CN114333091B - Evacuation roll call system, secure evacuation method, readable storage medium, and electronic device - Google Patents
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Abstract
The invention provides an evacuation roll call system, a secure evacuation method, a readable storage medium and electronic equipment. The evacuation roll-call system records evacuation events through the event storage module and classifies the evacuation events to determine evacuation areas, command officers and evacuation gathering places. And acquiring an evacuation list according to the real-time database, wherein the evacuation list not only comprises employee lists in the evacuation area, but also comprises visitor and contractor lists so as to avoid evacuation or rescue omission. In addition, all commanders or all employees may perform roll call operations to improve roll call efficiency. And after roll call is finished, the commander can develop quick rescue according to the personnel list information of the places which do not reach the safe evacuation collection, so that rescue efficiency is ensured. Therefore, the invention not only can timely acquire the accurate evacuation list and the commander list under the emergency situation and ensure the stability and the high efficiency of evacuation management, but also can realize high-efficiency emergency rescue through the acquired feedback information.
Description
Technical Field
The invention relates to the technical field of fire safety, in particular to an evacuation roll call system, a safe evacuation method, a readable storage medium and electronic equipment.
Background
Ensuring fire safety is a primary task for each enterprise to achieve safe production. According to the rules of laws and regulations, fire-fighting safety major units should perform exercise at least once every half year according to fire-extinguishing and emergency evacuation plans, and combine with reality to continuously perfect the plans. Other units should combine the practice of the unit, consult to formulate corresponding emergency plans, at least once per year for exercise. In fire drill and actual combat, roll call is necessarily performed for counting evacuation personnel entering a safe area. The existing roll call mode is generally a paper particle name mode or roll call is performed by a roll call system. However, the list adopted by the existing roll call system is a list of incumbent staff and often has a great difference with the real staff list.
For businesses with more exotic personnel, such as large chip factories with complex personnel environments, not only are the number of attendance staff large, but also the number of suppliers or other visitors who enter and exit each day is large. In the case of fire emergency, if an accurate personnel list cannot be obtained in time, the fire evacuation is a great obstacle, and even irrecoverable loss can be caused. Furthermore, for fire safety evacuation of such large enterprises, the most important is the evacuation efficiency. The existing roll call responsible person for fire evacuation of enterprises is temporary arrangement, management confusion often occurs in emergency situations, and evacuation efficiency is seriously affected.
Therefore, a new evacuation roll call system and a safe evacuation method are needed to solve the above problems.
Disclosure of Invention
The invention aims to provide an evacuation roll call system, a safe evacuation method, a readable storage medium and electronic equipment, which are used for solving at least one problem of how to timely acquire an accurate evacuation personnel list and how to improve evacuation efficiency.
In order to solve the technical problems, the invention provides an evacuation roll call system, which comprises an event storage module, a list generation module, a roll call operation module and an evacuation feedback module;
The event storage module is used for storing information of evacuation events, and each evacuation event corresponds to an event category;
the list generation module is used for generating an evacuation list and a commander list according to the event category and the real-time database; the evacuation list comprises an employee list, a visitor list and a contractor list;
the roll call operation module is used for counting and confirming whether the corresponding personnel on the evacuation list reach a safe evacuation collecting place;
and the evacuation feedback module is used for acquiring personnel information which does not reach the safe evacuation collection place after the roll call time is over.
Optionally, in the evacuation roll-call system, the information of the evacuation event includes event occurrence time, event place, event category and commander information; wherein the event category is the number of the evacuation area.
Optionally, in the evacuation roll call system, each evacuation area corresponds to at least one of the safe evacuation aggregate sites.
Optionally, in the evacuation roll call system, each evacuation area is provided with at least one gate to record personnel entering and/or leaving the evacuation area; wherein the people on the evacuation list are the people in the evacuation area within a set time.
Optionally, in the evacuation roll call system, the evacuation roll call system further includes a man-machine interaction module, configured to receive an operation instruction and display target data;
When roll call operation is executed, the man-machine interaction module at least receives an operation instruction of a commander and displays a roll call statistical table; the header information of the roll call statistical table comprises: name, job number, person category, last location, whether in place, reasons for not in place, and contact.
Optionally, in the evacuation roll call system, all employees enjoy the operation authority of the roll call operation module, so as to at least confirm that the employee performing the roll call operation arrives at the safe evacuation assembly place.
Optionally, in the evacuation roll call system, the evacuation roll call system further includes an identification module, configured to identify a person entering the safe evacuation assembly place, and send the identified person list to the roll call operation module in real time, so as to confirm that the identified person reaches the safe evacuation assembly place.
Optionally, in the evacuation roll call system, the identification module includes a card swiping sign-in device, a face recognition device, a fingerprint recognition device or a voice recognition device.
Optionally, in the evacuation roll call system, the real-time database includes a staff class data set, an entrance guard data set, an attendance data set, a catering data set, a visitor data set and a contractor data set.
Based on the same inventive concept, the invention also provides a safe evacuation method, comprising the following steps:
The event storage module stores information of an evacuation event and determines event category of the evacuation event;
The list generation module generates an evacuation list and a command officer list according to the event category and the real-time database; the evacuation list comprises an employee list, a visitor list and a contractor list;
The roll call operation module records and counts a list of people arriving at the safe evacuation collecting place;
and after the point name time is over, the evacuation feedback module acquires personnel information which does not reach the safe evacuation collection place.
Optionally, in the method for safe evacuation, when the roll-call operation is performed, a commander and/or an employee send an instruction for confirming arrival of a target person to a man-machine interaction module, and the man-machine interaction module transmits the instruction to the roll-call operation module so as to record that the target person arrives at a safe evacuation collecting place.
Optionally, in the method for safe evacuation, before the roll call time expires, the man-machine interaction module refreshes a list of people arriving at the safe evacuation assembly according to a set frequency.
Optionally, in the security evacuation method, after the roll call time expires, the commander confirms the proposal; the evacuation feedback module or the commander judges whether the personnel information which does not reach the safe evacuation collecting place is zero, if so, the safe evacuation is completed; if not, the commander gives out a rescue alarm.
Based on the same inventive concept, the present invention also provides a readable storage medium, on which a computer program is stored, which when executed by a processor, implements the secure evacuation method.
Based on the same inventive concept, the invention also provides an electronic device, which comprises a memory and a processor, wherein the memory is stored with a computer program, and the processor realizes the safe evacuation method when executing the computer program.
In summary, the invention provides an evacuation roll call system, a secure evacuation method, a readable storage medium and an electronic device. The evacuation roll call system comprises an event storage module, a list generation module, a roll call operation module and an evacuation feedback module. The event storage module is used for storing information of evacuation events, and each evacuation event corresponds to an event category. The aim of dividing the event categories is to lock the evacuation areas in time and clearly correspond to the safe evacuation assembly places, so that the evacuation efficiency is improved.
The list generation module is used for determining an evacuation area according to the event category, and further obtaining a corresponding evacuation list from a real-time database. And besides the staff list in the evacuation area, the evacuation list also comprises a visitor list and a contractor list so as to avoid the omission of evacuation or rescue. Meanwhile, the list generation module also generates a command officer list, which is beneficial to definitely identifying evacuation management staff in emergency and improving evacuation efficiency.
The roll call operation module is used for counting and confirming whether the corresponding personnel on the evacuation list reach a safe evacuation collecting place; and moreover, all commanders or all staff have the operation authority of the roll call operation module, so that the confirmation efficiency can be greatly improved, and the overall evacuation efficiency is further improved. The evacuation feedback module is used for acquiring personnel information which does not arrive at the safe evacuation assembly place on time after the roll call time is over, and realizing rapid rescue according to the personnel information.
Therefore, the invention not only can improve the accuracy of the evacuation list under emergency, timely determine the command officer list and ensure the stability and high efficiency of evacuation management, but also can realize high-efficiency emergency rescue through the acquired feedback information.
Drawings
Fig. 1 is a schematic structural diagram of an evacuation roll call system in an embodiment of the invention;
FIG. 2 is a schematic illustration of intra-factory evacuation area partitioning in an embodiment of the present invention;
FIG. 3 is a flow chart of a method of secure evacuation in an embodiment of the invention;
Wherein, the reference numerals are as follows:
A 101-event storage module; 102-a list generation module; 103-a roll call operation module; 104-an evacuation feedback module; 105-real-time database; 106-a man-machine interaction module; 107-an identification module.
Detailed Description
The invention will be described in further detail with reference to the drawings and the specific embodiments thereof in order to make the objects, advantages and features of the invention more apparent. It should be noted that the drawings are in a very simplified form and are not drawn to scale, merely for convenience and clarity in aiding in the description of embodiments of the invention. Furthermore, the structures shown in the drawings are often part of actual structures. In particular, the drawings are shown with different emphasis instead being placed upon illustrating the various embodiments. It should be further understood that the terms "first," "second," "third," and the like in this specification are used merely for distinguishing between various components, elements, steps, etc. in the specification and not for indicating a logical or sequential relationship between the various components, elements, steps, etc., unless otherwise indicated.
In order to solve the above technical problems, the present embodiment provides an evacuation roll call system, please refer to fig. 1. The evacuation roll call system comprises an event storage module 101, a list generation module 102, a roll call operation module 103 and an evacuation feedback module 104; the event storage module 101 is configured to store information of evacuation events, and each evacuation event corresponds to an event category; the list generation module 102 is configured to generate an evacuation list and a commander list according to the event category and the real-time database 105; the evacuation list comprises an employee list, a visitor list and a contractor list; the roll call operation module 103 is used for counting and confirming whether the corresponding personnel on the evacuation list reach a safe evacuation collecting place; the evacuation feedback module 104 is configured to obtain, after the roll call time expires, information of people who do not arrive at the safe evacuation assembly location on time.
Therefore, under the mutual coordination of the modules of the evacuation roll call system, not only can the accuracy of the evacuation list be improved under the emergency condition, but also the command officer list can be determined in time, the stability and the high efficiency of evacuation management are ensured, and the high-efficiency emergency rescue can be realized through the acquired feedback information.
Further, the method is determined according to the factory situation controlled by the evacuation roll call system, and the controlled area is divided into a plurality of evacuation areas, so that small-scale subarea evacuation is facilitated. Each evacuation area is provided with a number, and the number is the corresponding event type. As shown in FIG. 2, the whole factory floor comprises an A-E factory building workshop and F office buildings. Optionally, each span is used as an evacuation area, and the corresponding numbers of A-F span are 1-6, and the corresponding event categories are 1-6. In other words, the a-span factory building is the evacuation area 1; b, the workshop is an evacuation area 2; c, the workshop of the factory building is an evacuation area 3; the D factory building workshop is an evacuation area 4; e, the workshop of the factory building is an evacuation area 5; the F office building is an evacuation area 6. It can be understood that when the evacuation area corresponding to the evacuation event is a plant, the number of the evacuation area is 1, and the event type of the evacuation event is 1. Or when the evacuation area corresponding to the evacuation event is F office buildings, the number of the evacuation area is 6, and the event type of the evacuation event is 6.
Wherein, according to the nature of the evacuation incident and the security level, can also divide a plurality of evacuation areas. For example, when the evacuation event is a general event, that is, the security level is four, only the minimum area where the evacuation event occurs is needed. That is, when the evacuation event occurs in the a-plant workshop and belongs to a general event, the evacuation area is the a-plant workshop, the evacuation area number is 1, and the event category is 1. However, when the evacuation event is a very event, i.e. the security level is three, a workshop of a and a workshop of B are required to be evacuated simultaneously, the workshop of a and the workshop of B are divided into an evacuation area 7, and the corresponding event type is 7. Or the A and D workshop workshops are required to be evacuated simultaneously, the A and D workshop workshops are divided into evacuation areas 8, and the corresponding event category is 8. When the evacuation event is a serious event, namely, the safety level is two, the A, B, D and E workshop workshops are required to be evacuated simultaneously, the A, B, D and E workshop hops are divided into evacuation areas 9, and the corresponding event type is 9. When the evacuation event is a super event, i.e. the security level is first-class, evacuation in the whole factory is required, i.e. the A span, the B span, the C span, the D span, the E span and the F span are divided into evacuation areas 10, and the corresponding event type is 10. It can be seen that as the safety level of an evacuation event increases, the range of evacuation increases stepwise. Therefore, when dividing the evacuation area, factors such as production association or evacuation event security level need to be comprehensively considered so as to subdivide more evacuation areas, so that the evacuation area and the event category can be more accurately determined when the evacuation event occurs. The specific division of the evacuation area is not limited in this embodiment, and may be divided according to the specific situation of the factory. In addition, in order to ensure that the evacuation management is normal in an emergency situation, each evacuation area is provided with a corresponding commander so as to avoid the situation of evacuation confusion when an evacuation event occurs.
Further, when the evacuation event occurs, the emergency event processing department may acquire the data of the evacuation event and evaluate the evacuation event to determine an event type, and then record and store the information of the evacuation event to the event storage module 101. The information of the evacuation event comprises event occurrence time, event place, event category and commander information. The commander information is personal information of the commander corresponding to each evacuation area, such as a name, a position, a contact way and the like, which are determined when the evacuation area is divided.
The list generation module 102 can determine the corresponding evacuation area and a commander administering the evacuation area according to the event category. The evacuation list and commander list are then generated from the conditions in the real-time database 105. Wherein the real-time database 105 comprises at least a staff data set, an access control data set, an attendance data set, a catering data set, a visitor data set and a contractor data set. Further, each of the evacuation areas includes at least one access to record personnel entering and/or exiting the evacuation area. Wherein, staff, visitor and contractor entering the factory are all provided with an access control card. The access control data set contains all personnel information which is acquired by the access control system in the whole factory and enters and exits each access control. And the visitor information on the same day is attributed to the visitor data set, and the contractor on the same day is attributed to the contractor data set. The attendance data set includes employee information for attendance on the current day. The dining data set includes personnel information for dining at the restaurant. Thus, from the real-time data set 105, people located in the evacuation area within a set time can be acquired as an evacuation list. Moreover, the commander not attendance can be eliminated to generate a commander list.
For example, when the event category is 1, the list generating module 102 may determine that the evacuation area is a span and the people to be evacuated are all people in the a span according to the event category 1. The person information located in a-span when the evacuation event occurs is acquired according to the access control data set in the real-time database 105, thereby acquiring an evacuation list. I.e., a person who has not left a span when the set time has entered and an evacuation event has occurred. In addition, in order to avoid that the person leaving the A-span does not swipe the card to leave, and the accuracy of the evacuation list is affected, a time period, for example, 5 minutes, i.e. 5 minutes from the start of evacuation, can be set, and the entrance guard information of the person entering other buildings in the A-span personnel list is collected to determine that the person leaves the A-span, so that the person is deleted from the evacuation list, and the accuracy of the evacuation list is ensured. The time for the person to leave the building can be calculated according to the floor height and the distance between the floors, and the time period is set according to the time.
The roll call operation module 103 is used for counting and confirming whether the corresponding personnel on the evacuation list reach a safe evacuation collecting place. Wherein each evacuation area corresponds to at least one of the safe evacuation aggregate sites, so as to facilitate evacuation of personnel. And in order to improve the roll call efficiency, all employees may enjoy the operation authority of the roll call operation module 103, so as to at least confirm that the employees arrive at the safe evacuation assembly, and also help other employees confirm.
The evacuation feedback module 104 is configured to obtain, after the roll call time expires, information of people who do not arrive at the safe evacuation assembly location on time. The roll call time is determined according to the floor and the distance between the evacuation area and the safe evacuation assembly place, and is selected from 10 minutes, 15 minutes, 20 minutes and the like. Because the list reaching the safe evacuation collecting place on time is obtained according to the roll call operation module 103, the list reaching the safe evacuation collecting place on time is removed from the evacuation list, and a list of people not reaching the safe evacuation collecting place on time can be obtained.
Further, the evacuation roll call system further includes a man-machine interaction module 106, configured to receive an operation instruction and display target data. An operator can realize information exchange through the man-machine interaction module 106, namely, the operator can form a record text for the evacuation event through the man-machine interaction module 106, the record text is transmitted to the event storage module 101 by the man-machine interaction module 106 so as to store the evacuation event, meanwhile, the operator can also send a reading instruction to the man-machine interaction module 106, the man-machine interaction module 106 can call the evacuation event information from the event storage module 101, the list from the list generation module 102 or the personnel information which does not reach the safe evacuation collecting place from the evacuation feedback module 104, and thus, the target data can be displayed to the operator.
In addition, when the roll call operation is performed, a command officer or staff sends an instruction for confirming arrival of a target person to the man-machine interaction module 106, and the man-machine interaction module 106 transmits the instruction to the roll call operation module 103 so as to record that the target person arrives at a safe evacuation collecting place. Wherein the target person refers to the person reaching the safe evacuation collection place in the evacuation list. For example, the evacuation list includes staff a, b, c, and t. When the third staff arrives at the safe evacuation assembly place, the third staff is the target staff, and the command officer or the third staff can send an instruction for confirming the arrival of the third staff to the man-machine interaction module 106. Meanwhile, the man-machine interaction module 106 may also call the roll call statistics from the roll call operation module 103 and display the roll call statistics. The header information of the roll call statistical table comprises: name, job number, person category, last location, whether in place, reasons for not in place, and contact. Wherein the personnel categories include at least employees, visitors, and contractors. In addition, the roll call statistical table can be divided into three sub statistical tables of staff, visitor and contractor, so that the commander can monitor roll call conditions more intuitively. Further, to ensure timeliness of the data information, before the roll call time expires, the man-machine interaction module 106 refreshes and displays the personnel list reaching the safe evacuation assembly according to the set frequency. Optionally every 15 seconds.
Further, to improve roll call efficiency, at least one identification module 107 may be provided at each of the security evacuation groups. Optionally, the identification module is a card swiping sign-in device, a face recognition device, a fingerprint identification device or a voice identification device. And determining that the corresponding personnel arrives at the safe evacuation assembly place through the modes of card swiping, face recognition, fingerprint recognition or voice recognition and the like, and conveying the identified personnel list to the roll call operation module 103 in real time.
Therefore, the evacuation roll-call system provided in this embodiment records evacuation events through the event storage module 101, and classifies the evacuation events to determine evacuation areas, commander and evacuation assembly sites. And acquiring an evacuation list according to the real-time database 105, wherein the evacuation list not only comprises employee lists in the evacuation area, but also comprises visitor and contractor lists so as to avoid evacuation or rescue omission. In addition, all commanders or all employees may perform roll call operations to improve roll call efficiency. And after roll call is finished, the commander can develop quick rescue according to the personnel list information of the places which do not reach the safe evacuation collection, so that rescue efficiency is ensured.
Based on the same inventive concept, this embodiment also provides a method for safe evacuation, referring to fig. 1 and 3, including:
Step one S10: the event storage module 101 stores information of evacuation events and determines event categories of the evacuation events.
When an evacuation event occurs or after an evacuation exercise signal is sent out, the staff of an emergency event processing department can evaluate the evacuation event according to the situation of the evacuation event to determine the event type; then, by inputting instructions to the man-machine interaction module 106, information of the evacuation event is entered into the event storage module 101.
Step two S20: the list generation module 102 generates an evacuation list and a commander list according to the event category and the real-time database 105; the evacuation list comprises an employee list, a visitor list and a contractor list. After the evacuation list and the commander list are obtained, the man-machine interaction module 106 can timely inform the corresponding commander and display the evacuation list to the commander.
Step three S30: roll call operation module 103 records and counts the list of people arriving at the secure evacuation assembly. Each employee or commander has operation authority so as to improve roll call efficiency. Or select an automatic identification mode, and automatically identify the personnel entering the safe evacuation assembly by using the identification module 107.
Step four, S40: after expiration of the roll-name time, the evacuation feedback module 104 obtains personnel information that does not reach the secure evacuation venue.
After the roll call time is over, the commander confirms the case establishment; the evacuation feedback module 104 or the commander judges whether the personnel information which does not reach the safe evacuation collecting place is zero, if so, the safe evacuation is completed; if the corresponding personnel are not contacted or contacted in a dangerous position, a rescue alarm is sent to the rescue department.
Furthermore, the information acquired in the evacuation roll call system is directly shared in each commander, namely, the information sharing is realized through a plurality of clients, and the information can be shared through internal WeChat, mail or internal communication devices of enterprises, so that the timely updating and transmission of the information are ensured.
Based on the same inventive concept, the present embodiment also provides a readable storage medium, on which a computer program is stored, which when executed by a processor, implements the secure evacuation method.
Based on the same inventive concept, the embodiment also provides an electronic device, which comprises a memory and a processor, wherein the memory stores a computer program, and the processor realizes the safe evacuation method when executing the computer program. The electronic equipment can be a computer, a mobile tablet computer or a mobile phone, and the like, so that when the evacuation event causes power failure, the electronic equipment can sign in manually through the mobile tablet computer and the mobile phone, and the safety evacuation is not affected.
In summary, the present embodiment provides an evacuation roll call system, a secure evacuation method, a readable storage medium, and an electronic device. The evacuation roll-call system stores evacuation events through the event storage module 101, and performs event classification on the evacuation events to determine evacuation areas, command officers and evacuation gathering places. And acquiring an evacuation list according to the real-time database 105, wherein the evacuation list not only comprises employee lists in the evacuation area, but also comprises visitor and contractor lists so as to avoid evacuation or rescue omission. In addition, all commanders or all employees may perform roll call operations to improve roll call efficiency. And after roll call is finished, the commander can develop quick rescue according to the personnel list information of the places which do not reach the safe evacuation collection, so that rescue efficiency is ensured. Therefore, the embodiment not only can timely acquire the accurate evacuation list and the command officer list under the emergency condition and ensure the stability and the high efficiency of evacuation management, but also can realize high-efficiency emergency rescue through the acquired feedback information.
It should also be appreciated that while the present invention has been disclosed in the context of a preferred embodiment, the above embodiments are not intended to limit the invention. Many possible variations and modifications of the disclosed technology can be made by anyone skilled in the art without departing from the scope of the technology, or the technology can be modified to be equivalent. Therefore, any simple modification, equivalent variation and modification of the above embodiments according to the technical substance of the present invention still fall within the scope of the technical solution of the present invention.
Claims (15)
1. An evacuation roll call system is characterized by being used for roll calling personnel in a factory, wherein the factory is divided into a plurality of evacuation areas; the evacuation roll call system comprises an event storage module, a list generation module, a roll call operation module and an evacuation feedback module;
The event storage module is used for storing information of evacuation events, and each evacuation event corresponds to an event category;
The list generation module is used for generating an evacuation list and a commander list according to the event category and the real-time database; the evacuation list comprises an employee list, a visitor list and a contractor list; the commander list comprises commanders which are attendance on the same day corresponding to each evacuation area; the commander is used for sending an instruction for confirming arrival of target personnel to the man-machine interaction module, judging whether personnel information of the safety evacuation collecting place is zero, contacting the personnel which do not arrive at the safety evacuation collecting place, and confirming a case after the roll call time is over;
the roll call operation module is used for counting and confirming whether the corresponding personnel on the evacuation list reach the safe evacuation collecting place;
and the evacuation feedback module is used for acquiring personnel information which does not reach the safe evacuation collection place after the roll call time is over.
2. An evacuation roll-call system as claimed in claim 1, wherein the information of the evacuation event includes event occurrence time, event place, event category and commander information; wherein the event category is the number of the evacuation area.
3. An evacuation roll call system as claimed in claim 2, wherein each of the evacuation zones corresponds to at least one of the secure evacuation lands.
4. An evacuation roll call system according to claim 2, wherein each of the evacuation areas is provided with at least one access control to record persons entering and/or leaving the evacuation area; wherein the people on the evacuation list are the people in the evacuation area within a set time.
5. An evacuation roll call system as claimed in claim 1, further comprising a man-machine interaction module for receiving an operation instruction and displaying target data;
When roll call operation is executed, the man-machine interaction module at least receives an operation instruction of a commander and displays a roll call statistical table; the header information of the roll call statistical table comprises: name, job number, person category, last location, whether in place, reasons for not in place, and contact.
6. An evacuation roll call system as claimed in claim 5 wherein all employees enjoy the operational authority of the roll call operation module to at least confirm that the employee performing roll call operation arrives at the secure evacuation venue.
7. An evacuation roll call system as claimed in claim 1, further comprising an identification module for identifying persons entering the secure evacuation venue and for delivering an identified list of persons to the roll call operation module in real time to confirm that the identified persons reach the secure evacuation venue.
8. The evacuation roll call system of claim 7, wherein the identification module comprises a swipe card check-in device, a face recognition device, a fingerprint recognition device, or a voice recognition device.
9. The evacuation roll call system of claim 1, wherein the real-time database comprises a staff data set, a door access data set, an attendance data set, a dining data set, a visitor data set, and a contractor data set.
10. A safe evacuation method using an evacuation roll call system as claimed in any one of claims 1 to 9, the safe evacuation method comprising:
The event storage module stores information of an evacuation event and determines event category of the evacuation event;
The list generation module generates an evacuation list and a command officer list according to the event category and the real-time database; the evacuation list comprises an employee list, a visitor list and a contractor list;
The roll call operation module records and counts a list of people arriving at the safe evacuation collecting place;
and after the point name time is over, the evacuation feedback module acquires personnel information which does not reach the safe evacuation collection place.
11. A method of secure evacuation according to claim 10, wherein, when performing a roll call operation, a commander and/or an employee send a command for confirming arrival of a target person to a man-machine interaction module, which transmits the command to the roll call operation module to record arrival of the target person at a secure evacuation venue.
12. A method of safe evacuation according to claim 11, wherein the man-machine interaction module refreshes the list of people arriving at the safe evacuation venue at a set frequency before the roll-call time expires.
13. A method of safe evacuation according to claim 10, wherein after expiration of the roll call time, the commander confirms the proposal; the evacuation feedback module or the commander judges whether the personnel information which does not reach the safe evacuation collecting place is zero, if so, the safe evacuation is completed; if not, the commander gives out a rescue alarm.
14. A readable storage medium, wherein a computer program is stored on the readable storage medium, which computer program, when executed by a processor, implements a method of secure evacuation according to any of claims 10-13.
15. An electronic device comprising a memory and a processor, the memory having stored thereon a computer program, the processor, when executing the computer program, implementing a secure evacuation method according to any of claims 10-13.
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