Intelligent first-aid one-key early warning system

Abstract

The invention provides an intelligent first-aid one-key early warning system, which comprises an early warning management module, and is characterized in that the early warning management module comprises a starting sub-module used for starting and setting first-aid early warning information and a receiving sub-module used for receiving and obtaining the first-aid early warning information; the promoter sub-module comprises a starting unit and an editing unit, the starting unit is used for initiating first-aid early warning information, and the editing unit is used for editing the first-aid early warning information and confirming and sending the first-aid early warning information; the editing unit edits the first-aid early warning information, including first-aid type editing, medical staff editing, common expression selection editing, destination editing and input editing; and after the starting sub-module sends the first-aid early warning information, the receiving sub-module receives the first-aid early warning information and feeds back the first-aid early warning information to the user. According to the application, on one hand, rescue resources can be coordinated to cope with the patients with compound critical diseases, and on the other hand, a preliminary rescue scheme can be formulated in advance, so that golden rescue time is won for the patients.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical service systems, and in particular relates to a smart first aid one-key warning system. Background Art

[0002] The development direction of medical assistance is the rescue rate and cure rate. For emergency patients, the rescue rate is a more important data indicator. Many emergency patients often miss the best time for rescue because they do not receive timely rescue. In the current social environment, the aging trend is becoming increasingly obvious, and the number of patients with complex and critical diseases is gradually increasing. This undoubtedly puts higher demands on the hospital's emergency treatment services.

[0003] The emergency department serves as a bridge between pre-hospital emergency care and in-hospital specialist departments. Its daily work is busy and urgent. The treatment of critically ill patients is of vital importance. The current medical rescue system still faces some challenges. The emergency department is under greater time pressure, and emergency patients may face complex critical illnesses when they need help. At this time, on the one hand, there is an information barrier between the emergency department and other departments, making it difficult to handle the rescue responsibilities of difficult complex critical illnesses. On the other hand, the emergency department can only know the patient's condition when it receives the emergency patient, and then formulate a treatment plan. This is highly dependent on the experience and ability of medical staff, which is not conducive to patients in terms of time and treatment plan. Summary of the invention

[0004] In view of the above technical problems, this application proposes a smart emergency one-key warning system, and the specific technical solution is as follows:

[0005] A smart first aid one-key warning system, comprising a warning management module, wherein the warning management module comprises a starter submodule for starting and setting first aid warning information and a receiving submodule for receiving and obtaining first aid warning information;

[0006] The initiator module includes an initiator unit and an editor unit, wherein the initiator unit is used to initiate emergency warning information, and the editor unit is used to edit and confirm the sending of the emergency warning information;

[0007] The editing unit edits the emergency warning information including the editing of emergency type, medical staff, common phrase selection, destination and input;

[0008] After the start submodule sends the emergency warning information, the receiving submodule receives the emergency warning information and feeds it back to the user.

[0009] Further, the editing unit includes a first aid type subunit, a role subunit, a common phrase subunit, a location subunit, and an input subunit. The first aid type subunit is used to edit or select a first aid type, the role subunit is used to select a department or a medical staff in a department, the common phrase subunit is used to select edited common first aid warning information, the location subunit is used to select a corresponding destination, and the input subunit is used to edit custom information;

[0010] The first aid type subunit, role subunit, common phrase subunit, location subunit, and input subunit exist in a fixed position of the window of the editing unit in the form of controls and / or windows.

[0011] Furthermore, the first aid type subunit, role subunit, and location subunit are also displayed in the editing content of the common phrase subunit in a floating control display mode.

[0012] Furthermore, the subwindow of the role subunit includes a primary directory of departments, a secondary directory of medical staff, and a subcontrol corresponding to the primary directory, and the subcontrol is used to control the display of the secondary directory under the primary directory.

[0013] Further, the receiving submodule includes a notification unit, an alarm unit and a confirmation unit;

[0014] The notification unit notifies the user in one or more forms of text messages, pop-up windows, and phone calls;

[0015] The alarm unit includes an audible and visual alarm, and / or a display screen to display emergency warning information;

[0016] The confirmation unit is used to confirm receipt of the emergency warning information.

[0017] Furthermore, it also includes a personnel management module, an information integration module and an interface management module;

[0018] The personnel management module is used to manage the organizational structure based on department division, the medical staff information corresponding to the organizational structure, and the medical team set according to the emergency type;

[0019] The information integration module is used to mark and manage time nodes, record the data of emergency warning, and statistically display the data trend or data status of emergency warning;

[0020] The interface management module is used to provide an interface for connecting to the outside.

[0021] Furthermore, the information integration module also includes a sign-in management submodule, which is used for execution feedback of the first aid procedure after the first aid warning information is released. When the first aid warning information is released, the sign-in management submodule automatically turns on the sign-in device at the destination according to the destination of the first aid warning information and creates a sign-in procedure for the medical staff on site to sign in.

[0022] Furthermore, the early warning system is connected to an external emergency telephone system and a patient information system through an interface management module, and the method by which the early warning system obtains the medical information of emergency patients from the patient information system is:

[0023] Keep the early warning system monitoring the emergency telephone system;

[0024] When the emergency telephone system receives a call, the early warning system forms a first instruction and sends it to the patient information system;

[0025] When the incoming call is hung up, the early warning system forms a corresponding second instruction and sends it to the patient information system;

[0026] During the call, the early warning system forms an editable matching instruction and sends it to the patient information system, so that the first instruction and the second instruction are matched through the matching instruction to generate a third instruction;

[0027] The third instruction controls the patient information system to send the medical information of the emergency patient to the early warning system.

[0028] The beneficial effects of the present invention are as follows: the smart first aid one-key warning system of the present application is deployed as a hospital as a whole, breaking down the information barriers between various departments. On the one hand, it can coordinate rescue efforts in a primary and secondary manner to better cope with complex critically ill patients. On the other hand, it can understand the basic conditions of emergency patients before they are admitted to the hospital, and formulate preliminary treatment plans, thereby gaining golden rescue time for patients. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 Shown is a schematic diagram of the early warning system;

[0030] Figure 2 What is shown is an example of an implementation of the editing unit;

[0031] Figure 3 The process of obtaining relevant information of emergency patients is shown. DETAILED DESCRIPTION

[0032] In the following description, certain specific details are set forth in order to provide a thorough understanding of various embodiments. However, it will be appreciated by those skilled in the art that the present invention may be practiced without these details. In other cases, well-known structures are not shown or described in detail to avoid unnecessarily obscuring the description of the embodiments. Unless the context otherwise requires, throughout the specification and the appended claims, the word "comprising" shall be interpreted in an open, inclusive sense, i.e., as "including but not limited to".

[0033] "One embodiment" or "embodiment" mentioned throughout this specification means that in at least one embodiment, specific features, structures or characteristics related to the embodiment are included. Therefore, the phrases "in one embodiment" or "in an embodiment" appearing in various places throughout this specification do not necessarily all refer to the same embodiment. In addition, specific features, structures or characteristics can be combined in any suitable manner in one or more embodiments. In addition, as used in this specification and the appended claims, the singular forms "one / kind" and "the" include plural indicators unless the context clearly dictates otherwise. It should also be noted that the term "or" is generally used in its meaning that includes "and / or" unless the context clearly dictates otherwise.

[0034] like Figure 1 As shown, a smart first aid one-key warning system recorded in the present application includes a personnel management module, a warning management module, an information integration module and an interface management module. These four modules can be data-connected and data-communicated with each other to realize rapid warning management of the hospital during the first aid process.

[0035] In the early warning system, the personnel management module includes an organizational structure submodule, a role submodule and a medical team submodule, and different submodules are used to manage different personnel information.

[0036] In the organizational structure submodule, several different department categories are set up according to the hospital's department division criteria, such as thoracic surgery, cardiology, obstetrics and gynecology, etc. The number and names of department categories in the organizational structure submodule are set according to the actual configuration requirements of the hospital. In addition, the organizational structure submodule also has editing and management functions, and can perform operations such as deletion, addition, modification, replacement, and movement on the department categories.

[0037] In the role submodule, each department category of the organizational structure submodule is mainly corresponding to the registration of all medical staff in the department, mainly doctor information, which can assist in registering nursing staff information, that is, the information of doctors and nursing staff can be registered at the same time, or only the doctor's information can be registered; when registering the information of doctors and nursing staff at the same time, they can be displayed in the same window, distinguished by different identity tags, or displayed separately in different windows. The role submodule also has editing and management functions, and can perform operations such as deletion, addition, modification, replacement, and movement on the information of medical staff.

[0038] In the medical group submodule, different medical groups are set up according to the type of emergency treatment, and corresponding medical staff are configured in the medical groups. Generally speaking, emergency patients include stroke, chest pain, trauma, critically ill newborns and critically ill pregnant women, etc. Therefore, the medical group can also set up stroke medical groups, chest pain medical groups, trauma medical groups, critically ill newborn medical groups and critically ill pregnant women medical groups accordingly, and configure corresponding medical staff for each medical group. The medical staff of different medical groups can be completely different or partially the same, according to the actual number of emergency medical staff in the hospital. If the number of emergency medical staff is small, the medical staff of different medical groups are allowed to be partially the same, that is, some medical staff may exist in different medical groups at the same time. In addition, the medical group submodule also has editing and management functions, and can perform operations such as deletion, addition, modification, replacement, and movement on the medical group, that is, the information of the medical staff in the medical group.

[0039] The warning management module includes a starter module and a receiving submodule, wherein the starter module is used to start and set the emergency warning information, and the receiving submodule is used to receive and obtain the emergency warning information.

[0040] The promoter module includes a promoter unit, an editing unit and a patient management unit.

[0041] Emergency warning information can be initiated in the startup unit, which supports multiple emergency warning startup modes, including department-based warning mode, medical team-based warning mode, and patient-based warning mode. Users can select the warning mode in the startup unit according to the actual situation.

[0042] The initiated emergency warning information can be edited in the editing unit, including the emergency type sub-unit, role sub-unit, common phrase sub-unit, location sub-unit, and input sub-unit, such as Figure 2 What is shown is an implementation of the editing unit, in which the position of each subunit and the size of the control window can be adjusted according to actual conditions.

[0043] The editing unit is used to improve and adjust the first aid warning information. Users can select the corresponding first aid type in the first aid type sub-unit, select the corresponding specific department or one or several specific medical staff under the department in the role sub-unit, select the edited commonly used first aid warning information in the common terms sub-unit, select the corresponding target location in the location selection sub-unit, and input text in the input sub-unit to edit custom information for some special situations.

[0044] The selectable first aid types in the first aid type sub-unit can be the same as the settings of the medical group, including stroke, chest pain, trauma, critically ill newborns and critically ill pregnant women. Therefore, when you choose to initiate first aid warning information based on the warning mode of the medical group, the system will select the corresponding first aid type by default. In other warning modes, the first aid type will be selected as empty, and you need to make a corresponding selection in the editing unit.

[0045] The information of medical staff in the role sub-unit and the role sub-module is the same, including the first-level directory of all departments in the hospital and the second-level directory under each department. The second-level directory corresponds to specific medical staff.

[0046] The commonly used phrases sub-unit is mainly used to improve the efficiency of issuing emergency warning information. Therefore, some frequently used emergency warning information that has been edited will be preset in the commonly used phrases sub-unit, such as "Please ask the chief physician of the cardiology department to come to the emergency department for emergency consultation" or "Please ask the chief physician of the thoracic surgery department to come to the emergency department for emergency consultation".

[0047] The target location selected by the department in the location subunit is usually consistent with the organizational structure, that is, the target location is the same as the department setting, such as "Emergency Department", "Cardiology Department", "Respiratory Department", "Orthopedics Department", etc.

[0048] It should be noted that when the first aid warning start-up mode is selected through the start-up unit, the editing unit will be automatically entered or loaded. The editing unit will be displayed in a window mode, and in the window of the editing unit, the first aid type sub-unit, role sub-unit, common phrase sub-unit, location sub-unit, and input sub-unit will exist in the window of the editing unit in the form of sub-windows or controls. At least the first aid type sub-unit, common phrase sub-unit, and location sub-unit can be set as controls for selectable categories, and the controls are displayed in the window of the editing unit. Users can expand the selectable categories by clicking on the controls for the user to select. The role sub-unit can not only be set as a control for a selectable category, but also a matching sub-window can be set to display it, so as to improve the use efficiency of the role sub-unit.

[0049] The above controls will be displayed in a fixed position in the window of the editing unit, and will also be displayed in the editing content of the common phrases subunit in floating display mode. For example, in "Please ask Director *** of the Department of Thoracic Surgery to go to the Emergency Department for emergency consultation", "Emergency Department" will be displayed as a control, and users can directly click on the control to change the selected destination; when there is no corresponding control in the editing content of the common phrases subunit, it is necessary to customize the editing through the input subunit. At this time, users can select the corresponding content by clicking on the corresponding control that is fixedly displayed in the window of the editing unit.

[0050] What is more special is that since the role sub-unit has a first-level directory containing department information and a second-level directory containing specific medical staff information, the role sub-unit needs to set up a sub-window in the editing unit window to display it, and the role sub-unit also has a sub-control corresponding to each first-level directory. The function of the sub-control is to control the display status of the second-level directory under the first-level directory, especially when selecting a department or a specific person, the controlled state of the sub-control is used to distinguish. When the user clicks on the display area of ​​the first-level directory but does not click on the sub-control in the first-level directory, it means that all medical staff in the first-level directory are selected, and it will be displayed as "All ** Departments"; when the user clicks on the sub-control of the first-level directory, the first-level directory will be expanded to display the second-level directory, and the user can make a selection by clicking on a specific medical staff, and the conference "** Doctor of ** Department" will be displayed.

[0051] The patient management unit is independent of the startup unit and the editing unit, but it is not necessarily displayed separately. Generally speaking, the patient management unit can be displayed in the window of the editing unit at the same time, but the information in the patient management unit can only be used for display or viewing and cannot be edited. The patient management unit will record the relevant information of each emergency patient, and the relevant information of an emergency patient is automatically generated through a preset management method. When a new emergency patient is formed in the patient management unit, the system will prompt the user to initiate an emergency warning message. Of course, the user also has the authority to initiate an emergency warning message on his own. Therefore, each emergency warning message that has been initiated will contain the corresponding patient information, but this patient information will not be displayed in the emergency warning message; Generally speaking, the emergency warning message will include the destination, so the patient's relevant medical information can be sent directly to the destination.

[0052] The receiving submodule includes a notification unit, an alarm unit and a confirmation unit.

[0053] The notification unit is mainly used for receiving targeted messages, including multiple notification modes, generally including pop-up notification mode, short message notification mode, and telephone notification mode. The pop-up notification mode displays emergency warning information in the form of a pop-up window on the PC or mobile terminal, and the short message notification mode sends the emergency warning information to the mobile terminal of the medical staff in the form of a short message. The telephone notification mode also notifies the medical staff of the emergency warning information by calling them. These notification modes are not used at the same time, but can be selectively arranged or turned on. For example, the pop-up notification mode can be used for both the PC and the mobile terminal, while the short message notification mode and the telephone notification mode can only be used for the mobile terminal, and the mobile terminal can selectively set one, two, or three of the pop-up notification mode, the short message notification mode, and the telephone notification mode. When the short message notification mode and the telephone notification mode are used, the medical staff's communication method needs to be registered in the role submodule accordingly, and the medical staff can set whether to turn on the short message notification mode and the telephone notification mode on their mobile terminal.

[0054] The alarm unit is mainly used for public information notification, including sound and light alarm and alarm display. The sound and light alarm is executed by common alarms, while the alarm display uses the public display screen in the hospital to display emergency warning information.

[0055] The confirmation unit is when medical staff actively confirms receipt of the emergency warning information after receiving it on the PC or mobile terminal, and will cancel the relevant notification of the emergency warning information after confirming receipt of the message; of course, the emergency warning information can also be set to be automatically canceled, and the number of warnings or the warning duration are generally set to achieve automatic cancellation of the emergency warning information. The alarm unit can usually automatically cancel the emergency warning information by setting the number of warnings or the warning duration.

[0056] The information integration module includes a time node management submodule, a history record submodule, a statistics submodule, and a sign-in management submodule.

[0057] The time node management submodule is used to time-mark and manage each operation on the system. For example, when an emergency warning is initiated, the time node management submodule will time-mark the operation; when a medical staff member confirms receipt of the message, the time node management submodule will time-mark the operation.

[0058] The history record submodule and the statistics submodule manage the data of each emergency warning from different angles. The history record submodule is used to record the whole process data of each specific emergency warning, and the statistics submodule is used to display the data trend or data status of the emergency warning over a period of time, so that the hospital can adjust the medical resources according to these data.

[0059] The sign-in management submodule is used for the execution feedback of the first aid procedure after the first aid warning information is released. When the first aid warning information is released, the sign-in management submodule will automatically turn on the sign-in device at the destination and create a sign-in program according to the destination of the first aid warning information. The personnel list of the sign-in program is also directly retrieved from the list of medical staff in the first aid warning information, so that the relevant medical staff can directly sign in after arriving at the destination. The sign-in methods are not limited to face recognition, work number input sign-in, fingerprint sign-in, and employee card near-field communication sign-in.

[0060] The interface management module is used to manage the system interface from the physical direct connection level and the communication connection level. The interface management module includes the SMS platform interface, the phone call interface, the patient information acquisition interface, etc. Among them, the SMS platform interface is used to execute short message notifications, and the phone call interface is used to execute phone notifications.

[0061] According to the above records, the relevant information of emergency patients in the patient management unit is automatically generated through a preset management method, and the relevant information of the emergency patients is obtained through the patient information acquisition interface. Generally speaking, the patient information of the hospital is a very important and private type of information. Therefore, the patient information system of the hospital and the early warning system of this case are two completely independent systems. The early warning system of this application can only obtain the corresponding patient information from the patient information system of the hospital through the patient information acquisition interface. Setting up a patient information acquisition interface is very helpful in breaking through the information barriers of patient emergency treatment, and is conducive to fully understanding the previous deaths and current patient status of emergency patients in advance, and making relevant preparations for emergency treatment based on this.

[0062] The early warning system in this case needs to obtain relevant information of emergency patients and needs to be connected to the emergency telephone system of the hospital through the interface management module. The method for the early warning system in this case to obtain relevant information of emergency patients through the patient information system of the hospital is as follows. Figure 3 As shown:

[0063] Maintain monitoring of the hospital's emergency telephone system;

[0064] When the hospital's emergency telephone system receives a call, a corresponding first instruction is formed and sent to the patient information system;

[0065] When the incoming call is hung up, a corresponding second instruction is formed and sent to the patient information system;

[0066] The early warning system sends a matching instruction to the patient information system, so that the first instruction is matched with the second instruction through the matching instruction to generate a third instruction, and the third instruction is used to control the patient information system to send specific patient information to the early warning system.

[0067] In the above method, during the information transmission process, the early warning system is not restricted from sending instructions to the patient information system, but the patient information system is restricted from sending instructions or data to the early warning system. Only under special conditions is the patient information system allowed to send data to the early warning system.

[0068] It should be emphasized that each time the emergency telephone system receives a call, a unique first instruction will be generated, and a matching instruction for matching the first instruction and the second instruction will be generated in the early warning system. When the call is hung up, a unique second instruction matching the first instruction will be generated. If different calls are connected or the same call is connected at different times, different first instructions and matching second instructions will be generated. After the first and second instructions are sent to the patient information system, they will only be stored for a period of time and will not constitute substantial control or operation of the patient information system.

[0069] Whether the matching instruction is sent to the patient information system is operated by the user. When the user chooses to send the matching instruction to the patient information system, the matching instruction will match the corresponding first instruction and second instruction, and when the matching is completed, a third instruction will be generated. The third instruction will form a substantial control or operation of the patient information system, causing the patient information system to send specific patient information to the early warning system.

[0070] When the user chooses not to send the matching instruction to the patient information system, the first instruction and the second instruction stored in the patient information system will be automatically deleted by the patient information system after the set time period ends.

[0071] In the above scheme, the first instruction and the second instruction do not carry any patient information that needs to be obtained, but only carry information data used for matching and part of the data of the third instruction, that is, part of the data of the third instruction is stored in the first instruction, and the other part is stored in the second instruction. The data in the first instruction and the second instruction must be combined to form a complete third instruction.

[0072] In addition to carrying the data used to match the first instruction and the second instruction and the matching data, the matching instruction also carries the relevant index data of the patient to be obtained. The index data is used to index and obtain the patient's specific medical data within the patient information system. It does not contain any medical data about the patient. The index data is generated in the early warning system and can be generated automatically or by user input.

[0073] The index data includes telephone number, patient name, and type of emergency symptom. The patient information system can identify emergency patients based on these index data and provide corresponding medical data to the early warning system. On the other hand, the matching instruction is also special in that the matching instruction first executes the match of the first instruction and the second instruction, and the index data can only be obtained after the matching is completed. When the matching instruction cannot complete the matching of the first instruction and the second instruction, the matching instruction will also be automatically deleted by the patient information system after the set time period.

[0074] The above-mentioned early warning system of the present application can be deployed in the form of mobile terminals and PC terminals, and can be displayed and used in the form of software programs, website programs, small programs, etc. on mobile terminals and PC terminals. It needs to be deployed in all departments of the hospital, and the mobile terminals of the medical staff involved should also be deployed accordingly. Each department and medical staff generally executes receiving, but can also initiate early warning according to needs. The initiation of early warning information is mainly in the emergency department, that is, the early warning system and the emergency telephone system need to be deployed in the emergency department or the emergency service department at the same time. The difference between the emergency department and the emergency service department lies in whether there are full-time personnel to handle emergency calls.

[0075] In this application, since the communication between the early warning system and the patient information system is controlled, the early warning system cannot directly obtain the patient's medical information from the patient information system, thereby ensuring the security and privacy of the patient's medical information data.

[0076] In addition, since the early warning system can obtain the medical information of patients who need emergency treatment in the patient information system in a specific way, it is beneficial to improve the service scope of the patient information system. It can not only be used to manage the patient's medical information, but also provide patients with timely, sufficient and necessary medical assistance, which is conducive to making relevant preparations for emergency treatment.

[0077] Furthermore, by connecting the early warning system with the emergency telephone system, using the emergency telephone to form the first instruction, the second instruction and the matching instruction, and using the matching instruction to match the first instruction and the second instruction, the efficiency and security of information acquisition can be improved; its efficiency means that the matching instruction formed by obtaining contact information and other information through the emergency telephone system can be directly used to obtain the medical information of the corresponding patient in the patient information system; its security means that the medical information of a specific patient cannot be obtained directly from the patient information system, but must be obtained by answering the emergency call, forming different instruction forms and going through the matching mechanism to obtain the patient's medical information in the patient information system.

[0078] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit them.

Claims

1. A smart emergency one-key warning system, characterized in that: It includes an early warning management module, which includes an initiator module for initiating and setting emergency warning information and a receiver module for receiving and obtaining emergency warning information; The initiator module includes an initiator unit and an editor unit, wherein the initiator unit is used to initiate emergency warning information, and the editor unit is used to edit and confirm the sending of the emergency warning information; The editing unit edits the emergency warning information including the editing of emergency type, medical staff, common phrase selection, destination and input; After the start submodule sends the emergency warning information, the receiving submodule receives the emergency warning information and feeds it back to the user.

2. According to claim 1, a smart emergency one-key warning system is characterized in that: The editing unit includes a first aid type subunit, a role subunit, a common phrase subunit, a location subunit, and an input subunit. The first aid type subunit is used to edit or select a first aid type. The role subunit is used to select a department or a medical staff in a department. The common phrase subunit is used to select edited common first aid warning information. The location subunit is used to select a corresponding destination. The input subunit is used to edit custom information. The first aid type subunit, role subunit, common phrase subunit, location subunit, and input subunit exist in a fixed position of the window of the editing unit in the form of controls and / or windows.

3. The one-key warning system for intelligent first aid according to claim 2 is characterized in that: The first aid type subunit, role subunit, and location subunit are also displayed in the editing content of the common phrase subunit in a floating control display mode.

4. The one-key warning system for intelligent first aid according to claim 2 is characterized in that: The subwindow of the role subunit includes a primary directory of departments, a secondary directory of medical staff, and a subcontrol corresponding to the primary directory, wherein the subcontrol is used to control the display of the secondary directory under the primary directory.

5. The intelligent emergency one-key warning system according to claim 1, characterized in that: The receiving submodule includes a notification unit, an alarm unit and a confirmation unit; The notification unit notifies the user in one or more forms of text messages, pop-up windows, and phone calls; The alarm unit includes an audible and visual alarm, and / or a display screen to display emergency warning information; The confirmation unit is used to confirm receipt of the emergency warning information.

6. The intelligent emergency one-key warning system according to claim 1, characterized in that: It also includes a personnel management module, an information integration module and an interface management module; The personnel management module is used to manage the organizational structure based on department division, the medical staff information corresponding to the organizational structure, and the medical team set according to the emergency type; The information integration module is used to mark and manage time nodes, record the data of emergency warning, and statistically display the data trend or data status of emergency warning; The interface management module is used to provide an interface for connecting to the outside.

7. The one-key warning system for intelligent first aid according to claim 6, characterized in that: The information integration module also includes a sign-in management submodule, which is used for execution feedback of the first aid procedure after the first aid warning information is released. When the first aid warning information is released, the sign-in management submodule automatically turns on the sign-in device at the destination according to the destination of the first aid warning information and creates a sign-in procedure for the medical staff on site to sign in.

8. The one-key warning system for intelligent first aid according to claim 6, characterized in that: The early warning system is connected to the external emergency telephone system and the patient information system through the interface management module. The method for the early warning system to obtain the medical information of the emergency patient from the patient information system is as follows: Keep the early warning system monitoring the emergency telephone system; When the emergency telephone system receives a call, the early warning system forms a first instruction and sends it to the patient information system; When the incoming call is hung up, the early warning system forms a corresponding second instruction and sends it to the patient information system; During the call, the early warning system forms an editable matching instruction and sends it to the patient information system, so that the first instruction and the second instruction are matched through the matching instruction to generate a third instruction; The third instruction controls the patient information system to send the medical information of the emergency patient to the early warning system.

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