Emergency medical rescue deployment management method and system

Abstract

The invention relates to an emergency medical rescue deployment management method and system, and belongs to the technical field of medical rescue, and the method comprises the steps: obtaining an emergency rescue alarm, and transmitting a movement guide to an alarm receiver based on the emergency degree of the emergency rescue alarm and the real-time position information of the alarm receiver, the alarm receiver is enabled to move to a rescue point based on a movement guidance route formed by the movement guidance; a first-aid team is established, and first-aid tasks are distributed to first-aid team members; the first-aid task at least comprises a gathering route, the destination of the gathering route is the rescue point, and at least the gathering route or the moving guide route comprises a first-aid material taking position; and creating an emergency communication channel, and receiving and outputting a comprehensive rescue scheme for interactive arrangement of communication messages issued by the first-aid team members and the alarm receiver through the emergency communication channel, so that the communication messages acquired by the first-aid team members and the alarm receiver are highly matched. The method and the device have the effect of improving the response speed to the hospital medical first-aid condition.

Description

Technical Field

[0001] The present application relates to the field of medical rescue technology, and in particular to an emergency medical rescue deployment management method and system. Background Art

[0002] Cardiac arrest refers to the sudden cessation of the heart's ejection function, the disappearance of large artery pulsation and heart sounds, and severe ischemia and hypoxia of vital organs (such as the brain), leading to the end of life. Although more than 80% of cardiac arrests occur outside hospitals, cardiac arrests in hospitals also occur from time to time; when emergencies such as the above occur, medical staff generally need to assemble corresponding professional emergency personnel (such as doctors and nurses) and transfer emergency supplies (such as rescue vehicles, defibrillators or automatic external defibrillators) to the emergency point (such as the emergency room) to rescue the patient.

[0003] However, since the aforementioned situations are generally sudden, in the actual rescue process, the first aid speed is slow due to the untimely deployment and assembly of first aid personnel and the inconvenient access to first aid materials, which seriously affects the hospital's first aid quality and safety, so it needs to be improved. Summary of the invention

[0004] In order to improve the response speed of the in-hospital emergency medical system, the present application provides an emergency medical rescue deployment management method and system.

[0005] In a first aspect, the present application provides an emergency medical rescue deployment management method, comprising: Obtain an emergency rescue alarm, and based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, issue a movement guide to the alarm receiver, so that the alarm receiver moves to a rescue point based on a movement guide route formed by the movement guide; Forming an emergency team and assigning emergency tasks to members of the emergency team; the emergency task at least includes an assembly route, the destination of the assembly route is the rescue point, and at least one assembly route or a movement guidance route includes a location for obtaining emergency supplies; An emergency communication channel is created, through which a comprehensive rescue plan is received and outputted that is an interaction and collation of communication messages issued by emergency team members and call receivers, so that the communication messages received by emergency team members and call receivers are highly consistent.

[0006] By adopting the above technical solution, in the solution of the present application, any medical staff who finds that first aid is needed can trigger an emergency rescue alarm and receive mobile guidance as an alarm receiver. The alarm receiver moves to the designated rescue site (i.e., the rescue point mentioned above) along the mobile guidance route; and when the present application receives the emergency rescue alarm, it will form an emergency rescue team and dispatch emergency rescue tasks to the members of the emergency rescue team, so that the members of the emergency rescue team will finally assemble at the rescue point according to the assembly route to implement the first aid plan for the patient, thereby realizing efficient deployment of personnel, and in this process, the assembly route designated by the present application for the members of the emergency rescue team includes the location for obtaining first aid materials, so that the members of the emergency rescue team can efficiently obtain first aid materials during the assembly process; and further, the present application also temporarily creates an emergency communication channel for the alarm receiver and the members of the emergency rescue team, so that before the alarm receiver and the members of the emergency rescue team meet, the alarm receiver and the members of the emergency rescue team can communicate with each other through the emergency communication channel, so that the emergency rescue team can understand the patient's condition in advance, and even remotely guide the alarm receiver to perform emergency rescue on the patient, optimize the work connection and coordination between the alarm receiver and the emergency rescue team, buy time for emergency rescue, and improve the response speed and success rate of emergency rescue events.

[0007] Optionally, the dispatching of emergency tasks to emergency team members includes: Determine the order of joining based on the duty attributes of each first aid team member in the first aid team; According to the current position of the emergency team members and the mobile guidance route, a meeting area is determined for each emergency team member on the mobile guidance route in sequence according to the meeting order, and the assembly route of each emergency team member is determined according to the meeting area; wherein the meeting area is the route shared by the corresponding assembly route and the mobile guidance route.

[0008] By adopting the above technical solution, this solution sets a rendezvous area to limit the rendezvous time between the first aid team members and the patient when formulating the assembly route for each first aid team member. The rendezvous area here can be considered as the intersection of the assembly route of the first aid team members and the moving guidance route. It can be seen that the rendezvous area is not necessarily the location of the rescue point, that is, the first aid team members can rendezvous with the patient during the movement before the patient arrives at the rescue point. Specifically, this application determines the rendezvous order according to the responsibilities of the first aid team members. The rendezvous order can be understood as the order in which the first aid team members rendezvous with the patient. For example, for the first aid team members whose responsibilities are doctors, they can be limited to rendezvous with the patient earlier than the first aid team members whose responsibilities are nurses, so as to facilitate the doctor to complete the work handover with the person who receives the alarm in advance, and understand the patient's condition in advance during the process of moving to the rescue point, so as to buy time for treatment. The scenario of moving patients referred to here is: the patient meets the relevant necessary conditions for transfer, rather than transferring the patient regardless of the patient's situation.

[0009] Optionally, the step of determining a assembling area for each member of the first aid team on the moving guidance route in sequence according to the assembling order based on the current position of the first aid team member and the moving guidance route, and determining the assembly route for each member of the first aid team based on the assembling area includes: The first-in-command emergency team member is regarded as a core member, and a first assembly route is generated for the core member based on the current position of the core member, the location where the emergency supplies are taken, and the movement guidance route; Determine whether the assembly route meets a preset first determination condition, and if so, merge the rescue material taking location with the first assembly route to form a new first assembly route; If the first assembly route does not meet the preset first judgment condition, a second assembly route is generated for all other emergency team members except the core member; associated members are selected from the emergency team members except the core member, and the second assembly route corresponding to the associated member is merged with the emergency material access location to form a new second assembly route; Among them, the second assembly route corresponding to the associated member satisfies a preset second judgment condition, and the preset second judgment condition at least includes: the confluence area formed by the second assembly route corresponding to the associated member and the movement guidance route has an overlapping part with the confluence area formed by the assembly route corresponding to the core member and the movement guidance route.

[0010] By adopting the above technical solution, since some necessary first aid supplies (such as defibrillators, AEDs) will be used in the first aid process, at least one of the first aid team members is required to be responsible for taking the first aid supplies from the first aid supply collection location during the process of the first aid team members gathering and reuniting with the patient. For this reason, when planning the assembly route for the first aid team members, this application specially summarizes the first aid supply collection points into the assembly route to facilitate the first aid team members to use them efficiently. Furthermore, in order to improve the timeliness of the use of first aid supplies, this application proposes to give priority to determining whether the first aid team member (i.e., the core member) who first reunites with the patient has the conditions to pick up the first aid supplies along the way (i.e., the preset first determination condition). If so, the rescue material collection location will be integrated into the assembly route as a priority. If the first aid materials are not available (such as the first aid material collection point is far away from the current location of the core member, if the core member takes a detour to get the first aid materials, it is easy to delay the rescue), then consider selecting team members (i.e., associated members) who can pick up the first aid materials along the way from other first aid team members, and the present application further limits the meeting area of ​​associated members and core members, and the existence of overlapping parts in the meeting area means that the meeting time of the core members and the associated members is close, so that the associated members can meet with the core members within the specified time after the core members meet the patients, thereby improving the timeliness of the use of first aid materials.

[0011] Optionally, the step of assigning a first aid task to members of the first aid team further includes: If no response message is received from the first aid team members within the specified time after the first aid mission is issued, the unresponsive members and their corresponding assembly routes are determined, and based on the responsibilities and assembly routes of the unresponsive members, substitute members who meet the preset substitute conditions are screened, and first aid missions are assigned to the substitute members, so as to replace the unresponsive members in the first aid team with the substitute members.

[0012] By adopting the above-mentioned technical solution, this application takes into account the situation where the emergency team members fail to respond in time after receiving the emergency task, which may easily lead to delays in the assembly of the emergency team and the time of emergency treatment. For this reason, this application specifically limits the response time (i.e., the specified time) and replaces the unresponsive members in time to ensure that the formed emergency team can respond in time and devote themselves to the emergency task.

[0013] Optionally, the method further includes: At every designated period, determine the core members and rescue points corresponding to all emergency rescue alarms acquired within the designated period, determine the permanent location of each core member, and the feasible routes for each core member to move from the permanent location to each rescue point, and group all the feasible routes according to different rescue points so that the endpoints of the feasible routes belonging to the same group are the same rescue point; For each group of feasible routes, the intersection points formed between any feasible routes in the same group are taken as candidate points, and the candidate areas are determined based on the candidate points. The overlapping areas between any two or more candidate areas are determined as areas for additional emergency supplies, and the areas for additional emergency supplies are output.

[0014] By adopting the above technical solution, for the core members of the emergency rescue team, all feasible routes for the core members to move from the permanent location to the rescue point can be determined based on the core members' permanent location (such as a fixed office area) and all rescue points, and then the intersection points between the feasible routes with the same rescue point as the focus are taken as alternative points to determine the alternative area, and further the overlapping areas between multiple alternative areas are taken as areas for additional emergency supplies, so as to increase the probability that the assembly route corresponding to the core members meets the preset first judgment condition when an emergency rescue alarm occurs later.

[0015] Optionally, the method further includes: At every specified period, the high-frequency first aid starting area within the specified period is determined based on the mobile guidance routes corresponding to all emergency rescue alarms obtained within the specified period and the first aid tasks of each first aid team member, and a high-frequency assembly route is generated based on all first aid tasks generated within the specified period, and an emergency plan with a high-frequency first aid area and a high-frequency assembly route is generated and output.

[0016] By adopting the above technical solution, the high-frequency first aid area is determined according to the emergency rescue alarms triggered in the historical period (i.e. within the specified period). The high-frequency first aid area can be considered as the area where first aid situations frequently occur, such as the inpatient lobby and the outpatient lobby. Then, according to the first aid tasks generated within the specified period, the high-frequency assembly route is determined, and the emergency plan with the aforementioned high-frequency first aid area and high-frequency first aid route is output, so that the hospital can reasonably arrange the office locations of the first aid team members based on this, so that the first aid team members can respond quickly when receiving first aid tasks.

[0017] Optionally, the method further includes: Acquire the basic information and / or historical medical records of all patients in real time, screen out risky patients, predict and determine the potential risk areas where the risky patients may need emergency treatment, and generate a predetermined emergency plan based on the potential risk areas. The predetermined emergency plan at least includes emergency team members and the emergency tasks of each emergency team member; The obtaining of emergency rescue alerts includes: Receive an emergency rescue alarm, determine whether there is a predetermined first aid plan that matches the emergency rescue alarm, and if so, execute the corresponding predetermined first aid plan; if not, generate an emergency rescue alarm.

[0018] By adopting the above technical solution, based on the basic information and / or historical medical records of all patients that can be obtained, risk patients who may need emergency treatment can be identified in advance, and the potential risk area for the onset of the risk patient can be predicted. A predetermined emergency plan can be formulated based on the potential risk area, so that when a situation requiring emergency treatment actually occurs, the corresponding predetermined emergency plan can be used to provide rescue quickly and efficiently, thereby improving the emergency response speed.

[0019] In a second aspect, the present application provides an emergency medical rescue deployment management system, including: A rescue alarm preprocessing module is used to obtain an emergency rescue alarm, and based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, issue a movement guide to the alarm receiver, so that the alarm receiver moves to the rescue point based on the movement guide route formed by the movement guide; A first aid plan distribution module is used to form a first aid team and distribute first aid tasks to members of the first aid team; the first aid task at least includes an assembly route, the destination of the assembly route is the rescue point, and at least one assembly route or a mobile guidance route includes a location for obtaining first aid supplies; The emergency communication activation module is used to create an emergency communication channel, through which a comprehensive rescue plan is received and outputted through the emergency communication channel, which is an interaction between the communication messages issued by the emergency team members and the alarm receivers, so that the communication messages received by the emergency team members and the alarm receivers are highly consistent.

[0020] In a third aspect, the present application provides an emergency medical rescue deployment management device, including a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute any one of the methods described in the first aspect.

[0021] In a fourth aspect, the present application provides a computer-readable storage medium storing a computer program that can be loaded by a processor and execute any one of the methods described in the first aspect.

[0022] In summary, this application includes the following beneficial technical effects: This application proposes that when an emergency situation occurs, an emergency team is formed and emergency tasks are assigned to the members of the emergency team, so that the members of the emergency team can eventually gather at the rescue point according to the assembly route to implement the first aid plan for the patient, realize the efficient deployment and rapid assembly of medical personnel, buy time for treatment, and improve the response speed to emergency situations and the success rate of emergency treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for use in the description of the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0024] Figure 1 It is a flowchart of an emergency medical rescue deployment management method disclosed in an embodiment of the present application.

[0025] Figure 2 It is a structural block diagram of an emergency medical rescue deployment management system disclosed in an embodiment of the present application.

[0026] Explanation of the accompanying drawings: 1. Rescue alarm preprocessing module; 2. Emergency task dispatching module; 3. Emergency communication activation module. DETAILED DESCRIPTION

[0027] The following is combined with Figure 1-2 This application is described in further detail.

[0028] The embodiment of the present application discloses an emergency medical rescue deployment management method. The emergency medical rescue deployment management method (hereinafter referred to as the management method) is used to quickly form an emergency rescue team and formulate and issue emergency rescue tasks when in-hospital emergency occurs, helping the emergency rescue team to quickly assemble and meet with patients in need of rescue and treat the patients, thereby improving the response speed to in-hospital emergency. The execution subject of the management method disclosed in this application is the emergency medical rescue deployment management system (hereinafter referred to as the management system). Figure 1 Elaborate on the specific process steps of the management method.

[0029] S101, obtaining an emergency rescue alarm, and based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, issuing movement instructions to the alarm receiver, so that the alarm receiver moves to the rescue point based on the movement instruction route formed by the movement instructions.

[0030] In implementation, each medical staff in the hospital is pre-configured with an alarm trigger module, which can exist in the form of an APP on the mobile terminal of the corresponding medical staff, and all alarm trigger modules are connected to the emergency medical rescue deployment management system. The alarm trigger module has the function of triggering an emergency rescue alarm, and also has communication and positioning functions. Therefore, any medical staff can trigger an emergency rescue alarm through the alarm trigger module, and accordingly, the medical staff who triggers the emergency rescue alarm is the alarm receiver. After receiving the emergency rescue alarm from the alarm receiver, the management system forms a mobile guidance route based on the location of the alarm receiver and the currently controlled rescue point. The starting point of the mobile guidance route is the location of the alarm receiver, and the end point is the rescue point. The rescue point can be considered to be the closest emergency room or the patient's onset location. Exemplarily, the management system sends the mobile guidance route to the alarm trigger module corresponding to the alarm receiver, and controls the alarm trigger module to output the specific landmarks (such as floors, departments, etc.) contained in the mobile guidance route in the form of voice broadcast, thereby realizing the mobile guidance of the alarm receiver.

[0031] S102, forming an emergency team and assigning emergency tasks to members of the emergency team; the emergency tasks at least include an assembly route, the destination of the assembly route is a rescue point, and at least there is an assembly route or a mobile guidance route that includes a location for obtaining emergency supplies.

[0032] The “dispatching emergency tasks to emergency team members” in S102 also includes the following specific steps: Determine the order of joining based on the responsibilities of each member of the emergency team; The first-in-command emergency team member is regarded as a core member, and the first assembly route is generated for the core member based on the core member's current position, the emergency material access location, and the movement guidance route; Determine whether the assembly route meets the preset first determination condition. If so, merge the rescue material taking location with the first assembly route to form a new first assembly route; If the first assembly route does not meet the preset first judgment condition, a second assembly route is generated for all other members of the emergency team except the core members; associated members are selected from the members of the emergency team except the core members, and the second assembly route corresponding to the associated members is merged with the emergency material access location to form a new second assembly route; Among them, the second assembly route corresponding to the associated member meets the preset second judgment condition, and the preset second judgment condition at least includes: the confluence area formed by the second assembly route corresponding to the associated member and the movement guidance route has an overlapping part with the confluence area formed by the assembly route corresponding to the core member and the movement guidance route.

[0033] In practice, the hospital provides first aid training to medical staff in advance and selects professional medical staff as candidates for forming a first aid team. For example, the first aid team disclosed in the embodiment of the present application includes several medical staff with different job attributes, such as medical staff with the job attribute of a doctor, a job attribute of a nurse, and a job attribute of an anesthesiologist.

[0034] Moreover, the present application proposes to determine the order in which the members of the first aid team with different responsibilities meet the patient (i.e., the meeting order) according to the different responsibilities, and set the first aid team member who meets the patient first as the core member (such as a doctor), and then formulate an assembly route for each first aid team member in sequence according to the meeting order. The assembly route is a route starting from the current position of the first aid member and ending at the rescue point. The meeting area mentioned above refers to the area where the assembly route and the mobile guidance route intersect, that is, the area where the first aid team members meet the patient. The meeting order disclosed in the embodiments of the present application is pre-set by humans, and is determined according to the importance of the first aid team members in the team and the size of their role in the success of the patient's first aid.

[0035] When determining the first assembly route, the management system first determines all first candidate routes based on the starting point and the end point, and then selects the second candidate routes that have an intersection with the moving guidance route from all the first candidate routes. The convergence area mentioned above can be considered as an area with the intersection as the center and the specified length as the radius. Then the management system selects the route whose intersection is closest to the current patient's current position from all the second candidate routes as the first assembly route; and the first assembly route satisfies that, based on the current patient's moving speed and the preset moving speed of the core members, the core members arrive at the intersection before the patient, or arrive at the intersection (hereinafter referred to as the first intersection) at the same time.

[0036] After initially generating the first assembly route, the management system will generate a first determination route based on all currently preset emergency material access locations, each emergency material access location, the current location of the core member, and the first intersection, obtain the first determination route corresponding to each emergency material, and determine whether there is a first determination route that meets the preset first preset condition, wherein the preset first determination condition means that: the core member moves to the first intersection along the first determination route according to the preset moving speed of the core member, and the core member arrives at the first intersection before the patient, or arrives at the first intersection at the same time; If there is a first determination route that meets the preset first determination condition, a new first assembly route is regenerated, and the first assembly route includes the first determination route and a route segment corresponding to the first intersection point to the rescue point in the moving guidance route.

[0037] If there is no first determination route that meets the preset first determination condition, then continue to formulate assembly routes for all other emergency team members except the core members. The formulation method of formulating the second assembly route for non-core members is consistent with the generation method of initially generating the first assembly route, which will not be repeated here.

[0038] After completing the second assembly route for all non-core members of the emergency team, the management system will generate a second determination route based on all currently preset emergency material access locations, with each emergency material access location and the current location of the non-core member, obtain the second determination route corresponding to each emergency material, and then determine whether there is a second determination route that meets the preset second determination condition. The preset second determination condition means that after the non-core member moves to the corresponding emergency material access location along the second determination route at the preset moving speed of the non-core member, there is a subsequent available route for the non-core member to move to the moving guidance route at the preset moving speed of the non-core member, and the convergence area formed by the intersection point (hereinafter referred to as the second intersection point) formed by the subsequent available route and the moving guidance route overlaps with the convergence area formed by the first intersection point.

[0039] If so, the corresponding non-core member is the associated member, and the second assembly route of the associated member is readjusted so that the adjusted second assembly route includes, in sequence according to the moving direction: the corresponding second determination route, the subsequent available route, and the route segment corresponding to the second intersection to the rescue point in the moving guidance route.

[0040] If there are multiple second assembly routes of non-core members that all meet the preset second judgment condition, the corresponding non-core member with the largest overlapping area is selected as the associated member; if all non-core members do not meet the preset second judgment condition, the convergence area can be expanded to ensure that there are non-core members who meet the preset second judgment condition. When the convergence area expands to a preset maximum area threshold, the expansion is stopped, and this application assumes that all rescue points are locations for obtaining emergency supplies.

[0041] S103, creating an emergency communication channel, receiving and outputting a comprehensive rescue plan through the emergency communication channel, which is an interaction and collation of communication messages issued by the emergency team members and the alarm receivers, so that the communication messages received by the emergency team members and the alarm receivers are highly consistent.

[0042] During implementation, medical personnel can transmit communication messages through the alarm trigger module, and the management system is used to receive communication messages and build the same communication channel (i.e., emergency communication channel) for first aid team members belonging to the same first aid team. Communication messages issued by each first aid team in the corresponding first aid team are broadcast through the emergency communication channel, and all first aid team members in the corresponding first aid team can be informed of the corresponding communication messages.

[0043] Optionally, after “dispatching emergency tasks to emergency team members” in S102, the following steps may also be performed: If no response message is received from the first aid team members within the specified time after the first aid mission is issued, the unresponsive members and their corresponding assembly routes are determined, and based on the responsibilities and assembly routes of the unresponsive members, substitute members who meet the preset substitute conditions are screened, and first aid missions are assigned to the substitute members, replacing the unresponsive members in the first aid team with substitute members.

[0044] In implementation, whenever the management system sends a communication message to the alarm trigger module corresponding to each member of the first aid team, the timing will start. When the timing reaches the specified time, if there is a first aid team member who has not sent a response message (i.e., an unresponsive member), then based on the assembly route of the unresponsive member, a substitute member who can replace the unresponsive member is selected from other candidates of the first aid team, and then the first aid team is readjusted to replace the unresponsive member in the first aid team with the substitute member. Among them, the preset replacement condition can be: the current location of the substitute member is closest to the unresponsive member, or is located on the assembly route of the unresponsive member.

[0045] Optionally, the management method also includes: At every designated period, determine the core members and rescue points corresponding to all emergency rescue alarms obtained within the designated period, determine the permanent location of each core member, and the feasible route for each core member to move from the permanent location to each rescue point, and group all feasible routes according to different rescue points so that the endpoints of the feasible routes belonging to the same group are the same rescue point; For each group of feasible routes, the intersection points formed between any feasible routes in the same group are taken as candidate points, and the candidate areas are determined based on the candidate points. The overlapping areas between any two or more candidate areas are determined as areas for additional emergency supplies, and the areas for additional emergency supplies are output.

[0046] During implementation, the management system is used to classify and group the feasible routes for moving the core members of the emergency team to each rescue point at specified intervals. For the feasible routes in the same group whose end points are the same rescue point, the intersection point formed between any feasible routes in the same group is used as an alternative point, and an alternative area is delineated with the alternative point as the center and the specified length as the radius. The overlapping area between two or more alternative areas is then output as an area for additional emergency supplies, so as to regularly recommend to the hospital the area for the establishment of emergency supply locations (i.e., additional emergency supply areas).

[0047] Optionally, the management method also includes: Every specified period, the high-frequency first aid starting area within the specified period is determined based on the mobile guidance routes corresponding to all emergency rescue alarms obtained within the specified period and the first aid tasks of each first aid team member, and a high-frequency assembly route is generated based on all first aid tasks generated within the specified period. An emergency plan with a high-frequency first aid area and a high-frequency assembly route is generated and output.

[0048] During implementation, the management system is also used to determine, at specified intervals, based on the starting points of the mobile guidance routes generated within the specified period, the starting point positions whose ratio of appearance times to the total number of mobile guidance routes is higher than a preset ratio, and use the designated range around the corresponding starting point positions as the high-frequency first aid starting area; it is also used to determine, based on the assembly routes included in all first aid tasks generated within the specified period, line segments in all assembly routes whose ratio of appearance times to the total number of assembly routes is higher than a preset ratio as high-frequency assembly routes, output high-frequency first aid areas and high-frequency assembly routes so that the hospital can be informed, and based on this, reasonably arrange the permanent positions of the backup personnel of the first aid team, such as arranging the permanent positions of the backup personnel of the first aid team close to the high-frequency assembly routes or the high-frequency first aid areas, to further improve the response speed of first aid situations.

[0049] Optionally, the management method further includes the following steps: Obtain the basic information and / or historical medical records of all patients in real time, screen out risky patients, predict and determine the potential risk areas where risky patients may need emergency treatment, and generate a predetermined emergency plan based on the potential risk areas. The predetermined emergency plan at least includes the emergency team members and the emergency tasks of each emergency team member; The corresponding “obtaining emergency rescue alert” in S101 specifically includes the following sub-steps: Receive the emergency rescue alarm, determine whether there is a predetermined first aid plan that matches the emergency rescue alarm, if so, execute the corresponding predetermined first aid plan; if not, generate an emergency rescue alarm.

[0050] In implementation, in addition to the above-mentioned emergency rescue alarm actively triggered by the alarm receiver, the present application also proposes to obtain all the information of existing patients in real time through the management system. All the information here can be the patient's age, the department visited, the condition contained in the historical consultation record, etc., and then based on the preset high-risk factors, the patients with high-risk factors in the information are determined as risk patients; wherein, the high-risk factors may include an age of over 70 years old, the department visited is a department prone to emergency risk such as cardiovascular and cerebrovascular, and the type of disease that is prone to emergency treatment (such as heart disease). In other embodiments, the risk patients can be further classified based on the number of high-risk factors included. For example, the more high-risk factors a risk patient contains, the higher the risk level, and the more priority is given to generating a predetermined emergency plan for it. It should be noted here that the management system obtains patient information based on reasonable and legal means, and the basic information of the patient includes at least the patient's identity information; and the patient here specifically refers to in-hospital patients, and does not include patients who have been discharged.

[0051] For risky patients, their current location and the location where they are most likely to need emergency treatment are designated as potential risk areas, such as treatment departments, registration halls, wards, etc. The management system is used to generate a corresponding mobile guidance route for each potential risk area. The starting point of the mobile guidance route is the corresponding potential risk area, and the end point is the rescue point closest to the potential risk area. Then, according to the above method, an emergency team is formed, and based on the current location of each emergency team member and the location of the rescue point, an emergency task with an assembly route is generated for each emergency team member, thereby generating a predetermined emergency plan with patient identity information, mobile guidance route, emergency team, and emergency task.

[0052] Correspondingly, when the management system receives an emergency rescue alarm, it will determine whether there is a predetermined first aid plan consistent with the patient identity corresponding to the current emergency rescue alarm based on the patient's identity information. If so, the match is successful, and the supervision system will activate the predetermined first aid plan, send the first aid tasks to the corresponding first aid team members, and send a mobile guidance route to the medical staff closest to the patient's current location, so that the medical staff can act as the person receiving the alarm and transfer the patient to the rescue point.

[0053] The present application also discloses an emergency medical rescue deployment management system. Figure 2 , the emergency medical rescue deployment management system includes: The rescue alarm preprocessing module 1 is used to obtain the emergency rescue alarm, and based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, send a movement guide to the alarm receiver, so that the alarm receiver moves to the rescue point based on the movement guide route formed by the movement guide; The emergency task dispatching module 2 is used to form an emergency team and dispatch emergency tasks to members of the emergency team; the emergency task at least includes an assembly route, the destination of the assembly route is the rescue point, and at least there is an assembly route or a mobile guidance route that includes a location for taking emergency supplies; The emergency communication activation module 3 is used to create an emergency communication channel, and receive and output a comprehensive rescue plan through the emergency communication channel that is interactively organized by the communication messages issued by the emergency team members and the alarm receivers, so that the communication messages received by the emergency team members and the alarm receivers are highly consistent.

[0054] Optionally, the first aid task dispatching module 2 is also used to determine the rendezvous order based on the duty attributes of each first aid team member in the first aid team; according to the current location of the first aid team members and the moving guidance route, in accordance with the rendezvous order, the rendezvous area is sequentially determined for each first aid team member on the moving guidance route, and the assembly route of each first aid team member is determined according to the rendezvous area; wherein the rendezvous area is the route shared by the corresponding assembly route and the moving guidance route.

[0055] Optionally, the emergency task dispatching module 2 is also used to take the emergency team member who is first in the convergence order as a core member, and generate a first assembly route for the core member based on the core member's current position, the emergency material acquisition position, and the mobile guidance route; it is also used to determine whether the assembly route meets the preset first judgment condition, and if so, merge the rescue material acquisition position with the first assembly route to form a new first assembly route; it is also used to generate second assembly routes for all other emergency team members except the core member if the first assembly route does not meet the preset first judgment condition; select associated members from the emergency team members except the core members, and merge the second assembly routes corresponding to the associated members with the emergency material acquisition position to form a new second assembly route; wherein the second assembly routes corresponding to the associated members meet the preset second judgment condition, and the preset second judgment condition at least includes: the convergence area formed by the second assembly route corresponding to the associated member and the mobile guidance route has an overlapping part with the convergence area formed by the assembly route corresponding to the core member and the mobile guidance route.

[0056] Optionally, the emergency task dispatching module 2 is also used to determine the unresponsive members and their corresponding assembly routes if no response message is received from the emergency team members within a specified time after the emergency task is issued, screen the substitute members who meet the preset substitute conditions based on the duty attributes and assembly routes of the unresponsive members, dispatch the emergency task to the substitute members, and replace the unresponsive members in the emergency team with the substitute members.

[0057] Optionally, it also includes an emergency supplies addition recommendation module, which is used to determine, at specified intervals, the core members and rescue points corresponding to all emergency rescue alarms obtained within a specified period, determine the permanent location of each core member, and the feasible routes for each core member to move from the permanent location to each rescue point, and group all feasible routes according to different rescue points so that the end points of feasible routes belonging to the same group are the same rescue point; it is also used to, for each group of feasible routes, use the intersection points formed between any feasible routes in the same group as alternative points, determine alternative areas based on the alternative points, determine the overlapping areas between any two or more alternative areas as areas for additional emergency supplies, and output the areas for additional emergency supplies.

[0058] Optionally, it also includes a high-frequency emergency plan summary module, which is used to determine the high-frequency first aid starting area within the specified period according to the mobile guidance routes corresponding to all emergency rescue alarms obtained within the specified period and the first aid tasks of each first aid team member at every specified period, and generate a high-frequency assembly route based on all first aid tasks generated within the specified period, and generate and output an emergency plan with a high-frequency first aid area and a high-frequency assembly route.

[0059] Optionally, it also includes a first aid plan reservation module, which is used to obtain the basic information and / or historical consultation records of all patients in real time, screen out risk patients, predict and determine the potential risk areas where risk patients may need first aid, and generate a predetermined first aid plan based on the potential risk areas. The predetermined first aid plan at least includes the first aid team members and the first aid tasks of each first aid team member; The rescue alarm preprocessing module 1 is also used to receive the emergency rescue alarm, determine whether there is a predetermined first aid plan that matches the emergency rescue alarm, and if so, execute the corresponding predetermined first aid plan; if not, generate an emergency rescue alarm.

[0060] An embodiment of the present application also discloses an emergency medical rescue deployment management device, which includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute the emergency medical rescue deployment management method as described above.

[0061] An embodiment of the present application also discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and execute the emergency medical rescue deployment management method as described above. The computer-readable storage medium includes, for example: a USB flash drive, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk or an optical disk, and other media that can store program codes.

[0062] It should be noted that, in this document, relational terms such as first and second, etc. are merely used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations.

[0063] The above embodiments are only used to illustrate the technical solutions of the present application, rather than to limit the protection scope of the application. Obviously, the described embodiments are only some embodiments of the present application, rather than all embodiments. Based on these embodiments, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present application.

Claims

1. An emergency medical rescue deployment management method, characterized in that: include: Obtain an emergency rescue alarm, and based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, issue a movement guide to the alarm receiver, so that the alarm receiver moves to a rescue point based on a movement guide route formed by the movement guide; Forming an emergency team and assigning emergency tasks to members of the emergency team; the emergency task at least includes an assembly route, the destination of the assembly route is the rescue point, and at least one assembly route or a movement guidance route includes a location for obtaining emergency supplies; An emergency communication channel is created, through which a comprehensive rescue plan is received and outputted that is an interaction and collation of communication messages issued by emergency team members and call receivers, so that the communication messages received by emergency team members and call receivers are highly consistent.

2. The emergency medical rescue deployment management method according to claim 1, characterized in that: The dispatching of first aid tasks to members of the first aid team includes: Determine the order of joining based on the duty attributes of each first aid team member in the first aid team; According to the current position of the emergency team members and the mobile guidance route, a meeting area is determined for each emergency team member on the mobile guidance route in sequence according to the meeting order, and the assembly route of each emergency team member is determined according to the meeting area; wherein the meeting area is the route shared by the corresponding assembly route and the mobile guidance route.

3. The emergency medical rescue deployment management method according to claim 2, characterized in that: The method of determining a assembling area for each member of the first aid team on the moving guidance route in sequence according to the current position of the first aid team member and the moving guidance route and determining the assembly route for each member of the first aid team according to the assembling area includes: The first-in-command emergency team member is regarded as a core member, and a first assembly route is generated for the core member based on the current position of the core member, the location where the emergency supplies are taken, and the movement guidance route; Determine whether the assembly route meets a preset first determination condition, and if so, merge the rescue material taking location with the first assembly route to form a new first assembly route; If the first assembly route does not meet the preset first judgment condition, a second assembly route is generated for all other emergency team members except the core member; associated members are selected from the emergency team members except the core member, and the second assembly route corresponding to the associated member is merged with the emergency material access location to form a new second assembly route; Among them, the second assembly route corresponding to the associated member satisfies a preset second judgment condition, and the preset second judgment condition at least includes: the confluence area formed by the second assembly route corresponding to the associated member and the movement guidance route has an overlapping part with the confluence area formed by the assembly route corresponding to the core member and the movement guidance route.

4. The emergency medical rescue deployment management method according to claim 2, characterized in that: The dispatching of first aid tasks to members of the first aid team also includes: If no response message is received from the first aid team members within the specified time after the first aid mission is issued, the unresponsive members and their corresponding assembly routes are determined, and based on the responsibilities and assembly routes of the unresponsive members, substitute members who meet the preset substitute conditions are screened, and first aid missions are assigned to the substitute members, so as to replace the unresponsive members in the first aid team with the substitute members.

5. The emergency medical rescue deployment management method according to claim 3, characterized in that: The method further comprises: At every designated period, determine the core members and rescue points corresponding to all emergency rescue alarms acquired within the designated period, determine the permanent location of each core member, and the feasible routes for each core member to move from the permanent location to each rescue point, and group all the feasible routes according to different rescue points so that the endpoints of the feasible routes belonging to the same group are the same rescue point; For each group of feasible routes, the intersection points formed between any feasible routes in the same group are taken as candidate points, and the candidate areas are determined based on the candidate points. The overlapping areas between any two or more candidate areas are determined as areas for additional emergency supplies, and the areas for additional emergency supplies are output.

6. The emergency medical rescue deployment management method according to claim 1, characterized in that: The method further comprises: At every specified period, the high-frequency first aid starting area within the specified period is determined based on the mobile guidance routes corresponding to all emergency rescue alarms obtained within the specified period and the first aid tasks of each first aid team member, and a high-frequency assembly route is generated based on all first aid tasks generated within the specified period, and an emergency plan with a high-frequency first aid area and a high-frequency assembly route is generated and output.

7. The emergency medical rescue deployment management method according to claim 1, characterized in that: The method further comprises: Acquire the basic information and / or historical medical records of all patients in real time, screen out risky patients, predict and determine the potential risk areas where the risky patients may need emergency treatment, and generate a predetermined emergency plan based on the potential risk areas. The predetermined emergency plan at least includes emergency team members and the emergency tasks of each emergency team member; The obtaining of emergency rescue alerts includes: Receive an emergency rescue alarm, determine whether there is a predetermined first aid plan that matches the emergency rescue alarm, and if so, execute the corresponding predetermined first aid plan; if not, generate an emergency rescue alarm.

8. An emergency medical rescue deployment management system, characterized in that: include, A rescue alarm preprocessing module (1) is used to obtain an emergency rescue alarm and, based on the urgency of the emergency rescue alarm and the real-time location information of the alarm receiver, issue a movement guide to the alarm receiver so that the alarm receiver moves to a rescue point based on a movement guide route formed by the movement guide; A first aid task dispatching module (2) is used to form a first aid team and dispatch first aid tasks to members of the first aid team; the first aid task at least includes an assembly route, the destination of the assembly route is the rescue point, and at least one of the assembly route and the movement guidance route includes a location for obtaining first aid supplies; The emergency communication activation module (3) is used to create an emergency communication channel, and receive and output a comprehensive rescue plan through the emergency communication channel, which is an interaction and collation of communication messages issued by emergency team members and alarm receivers, so that the communication messages received by emergency team members and alarm receivers are highly consistent.

9. An emergency medical rescue deployment management device, characterized in that: The method comprises a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute any one of the methods according to claims 1 to 7.

10. A computer-readable storage medium, characterized in that: A computer program is stored which can be loaded by a processor and execute any one of the methods as claimed in claims 1 to 7.

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