broadcasting personnel inform the relevant working personnel in the garden to evacuate the dangerous area in order through the broadcasting unit 41;
and issues tasks to relevant workers through the task issuing unit 45, and the fire fighting and disaster relief group: closing a rainwater valve and opening an accident emergency pool valve; the organization personnel enter the tank storage area for inspection; the organization personnel sprays by using 1 water cannon and 2 fire hydrants to prevent ammonia from diffusing; safety alert group: performing warning isolation on the liquid ammonia storage tank by the organization; evacuation rescue group: preparing tissue rescue; contact coordination group: preparing material distribution, material preparation, vehicle dispersion, doorway management and the like; the subsidiary commander commands the emergency repair personnel to enter an incident area for investigation by the A-level protective clothing, the positive pressure respirator SCBA, the interphone and the mobile phone through the task issuing unit 45,
s4: the field working personnel check the personal task through the task receiving unit 31, communicate at any time through the communication unit 32, and confirm through the task completion confirming unit 33 after finishing the field assigned task;
s5: emergency repair personnel find the leakage source and inform the command department; when the field command department finds that the ammonia concentration at the leakage source is high, the self emergency disposal difficulty of an enterprise is high, the command center notifies the evacuation of emergency repair personnel in advance, and a scheme is formulated to require a fire brigade to carry a tool to enter emergency repair and leak stoppage after the fire brigade arrives;
the maintenance personnel enter the A-level protective clothing, the positive pressure type respirator SCBA, the interphone and the carried monitoring tool again for detection, the air detection informs a field general command after no liquid ammonia leakage, and the field general command reports that the leakage stoppage of the fire-fighting squad company is completed;
after each relevant department finishes the relevant work, the on-site command department reports to the general command: and reporting to command, completing the ammonia gas leakage plugging work on site, monitoring that no liquid ammonia is leaked in the air, eliminating hidden danger and no casualties, and finishing reporting.
The command center turns off the alarm bell through the disaster relief unit 24, and relevant departments and relevant personnel investigate the accident reason.
Claims (10)
1. An emergency processing system based on an information platform is characterized by comprising an early warning module (1), a central control module (2), a field work module (3) and a command module (4), wherein the early warning module (1) is used for finding an accident area, and the central control module (2) is located in a central control room and used for timely confirming and judging the severity of the disaster at the accident field; the field work module (3) is used for distributing field work tasks through mobile equipment, and the command module (4) is located in an emergency command center of an industrial park and used for remotely commanding disaster treatment;
the early warning module (1) comprises a detection unit (11), an alarm unit (12) and an automatic spraying unit (13), the detection unit (11) monitors safety indexes of a dangerous area through a monitoring sensor, after a disaster occurs, the detection unit (11) sends a dangerous signal to the alarm unit (12), the alarm unit (12) sounds an alarm bell, the detection unit (11) sends the dangerous signal to the automatic spraying unit, the automatic spraying unit (13) carries out emergency spraying on the accident area, and meanwhile, the detection unit (11) sends position information and accident occurrence time information of the accident area to the central control module (2) and the command module (4);
the central control module (2) comprises an accident information receiving unit (21), a monitoring unit (22), an artificial reporting unit (23) and a disaster situation relieving unit (24), wherein the accident information receiving unit (21) is used for receiving alarm information sent by the detection unit (11), a central control room attendant firstly calls a related monitoring video of an accident area according to the alarm information received by the accident information receiving unit (21) to check the disaster situation of an accident site according to the monitoring unit (22) and then sends related workers to the site to carry out artificial confirmation, the artificial reporting unit (23) is used for carrying out information communication with a command center, and the disaster situation relieving unit (24) is used for confirming the disaster situation relief and closing an alarm bell of the alarm unit (12);
the field work module (3) comprises a task receiving unit (31), a communication unit (32) and a task completion confirming unit (33), wherein the task receiving unit (31) is used for receiving the tasks issued by the command module (4), the communication unit (32) is used for reporting and communicating the task completion condition and field problems, and the task completion confirming unit (33) is used for confirming the completion of the tasks;
the command module (4) comprises a block broadcasting unit (41), a disaster rating unit (42), an information recording unit (43), a monitoring and calling unit (44), a task issuing unit (45) and an emergency help-seeking unit (46), the broadcast unit (41) informs the people in the danger area of the orderly evacuation by broadcasting, and is used for emergency notification of disaster situations, the disaster rating unit (42) rates according to the field situation reported by the central control module (2) and sends professional security personnel for field investigation, the monitoring calling unit (44) is used for calling the monitoring video of the monitoring unit (22), the task issuing unit (45) is used for dispatching tasks to field workers, the emergency help unit (46) is used for contacting external assistance, and assists external assistance to arrive at the accident scene in time, and the information recording unit (43) is used for recording important information of the manual reporting unit (23).
2. An information platform based emergency treatment system according to claim 1, wherein the external assistance associated with the emergency help unit (46) includes fire alarm 119, first aid 120, and police 110.
3. The emergency processing system based on the information platform as claimed in claim 1, wherein the manual reporting unit (23) comprises a voice reporting subunit (231) and a text recording subunit (232), the voice reporting subunit (231) performs manual voice reporting through a voice communication technology, and the text recording subunit (232) is configured to record important accident information and send the important accident information to the information recording unit (43).
4. The emergency processing system based on the informatization platform of claim 1, wherein the disaster rating unit (42) comprises a manual rating subunit (421) and an emergency case prediction subunit (422), the manual rating subunit (421) performs manual rating according to actual disaster situations, and the emergency case prediction subunit (422) calls a related corresponding grade case according to actual disaster situations.
5. The informatization platform-based emergency treatment system of claim 1, wherein the emergency help unit (46) is enabled based on actual disaster conditions in the field.
6. The emergency processing system based on the information platform as claimed in claim 1, wherein the communication unit (32) uses a mobile interphone for real-time communication.
7. The emergency processing system based on the information platform as claimed in claim 1, wherein the task receiving unit (31) and the task completion confirming unit (33) are operated by mobile phone software.
8. The emergency processing system based on the informatization platform is characterized in that the detection sensors used by the detection unit (11) comprise a pressure sensor, a temperature sensor, a liquid level sensor, a smoke sensor and a combustible and toxic and harmful gas detection sensor, and the safety indexes are established according to safety regulations corresponding to actual safety production.
9. The emergency treatment system based on information platform as claimed in claim 1, wherein the detection sensors used by the detection unit (11) comprise pressure sensors, temperature sensors, liquid level sensors, smoke sensors, combustible and toxic and harmful gas detection sensors.
10. Method for emergency treatment online drilling with the system according to any of the claims 1-9, characterized in that it comprises the following steps:
s1: the detection unit (11) detects that the sensor data is abnormal, alarm information is sent to the alarm unit (12), the central control module (2) of the central control room and the command module (4) of the command center, the alarm unit (12) starts an alarm bell, and the automatic spraying unit (13) starts a corresponding spraying mode according to the disaster type;
s2: the central control room receives the alarm information through an accident information receiving unit (21), and operators on duty in the central control room call accident sites to monitor and check the accident sites, send related workers to the accident sites to carry out investigation, and manually report the monitoring information and the site investigation information to a command center through a manual reporting unit (23);
s3: the on-duty personnel of the command center check the on-site monitoring through the monitoring and calling unit (44) and record the important information of the accident site through the information recording unit (43), then the accident is graded through the disaster condition grading unit (42), meanwhile, the broadcasting unit (41) informs workers in the accident area to evacuate to a safe area in order, when the disaster condition is serious, the on-duty personnel of the command center starts the emergency help unit (46) to request the help of fire alarm, medical treatment and public security departments, and the command center issues tasks to the related safe workers through the task issuing unit (45) to process the accident site;
s4: the field working personnel check personal tasks through the task receiving unit (31), communicate at any time through the communication unit (32), and confirm through the task completion confirming unit (33) after finishing the field designated tasks;
s5: when the accident rating is low, the danger is relieved after the on-site emergency treatment, the command center informs a central control room operator on duty to relieve the alarm, the alarm bell is turned off by the disaster relief unit (24) in the central control room, and when the accident rating is high and the danger cannot be relieved through the on-site emergency treatment, the command center continuously takes emergency measures to the meeting site of fire fighters and public security personnel on the premise of ensuring the safety of the personnel.
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| CN117171175A (en) * | 2023-11-03 | 2023-12-05 | 江苏中威科技软件系统有限公司 | Full-automatic metadata extraction and investigation continuous data ground research and judgment device |
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