1. The marathon race life support system based on the Internet is characterized by comprising a command center (1), an emergency ambulance (2), an emergency runner (3), an AED emergency responder (4) and an emergency observer (5); the emergency ambulance (2), the emergency runner (3), the AED emergency responder (4) and the emergency observer (5) are all provided with a visual positioning interphone (6); the command center (1) is respectively connected with the emergency ambulance (2), the emergency runner (3), the AED emergency responder (4) and the emergency observer (5) through the visual positioning interphone (6) to establish internet communication.

2. The internet-based marathon event life support system of claim 1, wherein: the command center (1) is responsible for all conditions of the events, comprises at least one notebook or television, and is in communication connection with the visual positioning interphone (6) for allocating emergency resources.

3. The internet-based marathon event life support system of claim 2, wherein: the emergency ambulance (2) is a necessary facility for life support of the competition field, the equipment quantity and the position are determined according to the scale and the conditions of the competition, a visual positioning interphone (6) is arranged on each point position of the emergency ambulance (2) and is in communication connection with the command center (1), and the command center (1) is used for receiving an early warning report that the point position is found firstly when an incident occurs and allocating the latest higher-level life support resource to arrive at the fastest speed according to the condition.

4. The internet-based marathon life support system of claim 3, wherein: the emergency runner (3) is trained by the professional and has corresponding running ability, and the emergency runner and the marathon race runner simultaneously start according to the running ability, observe the situation of the runner at the side and timely rescue, and rapidly feed back the command center (1) through the visual positioning interphone (6), and the command center (1) rapidly allocates the nearest AED emergency personnel (4) and emergency ambulance (2) at the side to the scene.

5. An internet-based marathon life support system as claimed in claim 4, characterized in that the AED emergency personnel (4) are personnel trained in strict emergency-related knowledge, skills and AED usage, each operator being equipped with an AED automated external defibrillator and a visual positioning interphone (6) that by deployment of the command center (1) reaches the accident site around at the fastest speed.

6. The internet-based marathon race life support system according to claim 5, wherein the emergency observer (5) is an emergency trained person, which is disposed along the race track according to the race scale and race track form, for observing the physical condition of the runner passing by the race track, and which is equipped with a visual positioning interphone (6), and the visual positioning interphone (6) is used to find problems and rapidly alarm the command center (1), and the command center (1) rapidly allocates the arrival of advanced life support near the scene.

7. The internet-based marathon race life support system according to claim 6, wherein the visual positioning interphone (6) is composed of a positioning interphone and a display installed on the positioning interphone, the visual positioning interphone (6) displays the positioning through the internet, and displays the specific position of each emergency point on a television screen map of the command center (1), and emergency resources are allocated through the interphone, and the talkback mode is wireless talkback.

Background

The marathon competition has been in history for hundreds of years, has developed relatively maturely, is a popular sport mode and a life mode, and when the marathon competition is developed rapidly in China, potential safety hazards of the marathon competition always cover all parties participating in the marathon, sudden death or unexpected death of marathon enthusiasts occur every year, irreparable great loss is brought to families of deceased people, huge economic loss is also born by competition promoters, and the life safety guarantee of the marathon competition becomes one of the largest pain point requirements of the competition.

At present, the host adopts the main methods of enhancing prevention and abstinence, increasing the number and patrol of medical staff on the competition site, finding potential safety hazards of life as much as possible, or distributing the medical staff as much as possible, and shortening the time spent on the treatment of the personnel falling to the ground. Although the above methods have certain results, the following problems cannot be overcome: for example, the marathon competition field is very crowded, and medical staff cannot make scientific judgments easily; secondly, the cost is high due to the addition of medical staff, and the application effect on the marathon line with 42 kilometers is limited. Thirdly, the competitors needing to be rescued are missed with a high probability, and no medical staff is nearby when the event happens.

Although people at present propose to predict life safety through cloud big data analysis, the real-time performance and the burst performance cannot be achieved, accurate prediction, warning, instant discovery and intervention cannot be achieved, the traditional method is that the site command and the first-aid personnel are connected together through a voice through an interphone, and the specific position of the first-aid resource and the specific situation of a competition field cannot be seen.

Disclosure of Invention

The invention aims to provide a marathon race life support system based on the internet, which is characterized in that a command center, an emergency ambulance, an emergency runner, an AED operator and an emergency observer are connected together through a positioning interphone, and the signals can be visually displayed on a display screen of the command center, so that an emergency commander can directly know the situation dynamics of a race field, adjust various emergency resources of the race field in time, and realize high-efficiency protection support so as to solve the problems in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme:

the Marathon life support system based on the Internet comprises a command center, an emergency ambulance, an emergency runner, an AED emergency responder and an emergency observer; the emergency ambulance, the emergency runner, the AED emergency responder and the emergency observer are all provided with a visual positioning interphone; the command center is respectively connected with the emergency ambulance, the emergency runner, the AED emergency responder and the emergency observer through the visual positioning interphone to establish internet communication.

Preferably, the command center is responsible for all conditions of the event, comprises at least one notebook or television, and is in communication connection with the visual positioning interphone for allocating emergency resources.

Preferably, the emergency ambulance is a necessary facility for life support of the competition field, the configuration quantity and the position of the emergency ambulance are determined according to the scale and the condition of the competition, a visual positioning interphone is configured at each point location of the emergency ambulance to be in communication connection with a command center, and the command center is used for receiving an early warning report of finding the point location at first when an incident occurs and allocating the nearest higher-level life support resource to arrive at the fastest according to the condition.

Preferably, the emergency runner is a specially trained person with corresponding running ability, the emergency runner and the marathon race runner simultaneously start according to the running ability of the emergency runner, the emergency runner and the marathon race runner are grouped according to time, the situation of the runner at the side is observed, the emergency runner and the marathon race runner are rescued in time, and the command center rapidly allocates the nearest AED emergency personnel and emergency ambulance at the side to the scene through the visual positioning interphone rapid feedback command center.

Preferably, the AED emergency medical personnel are personnel trained in strict emergency relevant knowledge, skills and AED use, and each operator is equipped with an AED automatic external defibrillator and a visual positioning interphone, and passes through the accident site at the highest speed through deployment of a command center.

Preferably, the emergency observer is a person trained in emergency, is configured along the track according to the scale of the event and the form of the track, is used for observing the physical condition of the person running at the event in front of the track, is provided with a visual positioning interphone, finds out problems through the visual positioning interphone, and rapidly gives an alarm to the command center, and the command center rapidly allocates the arrival of advanced life support near the scene.

Preferably, the visual positioning interphone consists of a positioning interphone and a display installed on the positioning interphone, the visual positioning interphone displays positioning through the internet, specific positions of each first-aid point are displayed on a television screen map of the command center, first-aid resources are allocated through the interphone, and the talkback mode is wireless talkback.

Compared with the prior art, the invention has the beneficial effects that:

the invention provides an internet-based marathon race life support system, which comprises a command center, an emergency ambulance, an emergency runner, an AED emergency responder and an emergency observer, wherein the command center is connected with the emergency responder; the emergency ambulance, the emergency runner, the AED operator and the emergency observer are efficiently integrated together through the command center to form an event life safety guarantee network, so that the event dynamic and the event field condition can be known in real time, and the event emergency resources can be timely adjusted and allocated according to the event process, so that the safest guarantee is achieved, the event activity is extended for the marathon event and the marathon, the more effective guarantee is made, the event field emergency network is created, and the event runner can safely go home.

Drawings

FIG. 1 is a schematic block diagram of the system of the present invention.

In the figure: 1. a command center; 2. an emergency ambulance; 3. a first-aid runner; 4. an AED emergency responder; 5. an emergency observer; 6. visual location intercom.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

referring to fig. 1, in the embodiment of the present invention: the Marathon life support system based on the Internet comprises a command center 1, an emergency ambulance 2, an emergency runner 3, an AED emergency responder 4 and an emergency observer 5; the emergency ambulance 2, the emergency runner 3, the AED emergency responder 4 and the emergency observer 5 are all equipped with a visual positioning interphone 6; the command center 1 establishes internet communication connection with the emergency ambulance 2, the emergency runner 3, the AED emergency responder 4 and the emergency observer 5 through the visual positioning interphone 6.

In the above embodiment, each event has the command center 1, and the command center 1 is responsible for all the conditions of the event, includes at least one notebook or television, and establishes communication connection with the visual positioning interphone 6 for allocating emergency resources.

In the above embodiment, the emergency ambulance 2 is a necessary facility for life support in the competition field, and determines the allocation quantity and the allocation position according to the scale and the condition of the competition, the visual positioning interphone 6 is arranged at each point location of the emergency ambulance 2 to be in communication connection with the command center 1, and the command center 1 is configured to receive the early warning report that the point location is found first in the event, and allocate the nearest higher-level life support resource to arrive the fastest according to the situation.

In the above embodiment, the emergency runner 3 is a person with a corresponding running ability trained professionally, and the person starts with the marathon race runner according to the running ability thereof in time groups, observes the situation of the runner at the side, and rescues in time, and quickly feeds back to the command center 1 through the visual positioning interphone 6, and the command center 1 quickly allocates the AED emergency personnel 4 and the emergency ambulance 2 nearest at the side to the scene.

In the above embodiment, the AED emergency responders 4 are trained personnel with strict first aid related knowledge, skills and AED usage, each operator is equipped with an AED automatic external defibrillator and a visual positioning interphone 6, and the emergency location can be reached at the fastest speed by the deployment of the command center 1.

In the above embodiment, the emergency observer 5 is a person trained in emergency, is configured along the track according to the scale of the event and the form of the track, and is configured to observe the physical condition of the runner passing through the event in front of the track, and is provided with the visual positioning interphone 6, and the visual positioning interphone 6 is configured to find a problem and rapidly alarm the command center 1, and the command center 1 rapidly allocates the arrival of advanced life support near the scene.

In the above embodiment, the visual positioning interphone 6 is composed of a positioning interphone and a display installed on the positioning interphone, the visual positioning interphone 6 displays positioning through the internet, displays the specific position of each emergency point on the television screen map of the command center 1, and performs emergency resource allocation through the interphone, and the talkback mode is wireless talkback.

In addition, in the above embodiment, in order to meet the actual use requirement, the visual positioning interphone 6 can be replaced by a mobile phone, and when a special condition is met, whether rescue is needed or not can be judged through videos.

To further better illustrate the present invention, the following specific example two is also provided:

before the competition, a set of visual positioning interphone 6 assembled by a positioner, an intercom system and a display is arranged on an emergency ambulance 2, an emergency runner 3, an AED emergency responder 4 and an emergency observer 5 of the competition service, and the competition command center 1 visually observes the competition on a computer or television large screen, and during the competition, the command center 1 can adjust emergency resources in a timing way according to feedback information of each point position, makes the fastest response and timely treatment to the event and ensures the life safety of the competitors; wherein, location intercom type number can select for use the location intercom of ai li tuo ke (AnyTaik) AT-3699, and its every service point position all holds visual location intercom 6, and first aid command center 1 is including the total platform of every first aid line to emergency tender 2 and first aid observer 5 are the example: assuming that an emergency observer 5 at 5.5 km finds a problem, the visual positioning interphone 6 is used to quickly report the command center 1 and carry out rescue before, and the command center 1 transfers the nearest AED emergency responder 4 and emergency ambulance 2 to the place of the accident at 5.5 km on the center screen.

In summary, the following steps: the invention provides an internet-based marathon race life support system, which comprises a command center 1, an emergency ambulance 2, an emergency runner 3, an AED emergency responder 4 and an emergency observer 5; through command center 1 with emergency tender 2, first aid runner 3, AED operator 4 and the integration of first aid observer 5 efficient together, construct into an event life safety guarantee net, can know the event developments in real time, the race situation, and in time adjust, allocate the event first aid resource according to the event process, make it reach safest guarantee, for the marathon event and the marathon extension event activity, do the guarantee more effectively, make the race first aid net, let the event runner go home safely.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.