TWM651509U - Medical guidance information system - Google Patents

Abstract

The disclosure provides a medical guidance information system, comprising a mobile device and a remote computer device. The mobile device includes: a first aid process module for displaying prompts of first aid progress or providing a plurality of first aid action buttons; a timing module for displaying time-consuming or remaining time of the first aid progress; a recording module for recording an operating history of the first aid process module; and a geographic location module for providing a geographic location information of corresponding time points of the operating history. The remote computer device connects with the mobile device and includes: a monitoring module for displaying an ambulance and personnel information, a current geographic location of the ambulance and the operating history.

Description

Medical guidance information system

This creation relates to a medical guidance information system, especially a medical guidance information system applied to pre-hospital ACLS.

Various errors may occur during the first aid of advanced cardiopulmonary resuscitation or advanced cardiac life support (ACLS), such as delays in starting or stopping CPR, wrong frequency of cardioversion, wrong drugs, wrong Dosing timing, wrong dosing amount, confusion caused by operational errors, lack of effective teamwork, etc. Generally, ambulances are equipped with only one or two ambulancemen. During the ACLS first aid process, in addition to the narrow and shaking space making rescue execution more difficult, different first aid procedures must be based on the performance of the electrocardiogram. At the same time, timing, injection, and administration must be carried out. It is really difficult for rescuers to perform actions such as drugs, electric shocks, and chest compressions and record the time points.

Therefore, there is a need to provide a medical guidance information system to overcome one of the above problems.

This creation provides a medical guidance information system, including: a mobile device, including: a login module, which is used to input ambulance and personnel information, and can select the ambulance level; an emergency process module, including a plurality of tabs and a plurality of pages. First aid progress prompt or multiple first aid action buttons corresponding to the sign, and can automatically Automatically switch between the plurality of tabs, wherein the plurality of first aid action buttons are displayed or hidden according to the level of the rescuer; the timing module is used to display the elapsed time or remaining time of the first aid progress corresponding to the plurality of tabs; The recording module is used to record the operation process of the first aid process module; and the geographical location module is used to provide the geographical location information corresponding to the time point of the operation process; and the remote computer device is connected to the mobile device, and It includes: a monitoring module, used to display the ambulance and personnel information, the current geographical location of the ambulance and the operation process; a push module, used to push notifications when the mobile device starts first aid; and an output module , used to output the ambulance and personnel information and the operation process.

For example, in the aforementioned medical guidance information system, the plurality of tabs include a cardiopulmonary circulation tab, a respiratory intubation tab, an AED tab, and a drug disposal tab, and the first aid progress prompt is a chest compression and insufflation progress prompt, and Among them, the plurality of first aid action buttons include the restored button, the unrestored button, the LUCAS installation button and the LUCAS start button corresponding to the cardiopulmonary circulation tab; the OPA oropharyngeal airway button, NPA nasopharyngeal airway button, and LMA corresponding to the respiratory intubation page. Laryngeal mask respiratory button, iGel laryngeal mask respiratory button and ETT endotracheal tube button; AED shock button, AED non-shock button and multiple EKG buttons corresponding to the AED tab; and intravenous catheter buttons and bone needle catheter buttons corresponding to the drug disposal tab , injection button and multiple drug dose buttons.

For example, in the aforementioned medical guidance information system, after completing the chest compression and insufflation progress of a reconstruction cycle, the first aid process module displays a prompt to pause chest compression and check heart rhythm, and enters without pressing the resume button. The progress of chest compression and insufflation in the next reconstruction cycle is prompted, and the recording module is made to record the start time point of the next reconstruction cycle.

For example, in the aforementioned medical guidance information system, after pressing the recovered button, a progress prompt for stopping the chest compression and insufflation of the current re-established cycle appears, and a confirmation prompt for spontaneous circulation and breathing appears. After confirmation, the recording module Record the time points of spontaneous circulation and breathing.

For example, in the aforementioned medical guidance information system, the first aid process module further includes a hospital arrival button. When the hospital arrival button is pressed, the recording module records the time point of arrival at the hospital and stops recording.

As in the aforementioned medical guidance information system, the mobile device further includes a warning module to provide voice, sound, text, color or vibration reminders that the first aid progress is about to expire or has expired.

For example, in the aforementioned medical guidance information system, the mobile device further includes a transmission module for connecting to the remote computer device, and regularly transmits the ambulance and personnel information, and the current geographical location of the ambulance to the remote computer device. and the operation process.

For example, in the aforementioned medical guidance information system, the mobile device and the remote computer device further include remote voice and video communication modules for real-time communication with each other.

For example, in the aforementioned medical guidance information system, the mobile device is a smart phone or tablet computer, and the remote computer device is a desktop computer, smart phone or tablet computer.

For example, the aforementioned medical guidance information system further includes a server for connecting the mobile device and the remote computer device respectively, and can store the login module, the first aid process module, the timing module, and the recording module. The group, the monitoring module and the push module, wherein the mobile device loads the login module, the first aid process module, the timing module and the recording module through an operation interface, and the remote computer device The monitoring module and the push module are loaded through a monitoring interface, and the operation interface and the monitoring interface are browsers.

To sum up, the medical guidance information system created by this invention can assist ambulancemen in performing ACLS first aid procedures and leave records, reducing the chance of ambulancemen making mistakes and improving the survival rate of injured patients, and the records can be transmitted to the hospital or medical guidance without time lag. Physicians can enable the hospital or medical guidance physicians to respond in advance, complete medical records, manage first aid quality, and reduce subsequent misunderstandings by family members. In addition, the medical guidance information system created by this creation can provide different first aid procedures for the ambulance level, and can communicate with the medical guidance physician or Collaborate on the hospital side, communicate instantly or receive medical guidance. In addition, the medical guidance information system created by this invention can provide real-time guidance and records, and can conduct subsequent review, tracking and education training.

1:Mobile device

11,31: Login module

12,32: First aid process module

13,33: Timing module

14,34:Record module

15:Geographical location module

16:Alert module

17:Transmission module

18,24: Remote voice and video communication module

19: Operation interface

2: Remote computer device

21,35:Monitoring module

22,36: Push module

23:Output module

25:Monitoring interface

3:Server

4:Tab

5: First aid progress reminder

6: First aid action button

7: Operation process

8: Ambulance and personnel information

9:Geographical location

Figure 1 is a system architecture diagram of the medical guidance information system of this creation.

Figure 2 is another system architecture diagram of the medical guidance information system of this creation.

Figure 3 is a schematic diagram of the cardiopulmonary circulation tab of this creative medical guidance information system.

Figure 4 is a schematic diagram of the page of the respiratory intubation tab in the medical guidance information system of this creation.

Figure 5 is a schematic diagram of the AED tab in this creative medical guidance information system.

Figure 6 is a schematic diagram of the drug disposal tab in the medical guidance information system of this creation.

Figure 7 is a schematic diagram of the operation process recorded by the recording module in the creative medical guidance information system.

Figure 8 is a schematic diagram of the screen displayed by the remote computer device in the medical guidance information system of this invention.

The following describes the implementation of the present invention through specific embodiments, and those familiar with this technology can easily understand other advantages and effects of the present invention from the content disclosed in this specification, and can also use other different specific embodiments. carry out or apply.

Please refer to Figure 1. The creative medical guidance information system includes a mobile device 1 and a remote computer device 2. The mobile device 1 can be connected to the remote computer device 2 through the network. The mobile device 1 can be a smart phone. A smart phone or a tablet computer, the remote computer device 2 can be a desktop computer, a smart phone or a tablet computer.

The mobile device 1 includes a login module 11, a first aid process module 12, a timing module 13, a recording module 14, a geographical location module 15, an alert module 16, a transmission module 17 and a remote voice and video communication module 18 . The login module 11 is used for users to input ambulance and personnel information (such as ambulance number, ambulance organization, driver's name, ambulance name, etc.), and can select the ambulance level (such as EMT 2, EMT P), and then That is, the first aid process module 12 provides a first aid progress prompt 5 (as shown in Figure 3) or a plurality of first aid action buttons 6 (as shown in Figures 3 to 7) for the user to operate.

As shown in Figures 3 to 7, the first aid process module 12 is an application related to advanced cardiopulmonary resuscitation or advanced cardiac life support (ACLS), including plural tabs 4 and corresponding plural tabs 4. First aid progress prompt 5 or multiple first aid action buttons 6, and can automatically switch between multiple tabs 4. In this embodiment, the plurality of tabs 4 includes a cardiopulmonary circulation tab, a respiratory intubation tab, an AED tab, and a drug disposal tab. As shown in Figure 3, the page of the cardiopulmonary circulation tab may present a first aid progress prompt 5 and include a plurality of first aid action buttons 6. The first aid progress prompt 5 can be a progress prompt of chest compression and insufflation guided by ACLS to prompt the rescuer with the timing of chest compression, the timing of insufflation and the number of cycles (for example, blowing 2 breaths after 30 compressions). The plurality of first aid action buttons 6 here include a restored button, an unrestored button, a LUCAS installation button and a LUCAS start button. The rescuer can choose to press manually or use the LUCAS chest compression system. When externally connected to the LUCAS chest compression system, the rescuer The operator presses the LUCAS installation button and LUCAS start button in sequence. At this time, the first aid progress prompt 5 will be displayed on the cardiopulmonary circulation tab.

In one embodiment, the first aid process module 12 displays a prompt to pause the chest compression and check the heart rhythm after completing a reconstruction cycle of chest compression and insufflation (for example, 5 cycles are a reconstruction cycle). After a certain period of time, If the rescuer does not press the recovery button, it will automatically enter the chest compression of the next reconstruction cycle. And the progress prompt of blowing. If the rescuer presses the recovery button at this time, a confirmation prompt for spontaneous circulation and breathing will appear. In addition, if the rescuer directly presses the recovery button during the chest compression and insufflation process of re-establishing the cycle, a prompt will appear to stop the progress of the chest compression and insufflation of the current re-establishment cycle, and a confirmation prompt for spontaneous circulation and breathing will appear. . In addition, when the rescuer switches to a page of other tabs other than the cardiopulmonary circulation tab during the progress of chest compression and insufflation in reestablishing the cycle, the first aid process module 12 completes the chest compression and insufflation in the reestablishment cycle. After the Qi progress is completed, it will automatically jump back to the cardiopulmonary circulation tab page to prompt the user to perform a heart rhythm check.

As shown in Figure 4, the page of the respiratory intubation tab may include a plurality of first aid action buttons 6. Here, the plurality of first aid action buttons 6 include an OPA oropharyngeal airway button, an NPA nasopharyngeal airway button, an LMA laryngeal mask airway button, and an iGel laryngeal airway button. Airway mask button and ETT endotracheal tube button. In one embodiment, the ETT endotracheal tube button can be displayed or hidden according to the rescuer level, for example, it is hidden at the rescuer level of EMT 2 and displayed at the rescuer level of EMT P.

As shown in Figure 5, the AED tab page may include multiple first aid action buttons 6, where the plurality of first aid action buttons 6 include an AED shock button, an AED non-shock button, and multiple EKG buttons. In one embodiment, the plurality of EKG buttons can respectively correspond to pulseless electrical activity (PEA), asystole (Asystole), ventricular fibrillation (VF), and pulseless ventricular tachycardia (pVT), but this is not the case. is limited. In another embodiment, multiple EKG buttons can be displayed or hidden according to the ambulance level, for example, hidden at the ambulance level of EMT 2 and displayed at the ambulance level of EMT P.

As shown in Figure 6, the drug disposal tab page may include a plurality of first aid action buttons 6. Here, the plurality of first aid action buttons 6 include an intravenous catheter button (IV), a needle catheter button (IO), an injection button (Bosmin) and Multiple drug dosage buttons. In one embodiment, multiple drug dose buttons may respectively correspond to Amiodarone 300mg, Amiodarone 150mg, Lidocaine, etc., but are not limited to this. pressing After pressing the injection button, a chronograph can be displayed for the rescuer's reference. In another embodiment, the injection button (Bosmin) and multiple drug dose buttons can be displayed or hidden according to the ambulance level. For example, the ambulance level of EMT 2 is hidden, and the ambulance level of EMT P is displayed.

The timing module 13 is used to display the elapsed time or remaining time of the first aid progress corresponding to the plurality of tabs 4, such as the total elapsed time for cardiopulmonary resuscitation, the time after the medicine has been injected, etc. The recording module 14 is used to record the operation process of the first aid process module 12. As shown in Figure 7, after logging in through the login module 11, the recording module 14 will record the time point when first aid is started, and then record the first aid process module. 12. The time points of each step in the entire operation process, such as recording the time point when emergency action button 6 is pressed and the name of the corresponding button. It can also record the start time point of the next reconstruction cycle in cardiopulmonary circulation and the time to confirm spontaneous circulation and breathing. Wait. In one embodiment, the first aid process module 12 further includes an arrival button. When the arrival button is pressed by the ambulanceman, the recording module 14 will record the time point of arrival and stop recording. In one embodiment, after pressing the hospital-arriving button, a window for logging in patient information may also appear, allowing the ambulance crew to input information such as the hospital where they are admitted, the hospital's medical record number, the patient's name, the patient's ID card number, etc., and log in. After completion, the upload function is enabled, that is, the transmission module 17 is used to upload. In addition, the first aid process module 12 may also include an EMT P switching button. This button will only appear at the EMT 2 level. After pressing this button, it will switch to the EMT P level and the corresponding first aid process will appear.

The geographical location module 15 is used to obtain the geographical location information (such as GPS) of the current ambulance to correspond to the geographical location information at the corresponding time point in the operation process of the first aid process module 12, and this geographical location information can also be dynamically processed in real time. Show on the map. The warning module 16 is used to provide a voice, sound, text, color or vibration reminder that the first aid progress is about to expire or has expired, so as to remind the ambulance crew to carry out immediate treatment. The transmission module 17 is used to connect to the remote computer device 2 (for example, through 4G, 5G, 6G or WI-FI wireless network), and can transmit the ambulance to the remote computer device 2 regularly (for example, every 30 seconds). and personnel information, current ambulance location and operation history. The remote voice and video communication module 18 is common video software or voice software (such as Line, Zoom, Teams, etc.).

The remote computer device 2 includes a monitoring module 21 , a push module 22 , an output module 23 and a remote voice and video communication module 24 . As shown in Figure 8, the monitoring module 21 is used to display ambulance and personnel information 8, current ambulance location 9 and operation history 7, and can be updated in real time. The ambulance and personnel information 8 is provided by the login module 11, the current geographical location of the ambulance 9 is provided by the geographical location module 15, and the operation history 7 is provided by the record module 14. In this way, using remote The hospital or medical guidance physician of the terminal computer device 2 can know the emergency situation in real time, which facilitates real-time medical guidance. The push module 22 is used to provide a push notification when the mobile device 1 starts first aid (that is, after completing the operation of logging in to the module 11). The output module 23 is used to output ambulance and personnel data and operation history, for example, directly printing it into paper or forming a PDF file. The remote voice and video communication module 24 is a common video software or voice software (such as Line, Zoom, Teams, etc.), which can correspond to the remote voice and video communication module 18 of the mobile device 1 for real-time communication with each other. Communicate. In order to perform authority control, the remote computer device 2 may also include the function of login account and password verification, but the invention is not limited to this.

Please refer to Figure 2. The creative medical guidance information system may include a mobile device 1, a remote computer device 2 and a server 3. The differences between this embodiment and the previous embodiments will be described below, and the same technical content will not be repeated here. In this embodiment, the server 3 is connected to the mobile device 1 and the remote computer device 2 respectively, and can store the login module 31, the first aid process module 32, the timing module 33, the recording module 34, the monitoring module 35 and Push module 36, login module 31, first aid process module 32, timing module 33, record module 34, monitoring module 35 and push module 36 and the aforementioned login module 11, first aid process module 12 , the functions of the timing module 13, the recording module 14, the monitoring module 21 and the push module 22 are the same and will not be described again here. The mobile device 1 further includes an operation interface 19. The operation interface 19 can load a login module 31, a first aid process module 32, a timing module 33 and Recording module 34 for operation by ambulance personnel. The remote computer device 2 further includes a monitoring interface 25. The monitoring interface 25 can load the monitoring module 35 and the push module 36 for use by the hospital or the medical guidance physician. In one embodiment, the operation interface 19 and the monitoring interface 25 are browsers, and the login module 31, the first aid process module 32, the timing module 33, the recording module 34, the monitoring module 35 and the push module 36 are An interactive web page designed in a web design programming language. In this way, as long as the mobile device 1 or the remote computer device 2 has a browser, it can connect to the server 3 to use the medical guidance information system of this creation.

To sum up, the medical guidance information system created by this invention can assist ambulancemen in performing ACLS first aid procedures and leave records, reducing the chance of ambulancemen making mistakes and improving the survival rate of injured patients. The records can be transmitted to the hospital or medical guidance without time lag. Physicians enable the hospital or medical guidance physicians to respond in advance, complete medical records, and manage the quality of first aid to reduce subsequent misunderstandings by family members. In addition, the medical guidance information system created by this invention can provide different first aid procedures for the ambulance level, and can collaborate with medical guidance doctors or hospitals to communicate or receive medical guidance in real time. In addition, the medical guidance information system created by this invention can provide real-time guidance and records, and can conduct subsequent review, tracking and education training.

The above implementation forms are only for illustrating the technical principles, characteristics and functions of this invention, and are not intended to limit the scope of implementation of this invention. Anyone familiar with this technology can implement the invention without violating the spirit and scope of this invention. Modifications and changes are made to the above embodiments. However, any equivalent modifications and changes accomplished by applying the teachings of this creation should still be covered by the following patent application scope. The scope of rights protection for this creation shall be as listed in the following patent application scope.

1:Mobile device

11: Login module

12:First aid process module

13: Timing module

14:Record module

15:Geographical location module

16:Alert module

17:Transmission module

18,24: Remote voice and video communication module

2: Remote computer device

21:Monitoring module

22:Push module

23:Output module

Claims (10)

A medical guidance information system, including: Mobile devices, including: Log in to the module to enter ambulance and personnel information and select the ambulance level; The first aid process module includes a plurality of tabs and a first aid progress prompt or a plurality of first aid action buttons corresponding to the plurality of tabs, and can automatically switch between the plurality of tabs, wherein the plurality of first aid action buttons are based on the first aid action button of the ambulanceman. Levels are shown or hidden; The timing module is used to display the elapsed time or remaining time of the first aid progress corresponding to the plurality of tabs; A recording module is used to record the operation process of the first aid process module; and The geographical location module is used to provide geographical location information corresponding to the time point of the operation process; and The remote computer device is connected to the mobile device and includes: The monitoring module is used to display the ambulance and personnel information, the current geographical location of the ambulance and the operation history; A push module used to send push notifications when the mobile device initiates first aid; and The output module is used to output the ambulance and personnel information and the operation process. The medical guidance information system as described in request item 1, wherein the plurality of tabs include a cardiopulmonary circulation tab, a respiratory intubation tab, an AED tab and a drug disposal tab, and the first aid progress prompt is chest compression and insufflation Progress prompts, and among them, the plurality of first aid action buttons include the recovered button, unrecovered button, install LUCAS button and LUCAS start button corresponding to the cardiopulmonary circulation tab; the OPA oropharyngeal airway button, NPA nasal button corresponding to the respiratory intubation tab. Pharyngeal airway button, LMA laryngeal mask airway button, iGel laryngeal airway button Airway mask button and ETT endotracheal tube button; AED shock button, AED non-shock button and multiple EKG buttons corresponding to the AED tab; and intravenous catheter button, bone needle catheter button, injection button and multiple drug doses corresponding to the drug disposal tab button. The medical guidance information system as described in request item 2, wherein the first aid process module displays a prompt to pause chest compression and check heart rhythm after completing the chest compression and insufflation progress of a reconstruction cycle, and displays a prompt to pause the chest compression to check the heart rhythm before the compression has resumed. Press the button to enter the chest compression and insufflation progress prompt of the next reconstruction cycle, and make the recording module record the start time point of the next reconstruction cycle. The medical guidance information system as described in request item 2, wherein after pressing the recovered button, a progress prompt for stopping the chest compression and insufflation of the current re-established cycle appears, and a confirmation prompt for spontaneous circulation and breathing appears. After confirmation, Let the recording module record the time points of spontaneous circulation and breathing. The medical guidance information system as described in claim 1, wherein the first aid process module further includes a hospital arrival button. When the hospital arrival button is pressed, the recording module is caused to record the time point of arrival at the hospital and stop. record. The medical guidance information system described in claim 1, wherein the mobile device further includes a warning module to provide voice, sound, text, color or vibration reminders that the first aid progress is about to expire or has expired. The medical guidance information system as described in claim 1, wherein the mobile device further includes a transmission module for connecting to the remote computer device, and regularly transmits the ambulance and personnel information, current data, and current information to the remote computer device. The geographical location of the ambulance and its operation history. The medical guidance information system as described in claim 1, wherein the mobile device and the remote computer device respectively further include remote voice and video communication modules for real-time communication with each other. The medical guidance information system as described in claim 1, wherein the mobile device is a smartphone or a tablet computer, and the remote computer device is a desktop computer, a smartphone or a tablet computer. The medical guidance information system as described in claim 1 further includes a server for connecting the mobile device and the remote computer device respectively, and capable of storing the login module, the first aid process module, the timing module, The recording module, the monitoring module and the push module, wherein the mobile device loads the login module, the first aid process module, the timing module and the recording module through an operation interface, and the remote The terminal computer device loads the monitoring module and the push module through a monitoring interface, and the operation interface and the monitoring interface are browsers.

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