TWM448751U - Aid deployment system - Google Patents

Abstract

Disclosed is an aid deployment system, comprising an aid carrier, multiple deployment aid devices, multiple rear-end aid devices and a control center server. As soon as the control center server receives notifications and reports of incidents, according to the distance between the deployment aid devices and the accident location, at least one of the aid devices is deployed with its aid carrier to the disaster or accident location where a disaster or accident occurs to aid and escort the wounded to the rear-end aid device, and further it provides first and second navigation information while at the same time receiving real-time information on the accident location from the aid device to inform the appointed rear-end aid device upon entering the predetermined range thereof, thereby facilitating disaster/accident prevention and aiding with an effective emergency aiding mechanism.

Description

Ambulance dispatch system

This creation is about a ambulance deployment technique. In more detail, it is about a system that can immediately deploy ambulance resources based on the location of the incident.

In recent years, the incidence of emergencies and their death rate have increased year by year. After the 119 service center received the report, the staff of the service center will dispatch the ambulance of the responsible unit to the reporting location according to personal experience and carry the injured to the designated hospital for assistance. . However, the crime scene is one of the detachments or the nearest to the detachment or the nearest hospital, whether the hospital has an empty bed or a suitable emergency facility. It may be because the service center or ambulance is unclear about the report. The result is that the location of the report cannot be found or an additional referral is needed to delay the ambulance.

The current ambulance dispatching system is mostly shown in Figure 1. Please refer to Figure 1. 119 Service Center 10 has an information integration system to integrate various information such as location information and equipment information of each detachment (such as detachments 12a and 12b). Or vehicle dispatch information, etc. When 119 Service Center 10 receives the notice of "Emergency at location A", 119 Service Center 10 will notify the nearest detachment based on the location of the emergency, the need for ambulance, etc. (for example, detachment 12a shown in Figure 1) Send ambulance 13 to location A to send the injured to hospital 14. The ambulance 13 is typically provided with a GPS navigation device that transmits the location of the ambulance 13 to the 119 service center 10 for the 119 service center 10 to understand the operational status of the ambulance 13.

However, the above-mentioned ambulance dispatch system only monitors the position of the ambulance based on the distance between the detachment 12a or 12b and the accident location, and cannot perform the control after the ambulance arrives at the accident site and the information integration before the injured person arrives at the hospital, thus In the case of large-scale disasters, it is easy for multiple ambulances to arrive at the scene, but there are repeated configuration and scheduling problems. There is a lack of information on the configuration of disaster relief vehicles that can arrive at the scene, and it is immediately returned to the service center for disaster assessment and response.

Therefore, in addition to the monitoring of ambulance dispatch, the ambulance dispatch and treatment of emergency ambulances requires the control of the ambulance after arriving at the scene of the accident and the integration of information before the injured person arrives at the hospital.

One of the aims of this creation is to provide an ambulance dispatch system that allows the system's control center server to control the ambulance's whereabouts and instantly dispatch the number of ambulances and which hospitals to deliver in the event of multiple emergencies.

Another purpose of this creation is to provide an ambulance system that allows the hospital to know in advance the number of ambulances and injuries that will be reached, and to deploy personnel and prepare ambulance equipment in advance.

The present invention provides an ambulance dispatch system comprising: an ambulance vehicle, a plurality of dispatch ambulance devices, a plurality of back-end ambulance devices, and a control center server including a command module, a navigation module, and a notification module. The control center server issues a dispatch command to the dispatched ambulance device upon receipt of the event occurrence notification, and the dispatched ambulance device, when receiving the dispatch command, causes the ambulance vehicle to go to the event occurrence location and causes the ambulance vehicle to be in control The central server outputs its real-time location information. When the ambulance carrier and the plurality of back ends When the distance between the designator of the rescue device is less than a predetermined value, the control center server issues an arrival notification to the designator of the plurality of back-end rescue devices, and the designator of the plurality of back-end rescue devices receives the arrival notification. Know that the ambulance vehicle is about to arrive.

The command module of the control center server is configured to issue at least one of the dispatch command to the plurality of dispatched ambulance devices according to the distance between each of the dispatched ambulance devices and the event occurrence location, and according to the back end ambulance device The distance between each of the persons and the location of the event causes the ambulance carrier to deliver the injured person at the place where the event occurred to the designated person in the plurality of back end ambulance devices. The navigation module of the control center server provides the first navigation information of the ambulance carrier from the dispatching ambulance device to the event occurrence location and the second navigation information from the event occurrence location to the designated back end ambulance device . The notification module of the control center server sends the arrival notification to the designated back-end ambulance device based on the real-time location information of the ambulance carrier. The control center server defines a predetermined range centering on the back end ambulance device, and when the ambulance carrier enters the predetermined range, the control center server causes the notification module to issue the arrival notification to the designated Back-end ambulance.

In addition, the control center server of the present creation includes an event module, and the event module is configured to determine whether the events of the event notification are caused when there are a plurality of notifications of the event occurrence and a plurality of dispatched rescue vehicles are present. Belong to the same event. In detail, the event module delineates a predetermined range centering on each of the ambulance carriers based on the instantaneous location information of each of the ambulance carriers, if the ambulance carrier has a predetermined range of each of the ambulance carriers When they do not overlap each other, It is determined that the events are not the same event, and if the predetermined ranges of the ambulance carriers overlap each other, the events are determined to be the same event.

Compared with the prior art, this creation can immediately dispatch rescue resources and give play to the functions of command, dispatch, coordination, control and notification, so that the rescue and rescue work can exert the maximum effect of mutual support and ensure the safety of people's lives and property.

The technical means and contents of the present invention are described below by way of specific embodiments, and those skilled in the art and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification.

It is to be understood that the contents of the present invention are intended to be used in conjunction with the disclosure of the specification, and are not intended to limit the scope of the invention. Conditions, so it is not technically meaningful, and any modification, change or adjustment of the content of the schema should remain in the technology disclosed in this creation without affecting the effectiveness and the purpose of the creation. The content can be covered. In the meantime, the terms "first", "second", or "plural" as used in this specification are for convenience only, and are not intended to limit the scope of the creation of the creation. Changes or adjustments are considered to be within the scope of this creation if there is no material change in the material.

Referring to Figures 2A and 2B, the ambulance dispatching system of the present invention mainly includes a control center server 20 located in a control center (such as the 119 Service Center), a plurality of dispatching rescue devices 21a and 21b located in the dispatched ambulance unit, and a plurality of back end rescue devices 23a in the back end rescue unit And 23b, wherein a plurality of dispatched ambulance units each have ambulance vehicles (such as ambulances) 22a and 22b (corresponding to dispatching ambulance devices 21a and 21b). In general, after receiving the event occurrence notification 30 (such as a fire, an earthquake, etc.), the control center server 20 determines to issue a dispatch command to dispatch the rescue device 21a based on the distance between the event occurrence location A and the dispatched rescue devices 21a and 21b. And at least one of the dispatching devices 21a and 21b dispatching the ambulance carrier 22a or/and 22b to the event occurrence location A to deliver the injured person to at least one of the designated rear end ambulance devices 23a and 23b. The designation herein may also mean that the control center server 20 is specified according to the distance between the event occurrence location A and the rear end rescue device 23a or 23b, wherein the rescue vehicle 22a or 22b is oriented by a positioning device such as GPS. The control center server 20 outputs its instantaneous position information, and when the distance between the rescue vehicle 22a or 22b and at least one of the designated back end rescue devices 23a and 23b is less than a predetermined value, the control center server 20 sends an arrival. At least one of the designated back end rescue devices 23a and 23b is notified for subsequent information integration.

In detail, as shown in FIG. 2B, the control center server 20 can include a computing module 200, a command module 201, a navigation module 202, a notification module 203, an event module 204, and a statistics module 205. It should be noted that although a plurality of dispatching ambulance devices 21a and 21b, ambulance carriers 22a and 22b, and rear end ambulance devices 23a and 23b are shown in FIG. 2A (two are shown in FIG. 2A, but they are not With this limitation, the work performed by the rescue vehicles 22a and 22b is the same as that performed by the rescue vehicles 21a and 21b, and the operations performed by the rear-end rescue devices 23a and 2eb are the same, Therefore, in FIG. 2B, the rescue device 21, the rescue vehicle 22, and the rear end rescue device 23 are dispatched instead of the description.

The computing module 200 can calculate the distance between the dispatched ambulance device 21 and the event occurrence location and between the back end ambulance device 23 and the event occurrence location. In detail, the control center server 20 can receive the geographic information 31 generated by the positioning device such as GPS, including the location of the dispatching ambulance device 21, the position of the rear ambulance device 23, and the like. Therefore, the computing module 200 can calculate the distance between all dispatched ambulance devices 21 and the event occurrence location and the distance between all the back end ambulance devices 23 and the event occurrence location based on the geographic information 31.

The command module 201 may issue a dispatch command to at least one of all dispatched rescue devices 21 based on the distance from the dispatched ambulance device 21 to the location of the event, such as dispatching an ambulance device closest to the location of the event or the location of the event. The smoothest dispatch of ambulances between the transports caused the dispatched ambulance device 21 to dispatch its ambulance vehicle 22 to the location of the incident. In addition, the command module 201 can cause the ambulance carrier 22 to send the injured person at the event occurrence location to the designated back end ambulance in the plurality of back end ambulance devices according to the distance between all the back end ambulance devices 23 and the event occurrence location. At least one of the devices, such as the most recent back-end ambulance device from the location where the event occurred, and the place where the event occurred, or a person who is not closest to the event but has appropriate medical resources.

The navigation module 202 can provide first navigation information from the dispatching ambulance device 21 to the location where the event occurred and the second navigation information from the event occurrence location to the designated back end ambulance device 23. Detailed The control center server 20 can receive traffic information 32 through the traffic information database, including traffic routes, traffic information, jams or smooth information. Therefore, the navigation module 202 can provide the first navigation information and the second navigation information of the rescue vehicle 22 according to the traffic information 32.

The notification module 203 can issue an arrival notification to the designated back end ambulance device 23 when the distance between the ambulance carrier 22 and the designated back end ambulance device 23 is less than a predetermined value. For example, the control center server 20 may define a predetermined range (such as a circle having a radius of 50 meters) centered on the designated back end ambulance device 23, and the control center servo when the ambulance carrier 22 enters the predetermined range. The device 20 causes the notification module 203 to send the arrival notification to the designated backend rescue device 23 for subsequent information integration. In addition, the control center server 20 can use the SMS push system to issue the arrival notification to the designated back end ambulance device 23.

The event module 204 can determine whether the events of the event occurrence notifications belong to the same event when there are a plurality of event notifications and a plurality of dispatched rescue vehicles. For example, the event module 204 can define a predetermined range centering on each of the rescue vehicles 22 according to the instantaneous location information of each of the rescue vehicles 22, if the predetermined ranges of the rescue vehicles 22 do not overlap each other. When it is determined that the events are not the same event, if the predetermined ranges of the ambulance carriers 22 overlap each other, the events are determined to be the same event. For details, please refer to Figure 4, which is a schematic diagram for judging whether it is the same event. For example, the disaster occurrence is sometimes a place, sometimes an area, as shown in Figure 4, a fire occurs in a certain area B. At this time, there are two ambulances 1 and 2 going to area B, and the control center server is respectively ambulance The cars 1 and 2 themselves define a predetermined range of 4 and 5 for the center, for example, a circle with a radius of 50 meters. If the predetermined ranges of the ambulances 1 and 2 do not overlap each other, it is determined that the events are not the same event. If the predetermined ranges of the ambulances 1 and 2 overlap each other, it is determined that the events are the same event. As shown in Fig. 4, the predetermined ranges 4 and 5 of the ambulances 1 and 2 overlap each other, and the events at the event occurrence locations of the ambulances 1 and 2 are the same event.

The statistics module 205 can count the number of the rescue vehicles 22 that arrive at the event occurrence location of the same event according to the judgment result of the event module 204, so that the control center server 20 can be based on the scene condition of the event occurrence place and the back end rescue device. The medical resources urgently dispatched ambulance vehicles.

Furthermore, the created rescue vehicle 22 can include a positioning module 221, a first communication module 222, and a second communication module 223.

The positioning module 221 can be used to obtain the real-time position information of the rescue vehicle 22 by using a positioning device such as a GPS.

The first communication module 222 can be configured to communicate with the control center server 20 to transmit the real-time location information to the control center server 20 and receive the first navigation information and the second navigation information sent by the control center server 20. .

The second communication module 223 can be configured to communicate with the designated back end ambulance device 23 to receive the ambulance information issued by the designated back end ambulance device 23. For example, the ambulance carrier 22 typically has a simple ambulance tool that can be used by the ambulance personnel on the ambulance carrier 22 with the designated rear end ambulance device 23 when the injured person at the location of the event is sent to the designated rear ambulance device 23. Medical staff communication to treat the injured person immediately, and also allows medical personnel to initially understand the injured person The situation is to prepare the required medical equipment early, and then the information integration can be performed before the injured person enters the back-end rescue device 23, so as to facilitate subsequent medical care.

Therefore, the control center server 20 of the ambulance dispatching system of the present invention can instantly communicate with the dispatching ambulance device 21, the ambulance carrier 22, and the back end ambulance device 23 to grasp the event occurrence location, the casualty personnel, and the ambulance load supporting the same event. The number, the medical resources that the back-end ambulance can provide, and the integration of geographic or traffic information to make the disaster prevention and rescue mechanism smoother.

Reference is now made to Fig. 3, which is a flow chart illustrating the application of the ambulance dispatching system of the present invention. In this application, the dispatch of the ambulance device is illustrated by the dispatching unit. The ambulance vehicle is exemplified by an ambulance, and the rear ambulance device is illustrated by a hospital.

In step S301, the control center server receives an event occurrence notification, for example, receiving a public report through a telephone or a network.

In step S302, the control center server issues a dispatch command for "dispatch ambulance" to the dispatch unit closest to the event occurrence location.

In step S303, the control center server provides the first ambulance information from the nearest dispatching unit to the event occurrence location and the hospital to be arrived and the second navigation information that arrives at the hospital for the dispatched ambulance, wherein the first navigation information is provided. A navigation information and second navigation information need to consider factors such as distance, traffic (such as traffic signs, congestion or smoothness), and the hospitals that need to arrive need to consider the distance between the hospital and the location of the incident, whether the hospital has enough medical personnel, Medical equipment, etc. In addition, on the way to the hospital when the ambulance arrives, the ambulance can also communicate with the hospital to treat the injured person immediately.

In step S304, before the ambulance is about to arrive at the hospital, for example When entering a predetermined range of hospitals, this can be transmitted through radar or GPS tracking technology. The control center server can use the automatic message broadcast system to notify the hospital of the arrival of the "ambulance is about to arrive".

In summary, the creation of the ambulance dispatch system can immediately deploy ambulance resources, including ambulances, hospitals, ambulance personnel, firefighters, or even police or special disaster prevention personnel, in the event of a catastrophe, with expertise for the participants and Skills, make reasonable allocations, enable them to perform their duties, make the entire emergency rescue mechanism more fluent, use information, communication and geographic information systems to integrate the relevant units' rescue mechanisms, quickly understand and master various disaster situations, and immediately notify relevant The unit also transmits disasters at the same time, and exerts the functions of command, dispatch, coordination, control, and notification, so that the fire rescue and relief work can exert the maximum effect of mutual support and ensure the safety of people's lives and property.

The above embodiments are merely illustrative of the principles, features, and effects of the present invention and are not intended to limit the scope of the present invention. Anyone who is familiar with the art can modify and change the above embodiments without departing from the spirit and scope of this creation, and any equivalent changes and modifications made using the content disclosed in this creation should still be It is covered by the scope of the following patent application. Therefore, the scope of protection of this creation should be as listed in the scope of the patent application described later.

1‧‧‧ambulance

10‧‧‧119 Service Center

12a, 12b‧‧‧ detachment

13‧‧‧Ambulance

14‧‧‧ Hospital

2‧‧‧ambulance

20‧‧‧Control Center Server

200‧‧‧Computation Module

201‧‧‧Command Module

202‧‧‧Navigation module

203‧‧‧Notification module

204‧‧‧Event Module

205‧‧‧Statistical Module

21, 21a, 21b‧‧‧ dispatched ambulance

22, 22a, 22b‧‧‧ambulance vehicle

221‧‧‧ Positioning Module

222‧‧‧First communication module

223‧‧‧Second communication module

23, 23a, 23b‧‧‧ back end rescue device

30‧‧‧Event notification

31‧‧‧ Geographic Information

32‧‧‧Traffic information

4‧‧‧ Scheduled range

5‧‧‧ Scheduled range

A‧‧‧The location of the incident

B‧‧‧Area

S301~S304‧‧‧Steps

Figure 1 is a schematic diagram of the current ambulance dispatching system; Figure 2A is a block diagram of the ambulance dispatching system of the present creation; and Figure 2B is a block diagram of an embodiment of the ambulance dispatching system of the present creation; Figure 3 is a flow chart of the application method of the ambulance dispatching system of the present creation; and Fig. 4 is a schematic diagram of whether the judgment of the ambulance dispatching system of the present creation is the same event.

20‧‧‧Control Center Server

21a, 21b‧‧‧ dispatched ambulance

22a, 22b‧‧‧ambulance vehicle

23a, 23b‧‧‧ back-end ambulance

A‧‧‧The location of the incident

Claims (12)

An ambulance dispatching system comprising: an ambulance carrier; a plurality of rear-end ambulance devices; and a plurality of dispatching ambulance devices for at least one of the dispatched ambulance devices to receive at least one dispatch upon receipt of the dispatch command The ambulance vehicle of the ambulance device is sent to the scene where the incident occurred and the ambulance vehicle outputs the immediate location information of the ambulance vehicle; the control center server is configured to receive the event occurrence notification and the immediate location information of the ambulance vehicle. The control center server includes: a command module that issues the dispatch command to the at least one dispatched ambulance device based on the distance between each of the dispatched ambulance devices and the location of the event, and according to the back end ambulance device The distance between the person and the location of the event causes the ambulance carrier to deliver the injured person at the location of the event to at least one of the back end ambulance devices; and the notification module is the ambulance carrier and the at least one back end ambulance device When the distance is less than a predetermined value, an arrival notification is issued to the at least one back end ambulance device. The ambulance dispatching system of claim 1, wherein the control center server includes a navigation module, and provides the first navigation information of the ambulance carrier from the at least one dispatching ambulance device to the event occurrence location And from where the event occurred to the at least one back end The second navigation information of the rescue device. The ambulance dispatching system of claim 1, wherein the control center server receives geographic information and traffic information. The ambulance dispatching system of claim 3, wherein the control center server comprises a computing module, and the computing module calculates, according to the geographic information, each of the dispatched ambulance devices and the event The distance between the location and the distance between each of the back-end ambulance devices and the location of the incident to dispatch the ambulance carrier to the at least one dispatched ambulance device of the dispatched ambulance device that is closer to the incident site The injured person at the location of the incident is sent to the at least one back end ambulance device that is closer to the location of the incident. The ambulance dispatching system of claim 2, wherein the control center server receives geographic information and traffic information, and the navigation module provides the ambulance carrier according to the geographic information and the traffic information. First navigation information and the second navigation information. The ambulance dispatching system of claim 1, wherein the control center server comprises an event module, wherein the event module is configured to have a plurality of notifications of the event occurrence and a plurality of dispatched ambulance carriers Timely, it is determined whether the events notified by the events belong to the same event. The ambulance dispatching system of claim 6, wherein the event module defines a predetermined range centering on each of the ambulance carriers based on the instantaneous location information of each of the ambulance carriers. If the predetermined ranges of the respective ambulance carriers do not overlap each other, determine the These events are not the same event. The ambulance dispatching system of claim 6, wherein the event module defines a predetermined range centering on each of the ambulance carriers based on the instantaneous location information of each of the ambulance carriers. If the predetermined ranges of the respective ambulance carriers overlap each other, it is determined that the events are the same event. The ambulance dispatching system of claim 8, wherein the control center server comprises a statistical module, and the statistical module counts the location of the event at the same event according to the judgment result of the event module. The number of ambulance vehicles. The ambulance dispatching system of claim 1, wherein the control center server defines a predetermined range centering on the at least one back end ambulance device, and when the ambulance carrier enters the predetermined range, The control center server causes the notification module to issue the arrival notification to the at least one back end ambulance device. The ambulance dispatching system of claim 10, wherein the control center server sends the arrival notification to the at least one back end ambulance device by using a short message broadcast system. The ambulance dispatching system of claim 1, wherein the ambulance carrier comprises: a positioning module for obtaining real-time position information of the ambulance carrier; and the first communication module is used for The control center server communicates to transmit the real-time location information to the control center server. And receiving the first navigation information and the second navigation information sent by the control center server; and the second communication module is configured to communicate with the at least one back end ambulance device to receive the at least one back end ambulance device The ambulance information sent out.