Intelligent personnel scheduling method for security management

Abstract

The invention relates to the technical field of intelligent personnel scheduling, in particular to an intelligent personnel scheduling method for security management, which comprises the following steps of: 1, positioning an occurrence point of an emergency event, and simultaneously obtaining a specific occurrence problem of the emergency event; 2, positioning the positions of the security personnel, connecting the real-time positions of the security personnel with the occurrence points of the emergency events, generating a plurality of arrival routes, selecting the security personnel closest to the arrival routes as emergency event processing personnel, and setting the nearest arrival route as a first route; according to the invention, when an emergency event occurs, the basic information of the event and the position of the nearby security personnel can be quickly acquired, and the corresponding solution is generated and directly transmitted to the mobile terminal of the corresponding security personnel, so that the security personnel can quickly go to the event occurrence point to deal with the problem according to the received content; and the response speed and the processing efficiency of security personnel to emergency events are effectively improved.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent personnel scheduling, and in particular to an intelligent personnel scheduling method for security management. Background Art

[0002] Security personnel are mainly used in various places or activities to prevent potential safety hazards within the scope of the site through patrol or monitoring, so as to prevent and respond to various security threats and risks and ensure the safety and order of the area they are responsible for. However, it is difficult for security personnel to detect emergency events in time during on-site patrol and monitoring. In the face of emergency events, management personnel need to make scheduling arrangements for security personnel, and then the security personnel go to the scene to handle them on their own, which leads to the security personnel's response to emergency events within the venue not being fast enough, posing safety hazards. In order to ensure that security personnel can respond and handle emergency events quickly, we propose an intelligent scheduling method for security management personnel. Summary of the invention

[0003] The purpose of the present invention is to provide a method for intelligently dispatching personnel for security management to solve the problems raised by the above-mentioned background technology.

[0004] The purpose of the present invention can be achieved by the following technical solution: A method for intelligently dispatching personnel for security management, comprising the following steps:

[0005] Step 1: Locate the location of the emergency event, obtain the specific problems of the emergency event, set the emergency event to several levels, and set several solutions for the emergency event. Classify the emergency events that have occurred, match the emergency event problems with the solutions, select the solution with the highest matching rate as the emergency handling plan, and generate emergency handling instructions corresponding to the emergency event level;

[0006] Step 2: Locate the location of the security personnel, obtain the current real-time location information of the security personnel, connect the real-time location of the security personnel with the occurrence point of the emergency event, generate several arrival routes, calculate the distance of the several arrival routes, select the security personnel with the closest arrival route as the emergency event handler, and set the closest arrival route as the first route to generate the corresponding route indicators;

[0007] Step 3: If the emergency plan contains the required emergency items, match the emergency items with several arrival routes, select the routes from which the emergency items can be picked up, set them as the emergency item pickup routes, calculate the distances of the emergency item pickup routes, and select the nearest arrival route from the emergency item pickup routes as the second route. Set the security personnel on the second route as the emergency item delivery personnel, and generate corresponding route indicators at the same time;

[0008] Step 4: The corresponding emergency handling instructions and route indicators are sent to the mobile terminals of the corresponding security personnel. The security personnel quickly arrive at the point where the emergency event occurs and handle the emergency according to the received emergency handling instructions and route indicators.

[0009] As a further improvement of the present invention, step one is specifically analyzed as follows:

[0010] 101: Use intelligent monitoring equipment to conduct comprehensive monitoring of the site, monitor the occurrence of emergency events within the site in real time, or confirm the occurrence of emergency events through active reporting by emergency personnel;

[0011] 102: Based on real-time monitoring or personnel reporting, the location of the emergency event is obtained, and the specific problem information of the emergency event is obtained;

[0012] Specifically, intelligent monitoring equipment with synchronous audio and video monitoring is used to monitor a large area within the venue. When an emergency occurs, basic information about the emergency can be extracted through images and sounds. If the location of the emergency is in a blind spot of the intelligent monitoring equipment, the emergency personnel can select the nearest intelligent monitoring equipment or contact the security management personnel to report, confirm the occurrence of the emergency and obtain basic information.

[0013] 103: Set a number of screening keywords related to emergency events, and classify the keywords by category, match the specific problem conditions of the emergency events with the screening keywords, and if there is information matching the screening keywords in the specific problem conditions of the emergency events, the match is successful, and the emergency level type of the emergency events is obtained;

[0014] If there is no information matching the screening keywords in the specific problem status of the emergency event, the match fails, and the specific problem status of the emergency event is transmitted to the mobile terminal of the security manager, who then makes a quick determination of the emergency level type of the emergency event;

[0015] For example, set several screening keywords related to emergency events, such as injury, danger, and difficulty. According to the size of the potential safety hazard, set the injury and danger screening keywords to the first emergency level, and the difficulty screening keywords to the second emergency level;

[0016] If the specific problem of the emergency event is being injured in danger or in need of help, it will be matched with the screening keywords to determine that the emergency event is the corresponding first or second level emergency level type;

[0017] 104: Set up a number of solutions for emergency incidents, automatically adapt corresponding solutions as emergency handling plans according to the emergency level type of the emergency incident, and generate corresponding emergency handling instructions by combining the emergency handling plans with the emergency level type of the emergency incident;

[0018] For example: For emergency events of the first emergency level, corresponding solutions can be set up, such as carrying medical kits or defense tools to the emergency event site for processing. For emergency events of the second emergency level, corresponding tools can be carried to the emergency event site to resolve the difficulties based on the specific content of the emergency event. The corresponding solutions are automatically adapted based on the emergency level type determined by the emergency event, and emergency processing instructions are comprehensively generated.

[0019] As a further improvement of the present invention, step 2 is specifically analyzed as follows:

[0020] 201: The real-time location of the security personnel is obtained through the positioning device carried by the security personnel, and is set as a dispatching point. The point where the emergency event occurs is set as the center point. Based on the map within the venue, several dispatching points and the center point are connected through travel routes to generate several arrival routes.

[0021] By setting the point where the emergency event occurs as the center point, the scope is diffused through a staged circular diagram, and the security personnel dispatch point within the diffusion range and the emergency event center point are connected through the map within the venue range to generate several arrival routes;

[0022] 202: Calculate the distances of several arrival routes, sort them according to the length of the distances, select the arrival route with the shortest distance as the first route, set the security personnel on the first route as emergency event handling personnel, and generate route guidance corresponding to the first route and transmit it to the mobile terminal of the security personnel;

[0023] Set the point where the emergency occurs as point A, and the positioning points of several security personnel as B1, B2, etc., and substitute the longitude and latitude into A(x1, y1), B1(x2, y2), B2(x3, y3) and put it into the formula Obtain the distances d1 and d2 of several arrival routes, compare d1 with d2. If d1 > d2, then the route distance between the B2 positioning point and the emergency incident occurrence point A is the shortest. Select the arrival route between the B2 positioning point and the emergency incident occurrence point A as the first route, and set the security personnel at the B2 point as the emergency incident handlers;

[0024] If d1 < d2, then the route distance between the B1 positioning point and the emergency incident occurrence point A is the shortest. Select the arrival route between the B1 positioning point and the emergency incident occurrence point A as the first route, and set the security personnel at the B1 point as the emergency incident handlers.

[0025] As a further improvement of the present invention, the specific analysis of step three is as follows:

[0026] 301: If the emergency response plan contains the required emergency response items, then mark the required emergency response items in the emergency response plan, screen several arrival routes to check whether there are items matching the emergency response items required on the arrival routes. If there are items matching the emergency response items required on the arrival route, then the matching is successful, and the arrival route where the emergency response items can be extracted is obtained and set as the emergency response item extraction route;

[0027] For example: If the required emergency response item in the current emergency response plan is a medical kit, then mark the medical kit with emphasis and screen for the existence of the medical kit among several arrival routes. If the medical kit can be extracted on the arrival route, then the matching is successful, and the arrival route where the medical kit can be extracted is set as the emergency response item extraction route;

[0028] 302: Calculate the distances of several emergency response item extraction routes, sort them according to the distance lengths, select the emergency response item extraction route with the shortest distance and set it as the second route, and set the security personnel on the second route as the emergency response item transporters. At the same time, generate a route guide corresponding to the second route and transmit it to the mobile terminal of the security personnel;

[0029] If the currently required emergency response item extraction route coincides with the arrival route, then screen the arrival route with the shortest distance from the obtained arrival routes and set it as the second route;

[0030] 303: If there is no item matching the item required for emergency handling on the way to the arrival route, the matching fails, and the item required for emergency handling is transmitted to the mobile terminal of the security manager, and the security manager determines the extractable position of the item required for emergency handling, and sets the extractable position of the item required for emergency handling as the extraction point. According to the distance between the security personnel's location and the extraction point, a number of extraction routes are generated based on the map within the venue, and the distance of the extraction routes is calculated. The security personnel with the shortest distance is selected as the extraction personnel, and the items required for emergency handling are extracted through the extraction routes;

[0031] Connect the extraction point and the center point through the pass route based on the map within the scope of the venue, generate several arrival routes, calculate the distance of the several arrival routes, select the one with the shortest distance as the third route, and transmit the corresponding route guidance generated by the third route to the mobile terminal of the extraction personnel;

[0032] Set the positioning points of several security personnel as B1, B2, etc., and the extraction points of items required for emergency treatment as C1, C2, etc., then substitute the longitude and latitude into B1(x2, y2), B2(x3, y3), C1(x2', y2'), C2(x3', y3') and substitute it into the formula Get the distances d1', d2', d1", d2" of several arrival routes;

[0033] Substitute d1, d2, d1', d2', d1", d2" into the summation formula respectively The total distance h from the extraction personnel arriving at the extraction point to extract the items required for emergency treatment to the point where the emergency event occurs is obtained by summing up and calculating, and the one with the shortest total distance is selected as the third route.

[0034] As a further improvement of the present invention, step 4 is specifically analyzed as follows:

[0035] 401: Send the emergency handling instruction to the mobile terminal of the corresponding security personnel. The emergency handling instruction is parsed by the mobile terminal, and the security personnel obtain the basic information of the emergency event and clarify the problem they need to deal with;

[0036] 402: Send the first route, the second route, and the third route and the route guidance generated corresponding thereto to the mobile terminal of the security personnel, and notify the security personnel to quickly reach the point where the emergency event occurs according to the route guidance to handle the emergency event.

[0037] Compared with the prior art, the present invention has the following beneficial effects:

[0038] The present invention obtains the occurrence point of the emergency event and the specific problems, and generates corresponding solutions, which is conducive to the security personnel to quickly understand the basic information of the problem to be dealt with, and clarify their own treatment plan, thereby improving the security personnel's treatment effect when facing emergency events;

[0039] The present invention locates the security personnel and the emergency event occurrence point and generates a corresponding arrival route, so that the security personnel can quickly reach the emergency event occurrence point according to the arrival route to deal with the problem, which is conducive to improving the response speed of the security personnel in dealing with emergency events and reducing the existing safety hazards;

[0040] The present invention can quickly obtain basic information about the incident and the location of the nearest security personnel when an emergency occurs, and generate a corresponding solution that is directly transmitted to the mobile terminal of the corresponding security personnel. The security personnel can quickly go to the point where the incident occurred to handle the problem based on the received content, thus avoiding the phenomenon that traditional security personnel deployment requires management personnel to notify and arrange in turn, effectively saving deployment time, thereby improving the security personnel's response speed and processing efficiency in the face of emergency events, and reducing safety hazards. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] In order to facilitate understanding by those skilled in the art, the present invention is further described below with reference to the accompanying drawings.

[0042] Figure 1 The present invention is a flow chart of the method. DETAILED DESCRIPTION

[0043] The technical solution of the present invention will be clearly and completely described below in conjunction with the embodiments. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0044] Example 1: Please refer to Figure 1 As shown, a method for intelligently dispatching personnel for security management includes the following steps:

[0045] Step 1: Locate the location of the emergency event, obtain the specific problems of the emergency event, set the emergency event to several levels, and set several solutions for the emergency event. Classify the emergency events that have occurred, match the emergency event problems with the solutions, select the solution with the highest matching rate as the emergency handling plan, and generate emergency handling instructions corresponding to the emergency event level; the specific analysis is:

[0046] 101: Use intelligent monitoring equipment to conduct comprehensive monitoring of the site, monitor the occurrence of emergency events within the site in real time, or confirm the occurrence of emergency events through active reporting by emergency personnel;

[0047] 102: Based on real-time monitoring or personnel reporting, the location of the emergency event is obtained, and the specific problem information of the emergency event is obtained; specifically: the intelligent monitoring equipment with audio and video synchronous monitoring is used to monitor a large area within the venue. When an emergency event occurs, basic information about the emergency event can be extracted through images and sounds. If the location of the emergency event is in the blind spot of the intelligent monitoring equipment, the personnel who caused the emergency event can select the nearest intelligent monitoring equipment or contact the security management personnel to report, confirm the occurrence of the emergency event and obtain basic information;

[0048] 103: Set a number of screening keywords related to emergency events, and classify the keywords by category, match the specific problem conditions of the emergency events with the screening keywords, and if there is information matching the screening keywords in the specific problem conditions of the emergency events, the match is successful, and the emergency level type of the emergency events is obtained;

[0049] If there is no information matching the screening keywords in the specific problem status of the emergency event, the match fails, and the specific problem status of the emergency event is transmitted to the mobile terminal of the security manager, who then makes a quick determination of the emergency level type of the emergency event;

[0050] For example, set several screening keywords related to emergency events, such as injury, danger, and difficulty. According to the size of the potential safety hazard, set the injury and danger screening keywords to the first emergency level, and the difficulty screening keywords to the second emergency level;

[0051] If the specific problem of the emergency event is being injured in danger or in need of help, it will be matched with the screening keywords to determine that the emergency event is the corresponding first or second level emergency level type;

[0052] 104: Set up a number of solutions for emergency incidents, automatically adapt corresponding solutions as emergency handling plans according to the emergency level type of the emergency incident, and generate corresponding emergency handling instructions by combining the emergency handling plans with the emergency level type of the emergency incident;

[0053] For example: For emergency events of the first emergency level, corresponding solutions can be set up, such as carrying medical kits or defense tools to the emergency event site for processing. For emergency events of the second emergency level, corresponding tools can be carried to the emergency event site to resolve the difficulties based on the specific content of the emergency event. The corresponding solutions are automatically adapted based on the emergency level type determined by the emergency event, and emergency processing instructions are comprehensively generated.

[0054] Step 2: Locate the location of the security personnel, obtain the current real-time location information of the security personnel, connect the real-time location of the security personnel with the occurrence point of the emergency event, generate several arrival routes, calculate the distance of several arrival routes, select the security personnel with the closest arrival route as the emergency event handler, and set the closest arrival route as the first route to generate the corresponding route indicators; the specific analysis is:

[0055] 201: The real-time location of the security personnel is obtained through the positioning device carried by the security personnel, and is set as a dispatching point. The point where the emergency event occurs is set as the center point. Based on the map within the venue, several dispatching points and the center point are connected through travel routes to generate several arrival routes.

[0056] By setting the point where the emergency event occurs as the center point, the scope is diffused through a staged circular diagram, and the security personnel dispatch point within the diffusion range and the emergency event center point are connected through the map within the venue range to generate several arrival routes;

[0057] 202: Calculate the distances of several arrival routes, sort them according to the length of the distances, select the arrival route with the shortest distance as the first route, set the security personnel on the first route as emergency event handling personnel, and generate route guidance corresponding to the first route and transmit it to the mobile terminal of the security personnel;

[0058] Set the point where the emergency occurs as point A, and the positioning points of several security personnel as B1, B2, etc., and substitute the longitude and latitude into A(x1, y1), B1(x2, y2), B2(x3, y3) and put it into the formula Get the distances d1 and d2 of several arrival routes, compare d1 with d2, if d1>d2, the route distance between the B2 location point and the emergency event point A is the shortest, select the arrival route between the B2 location point and the emergency event point A as the first route, and set the security personnel at the B2 point as the emergency event handling personnel;

[0059] If d1 < d2, then the route distance between the B1 positioning point and the emergency occurrence point A is the shortest. Select the arrival route between the B1 positioning point and the emergency occurrence point A as the first route, and set the security personnel at the B1 point as the emergency handlers.

[0060] Step 3: If the emergency response plan contains the required emergency response items, match the emergency response items with several arrival routes, screen out the routes among the arrival routes where the emergency response items can be retrieved, and set them as the emergency response item retrieval routes. Calculate the distances of the emergency response item retrieval routes, and select the nearest arrival route among the emergency response item retrieval routes as the second route. Set the security personnel on the second route as the emergency response item delivery personnel, and at the same time generate the corresponding route indicators. The specific analysis is as follows:

[0061] 301: If the emergency response plan contains the required emergency response items, then mark the emergency response items required in the emergency response plan as key points, screen several arrival routes, and check whether there are items matching the emergency response items on the arrival routes. If there are items matching the emergency response items on the arrival routes, then the match is successful, and the arrival route where the emergency response items can be retrieved is obtained and set as the emergency response item retrieval route.

[0062] For example: If the emergency response items required in the current emergency response plan are first aid kits, then mark the first aid kits as key points and screen for the existence of first aid kits among several arrival routes. If the first aid kits can be retrieved on the arrival route, then the match is successful, and the arrival route where the first aid kits can be retrieved is set as the emergency response item retrieval route.

[0063] 302: Calculate the distances of several emergency response item retrieval routes, sort them according to the distance lengths, select the emergency response item retrieval route with the shortest distance as the second route, and set the security personnel on the second route as the emergency response item delivery personnel. At the same time, generate the route guidance corresponding to the second route and transmit it to the mobile terminals of the security personnel.

[0064] If the current required emergency response item retrieval route coincides with the arrival route, then screen out the arrival route with the shortest distance from the obtained arrival routes with distances as the second route.

[0065] 303: If there is no item matching the item required for emergency handling on the way to the arrival route, the matching fails, and the item required for emergency handling is transmitted to the mobile terminal of the security manager, and the security manager determines the extractable position of the item required for emergency handling, and sets the extractable position of the item required for emergency handling as the extraction point. According to the distance between the security personnel's location and the extraction point, a number of extraction routes are generated based on the map within the venue, and the distance of the extraction routes is calculated. The security personnel with the shortest distance is selected as the extraction personnel, and the items required for emergency handling are extracted through the extraction routes;

[0066] Connect the extraction point and the center point through the pass route based on the map within the scope of the venue, generate several arrival routes, calculate the distance of the several arrival routes, select the one with the shortest distance as the third route, and transmit the corresponding route guidance generated by the third route to the mobile terminal of the extraction personnel;

[0067] Set the positioning points of several security personnel as B1, B2, etc., and the extraction points of items required for emergency treatment as C1, C2, etc., then substitute the longitude and latitude into B1(x2, y2), B2(x3, y3), C1(x2', y2'), C2(x3', y3') and substitute it into the formula Get the distances d1', d2', d1", d2" of several arrival routes;

[0068] Substitute d1, d2, d1', d2', d1", d2" into the summation formula respectively The total distance h from the extraction personnel arriving at the extraction point to extract the items required for emergency treatment to the point where the emergency event occurs is obtained by summing up and calculating, and the one with the shortest total distance is selected as the third route.

[0069] Step 4: Send the corresponding emergency handling instructions and route indicators to the mobile terminal of the corresponding security personnel. The security personnel will quickly arrive at the emergency incident site for emergency handling based on the received emergency handling instructions and route indicators. The specific analysis is as follows:

[0070] 401: Send the emergency handling instruction to the mobile terminal of the corresponding security personnel. The emergency handling instruction is parsed by the mobile terminal, and the security personnel obtain the basic information of the emergency event and clarify the problem they need to deal with;

[0071] 402: Send the first route, the second route, and the third route and the route guidance generated corresponding thereto to the mobile terminal of the security personnel, and notify the security personnel to quickly reach the point where the emergency event occurs according to the route guidance to handle the emergency event.

[0072] Embodiment 2: Real-time monitoring of emergency events within the scope of the site includes:

[0073] Obtain the permission to collect the number of people within the monitoring area. After obtaining the permission, collect the location of the corresponding person within the monitoring area, the time of arrival of the location, the number of people and the decibel value of the sound within the monitoring area;

[0074] When the number of personnel is greater than the set number threshold, the number of personnel and the adjacent distances corresponding to each personnel position within the monitoring site are calculated in the 360-degree direction, and the values ​​of all adjacent distances are summed to obtain the adjacent total value. The number of personnel and the adjacent total value are normalized and the values ​​of the two are taken, marked as RS1 and XL2 respectively; the single density value FM of the personnel is output using the formula FM=RS1×η1+η2 / (XL2+1); wherein η1 and η2 are preset weight factors, and their sizes are custom settings, with values ​​of 1.6 and 1.4, and the single density values ​​of all personnel within the monitoring site are summed to obtain the total density value;

[0075] If the person is still in the corresponding location area at the analysis time (the analysis time is to analyze the monitoring location range once at a certain time interval, and the certain time interval is customized by the technical personnel, such as 1 minute, 30 seconds or 2 minutes), the arrival time of the person and the analysis time are calculated to obtain the stay time; the stay time of all persons is summed up to obtain the total stay time;

[0076] When the total duration of stay is greater than the set threshold, the sound decibel values ​​are sorted according to the order of collection, and the size between the two adjacent sound decibel values ​​is compared. If the later sound decibel value is greater than the previous sound decibel value, the difference between the two is calculated to obtain the decibel value, and all the decibel values ​​are summed up to obtain the total decibel value. All sound decibel values ​​are compared with the set decibel threshold, and the number of sound decibel values ​​greater than the set decibel threshold is counted to obtain the number of over-threshold values; the average value of all sound decibel values ​​is calculated to obtain the average decibel value; the total decibel value, the number of over-threshold values ​​and the average decibel value are normalized and the values ​​of the three are taken, marked as BS1, CY2 and PJ3 respectively; the weight factors corresponding to the total decibel value, the number of over-threshold values ​​and the average decibel value are set to β1, β2 and β3, and their sizes are custom settings, such as 0.5, 0.3, and 0.6 respectively; substitute them into the sound score model Get the sound score SF;

[0077] The values ​​of total density, total duration of stay and sound score are input into the computer and converted into straight line length according to a certain ratio. A circle is drawn with the straight line length of the total density as the radius, the center of the circle is selected, and a height equal to the straight line length corresponding to the total duration of stay is made. A cylinder is then constructed with the circle and the height, the center of the top surface of the cylinder is selected, and a height equal to the straight line length corresponding to the sound score is made. A cone is made with the top surface of the cylinder and the height corresponding to the straight line length of the sound score. The volume of the cube formed by the cylinder and the cone is calculated and the volume value is marked as the outlier value. When the outlier value is greater than the set abnormal threshold, the people gathered within the monitoring area are marked as an emergency event, and the feedback is sent to the corresponding security personnel's smart terminal for display and early warning.

[0078] By analyzing the personnel within the monitoring area and combining the total density value, total length of stay and sound score, the corresponding abnormal gathering of personnel within the monitoring area can be obtained, so that timely warning can be given when abnormal gathering of personnel occurs, avoiding the existing security personnel dispatch system from being unable to accurately identify and analyze the gathering behavior of personnel, and then being unable to take effective dispatch measures in time, resulting in a low degree of intelligence.

[0079] The preferred embodiments of the present invention disclosed above are only used to help explain the present invention. The preferred embodiments do not describe all the details in detail, nor do they limit the invention to only specific implementation methods. Obviously, many modifications and changes can be made according to the content of this specification. This specification selects and specifically describes these embodiments in order to better explain the principles and practical applications of the present invention, so that those skilled in the art can understand and use the present invention well. The present invention is limited only by the claims and their full scope and equivalents.

Claims

1. A method for intelligently dispatching personnel for security management, characterized in that: The following steps are involved: Step 1: Locate the location of the emergency event, obtain the specific problems of the emergency event, set the emergency event to several levels, and set several solutions for the emergency event. Classify the emergency events that have occurred, match the emergency event problems with the solutions, select the solution with the highest matching rate as the emergency handling plan, and generate emergency handling instructions corresponding to the emergency event level; Step 2: Locate the location of the security personnel, obtain the current real-time location information of the security personnel, connect the real-time location of the security personnel with the occurrence point of the emergency event, generate several arrival routes, calculate the distance of the several arrival routes, select the security personnel with the closest arrival route as the emergency event handler, and set the closest arrival route as the first route to generate the corresponding route indicators; Step 3: If the emergency plan contains the required emergency items, match the emergency items with several arrival routes, select the routes from which the emergency items can be picked up, set them as the emergency item pickup routes, calculate the distances of the emergency item pickup routes, and select the nearest arrival route from the emergency item pickup routes as the second route. Set the security personnel on the second route as the emergency item delivery personnel, and generate corresponding route indicators at the same time; Step 4: The corresponding emergency handling instructions and route indicators are sent to the mobile terminals of the corresponding security personnel. The security personnel quickly arrive at the point where the emergency event occurs and handle the emergency according to the received emergency handling instructions and route indicators.

2. The intelligent dispatching method for security management personnel according to claim 1, characterized in that: The specific analysis of step 1 is as follows: 101: Use intelligent monitoring equipment to conduct comprehensive monitoring of the site, monitor the occurrence of emergency events within the site in real time, or confirm the occurrence of emergency events through active reporting by emergency personnel; 102: Based on real-time monitoring or personnel reporting, the location of the emergency event is obtained, and the specific problem information of the emergency event is obtained; 103: Set a number of screening keywords related to emergency events, and classify the keywords by category, match the specific problem conditions of the emergency events with the screening keywords, and if there is information matching the screening keywords in the specific problem conditions of the emergency events, the match is successful, and the emergency level type of the emergency events is obtained; If there is no information matching the screening keywords in the specific problem status of the emergency event, the match fails, and the specific problem status of the emergency event is transmitted to the mobile terminal of the security manager, who then makes a quick determination of the emergency level type of the emergency event; 104: Set up several solutions for emergency incidents, automatically adapt corresponding solutions as emergency response plans according to the emergency level types of the emergency incidents, and integrate the emergency response plans with the emergency level types of the emergency incidents to generate corresponding emergency response instructions.

3. The intelligent dispatching method for security management according to claim 1 is characterized in that: The specific analysis of step 2 is as follows: 201: The real-time location of the security personnel is obtained through the positioning device carried by the security personnel, and is set as a dispatching point. The point where the emergency event occurs is set as the center point. Based on the map within the venue, several dispatching points and the center point are connected through travel routes to generate several arrival routes. 202: Calculate the distances of several arrival routes and sort them according to the length of the distances, select the arrival route with the shortest distance as the first route, set the security personnel on the first route as emergency event handlers, and generate route guidance corresponding to the first route and transmit it to the mobile terminal of the security personnel.

4. The method for intelligently dispatching personnel for security management according to claim 1, characterized in that: The specific analysis of step three is as follows: 301: If the emergency plan contains the required emergency items, the emergency items required by the emergency plan are marked, and several arrival routes are screened to see whether there are items matching the items required for emergency treatment on the arrival routes. If there are items matching the items required for emergency treatment on the arrival routes, the match is successful, and the arrival route for extracting the emergency items is obtained, which is set as the route for extracting the emergency items. 302: Calculate the distances of several emergency item extraction routes, sort them according to the length of the distances, select the emergency item extraction route with the shortest distance as the second route, set the security personnel on the second route as the emergency item delivery personnel, and generate a route guide corresponding to the second route and transmit it to the mobile terminal of the security personnel; 303: If there is no item matching the item required for emergency handling on the way to the arrival route, the matching fails, and the item required for emergency handling is transmitted to the mobile terminal of the security manager, and the security manager determines the extractable position of the item required for emergency handling, and sets the extractable position of the item required for emergency handling as the extraction point. According to the distance between the security personnel's location and the extraction point, a number of extraction routes are generated based on the map within the venue, and the distance of the extraction routes is calculated. The security personnel with the shortest distance is selected as the extraction personnel, and the items required for emergency handling are extracted through the extraction routes; The extraction point and the center point are connected through the pass route based on the map within the venue, and several arrival routes are generated. The distance of the several arrival routes is calculated, and the one with the closest distance is selected as the third route. The corresponding route guidance generated by the third route is transmitted to the mobile terminal of the extraction personnel.

5. The intelligent dispatching method for security management personnel according to claim 1, characterized in that: The specific analysis of step 4 is as follows: 401: Send the emergency handling instruction to the mobile terminal of the corresponding security personnel. The emergency handling instruction is parsed by the mobile terminal, and the security personnel obtain the basic information of the emergency event and clarify the problem they need to deal with; 402: Send the first route, the second route, and the third route and the route guidance generated corresponding thereto to the mobile terminal of the security personnel, and notify the security personnel to quickly reach the point where the emergency event occurs according to the route guidance to handle the emergency event.

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