TWI816214B - Emergency medical-care system and method thereof - Google Patents

Abstract

This is to provide an emergency medical-care system, comprising an equipment management device and multiple medical-care devices. A notification processing module of the equipment management device may produce an alert information based on a notification. The equipment management device may transmit the alert information to the selected medical-care devices that meet a distance requirement. A notification module of the equipment management device may determine if a mobile information meets a preset emergency requirement. If affirmed, the equipment management device may transmit the notification to a corresponding mobile device. The mobile device may accordingly plan a guide path. When the selected medical-care devices receive the alert information, alarm modules of the medical-care devices may alarm, and a barcode may be scanned by the mobile device, so that the mobile device is able to send its mobile information to the equipment management device.

Description

Emergency first aid system and method

An emergency first aid system and a method thereof, especially a first aid system and a method used in emergencies.

When an emergency occurs, immediate rescue assistance is needed in order to seize the golden rescue time and save precious lives. Although in today's society, it is very convenient to use mobile phones to report emergencies, there are still situations where ambulance personnel are unable to reach the incident location in a faster or more efficient way to provide first aid.

In view of the above problems, the present invention provides an emergency first aid system, which includes an equipment management device and a plurality of first aid equipment.

The equipment management device includes a device transmission module, a device information storage module, a notification processing module and a notification module. The device transmission module receives notification information, which includes event information and event location information, and receives mobile device information, which includes door number information and positioning information. The equipment information storage module stores multiple first aid equipment information, and each first aid equipment information includes equipment location information. The notification processing module connects the device transmission module and the equipment information storage module, generates alarm information based on the notification information, and selects equipment location information that meets the distance condition based on the event location information. The selected equipment location information is transmitted by the device. The module transmits alarm information. The notification module is connected to the notification processing module to determine whether the mobile device message meets the preset first aid conditions. When the mobile device message meets the preset first aid conditions, the device transmission module sends the notification information to the mobile device corresponding to the phone number information. Allow the mobile device to plan a guidance path based on the event location information and positioning information.

Multiple first aid equipment, one first aid equipment corresponds to one first aid equipment information, each first aid equipment includes a box, equipment transmission module, warning module, first aid equipment and barcode unit. The equipment transmission module, warning module and barcode unit are located on the box, and first aid equipment is stored in the box. The equipment transmission module is connected to the device transmission module, in which the first aid equipment corresponding to the selected equipment location information receives the alarm information through the equipment transmission module. After the warning module issues an alert based on the alarm information, the barcode unit is used for the mobile device Scan and cause the mobile device to send the mobile device message to the device management device.

The invention also provides an emergency first aid method, which includes the following steps:

Receive notification information, which includes event information and event location information;

Generate alarm information based on the notification information, and select device location information that meets the distance condition based on the event location information;

Send alarm information to first aid equipment corresponding to device location information. First aid equipment includes warning modules and barcode units;

Use an alert module to issue an alert based on the alert information and allow the mobile device to scan the barcode unit to cause the mobile device to generate a mobile device message. The mobile device message includes door number information and positioning information;

Receive mobile device messages; and

Determine whether the mobile device message meets the preset first aid conditions. When the mobile device message meets the preset first aid conditions, send notification information to the mobile device corresponding to the door number information so that the mobile device can plan a guidance path based on the event location information and positioning information.

The emergency first aid system and method of the present invention form a close first aid network with multiple first aid equipment through the equipment management device. When an emergency occurs, an alarm can be immediately sent to the first aid equipment near the event to obtain the attention of nearby people and request support and assistance. . When anyone wants to assist in an emergency, they can easily read the information displayed by the first aid equipment through their mobile device and obtain event information. This process does not require the person to spend time downloading specific application software or Registering an account and password on any unit's website not only protects the privacy of the person, but also helps save time for rescue and quickly consolidate rescue resources. In addition, the present invention transmits an alarm to first aid equipment near the incident to issue a warning, and also solves the problem that the application cannot clearly locate the indoor (inside the building) location and cannot find the first aid equipment. In addition, the emergency first aid system can also have a complete equipment warranty function, constructing a complete maintenance history of the first aid equipment for audit by relevant auditing units, saving labor and paper costs.

Specific examples are given below to describe the content of the present invention in detail, and drawings are used as auxiliary explanations. For symbols mentioned in the manual, please refer to the symbol description.

In addition, the connection between units or modules referred to below refers to data transmission, which can be one-way data transmission or two-way data transmission. Data transmission can, for example, be the reception or transmission of messages or images. , receiving or issuing instructions, etc., are not limited to the above-mentioned transmission methods.

The data transmission may include the use of direct electrical connections, or the use of wireless communication technologies such as Low Power Wide Area (LoRa), Bluetooth, WiFi, ZigBee, etc., or the use of fixed-line networks, Coaxial cables, ADSL (Asymmetric Digital Subscriber Line), or mobile networks (3G, 4G, 5G mobile Internet) and other Internet methods are used for information transmission. However, the aforementioned communication methods are only examples and are not limited to this.

Please refer to Figures 1 and 2. Figure 1 is a schematic diagram of the appearance of the emergency first aid system of the present invention, and Figure 2 is a block diagram (1) of the emergency first aid system according to an embodiment of the present invention. The emergency first aid system includes a device management device 10 and a plurality of first aid devices 20 .

Referring to FIG. 2 , the device management device 10 includes a device transmission module 11 , a device information storage module 12 , a notification processing module 13 and a notification module 14 . The equipment management device 10 may be a computer host, a cloud server, or a computer information center that manages the first aid equipment 20, but the invention is not limited thereto.

The device transmission module 11 can receive notification information, where the notification information includes event information and event location information. The incident information may be an incident requiring rescue assistance, such as an emergency incident for a patient with out-of-hospital cardiopulmonary arrest (OHCA), assistance for a car accident victim, or a patient requiring cardiopulmonary resuscitation (CPR). ) patients assisted; it can also be emergency events, such as rescue assistance in natural disasters. The event location corresponding to the event information can be the street, address, longitude, latitude, altitude, etc. where the event occurred.

The device transmission module 11 can also receive mobile device messages, where the mobile device messages include door number information and positioning information. The phone number information includes the communication phone number and the name of the telecommunications organization/unit that owns the phone number. The positioning information is the location of the user of the mobile device 30 . Here, the positioning information may be obtained through the Global Positioning System (GPS), including longitude, latitude, altitude, landmarks, etc.

The equipment information storage module 12 stores a plurality of first aid equipment information, and each first aid equipment information has one equipment location information. The device information storage module 12 can be various types of memory units used as a database. The equipment location information is the location information of the location of the first aid equipment 20, including location information of the equipment owner, such as building name, floor and address, or may be presented in the form of longitude, latitude, altitude, etc. In addition, the first aid equipment information includes but is not limited to the business information of the first aid equipment user unit, first aid equipment consumables warranty information, etc., and can be compiled into equipment reports in different patterns, icons, colors, etc., and displayed in the management of such first aid equipment. The display screen of the computer host of the device 20.

The notification processing module 13 connects the device transmission module 11 and the equipment information storage module 12, generates alarm information based on the notification information, and can select equipment location information that meets the distance condition based on the event location information. Based on the selected equipment location information, The device transmission module 11 transmits alarm information. The distance condition may be that the distance to the event location is at a preset value, for example, the distance to the event location is less than or equal to 1 kilometer. In this way, the alarm information generated by the notification processing module 13 can be transmitted to the first aid equipment 20 within a certain distance (for example, a radius of 500 meters) near the emergency location.

The notification module 14 is connected to the notification processing module 13 to determine whether the mobile device message meets the preset first aid conditions. When the mobile device message meets the preset first aid conditions, the device transmission module 11 sends the notification information to the mobile device 30 corresponding to the door number information. The mobile device 30 is allowed to plan a guidance path based on the event location information and positioning information; conversely, when the mobile device message does not meet the preset first aid conditions, the device transmission module 11 will not send notification information to the action corresponding to the door number information. Device 30. Here, the notification module 14 can generate a notification message and the device transmission module 11 transmits the notification information to the mobile device 30 corresponding to the phone number information, notifying the user of the mobile device 30 that no assistance is required. That is to say, when the equipment management device 10 receives the notification information (for example, the notification information including the OHCA emergency incident of a patient with pre-hospital cardiopulmonary arrest), the notification module 14 will determine whether a mobile device message that meets the preset emergency conditions is received. If there is a matching mobile device message, it means that the emergency event and the mobile device 30 are successfully matched, and the notification module 14 will transmit the notification information to the corresponding mobile device 30 . The mobile device 30 receives the notification information through a short message service (SMS), for example. The display unit 31 displays the event information in text, which includes the event type and provides link information in text description (the mobile device 30 in FIG. 1 display content), the user clicks on the web page that stores the event location map. Or the mobile device 30 performs guidance planning based on the notification information, and the display unit 31 automatically displays the guidance route on an electronic map (such as Google Maps).

The mobile device 30 is, for example, a mobile phone, a tablet computer, a notebook computer and other portable electronic devices.

In some implementations, the preset first aid condition may be whether the time difference between the time when the device transmission module 11 transmits the alarm information and the time when the device management device 10 receives the mobile device message is less than a time setting value, such as three minutes or Five minutes. Since the notification information received by the equipment management device 10 may be an emergency incident related to life safety, the time difference between the time when the device transmission module 11 transmits the alarm information and the time when the mobile device message is received should not be too long, otherwise the first aid will be lost. of prime time.

Furthermore, in addition to being a preset fixed value, the time setting value may also be determined by the notification module 14 based on event information, event location information, and device location information. For example, in cases of cardiac arrest due to arrhythmia, an automatic external electric shock device (AED) must be used to deliver an electric shock within a few minutes to increase the chance of successful first aid. This is based on the timeliness required for event information, event location information, and AED equipment location information. Judge and adjust the time setting value accordingly.

Alternatively, in some implementations, the preset first aid condition may be whether the estimated arrival time calculated based on the event location information and positioning information is within the predetermined first aid time. That is to say, the equipment management device 10 can calculate the time when the user of the mobile device 30 arrives at the event location based on the positioning information of the mobile device 30, and determine whether the scheduled first aid time is met. The predetermined first aid time can be the time setting value described in the previous paragraph.

The number of first aid equipments 20 included in the emergency first aid system is plural, and each first aid equipment 20 corresponds to one piece of first aid equipment information. Please refer to FIG. 1 , FIG. 3A and FIG. 3B together. FIG. 3A is a schematic diagram (1) of the first aid equipment according to one embodiment of the present invention, and FIG. 3B is a schematic diagram (2) of the first aid equipment according to one embodiment of the present invention. The first aid equipment 20 includes a box 21 , an equipment transmission module 22 , a warning module 23 , first aid equipment 24 and a barcode unit 25 . Among them, the equipment transmission module 22, the warning module 23 and the barcode unit 25 are located on the box 21, and the first aid equipment 24 is stored in the box 21. The first aid equipment 24 may be an automatic external electric shock device (AED), a cardiopulmonary respirator, a blood glucose machine, a sphygmomanometer, a spirometer, a fire extinguisher, medicines and other items with rescue functions.

The equipment transmission module 22 is connected to the device transmission module 11 and can exchange transmission information with the equipment management device 10, such as receiving information from the equipment management device 10, including notification information, mobile device information, alarm information, etc.; or the equipment transmission module The group 22 transmits the real-time status and equipment location information of the first aid equipment 20 to the equipment management device 10 .

Among them, the first aid equipment 20 corresponding to the equipment location information selected by the notification processing module 13 of the equipment management device 10 can receive alarm information through the equipment transmission module 22, and the warning module 23 then issues a warning based on the alarm information. The warning may be presented in the form of sound, light, etc. For example, the emergency equipment 20 will flash a warning light and issue a voice warning of "There is an emergency nearby! Please scan the QR Code". This way, you can get the attention of nearby people and request support.

After the alert module 23 issues an alert, the barcode unit 25 can be scanned by the mobile device 30 so that the mobile device 30 sends the mobile device message to the device management device 10 . Therefore, after scanning the barcode unit 25, the mobile device 30 can automatically generate a mobile device message and send it to the device management device 10. In some implementation aspects, please refer to FIG. 4A . FIG. 4A is a schematic view (1) of the appearance of a mobile device according to an embodiment of the present invention. The barcode unit 25 can be a fixed barcode, and after being scanned by the mobile device 30, the URL where relevant information of the equipment management device 10 of the emergency first aid system is stored can be displayed, and a mobile device message can be generated at the same time. In addition, the barcode unit 25 may be a dynamic barcode, that is to say, the first aid device 20 may display the dynamic barcode unit 25 (for example, on a display screen). When the first aid device 20 does not receive the alarm information, the barcode unit 25 will not be displayed. Or the dynamic barcode unit 25 can also be a dynamic barcode that contains the alarm information of the emergency event when the emergency equipment 20 receives the alarm information, and the content it contains varies according to each event or is time-sensitive. , the user of the mobile device 30 only needs to scan the barcode with the mobile device 30 to obtain the information of the current emergency event.

In some implementations, the barcode unit 25 contains URL information, and the mobile device 30 scans the barcode unit 25 to connect to a web page based on the URL information and obtain notification information, so that the mobile device 30 plans a guidance path based on the event location information and positioning information.

For example, in an emergency first aid system, the equipment management device 10 may be an AED connection management platform, and the first aid equipment 20 may be an AED device. When an emergency event occurs, the equipment management device 10 of the AED connection management platform will receive the notification information of the emergency event. The equipment management device 10 of the AED connection management platform will, based on the event location information, target the AED devices that meet the distance conditions. The first aid equipment 20 emits alarm information, and the first aid equipment 20 of these AED devices correspondingly emits flash and voice warnings to attract the attention of nearby people and request support and assistance. When someone wants to respond to this warning, they use the mobile device 30 at hand to scan the barcode unit 25. In some implementations, the mobile device 30 can read the event information contained in the dynamic barcode unit 25, and the display unit 31 Immediately display event information, such as displaying event information through text messages or displaying event information on an electronic map; in some implementations, the mobile device 30 reads that the information in the barcode unit 25 is a web page that stores event information, and the display unit 31 will Display this webpage to allow users to obtain event location information through guidance from webpage content; or, in some implementations, after scanning the barcode unit 25, the display unit 31 displays customized text message content, such as "In response to an emergency, we Can help! Please push the event address to me.” The user of the mobile device 30 sends this message to the equipment management device 10 of the AED connection management platform. The equipment management device 10 of the AED connection management platform then responds to the emergency event and the mobile device. 30's phone number information is matched and the notification information is sent back to the user's mobile device 30.

In this way, the emergency first aid system matches the emergency event with the mobile device 30 that can go to the rescue support in a dynamic matching manner. Here, the dynamic matching means that the emergency event occurs dynamically and randomly, and the user who is alerted by the emergency equipment 20 to attract attention and scans the barcode unit 25 with the mobile device 30 is randomly selected, not a pre-designated person. Moreover, when the first aid equipment 20 issues a warning, the barcode unit 25 can also be dynamic, rather than a set of fixed barcodes.

Furthermore, the user of the mobile device 30 does not need to download specific application software or register an account and password on any organizational website. The user only needs to scan the barcode unit 25, and the mobile device 30 can automatically generate mobile device information ( (including door number information and positioning information) and transmitted to the equipment management device 10 to quickly report the situation that the equipment management device 10 can provide rescue support. The equipment management device 10 matches events that require rescue assistance with those who go to support, so as to achieve the benefit of integrating rescue resources so that emergencies can be assisted and rescued more quickly. In addition, since the user actively uploads mobile device information to the device management device 10 by scanning the barcode unit 25 , it means that the user agrees to transmit the mobile location to the device management device 10 . Therefore, the mobile device 30 does not need to remain connected to the device management device 10 all the time, which not only reduces the consumption of power, network traffic, etc. of the mobile device 30 and the device management device 10, but also allows the device management device 10 to operate with the user's consent. Only then can the user's location be obtained to fully protect the user's privacy. Furthermore, since there is no need to use application software to obtain the location of the first aid equipment 20 , the problem of being unable to locate the first aid equipment 20 indoors (inside a building) is also solved.

In addition, in some implementation aspects, please refer to FIG. 1 and FIG. 5 . FIG. 5 is a block diagram (2) of the emergency first aid system according to an embodiment of the present invention. The emergency first aid system may further include an rescue management device 40 connected to the equipment management device 10 . The ambulance management device 40 includes an ambulance transmission module 41 and a dispatch processing module 42 .

The rescue management device 40 can be a computer information center that receives event notifications or dispatch messages sent by fire station service centers, disaster relief command centers, police stations, ambulance units, etc., or the rescue management device 40 can directly receive other electronic information. The dispatch message sent by the device (for example, the person waiting for ambulance or his family, friends, etc. directly connects to the ambulance management device 40 with a mobile phone or computer to send the dispatch message to the ambulance management device 40), but the present invention is not limited to this.

The ambulance transmission module 41 receives the dispatch message.

The dispatch processing module 42 is connected to the ambulance transmission module 41, generates notification information according to the dispatch message, and transmits it to the equipment management device 10 through the ambulance transmission module 41.

For example, when a passerby finds someone passed out on the roadside and immediately contacts the ambulance unit via mobile phone, the relevant personnel who receive the report will input the emergency event information and generate a dispatch message based on it and send it to the ambulance management device 40, and then The dispatch processing module 42 thereby generates notification information, which is sent to the equipment management device 10 by the ambulance transmission module 41. The equipment management device 10 performs the aforementioned judgment operation, and sends the alarm information to the selected first aid through the notification processing module 13. The device 20 transmits notification information to the mobile device 30 corresponding to the door number information through the notification module 14, so as to quickly integrate rescue resources and provide support and assistance.

Furthermore, in some implementations, the ambulance management device 40 may further include a dispatch positioning module 43 connected to the dispatch processing module 42 to obtain a plurality of guardian location information of a plurality of guardian mobile devices 50 through the ambulance transmission module 41 . The guardian mobile device 50 can be connected to the rescue management device 40, and can receive messages sent by the rescue management device 40 and transmit real-time information and/or user data of the guardian mobile device 50 to the rescue management device 40. Including but not limited to mobile phones, tablets, laptops and other portable electronic devices.

The dispatch positioning module 43 selects the guardian location information that meets the preset rescue conditions according to the notification information, and transmits the notification information to the guardian mobile device 50 of the selected guardian location information through the rescue transmission module 41 . Since the guardian mobile device 50 can be connected to the rescue management device 40 and transmit real-time information of the guardian mobile device 50, when the dispatch positioning module 43 selects the qualified guardian mobile device 50 based on the notification information, it can Immediately push the notification information of the emergency event to the guardian mobile device 50 to request immediate assistance.

The preset rescue condition may be that the distance between the guardian's location information and the event location information is less than a preset distance range value. Here, the preset distance range value can be directly set by the rescue management device 40, for example, set within a radius of 500 meters or a radius of 1 kilometer. Therefore, the rescue management device 40 sends notification information to a radius of 500 kilometers according to the preset rescue conditions. 50 Guardian Mobile Devices within feet or a radius of 1 kilometer.

The preset rescue conditions may also be those whose user information of the guardian mobile device 50 meets the conditions of rescue personnel. Since the user information of the guardian mobile device 50 is personal information such as height and weight that the user inputs when logging into the application at the beginning, or the license he holds (such as a medical-related license), the appropriate user information can be filtered The user chooses to go to assist in the rescue, increasing the accuracy of matching users in emergencies.

In some implementations, the ambulance management device 40 can receive a reply message returned by the guardian mobile device 50 through the ambulance transmission module 41, where the reply message includes door number information. Therefore, the rescue management device 40 can obtain the contact information of the guardian and contact the guardian immediately. Here, the guardian mobile device 50 can automatically generate a reply message by scanning the barcode unit 25 and send it to the rescue management device 40 .

For example, in the emergency first aid system, the equipment management device 10 is an AED connection management platform, the first aid equipment 20 is an AED device, and the rescue management device 40 is a national guardian platform, which can be used to handle individual cases with ambulance or police rescue. Management center computer connection. When an emergency occurs, fire department personnel receive reports from the public and upload dispatch information of the incident to the case management center and notify the ambulance management device 40 of the National Guardian platform. In some implementations, the ambulance management device 40 of the National Guardian Platform will transmit the notification information to the equipment management device 10 of the AED connection management platform based on the dispatch message to perform the actions described in the relevant paragraphs above. This is not the case here. Again. In some implementations, after the emergency equipment 20 of the AED device that meets the distance conditions set by the equipment management device 10 of the AED connection management platform issues a warning, the guardian mobile device 50 installed with the National Guardian APP can scan the barcode unit 25. Upload the guardian information from the guardian mobile device 50 to the rescue management device 40 of the national guardian platform. The rescue management device 40 of the national guardian platform will send the dispatch information back to the guardian mobile device 50. The guardian mobile device 50Display emergency information through the National Guardian APP. In some implementations, when the first aid equipment 20 of the AED device issues an alarm and the guardian mobile device 50 scans the barcode unit 25, the guardian mobile device 50 will display the specified text message content, such as "In response to an emergency, I can Help! Please push the event address to me." The user of the Guardian mobile device 50 sends this text message to the rescue management device 40 of the National Guardian platform, and the rescue management device 40 of the National Guardian platform sends back the dispatch message. The guardian mobile device 50 records the information of the guardian who goes to rescue. Or, in some implementations, the rescue management device 40 of the National Guardian platform will push emergency event information to the guardian mobile devices 50 installed with the National Guardian APP that meet the rescue conditions based on the event location information. Since the guardian mobile device 50 can return real-time information, location, status, etc. of the guardian mobile device 50 through the National Guardian APP, the rescue management device 40 of the National Guardian platform can record the information and current movement status of people going to rescue.

In addition, in some implementation aspects, please refer to FIG. 4B . FIG. 4B is a schematic diagram (2) of the appearance of a mobile device according to an embodiment of the present invention. The first aid equipment information may further include equipment maintenance information. The mobile device 30 scans the barcode unit 25 and connects to the equipment management device 10 to obtain the equipment maintenance information. The equipment maintenance information includes but is not limited to the lease contract number of the first aid equipment, the serial number of the first aid equipment host, the expiration date of the consumables of the first aid equipment (such as AED equipment patches, batteries, etc.), the recent maintenance date, the maintenance cycle, and recent classes. Date, number of persons trained, AED service personnel, first aid teaching video link, official website, etc.

In some implementations, the first aid equipment 20 displays a dynamic barcode unit 25. When the first aid equipment 20 does not receive alarm information, the barcode unit 25 is used to connect to the equipment management device 10 to obtain equipment maintenance information; when the first aid equipment 20 receives When receiving alarm information, the barcode unit 25 is used for scanning by the mobile device 30 so that the mobile device 30 sends the mobile device information to the equipment management device 10 . That is to say, the first aid equipment 20 can display a dynamic barcode unit 25 (for example, displayed on a display screen). When the first aid equipment 20 does not receive alarm information, the displayed barcode unit 25 is for the user to scan using the mobile device 30 . Connect the equipment management device 10 to query the emergency equipment information; when the emergency equipment 20 receives the alarm information, the displayed barcode unit 25 is used to upload the mobile device information to the equipment management device 10 .

In this way, the maintenance personnel of the first aid equipment 20 can conveniently log into the cloud webpage by scanning the barcode unit 25 to update the status of the first aid equipment 20, and construct a complete maintenance history of the first aid equipment 20 for audit by the relevant audit unit, saving manpower and time. The cost of paper.

The user of the first aid equipment 20 can also learn the real-time status of the first aid equipment 20 by scanning the barcode unit 25 and linking to the cloud webpage where relevant information is stored in the equipment management device 10 of the emergency first aid system. Since the equipment maintenance information includes links to first aid teaching videos, official websites introducing first aid equipment, and contact information for AED service personnel or warranty units, this information helps users of the first aid equipment 20 to more easily and quickly query relevant information.

In addition, in some implementations, the emergency first aid system may also have an equipment maintenance reminder function, such as setting a maintenance reminder three months before consumables expire or a regular maintenance reminder on the equipment management device 10 . The device transmission module 11 of the equipment management device 10 sends a maintenance reminder to the user unit of the first aid equipment 20 at a set time by mobile phone text message, email or application message, etc., to ensure that the first aid equipment 20 operates normally and can be used in emergencies. It has a rescue effect when it occurs.

Please refer to FIG. 3B . In some implementations, each first aid device 20 may further include an equipment detection module 26 located on the box 21 to detect the status of the first aid equipment 24 . When the equipment detection module 26 detects that the status of the first aid equipment 24 is abnormal, the warning module 23 will not issue the warning based on the alarm information. The abnormal state may be insufficient or abnormal power of the first aid equipment 24 , a malfunction of the first aid equipment 24 , or the first aid equipment 24 is not located in a designated storage location, etc. However, the aforementioned abnormal states are only examples and are not limited thereto. In this way, the equipment management device 10 will only send the alarm information to the first aid equipment 20 that meets the distance condition and can operate normally, and will not send the alarm information to the first aid equipment 20 that is faulty or has been taken out for use, so as to save notification resources.

Furthermore, in some implementations, after the warning module 23 can issue a warning based on the alarm information, the equipment detection module 26 detects that the first aid equipment 24 is taken out and generates an equipment removal signal, and transmits the equipment removal signal through the equipment transmission module 22 to the equipment management device 10. In this way, the equipment management device 10 can determine whether someone has performed rescue work through the equipment retrieval signal generated by the equipment detection module 26 . In addition, in the recorded first aid event, it can be recorded whether the user of the mobile device 30 took out the first aid equipment 24 and performed the rescue action based on the notification information.

In addition, in some implementations, each first aid device 20 may further include a door switch module 27 located on the box 21 . Here, the notification module 14 generates an opening signal when it determines that the mobile device message meets the preset first aid conditions, and transmits the opening signal to the selected first aid equipment 20 through the device transmission module 11. The door switch module 27 then responds to the opening signal based on the opening signal. And turn on. That is to say, the box 21 of the first aid equipment 20 is kept closed at ordinary times to prevent the first aid equipment 24 stored in the box 21 from being taken out and not returned or damaged by intentional persons or children. Only when an emergency occurs, the notification module 14 of the equipment management device 10 generates an opening signal for the first aid equipment 20 selected to meet the preset first aid conditions, and the box 21 of the first aid equipment 20 will be opened accordingly to provide access to the mobile device 30 The user takes it out for rescue use.

Please refer to Figure 6, which is a schematic flow chart (1) of the emergency first aid method of the present invention. The emergency first aid method of the present invention includes the following steps:

Step S101: Receive notification information. The notification information includes event information and event location information.

The equipment management device 10 uses the device transmission module 11 to receive notification information, where the notification information includes event information and event location information, and the notification information comes from the rescue management device 40 or the computer information center or the fire station service center or disaster relief department that receives the report. The command center, police station, ambulance unit, etc. are as mentioned above and will not be repeated here.

Step S102: Generate alarm information based on the notification information, and select device location information that satisfies the distance condition based on the event location information.

The equipment management device 10 uses the notification processing module 13 to generate alarm information based on the notification information, and can select equipment location information that satisfies the distance condition based on the event location information, which is as mentioned above and will not be repeated here.

Step S103: Send the alarm information to the first aid device corresponding to the device location information. The first aid device 20 includes the warning module 23 and the barcode unit 25.

The equipment management device 10 uses the device transmission module 11 to transmit alarm information to the emergency equipment 20 corresponding to the equipment location information. Among them, one first aid equipment 20 corresponds to one piece of first aid equipment information.

Here, the first aid equipment 20 has at least a warning module 23 and a barcode unit 25 . In some implementations, the first aid device 20 includes a box 21 , a device transmission module 22 , a warning module 23 , first aid equipment 24 and a barcode unit 25 . Among them, the equipment transmission module 22, the warning module 23 and the barcode unit 25 are located on the box 21, and the first aid equipment 24 is stored in the box 21, which are as mentioned above and will not be repeated here.

Step S104: Use the alert module 23 to issue an alert based on the alert information and allow the mobile device 30 to scan the barcode unit 25 to cause the mobile device 30 to generate a mobile device message. The mobile device message includes door number information and positioning information.

The warning module 23 issues a warning based on the warning information, in which the warning can be presented in the form of sound, light, etc. For example, the emergency equipment 20 will flash a warning light and issue a voice warning of "There is an emergency nearby! Please scan the QR Code" . After the alert module 23 issues an alert, the barcode unit 25 can be scanned by the mobile device 30 so that the mobile device 30 sends the mobile device message to the device management device 10 . Therefore, after scanning the barcode unit 25, the mobile device 30 can automatically generate a mobile device message and send it to the device management device 10.

In some implementations, the barcode unit 25 can be a fixed barcode or a dynamic barcode, which is as mentioned above and will not be repeated here.

Step S105: Receive mobile device messages.

The device management device 10 uses the device transmission module 11 to receive mobile device messages automatically generated by the mobile device 30 after scanning the barcode unit 25, which are as mentioned above and will not be described again here.

Step S106: Determine whether the mobile device message meets the preset first aid conditions. When the mobile device message meets the preset first aid conditions, send notification information to the mobile device 30 corresponding to the door number information so that the mobile device 30 plans based on the event location information and positioning information. Guidance path.

The equipment management device 10 uses the notification module 14 to determine whether the mobile device message meets the preset first aid conditions. When the mobile device message meets the preset first aid conditions, the device transmission module 11 sends notification information to the mobile device 30 corresponding to the phone number information. The mobile device 30 plans a guidance path based on the event location information and positioning information, which is as mentioned above and will not be repeated here.

In some implementations, the barcode unit 25 contains URL information, and the mobile device 30 scans the barcode unit 25 to connect to a web page based on the URL information and obtain notification information, so that the mobile device 30 plans a guidance path based on the event location information and positioning information.

Please refer to Figure 7, which is a schematic flow chart (2) of the emergency first aid method of the present invention. In some implementations, before step S101, step S201 is further included: receiving the dispatch message with the ambulance management device 40, and generating a report based on the dispatch message. Notify information.

Here, the rescue management device 40 is connected to the equipment management device 10 . Moreover, the ambulance management device 40 may include an ambulance transmission module 41 and a dispatch processing module 42. The dispatch processing module 42 is connected to the ambulance transmission module 41, and generates notification information according to the dispatch message, and passes the ambulance transmission module 41 transmitted to the equipment management device 10.

In some implementations, after step S201 of receiving the dispatch message with the ambulance management device 40, it further includes:

Step S202: Use the rescue management device 40 to obtain a plurality of guardian location information of a plurality of guardian mobile devices 50.

Step S203: Select the location information of the guardian that meets the preset rescue conditions according to the notification information.

Step S204: Use the rescue management device 40 to send notification information to the guardian mobile device 50 of the selected guardian location information.

Here, the ambulance management device 40 may further include a dispatch positioning module 43 connected to the dispatch processing module 42 to obtain a plurality of guardian location information of a plurality of guardian mobile devices 50 through the ambulance transmission module 41 . The dispatch positioning module 43 selects the guardian location information that meets the preset rescue conditions according to the notification information, and transmits the notification information to the guardian mobile device 50 of the selected guardian location information through the rescue transmission module 41 . Since the guardian mobile device 50 can be connected to the rescue management device 40 and transmit real-time information of the guardian mobile device 50, when the dispatch positioning module 43 selects the qualified guardian mobile device 50 based on the notification information, it can Immediately push the notification information of the emergency event to the guardian mobile device 50 to request immediate assistance. As mentioned above, the preset rescue conditions are also the same as the above content and will not be repeated here.

In addition, in some implementations, although step S201 is before step S101, steps S202 to S204 may be before, after, or at the same time as step S101.

In some implementations, after the step S204 of transmitting notification information by the ambulance management device 40, step S205 is further included: using the ambulance management device 40 to receive a reply message returned by the guardian mobile device 50, where the reply message includes door number information. Therefore, the rescue management device 40 can obtain the contact information of the guardian and contact the guardian immediately. Here, the guardian mobile device 50 can automatically generate a reply message by scanning the barcode unit 25 and send it to the rescue management device 40 .

Please refer to Figure 6. In some implementations, in step S106, the default emergency condition is whether the time difference between the time of sending the alarm information and the time of receiving the mobile device message is less than the time setting value. As mentioned above, it will not be used here. Again.

In some implementations, in step S104, the mobile device 30 scans the barcode unit 25 to obtain equipment maintenance information. Among them, the mobile device 30 scans the barcode unit 25 to connect to the equipment management device 10 and obtains equipment maintenance information, which is as mentioned above and will not be repeated here.

In some implementations, in step S104, when detecting that the status of the first aid equipment 24 is abnormal, the warning module 23 will not issue a warning based on the alarm information.

The first aid equipment 20 may further include an equipment detection module 26, which is located on the box 21 and detects the status of the first aid equipment 24. When the equipment detection module 26 detects that the status of the first aid equipment 24 is abnormal, the warning module 23 will not issue a warning based on the alarm information, which is as mentioned above and will not be repeated here.

In some implementations, after step S104, step S108 is further included: detecting that the first aid equipment 24 is taken out and generating an equipment removal signal.

After the warning module 23 can issue a warning based on the alarm information, the equipment detection module 26 detects that the first aid equipment 24 is taken out and generates an equipment removal signal, and transmits the equipment removal signal to the equipment management device 10 through the equipment transmission module 22, as described above. The above will not be repeated here.

In some implementations, in step S104, the mobile device 30 scans the barcode unit 25 to connect to the web page according to the URL information and obtain notification information, so that the mobile device 30 plans a guidance path according to the event location information and positioning information.

In some implementations, after step S106, step S107 is further included: when the mobile device message meets the preset first aid conditions, an opening signal is generated so that the first aid equipment 20 is opened according to the opening signal.

The first aid device 20 may further include a door switch module 27 located on the box 21 . Here, the notification module 14 generates an opening signal when it determines that the mobile device message meets the preset first aid conditions, and transmits the opening signal to the selected first aid equipment 20 through the device transmission module 11. The door switch module 27 then responds to the opening signal based on the opening signal. As for opening, it is as mentioned above and will not be repeated here.

In summary, the emergency first aid system and method of the present invention form a tight first aid network through the equipment management device and multiple first aid equipment. When an emergency occurs, an alarm can be immediately sent to the first aid equipment near the event to obtain the information of nearby personnel. Be aware and ask for support assistance. When anyone wants to assist in an emergency, they can easily obtain event information by reading the information displayed on the emergency equipment, and this process does not require the person to spend time downloading specific application software or go to any unit. Registering an account and password on the website not only protects the privacy of the person, but also helps save time for rescue and quickly assemble rescue resources. In addition, the present invention transmits an alarm to first aid equipment near the incident to issue a warning, and also solves the problem that the application cannot clearly locate the indoor (inside the building) location and cannot find the first aid equipment. In addition, the emergency first aid system can also have a complete equipment warranty function, constructing a complete maintenance history of the first aid equipment for audit by relevant auditing units, saving labor and paper costs.

Although the technical content of the present invention has been disclosed above in the form of preferred embodiments, it is not intended to limit the present invention. Any slight changes and modifications made by anyone skilled in the art without departing from the spirit of the present invention should be covered by the present invention. Within the scope of the present invention, the protection scope of the present invention shall be subject to the scope of the appended patent application.

10: Equipment management device 11:Device transmission module 12: Equipment information storage module 13: Notification processing module 14:Notification module 20:First aid equipment 21:Box 22:Equipment transmission module 23:Alert module 24:First aid equipment 25: Barcode unit 26:Equipment detection module 27: Door switch module 30:Mobile device 31:Display unit 40:Rescue management device 41: Ambulance transmission module 42: Dispatch case processing module 43: Dispatch case positioning module 50:Guardian Mobile Device S101~S108, S201~S205: steps

[Fig. 1] is a schematic diagram of the appearance of an emergency first aid system according to an embodiment of the present invention. [Figure 2] is a block diagram (1) of the emergency first aid system according to an embodiment of the present invention. [Figure 3A] is a schematic diagram (1) of the first aid equipment according to an embodiment of the present invention. [Figure 3B] is a schematic diagram (2) of the first aid equipment according to an embodiment of the present invention. [Fig. 4A] is a schematic diagram (1) of the appearance of a mobile device according to an embodiment of the present invention. [Fig. 4B] is a schematic diagram (2) of the appearance of a mobile device according to an embodiment of the present invention. [Figure 5] is a block diagram (2) of the emergency first aid system according to one embodiment of the present invention. [Figure 6] is a schematic flow chart (1) of an emergency first aid method according to an embodiment of the present invention. [Figure 7] is a schematic flow chart (2) of an emergency first aid method according to an embodiment of the present invention.

10: Equipment management device

20:First aid equipment

30:Mobile device

31:Display unit

40:Rescue management device

50:Guardian Mobile Device

Claims (25)

An emergency first aid system includes: an equipment management device, including: a device transmission module, receives a notification information, the notification information includes an event information and an event location information, and receives a mobile device message, the mobile device message includes A door number information and a positioning information; an equipment information storage module, which stores a plurality of first aid equipment information, and each first aid equipment information includes an equipment location information; a notification processing module, which connects the device transmission module and the equipment information storage The module generates an alarm information based on the notification information, and selects the device location information that meets a distance condition based on the event location information, and the device transmission module transmits the alarm information based on the selected device location information; and A notification module is connected to the notification processing module to determine whether the positioning information of the mobile device message meets a preset first aid condition. When the mobile device message meets the preset first aid condition, the device transmission module transmits the Notify the information to a mobile device corresponding to the door number information so that the mobile device plans a guidance path based on the event location information and the positioning information, wherein the preset first aid condition is calculated based on the event location information and the positioning information Whether the estimated arrival time is within the predetermined first aid time; and multiple first aid equipment, one first aid equipment corresponds to one first aid equipment information, each first aid equipment includes a box, an equipment transmission module, and a warning module, A first aid equipment and a barcode unit. The equipment transmission module, the warning module and the barcode unit are located on the box. The first aid equipment is stored in the box. The equipment transmission module is connected to the device transmission module. , the emergency equipment corresponding to the selected equipment location information receives the alarm information through the equipment transmission module, and after the warning module sends an alarm based on the alarm information, the barcode unit is used for scanning by the mobile device The mobile device is caused to send the mobile device message to the device management device. The emergency first aid system as described in claim 1 further includes: an ambulance management device connected to the equipment management device. The ambulance management device includes: an ambulance transmission module to receive a dispatch message; and a dispatch processing module connected to The ambulance transmission module generates the notification information based on the dispatch message, and transmits it to the equipment management device through the ambulance transmission module. The emergency first aid system as described in claim 2, wherein the first aid management device further includes: a dispatch positioning module, connected to the dispatch processing module, and obtaining plural guardian positions of plural guardian mobile devices through the first aid transmission module Information, the dispatch positioning module selects the guardian location information that meets a preset rescue condition based on the notification information, and transmits the notification information to the selected guardian with the location information through the rescue transmission module Mobile device. The emergency first aid system as described in claim 3, wherein the preset rescue condition is that the distance between the guardian's location information and the event location information is less than a preset distance range value. The emergency first aid system as described in claim 3, wherein the first aid transmission module receives a reply message returned by the guardian mobile device, and the reply message includes the door number information. The emergency first aid system of claim 1, wherein the preset first aid condition is whether the time difference between the time when the device transmission module transmits the alarm information and the time when the equipment management device receives the mobile device message is less than a time setting value. The emergency first aid system as described in claim 6, wherein the notification module sets the time setting value based on the event information, the event location information and the device location information. The emergency first aid system as described in claim 1, wherein the first aid equipment information further includes equipment maintenance information. When the first aid equipment does not receive the alarm information, the mobile device scans the barcode unit and connects to the equipment management device to obtain Maintenance information for this device. The emergency first aid system as described in claim 8, wherein the first aid equipment displays the dynamic barcode unit. When the first aid equipment does not receive the alarm information, the barcode unit is used to connect to the equipment management device and obtain the equipment maintenance. Information; when the emergency equipment receives the alarm information, the barcode unit is used for scanning by the mobile device to cause the mobile device to send the mobile device information to the equipment management device. The emergency first aid system as described in claim 1, wherein each first aid equipment further includes an equipment detection module located on the box to detect the status of the first aid equipment, and the equipment detection module detects the When the status of the first aid equipment is normal, the warning module will issue the warning based on the alarm information; when the status of the first aid equipment is abnormal, the warning module will not issue the warning based on the alarm information. The emergency first aid system as described in claim 1, wherein after the warning module issues the warning based on the alarm information, the equipment detection module detects that the first aid equipment is taken out and generates an equipment removal signal, which is transmitted through the equipment module. The group sends the equipment removal signal to the equipment management device. The emergency first aid system as described in claim 1, wherein each first aid equipment further includes a door switch module located on the box, and the notification module generates an opening when it determines that the mobile device message meets the preset first aid conditions. The signal transmits the opening signal to the selected emergency equipment through the device transmission module, and the door switch module is opened according to the opening signal. The emergency first aid system as described in claim 1, wherein the barcode unit includes a URL information, and the mobile device scans the barcode unit to connect to the web page based on the URL information and obtain the notification information, so that the mobile device can locate the event according to the event location. information and the positioning information to plan the guidance path. An emergency first aid method includes the following steps: a device transmission module receives a notification information, the notification information includes an event information and an event location information; a notification processing module generates an alarm information based on the notification information, and based on the event The location information selects a piece of equipment location information that meets a distance condition; the device transmission module transmits the alarm information to an emergency equipment corresponding to the equipment location information. The emergency equipment includes a warning module and a barcode unit; with the warning module The group issues an alert based on the alarm information and allows a mobile device to scan the barcode unit to cause a mobile device to generate a mobile device message. The mobile device message includes a door number information and a positioning information; the device transmission module receives the mobile device message; and the notification module determines whether the positioning information of the mobile device message meets a preset first aid condition, and when the mobile device message meets the preset first aid condition, sends the notification information to The mobile device corresponding to the door number information causes the mobile device to plan a guidance path based on the event location information and the positioning information, wherein the preset first aid condition is an estimate calculated based on the event location information and the positioning information. Whether the arrival time is within a scheduled emergency time. The emergency first aid method as described in claim 14, before the step of receiving the notification information, further includes: receiving a dispatch message with an ambulance management device, and generating the notification information based on the dispatch message. The emergency first aid method as described in claim 15, wherein, after the step of receiving the dispatch message with the ambulance management device, it further includes: using the ambulance management device to obtain a plurality of guardian location information of a plurality of guardian mobile devices; based on The notification information selects the guardian location information that meets a preset rescue condition; and the rescue management device sends the notification information to the guardian mobile device of the selected guardian location information. The emergency first aid method as described in claim 16, wherein in the step of selecting the guardian location information that meets the preset rescue conditions based on the notification information, the preset rescue conditions are the guardian location information and the event location. The distance of the information is less than a preset distance range value. The emergency first aid method as described in claim 16, wherein after the step of transmitting the notification information by the first aid management device, it further includes: using the first aid management device to receive a reply message returned by the guardian mobile device, the The reply message contains the phone number information. The emergency first aid method as described in claim 14, wherein in the step of determining whether the mobile device message meets the preset first aid condition, the preset first aid condition is to send Whether the time difference between the time of the alarm information and the time of receiving the mobile device message is less than a time setting value. The emergency first aid method described in claim 19, wherein in the step of determining whether the mobile device message meets the preset first aid conditions, the time setting value is set based on the event information, the event location information and the device location information. The emergency first aid method as described in claim 14, wherein in the step of allowing the mobile device to scan the barcode unit, the mobile device scans the barcode unit and connects to an equipment management device to obtain equipment maintenance information corresponding to the first aid equipment. . The emergency first aid method as described in claim 14, wherein in the step of using the alert module to issue the alert based on the alert information, when detecting that the status of a first aid equipment is abnormal, the alert module will not issue the alert based on the alert information. Alert information issues the alert. The emergency first aid method as described in claim 14, wherein, after the step of using the alert module to issue the alert based on the alert information, it further includes: detecting that a first aid equipment is taken out and generating an equipment removal signal. The emergency first aid method as described in claim 14, wherein, after the step of determining whether the mobile device message meets the preset first aid conditions, it further includes: generating an opening signal when the mobile device message meets the preset first aid conditions. The first aid equipment is turned on according to the turn-on signal. The emergency first aid method as described in claim 14, wherein in the step of using the alert module to issue the alert based on the alert information, the mobile device scans the barcode unit and connects to a web page based on the URL information and obtains the notification information, The mobile device is allowed to plan the guidance path based on the event location information and the positioning information.