CN217088165U

CN217088165U - AED first-aid platform based on Internet of things

Info

Publication number: CN217088165U
Application number: CN202220962753.0U
Authority: CN
Inventors: 刘浩成; 黄锋; 赵晓璐
Original assignee: Shaoxing Xinzhuo Technology Co ltd
Current assignee: Shaoxing Xinzhuo Technology Co ltd
Priority date: 2022-04-22
Filing date: 2022-04-22
Publication date: 2022-07-29
Anticipated expiration: 2032-04-22

Abstract

The utility model discloses an AED emergency platform based on the Internet of things, which comprises an AED emergency platform, wherein rescue information is input on the AED emergency platform and comprises rescue destination information and information of a person seeking for help, the AED emergency platform further comprises a plurality of AED cases, each AED case comprises an AED device, an emergency device and a case display screen, the AED emergency platform further comprises a positioning module and a plurality of rescue units which are arranged on an ambulance, the AED emergency platform further comprises AED emergency big data, the rescue units comprise nearby volunteers, surrounding passers, nearby operators, equipment administration units and a take-out taxi taking platform, the utility model has reasonable structure, the rescue information is generated on the AED emergency platform through multi-point connection, then rescue multi-point tasks are distributed to various rescue channels through the AED emergency platform, and the emergency situations of the rescued people are treated in advance through the rescue channels, and the rescue time is saved and the rescue efficiency can be increased by combining the 120 emergency ambulance with real-time positioning.

Description

AED first-aid platform based on Internet of things

Technical Field

The utility model relates to a first aid platform technical field, in particular to AED first aid platform based on thing networking.

Background

First aid, i.e. emergency treatment, means that when any accident or emergency occurs, a rescuer performs preliminary rescue and nursing for the wounded temporarily and properly by using on-site applicable materials according to the principle of medical nursing before medical care personnel arrive, and then delivers the wounded to a hospital quickly.

When the person seeking help sends out the information of seeking help, can send out the rescue task through first aid platform, current first aid platform generally only the single-point is gone into and the single-point distributes rescue information, and will rely on the ambulance to transport the person seeking help to the hospital generally and rescue, consequently great increase the time of rescue for the efficiency of rescue reduces. In view of the above problems, a solution is proposed as follows.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an AED first aid platform based on thing networking has the multiple spot and allies oneself with, the multiple spot gives off the advantage of rescue information.

The above technical purpose of the present invention can be achieved by the following technical solutions:

the utility model provides an AED first aid platform based on thing networking, includes AED first aid platform, it has rescue information to connect the input on the AED first aid platform, AED first aid platform still includes a plurality of AED quick-witted cases, every AED machine case all includes AED equipment, emergency equipment and quick-witted case display screen, AED first aid platform is still including installing location module and a plurality of rescue unit on the ambulance, and location module and a plurality of rescue unit are connected through the thing networking with AED first aid platform, AED first aid platform still includes AED first aid big data.

Preferably, the rescue unit comprises nearby volunteers, surrounding passers-by, nearby operators, equipment authorities and take-away taxi-taking platforms.

Preferably, the rescue information includes rescue destination information and information on a person seeking help.

Preferably, the AED emergency platform further comprises an emergency center map platform, and each AED case and the positioning module are connected with the emergency center map platform through the Internet of things.

Preferably, the map of the emergency center further comprises a map table and an AED (automated guided device) map layer, and after the rescue information is released, the AED map layer is lightened and displayed in real time.

The utility model has the advantages that: rescue information is generated on the AED emergency platform through multipoint connection, then AED rescue tasks are distributed to various rescue channels through the AED emergency platform at multiple points, the rescue channels firstly rescue the emergency situation of rescued people, and the rescue channels are positioned in real time by combining 120 emergency vehicles, so that the rescue time is saved, and the rescue efficiency is also improved.

Drawings

FIG. 1 is a schematic diagram of a hierarchy of an embodiment.

Reference numerals: 1. an AED emergency platform; 2. rescue information; 3. an AED case; 4. an AED device; 5. first-aid equipment; 6. a case display screen; 7. a positioning module; 8. a rescue unit; 9. AED first-aid big data; 10. a nearby volunteer; 11. a surrounding passerby; 12. a nearby operator; 13. a device director; 14. a takeaway taxi taking platform; 15. rescue destination information; 16. information of the person asking for help; 17. a map table of the emergency center; 18. map platform AED picture layer.

Detailed Description

The following is only the preferred embodiment of the present invention, the protection scope is not limited to this embodiment, and all technical solutions belonging to the idea of the present invention should belong to the protection scope of the present invention. It should also be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and such modifications and decorations should also be regarded as the protection scope of the present invention.

As shown in fig. 1, an AED emergency platform based on the internet of things comprises an AED emergency platform 1, rescue information 2 is connected and input to the AED emergency platform 1, the rescue information 2 comprises rescue destination information 15 and information 16 of a person asking for help, and after an emergency center receives an emergency call, the emergency center system generates a rescue task including the rescue destination information 15 and the information 16 of the person asking for help. And then the rescue task is directly forwarded to an AED emergency platform 1 through an emergency center system program interface, and the AED rescue task is generated after the platform receives the rescue task.

AED first-aid platform 1 still includes a plurality of AED machine casees 3, every AED machine case 3 all includes AED equipment 4, emergency equipment 5 and quick-witted case display screen 6, AED first-aid platform 1 is still including installing location module 7 and a plurality of rescue unit 8 on the ambulance, and location module 7 and a plurality of rescue unit 8 are connected through the thing networking with AED first-aid platform 1, rescue unit 8 includes near volunteer 10, passerby 11 on every side, near operator 12, AED equipment 4 is responsible for unit and takeaway and is beaten car platform 14, later AED first-aid platform 1 distributes AED rescue task to each channel:

first, volunteers 10 near the rescue destination receive mobile phone short messages and telephone notices, the mobile phone short messages contain links of the AED emergency platform 1 system, and the links are clicked to enter the system to check and plan a rescue route; the telephone notification content includes "remind the volunteer to turn on the system for viewing, plan a rescue route" and "tell the volunteer where the AED device 4 closest to the destination is.

Secondly, all volunteers of the rescue linkage unit near the rescue destination can also receive the notification.

And thirdly, the AED equipment 4 near the rescue destination sends a help signal to the surrounding passers-by 11 to request the surrounding passers-by 11 to immediately send the AED equipment 4 to the rescue destination displayed on the display screen 6 of the case. Rescue destination information 15 and a contact way of a person asking for help are displayed on a display screen of the AED case 3 in real time, surrounding passers-by 11 scan two-dimensional codes on the display screen of the AED case 3 by using a mobile phone to enter the system and become a role of a helper, and the system guides the helper to send the AED equipment 4 to a rescue destination through navigation.

Fourthly, the base station of the operator 12 near the rescue destination sends help seeking short messages to all users in the network coverage range, the short messages contain links of the AED emergency platform 1 system, and the users click the links to enter the system to view, plan and obtain routes of the AED equipment 4 and transport the AED equipment 4.

The attendant of the unit in charge of the AED device 4 near the rescue destination also receives the notification as described above.

And sixthly, the AED emergency platform 1 automatically initiates taxi taking and takeout orders to the system interface of the take-away taxi platform 14, so that nearby taxi appointments and takeout personnel can acquire the AED equipment 4 and deliver the AED equipment to rescue destinations.

Seventhly, the AED emergency platform 1 further comprises AED emergency big data 9, a background manager of the AED emergency platform 1 gives an alarm through the AED emergency big data 9 system, and the positions and contact ways of the rescue persons, the volunteers responding to the task, the assistors responding to the task and the 120 emergency ambulance participating in the rescue task are displayed in an AED emergency big data 9 map.

Eighthly, the AED emergency platform 1 further comprises an emergency center map platform 17, and each AED case 3 and the positioning module 7 are connected with the emergency center map platform 17 through the Internet of things. The map of the emergency center also comprises a map table and an AED (automated guided device) layer 18, and after the rescue information 2 is released, the AED layer 18 is lightened and displayed in real time. Meanwhile, the volunteers and the helpers responding to the task can communicate in real time through the current rescue task page of the AED emergency platform 1, and view the real-time positioning of the 120 emergency ambulance participating in the rescue task in real time.

This implement neotype theory of operation: rescue information 2 is generated on the AED emergency platform 1 through multipoint connection, then AED rescue tasks are distributed to various rescue channels through the AED emergency platform 1 at multiple points, the rescue channels firstly rescue the emergency situation of rescued people, and the emergency situation is positioned in real time by combining 120 emergency vehicles, so that the rescue time is saved, and the rescue efficiency is also increased.

Claims

1. The utility model provides an AED first aid platform based on thing networking, a serial communication port, including AED first aid platform (1), it has rescue information (2) to connect the input on AED first aid platform (1), AED first aid platform (1) still includes a plurality of AED machine case (3), and every AED machine case (3) all include AED equipment (4), emergency equipment (5) and quick-witted case display screen (6), AED first aid platform (1) still is including installing location module (7) and a plurality of rescue unit (8) on the ambulance, and location module (7) and a plurality of rescue unit (8) are connected through the thing networking with AED first aid platform (1), AED first aid platform (1) still includes AED first aid big data (9).

2. An internet of things based AED emergency platform of claim 1, wherein the rescue unit (8) comprises nearby volunteers (10), surrounding passers (11), nearby operators (12), equipment administration units (13) and take-away taxi platforms (14).

3. An internet of things based AED emergency platform of claim 2, wherein the rescue information (2) comprises rescue destination information (15) and rescuer information (16).

4. The Internet of things-based AED emergency platform of claim 3, wherein the AED emergency platform (1) further comprises an emergency center map table (17), and each AED case (3) and positioning module (7) are connected to the emergency center map table (17) via Internet of things.

5. The Internet of things-based AED emergency platform of claim 4, wherein the emergency center map further comprises a map table and a map table AED layer (18), and after the rescue information (2) is released, the map table AED layer (18) is lit and displayed in real time.