JP2003216742A - System for managing emergency activity, method thereof and program therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable even a person who does not have sufficient knowledge about a management target area and medical care to appropriately and quickly select a fire station and a medical institution in accordance with the location and condition of an object person at a site in need of medical treatment when the object person in need of medical treatment appears in the management target area. <P>SOLUTION: A management device 1 installed at an emergency commanding center is connected to a mobile terminal device 3 of an emergency worker through a communication network 2 and also connected to a terminal device of the medical institution 4. The management device 1 manages various data in relation to emergency activities and is provided with a main terminal unit 1a, a display unit 1b, a voice and video input unit 1c, or the like for performing communications including sound and video with the mobile terminal device 3. The mobile terminal device 3 is provided with a portable terminal unit 3a for performing data communications with the management device 1, voice and video terminal unit 3b for performing voice and vide communications with the management device 1 and the terminal device 4 of the medical institution, a voice and video input unit 3c, a printer unit 3d or the like. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a medical institution in which, when a treatment target person who needs emergency medical care occurs, an emergency worker of the fire department is dispatched to the occurrence site to provide first aid to the treatment target person. It is related to the system for transporting to.

[0002]

2. Description of the Related Art Conventionally, when an emergency command center is informed of the occurrence of a treatment target person who needs emergency medical care, such as a victim of a disaster or accident, or a sudden illness, the emergency command center is called. Selects a fire station to be dispatched in consideration of the location of the treatment target occurrence site, traffic conditions, etc., and requests the selected fire station to use the communication means such as FAX. When a dispatch request is received from the emergency command center, the ambulance worker standing by at the fire station is dispatched to the site where the emergency command center is dispatched, and the person to be treated is given first aid and transported to a medical institution.

In this emergency operation, the emergency worker grasps the condition of the person to be treated and verbally notifies it to the emergency command center by using communication means such as radio. The emergency command center determines the necessary treatment based on the condition of the person to be treated, which is verbally transmitted, gives instructions to the emergency personnel regarding the necessary treatment, and also the transportation time of the location of the occurrence site, traffic conditions, etc. The medical institution is selected in consideration of the geographical conditions related to the medical treatment and the medical condition such as the medical condition of the person to be treated and the medical field that the medical institution can deal with, and the selected medical institution is notified to the emergency response staff. As a result, the ambulance worker takes appropriate first-aid measures based on the instruction from the emergency command center and contacts the selected medical institution by using communication means such as a telephone to make the treatment target. The person to be treated is transported to the medical institution after obtaining the consent of the person to be treated.

[0004] Incidentally, the ambulance worker also carries out the work of transporting the person to be treated to a medical institution, preparing a plurality of types of forms related to the ambulatory activity, and submitting them to the medical institution and the fire department to which they belong. That is, the paramedics
We have submitted a written notification of the transportation of the sick and wounded person to the medical institution of the destination, and submitted an emergency activity record sheet and a sickness / trauma observation card to the fire department to which we belong. The items recorded on the emergency activity record sheet and the illness / trauma observation card submitted to the fire department are manually input by other staff members of the fire department as emergency activity data and stored in the database. .

[0005]

However, the above-mentioned conventional emergency operation system has the following problems. First, when selecting a fire station or medical institution by the emergency command center, it is necessary to quickly select a fire station or medical institution that is as close as possible to the outbreak site of the person to be treated, but to do so, quickly identify the location of the outbreak site. In addition to this, it is necessary to know the locations of fire stations and medical institutions, road networks, and traffic conditions in the managed area. As a result, it was difficult for a person who does not have enough knowledge about the management area to select the fire department promptly.

[0006] In particular, when selecting a medical institution by the emergency command center, in addition to the geographical conditions related to the transportation time such as the location of the occurrence site and traffic conditions, the condition of the person to be treated and the medical field that the medical institution can deal with It is necessary to select a medical institution in consideration of medical conditions such as, and for that purpose, it is necessary to understand the medical institution in the management target area and the medical field that each medical institution can handle. is there. Therefore, selection of medical institutions requires more knowledge than selection of fire departments, and it is difficult for a person without such knowledge to select medical institutions promptly.

Various kinds of information such as the position and condition of the site of occurrence and the condition of the person to be treated based on the notification of the occurrence of the person to be treated can be sent from the emergency command center to the emergency personnel.
Since it is transmitted by AX or verbally, it takes some time for all necessary information to be explained by FAX or verbally and for the ambulance staff to accurately grasp the contents of the explanation. This has also been a factor in reducing the efficiency of emergency activities.

[0008] In addition, since information about the condition of the treatment target person confirmed by the ambulance worker is verbally transmitted to the emergency transmission center at the occurrence site of the treatment target person or during transportation, the emergency transmission center will receive the information. There is a limit to the amount of information that can be obtained and the objectivity, and it is difficult for the emergency command center to accurately grasp the condition of the person to be treated. As a result, the emergency command center may not be able to give an appropriate instruction to the ambulance worker, and it may not be possible to give an appropriate emergency treatment to the treatment target person at the site of occurrence or during transportation.

Further, since the information about the condition of the person to be treated, which is confirmed by the ambulance worker, is also verbally transmitted to the medical institution of the destination, so that the medical institution of the destination is also treated. It is difficult to accurately grasp the condition of the person to be treated until the patient is actually transported. As a result, the medical institution confirming the actual condition of the treatment subject who has been conveyed is different from the actual confirmation state of the treatment subject person who has grasped based on the prior information transmitted orally. In some cases, it was judged that it was impossible to cope with the treatment and refused to accept the person to be treated. In this case, the person to be treated has to be transferred to another medical institution, and the time required for the person to be treated to receive medical treatment from the medical institution is correspondingly long.

[0010] On the other hand, the transport notification for the injured person submitted to the medical institution by the ambulance worker is used for the treatment of the person to be treated at the medical institution, so immediately after transporting the person to be treated. It must be submitted. For that purpose, it is necessary to fill in the necessary items during the transportation of the treatment target person,
Emergency activities in the middle of transportation are a series of uninterruptible work of various kinds, and it was a heavy burden for the emergency personnel to fill in the necessary items in the transport notification form for victims during such emergency activities. .

Further, regarding the emergency activity record form and the illness / trauma observation card submitted to the fire department to which the ambulance worker belongs, although the urgency as in the transportation report of the sick and injured person is not required, necessary items are required for each form. It was quite a burden to fill in one by one. Also, the items recorded on the submitted emergency activity record sheet and illness / trauma observation card are manually entered by other staff members of the fire department as emergency activity data and accumulated in the database. It was a burden on the staff in charge. In addition, a third party who does not actually carry out emergency activities deciphers and inputs the handwritten form, which may cause misidentification of the entered information or a corresponding input error.

The present invention has been proposed in order to solve the above-mentioned problems of the prior art, and its object is to provide a management target area or medical treatment when a treatment target person occurs in the management target area. Even those who do not have sufficient knowledge about the situation can quickly select an appropriate fire station or medical institution according to the location of the outbreak site and the condition of the person being treated, which can contribute to improving the efficiency of emergency activities. It is to provide an emergency rescue system.

Another object of the present invention is to enable information about the condition of the treatment subject to be transmitted in as much detail, accuracy and speed as possible, thereby making it possible to contribute to the improvement of first aid and emergency medical care for the treatment subject. It is to provide an activity system. Another object of the present invention is to provide an emergency activity system which can reduce the burden on the person involved in the emergency activity and can accurately record information on the emergency activity.

[0014]

In order to achieve the above object, the present invention stores map data, fire station data, medical institution data, etc. in advance, and uses these data to store fire stations and medical institutions. By automatically searching, when a treatment target person occurs in the management target area,
By simply inputting the data of the location of the outbreak site and the condition of the person to be treated, it is possible to quickly select an appropriate fire station or medical institution.

Definitions of important terms in the present invention are as follows. "Mobile terminal device" is a concept that means a terminal device that can be moved together with an emergency worker, and is not limited to a terminal device that an emergency worker can carry or wear, but a terminal device installed in an ambulance that carries a treatment target person. It is a broad concept that also includes. "Map data" is a broad concept including various geographical information related to transportation time, such as map information, information about road networks, traffic information about traveling directions and speed limits of each road, traffic closures, traffic congestion tendency, and the like.

"Various data regarding the contents of emergency activities"
It means various data showing various information related to the contents of a series of emergency activities from the occurrence of the treatment target person to the transportation to the medical institution, for example, information on the activities performed by the emergency personnel and the treatment target person. In addition to the information regarding the state of the above, various data indicating information regarding the occurrence site and notification, information identifying the person to be treated, information regarding the medical institution to be delivered, information regarding time and time, and the like. “Various data related to emergency activities” is a broad concept including various related data such as map data, fire department data, medical institution data used for emergency activities, in addition to various data related to the contents of emergency activities.

According to the first aspect of the present invention, when a treatment subject who needs emergency medical care occurs, an emergency worker of the fire department is dispatched to the spot where the treatment target person occurs, and the treatment target person is transferred to a medical institution while providing first aid treatment. The emergency activity management system for performing the emergency activity is characterized by including a management device that manages various data related to the emergency activity, and a mobile terminal device that is used by the emergency staff when they are dispatched. The management device includes map data storage means, fire department data storage means, medical institution data storage means, input means, communication means, search means, control means, and output means, and the mobile terminal device includes communication means and output means. Equipped with.

In the management device, the map data storage means is means for storing map data of the management target area,
The fire department data storage means is a means for storing, as fire department data, information including the name of the fire department and position information indicating the location in association with map data for each fire department in the management target area. In addition, the medical institution data storage means, for each medical institution in the management area, the name of the medical institution,
It is a means for storing information including position information indicating a location in association with map data and a medical field that can be dealt with as medical institution data.

In the management device, the input means is means for inputting various data according to the input operation, and the communication means is means for performing data communication with the mobile terminal device. Also, when the location information of the outbreak site is obtained at the time of the occurrence of the treatment target person who needs emergency medical care, the search means is the location information of the outbreak site, the fire station data stored in the fire station data storage means, and the map data. It has a function of searching for a fire station that is a candidate to be dispatched to the site of occurrence based on the map data stored in the storage means. The search method is also
When information on the condition of the treatment target person is obtained, information on the state of the treatment target person, position information of the occurrence site,
Medical institution data stored in the medical institution data storage means,
Also, it has a function of searching a medical institution which is a transportation destination candidate of the treatment target person based on the map data stored in the map data storage means.

Further, the control means has a function of causing the mobile terminal device of the emergency worker dispatched from the fire department searched by the search means to transmit the occurrence site data including the location information of the occurrence site by the communication means. The control unit also has a function of causing the communication unit to transmit the delivery destination candidate data indicating the delivery destination candidate medical institution to the mobile terminal device, when the delivery unit searches for the delivery destination candidate medical institution. Have. The output means of the management device is
It is a means for outputting various data obtained by the input means, the communication means, the search means, and the control means. on the other hand,
In the mobile terminal device, the communication means is means for performing data communication with the management device, and the output means is means for outputting the data received by the communication means.

According to the invention of claim 12, the invention of claim 1 is grasped from the viewpoint of the method, and when a treatment target person who needs emergency medical care occurs, an emergency worker of the fire department is dispatched to the occurrence site. In addition, the emergency activity management method for carrying out the emergency activity of carrying the medical treatment to the medical institution while giving the emergency treatment to the person to be treated has the following characteristics.
That is, each of the search means and the control means in the invention of claim 1 is used by using the management device that manages various data related to the emergency activities, including the map data, the fire department data, and the medical institution data in the invention of claim 1. It is characterized by performing a fire department search step corresponding to a function, an outbreak site data transmission step, a medical institution search step, and a delivery destination candidate data transmission step.

The invention of claim 16 is to grasp the inventions of claims 1 and 12 from the viewpoint of a program, and when a treatment target person who needs emergency medical care occurs, an emergency worker of the fire department at the occurrence site. The program has the following features in a program for mobilizing a person to be treated and carrying out an emergency activity in which the treatment target person is transported to a medical institution while performing first aid treatment. That is, this program has a data management function for managing various data related to emergency activities, including map data, fire department data, and medical institution data in the invention of claim 1 in a computer, and a search in the invention of claim 1. It is characterized by realizing a fire department search function, an outbreak site data transmission function, a medical institution search function, and a delivery destination candidate data transmission function corresponding to each function of the control means and the control means.

According to the inventions of claims 1, 12 and 16 as described above, the emergency command center in which the management device is installed is
If there is a report that a person requiring medical treatment for emergency care has occurred, the location of the outbreak site based on the location information of the outbreak site obtained from the report and the fire department data and map data saved in advance. You can automatically and quickly search for the appropriate fire station according to your location. Therefore, even a person who does not have sufficient knowledge about the management target area can quickly select an appropriate fire station according to the search result.

When information about the condition of the person to be treated is obtained from the on-site ambulance worker, information on the state of the person to be treated, position information of the occurrence site, and prestored medical institution data. And based on map data
It is possible to automatically and quickly search for an appropriate medical institution according to the position of the occurrence site and the condition of the treatment target person. Therefore, even a person who does not have sufficient knowledge about the management target area or the medical institution can quickly select an appropriate medical institution that is a candidate for the delivery destination according to the search result.

Furthermore, when the dispatched fire station is searched and selected in the emergency command center, the occurrence site data including the location information of the occurrence site is immediately transmitted to the mobile terminal device of the dispatched emergency worker. Further, in the emergency command center, when a medical institution serving as a delivery destination candidate is searched and selected, the data indicating the medical institution serving as the delivery destination candidate is
Immediately sent to the mobile terminal device of the on-site rescue personnel.
Therefore, the ambulance worker can accurately and promptly grasp the information necessary for the ambulance activity such as the information on the outbreak site and the information on the medical institution which is a candidate for the transportation destination, which leads to the improvement of the efficiency of the ambulance activity. .

According to the invention of claim 2, in the emergency management system of claim 1, the mobile terminal device and the management device have the following features. That is, the mobile terminal device transmits to the management device the audio input means for inputting the audio signal, the video input means for inputting the video signal, the audio input means and the audio signal and the video signal input by the video input means. An audio / video communication unit for receiving the audio signal transmitted from the management device, and an audio output unit for outputting the audio signal received by the audio / video communication unit. Further, the management device transmits a voice signal input by the voice input device, a voice signal input by the voice input device to the mobile terminal device, and a voice receiving the voice signal and the video signal transmitted from the mobile terminal device. The video communication unit includes an audio output unit that outputs the audio signal received by the audio-video communication unit, and an image display unit that displays the video signal received by the audio-video communication unit.

A thirteenth aspect of the present invention is obtained by grasping the second aspect of the invention from the viewpoint of a method. In the emergency activity management method of the twelfth aspect, the following is performed by using the mobile terminal device and the management device. It is characterized by performing steps.
That is, the mobile terminal device is used to perform an audio / video input step, an audio / video transmission step, an audio reception step, and an audio output step corresponding to each function of each means of the mobile terminal device according to the present invention. In addition, the management device is used to perform a voice input step, a voice transmission step, a voice video reception step, and a voice video output step.

According to the inventions of claims 2 and 13, the information relating to the state of the treatment target person is transmitted to the emergency command center by both voice and video at the occurrence site of the treatment target person or during transportation. Therefore, the emergency command center side can accurately grasp the current state of the treatment target person based on the sound and the image. Therefore, it becomes possible to give an appropriate and prompt instruction from the emergency command center to the emergency personnel, and it is possible to give an appropriate and prompt first aid treatment to the treatment target person at the occurrence site or during transportation.

The invention according to claim 3 is characterized in that, in the emergency management system according to claim 2, the management device and the mobile terminal device are configured as follows. That is, the management device includes video input means for inputting a video signal, and the audio-video communication means of the management device is configured to transmit the video signal input by the video input means to the mobile terminal device. Also, the audio / video communication means of the mobile terminal device is configured to receive the video signal transmitted from the management device. Then, the mobile terminal device includes video display means for displaying the video signal received by the audio / video communication means. According to the present invention, the contents of instructions from the emergency command center side can be transmitted to the emergency staff by both voice and video, so that the emergency staff can more accurately and easily give instructions from the emergency command center. Can understand. Therefore, it becomes possible to perform more appropriate and prompt first aid treatment to the treatment target at the occurrence site or during transportation.

The invention of claim 4 is characterized in that, in the emergency management system according to claim 2 or 3, the control means of the management device and the audio / video communication means of the mobile terminal device are configured as follows. That is, the control means of the management device, when the delivery destination medical institution is determined from the delivery destination candidate medical institution searched by the search means, the delivery destination data indicating the delivery destination medical institution by the communication means. It is configured to be transmitted to the mobile terminal device. In addition, the audiovisual communication means of the mobile terminal device, in the case where the delivery destination candidate data transmitted from the management device is received by the communication means, in addition to the management device, of the medical institution indicated by the delivery destination candidate data. When the voice signal and the video signal are also transmitted to the terminal device, and then the destination data transmitted from the management device is received by the communication means, the terminal of the destination medical institution indicated by the destination data. The audio signal and the video signal are transmitted only to the device, and the transmission to the other devices is terminated.

The invention of claim 14 comprehends the invention of claim 4 from the viewpoint of the method, and in the emergency activity management method of claim 13, the management device is used to search by the medical institution search step. When the destination medical institution is determined from among the destination medical institutions, the destination data transmission step of transmitting destination data indicating the destination medical institution to the mobile terminal device is performed. The audio / video transmitting step using the apparatus includes each step corresponding to each function of the audio / video communication means in the invention of claim 4.

According to the inventions of claims 4 and 14, the information regarding the condition of the person to be treated is provided not only to the emergency command center but also to the medical institution which is a candidate for the delivery destination, in both audio and video. Can be communicated with. Therefore, on the side of the medical institution, which is a candidate for the delivery destination, it is possible to accurately grasp the current state of the treatment target person based on the sound and the image, and determine whether or not to accept. As a result, the possibility of refusal of acceptance after transportation to the medical institution can be reduced and the possibility of transfer of the treatment target person can be reduced, which can contribute to shortening the time until the treatment target person receives medical treatment by the medical institution. . Further, after the medical institution of the delivery destination is determined, the waste of communication can be avoided by transmitting the audio signal and the video signal only to the medical institution of the delivery destination.

According to a fifth aspect of the present invention, in the emergency activity management system according to any one of the second to fourth aspects, the mobile terminal device includes an audio / video terminal device including audio / video communication means, an image input means, and an audio input. An audiovisual input device including means,
It is characterized by including a portable terminal device including a communication unit and an output unit. According to the present invention, by dividing the mobile terminal device into the audio / video terminal device, the audio / video input device, and the portable terminal device, the portable terminal device can be reduced in size and weight. Can always carry the portable terminal device throughout the emergency activities and check the data transmitted from the emergency command center in real time. This will improve the efficiency of emergency activities.

The invention of claim 6 is characterized in that, in the emergency management system of claim 5, the audio / video input device includes a wearable device with a camera that can be worn on the body of an emergency worker. According to this invention, the paramedics
Since the camera can be attached to the body, it is almost unnecessary to use the hand to input the video signal, and the state of the treatment target can be photographed by the attached camera while using both hands for the emergency activity. This will improve the efficiency of emergency activities.

The invention of claim 7 is the emergency activity management system according to any one of claims 1 to 6, wherein the management device and the mobile terminal device have the following features. That is, the management device includes dynamic data storage means. This dynamic data storage means has a function of recording input data when various data relating to the contents of emergency activities are inputted by the input means, and various data relating to the contents of emergency activities transmitted from the mobile terminal device by means of the communication means. It has a function of recording the received data when it is received. Further, the control means of the management device causes the communication means to transmit to the mobile terminal device, as data for a form, data corresponding to the data items of the form required after the emergency activity from the data recorded in the dynamic data storage means. Is configured as follows.

Then, the mobile terminal device manages the input data by the communication means when the input means for inputting various data according to the input operation and the various data regarding the contents of the emergency activity are input by the input means. And a processing unit that causes the device to transmit. The mobile terminal device also includes a form creating means for creating a form in a predetermined format using the received form data when the form data transmitted from the management device is received by the communication means, and the form creating means. Form output means for outputting the form created by the creating means.

The invention of claim 15 is obtained by grasping the invention of claim 7 from the viewpoint of a method.
In the emergency activity management method according to claim 4, using the management device, an input data storage step, a received data storage step, and a form data transmission step corresponding to each function of the dynamic data storage means and the control means in the invention of claim 6. Using the mobile terminal device, the input data transmitting step, the form data receiving step, and the form creating step corresponding to the respective functions of the processing means, the communication means, the form creating means, and the form outputting means in the invention of claim 7 are performed. , And a form output step are performed.

According to the seventh and fifteenth aspects of the present invention, the data input by the emergency worker and both data input by the emergency command center side are recorded as various data relating to the contents of the emergency activity. Therefore, the paramedics can enter the minimum amount of data,
It is possible to obtain necessary data from the emergency command center and automatically create multiple forms. Therefore, the time and effort required for creating the form are significantly reduced, and the burden on the emergency personnel is significantly reduced.

Further, since various data relating to the contents of emergency activities recorded on the side of the emergency command center can be used as they are as the emergency activity data, it is not necessary to manually input them by other staff members of the fire department. Therefore, it is possible to reduce the burden on the staff in charge, prevent input errors due to input by a third party, and accumulate emergency data with higher reliability.

According to an eighth aspect of the present invention, in the emergency activity management system according to the seventh aspect, the mobile terminal device includes a portable terminal device including a communication unit, an output unit, an input unit, and a processing unit. The input means of the terminal device is characterized by including a voice input means. According to the present invention, it is possible to efficiently and easily input various kinds of data during an emergency activity by only the voice input of the user himself and a simple manual operation with one hand without affecting the emergency activity.

According to a ninth aspect of the present invention, in the emergency activity management system according to the eighth aspect, the processing means of the portable terminal device is a voice signal of the user in which the voice signal input by the voice input means is registered in advance. Only in this case, the input voice signal is recognized as valid data. According to the present invention, since only the voice signal of the user registered in advance is recognized as valid data, only the voice of the user is recognized even when other emergency workers etc. are talking around. Therefore, data can be surely input.

According to a tenth aspect of the present invention, in the emergency activity management system according to any one of the seventh to ninth aspects, the mobile terminal device includes a communication means, an output means, an input means, and a processing means. A terminal device is provided, and the output means and the input means of the portable terminal device are characterized by including a screen display unit capable of input operation by contact. According to the present invention, it is possible to easily input various data during an emergency activity using the screen display unit without affecting the emergency activity.

The eleventh aspect of the present invention is the emergency activity management system according to any one of the first to tenth aspects, wherein the mobile terminal device measures the physical quantity indicating the state of the treatment target person, and the treatment target person. It is characterized in that it includes at least one of inspection means for performing a medical inspection with respect to. According to the present invention, it is possible to obtain on-site the measurement data and the medical examination data of the physical quantity indicating the condition of the treatment target person, and to transmit it to the emergency command center and the medical institution.
The state of the person to be treated can be more accurately grasped at the emergency command center or the medical institution.

[0044]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be specifically described below with reference to the drawings. However, the embodiment described here does not limit the present invention at all,
It merely exemplifies one embodiment of the present invention.

The present invention is typically realized by controlling a computer with software. The software in this case realizes the operation and effect of the present invention by physically utilizing the hardware of the computer, and suitable conventional techniques are applied to the portions to which the conventional techniques can be applied.

Further, the specific types and configurations of hardware and software for implementing the present invention, the range of processing by software, and the like can be freely changed. For example, a program for implementing the present invention is an aspect of the present invention. Is. Therefore, in the following description, a virtual circuit block that realizes each function of the present invention and the embodiment will be used.

[1. Configuration] [1-1. System configuration] FIG.
It is a functional block diagram which shows the emergency activity management system which concerns on one embodiment. As shown in FIG. 1, a management device 1 installed in an emergency command center uses a communication network 2 including a public line network, mobile terminal communication, PHS terminal communication, satellite communication, etc., for a fire station in a management target area. It is connected to the mobile terminal device 3 of the ambulance worker who belongs to, and is also connected to the terminal device 4 of the medical institution in the management target area that can deal with the emergency. In FIG. 1, only a single mobile terminal device 3 and a single medical institution terminal device 4 are shown for the sake of simplification, but in reality, a large number of mobile terminal devices 3 and a large number of mobile terminal devices 3 are shown. The terminal device 4 of the medical institution is connected.

As shown in FIG. 1, the management device 1 manages various data related to emergency activities and carries out communication with the mobile terminal device 3 including audio and video.
a, a display unit 1b for displaying an output including a video signal from the main terminal unit 1a, an audio / video input unit 1c for inputting / outputting an audio signal and inputting an audio signal,
And so on.

Although not shown, the terminal device 4 of the medical institution has the same functions as the display unit 1b and the audio / video input unit 1c of the management device 1 in addition to the terminal function. It is configured so that communication including audio and video can be performed with the device 3, and audio and video signals can be input and output. The terminal device 4 of the medical institution also
It has a function of automatically registering, in the management device 1, empty hospital information regarding acceptance / non-acceptance of a treatment subject to be transported.

Further, the mobile terminal device 3 performs audio / video communication with the portable terminal unit 3a for performing data communication other than audio / video with the management device 1, the management device 1 and the terminal device 4 of the medical institution. It includes an audio / video terminal unit 3b for performing, an audio / video input unit 3c for inputting / outputting an audio signal and inputting an image signal, a printer unit 3d for printing an output from the portable terminal unit 3a, and the like. here,
The portable terminal unit 3a has a function of inputting an emergency activity record and a function of receiving and outputting empty hospital information from the terminal device 4 of the medical institution or the management device 1 or delivery destination candidate data including the information. ing. The details of the configurations of the management device 1 and the mobile terminal device 3 will be sequentially described below.

[1-2. Configuration of Management Device] The main terminal unit 1a of the management device 1 includes a static database 11, a dynamic database 12, an input unit 13, a communication unit 14, a search unit 15, a control unit 16, an audio processing unit 17, and a video processing unit 18. ,
Etc. Further, the audio / video input unit 1c of the management device 1 includes a microphone 21, an earphone 22,
It is composed of a camera 23 and the like. The details of the configuration of each part are as follows.

The static database 11 of the main terminal unit 1a includes a map data file 11a for storing map data of the management target area, and a fire station data file 11 for storing fire station data for each fire station in the management target area.
b, a medical institution data file 11c storing medical institution data for each medical institution in the management target area, and the like.

More specifically, the map data file 11a
As map data, various kinds of geographical information relating to the transportation time such as map information, information about road network, traffic information about traveling direction and speed limit of each road, traffic closure, traffic congestion tendency, etc. are stored. In addition, fire department data file 1
1b stores, as the fire station data of each fire station, information including the name of the fire station, location information indicating the location in association with map data, telephone number, fax number, number of ambulance workers and number of ambulances, etc. . The medical institution data file 11c is used as medical institution data of each medical institution.
Information including the name of the medical institution, the location information indicating the location in association with the map data, the medical fields that can be dealt with, the telephone number and the FAX number, the number of doctors and the number of beds, and the like are stored.

The dynamic database 12 is adapted to record various data regarding a series of emergency activity contents from the generation of the treatment subject to the transportation to the medical institution. That is, in addition to the information about the activities performed by the ambulance crew, the information about the condition of the treatment target person, the information about the outbreak site and the notification, the information identifying the treatment target person, the information about the medical institution to be delivered, the time and time information. Various data indicating information indicating, etc. are recorded.

The various data relating to the contents of the emergency activities specifically include the data necessary to create various forms that need to be submitted after the emergency activities. For example, the location of the accident, the type of accident, the name of the caller, the telephone number used for the report, the emergency site such as the outline of the emergency request and matters related to the report, the name and address of the injured person, contact with family etc. , Items related to injured such as management of personal belongings, vital signs, conditions related to the injured such as chief complaints and local conditions, medical institution names such as detention medical institutions, date and time of handover, external observation and observation upon arrival at the site Results, first aid, items related to emergency treatment such as the name of a paramedic, items related to the creation of input data such as the name of the creator of the input data and the name of the person in charge of creation, and the name of the fellow passenger of the ambulance, the time and distance of emergency activities Other necessary items are included. Further, it includes the entry number given to each emergency operation, the victim number given to each victim, and the like.

The input section 13 is a means for inputting various data according to an input operation, and includes a keyboard, a mouse and the like. Further, the communication unit 14 performs data communication other than audio and video with the portable terminal unit 3a of the mobile terminal device 3 via the communication network 2 and also audio and video of the mobile terminal device 3 via the communication network 2. It is means for communicating audio signals and video signals with the terminal unit 3b. In addition, the search unit 15 has a function of searching for a fire station to be dispatched and a function of searching for a medical institution to be transported by using the data in the static database 11 when a treatment target person who needs emergency medical care occurs. Have.

That is, when the location information of the outbreak site is obtained at the time of occurrence of the treatment target person who needs emergency medical care, the retrieval unit 15 stores the location information of the outbreak site and the fire station saved in the fire station data file 11b. Based on the data and the map data stored in the map data file 11a,
It is designed to search for a fire station that is a candidate to be dispatched to the outbreak site. Further, when the information about the state of the treatment target person is obtained, the search unit 15 obtains information about the state of the treatment target person, position information of the occurrence site, medical institution data stored in the medical institution data file 11c, Further, based on the map data stored in the map data file 11a, the medical institution which is the transportation destination candidate of the treatment target person is searched.

The control unit 16 receives the data input by the input unit 13 and the data received by the communication unit 14,
The data stored in the dynamic database 12 is output to the search unit 15, and the data input by the input unit 13 and the data searched by the search unit 15 are transmitted through the communication unit 14 to the portable terminal of the mobile terminal device 3. Unit 3a
It is designed to be sent to. That is, the control unit 16
When a dispatch request is made to a fire station selected from the fire stations searched by the search unit 15, the communication unit 14 causes the mobile terminal unit 3a of the mobile terminal device 3 of the ambulance worker dispatched from the fire station to be dispatched. The transmission site data including the location information of the generation site is transmitted.

When the search unit 15 searches for and selects a medical institution serving as a delivery destination candidate, the control unit 16 causes the communication unit 14 to send the portable terminal unit 3a of the mobile terminal device 3 to the portable terminal unit 3a. Then, the delivery destination candidate data indicating the medical institution which is the delivery destination candidate is transmitted. When the delivery destination medical institution is determined from the delivery destination candidates, the control unit 16 causes the communication unit 14 to
The portable terminal unit 3a of the mobile terminal device 3 is made to transmit the delivery destination data indicating the delivery destination medical institution. The control unit 16 also causes the display unit 1b to display various data obtained by the input unit 13, the communication unit 14, the search unit 15, and the control unit 16 and edits the audio data and the video data. It has become.

The audio processing section 17 processes the audio signal received by the communication section 14 and outputs the processed audio signal from the earphone 22 of the audio / video input unit 1c, and the audio signal input by the microphone 21 of the audio / video input unit 1c. The data is processed and output to the audio / video communication unit 21. Further, the video processing unit 18 processes the video signal received by the communication unit 14 and displays it on the display unit 1b, and also processes the video signal input by the camera 23 of the audio / video input unit 1c and outputs it to the communication unit 14. Then, the display unit 1b is made to display.

[1-3. Configuration of Mobile Terminal Device] The mobile terminal unit 3a of the mobile terminal device 3 is a small portable terminal device, and includes an input unit 31, a communication unit 32, and a processing unit 3.
3, a storage unit 34, a display unit 35, a form creation unit 36, and the like. Here, the input unit 31 is means for inputting various data according to an input operation, and includes operation buttons and the like. The communication unit 14 is means for performing data communication other than audio and video with the main terminal unit 1a of the management device 1 via the communication network 2.

When the input unit 31 inputs various data relating to the contents of emergency activities, the processing unit 33 stores the data in the storage unit 34 and causes the communication unit 32 to transmit the data to the main terminal unit 1a of the management apparatus 1. At the same time, the data obtained by the input unit 31 and the communication unit 32 and the data stored in the storage unit 34 are displayed on the display unit 35. When the communication unit 32 receives the form data from the management device 1, the processing unit 33 also
The form data is output to the form creating unit 36. Then, the form creation unit 36 creates a form in a predetermined format using the form data and causes the printer unit 3d to print the created form.

Audio / video terminal unit 3 of mobile terminal device 3
b is composed of an audio / video communication unit 41, an audio processing unit 42, an image processing unit 43, a display unit 44, etc., and the audio / video input unit 3c is provided with a microphone 45 and an earphone 4.
6, a camera 47, and the like. Here, the audio / video communication unit 41 is means for performing communication of audio signals and video signals with the main terminal unit 1a of the management device 1 via the communication network 2.

The audio processing unit 42 processes the audio signal received by the audio / video communication unit 41 and outputs the processed audio signal from the earphone 46 of the audio / video input unit 3c, and the audio input by the microphone 45 of the audio / video input unit 3c. The signal is processed and output to the audio / video communication unit 41. Further, the video processing unit 43 processes the video signal input by the camera 47 of the audio / video input unit 3c, outputs it to the audio / video communication unit 41, displays it on the display unit 44, and receives it by the audio / video communication unit 41. The video signal is processed and displayed on the display unit 44.

The mobile terminal device 3 has a specific structure as shown in FIGS. 2 to 5, for example. First, the audio / video terminal unit 3b and the audio / video input unit 3c
Includes a handy terminal 3e as shown in FIG. 2, a mounting unit 3f as shown in FIG. 3, and an in-vehicle terminal unit 3g as shown in FIG.

Of these, the handy terminal 3e is, as shown in FIG. 2, a trunk case type computer unit brought by an emergency worker to the site of occurrence, and constitutes a part of the audiovisual terminal unit 3b. The handy terminal 3e incorporates the audio / video communication unit 41, the audio processing unit 42, and the video processing unit 43 described above, and includes a display unit 44.

In addition to the above-mentioned structure, the handy terminal 3e is first connected to the wireless communication section 51 for wireless communication with the mounting unit 3f, the management device 1 and the terminal device 4 of the medical institution. A wireless communication unit 52 for performing wireless communication is provided, and these wireless communication units 51 and 52 form a part of the audio / video communication unit 41. Further, the handy terminal 3e has a built-in audio / video recording unit 53 for recording audio and video, a measuring instrument 54 for measuring numerical values such as blood pressure, pulse, electrocardiogram, and oxygen saturation of the person to be treated, echo examination, etc. The inspection device 55 for inspecting the above is connected.

As shown in FIG. 3, the wearing unit 3f is composed of a headset 61, a vest 62, and an audio / video transmitter / receiver 63, which the ambulance worker wears on his / her body at the site of occurrence, and is a part of the audio / video input unit 3c. Make up the department. Here, the headset 61 is integrally provided with a small camera 47 such as a small CCD camera, a microphone 45, and an earphone 46, and includes an image confirmation mirror 64 and a connection terminal 65.

The vest 62 has a wiring 66 built therein and a connection port 67 provided at an end of the wiring 66, and the audiovisual transmitter / receiver 63 has a connection terminal 65. That is, by connecting the headset 61 and the connection terminal 65 of the audio / video transmitter / receiver 63 to the connection port 67 of the vest 62, the headset 61 and the audio / video transmitter / receiver 63 are connected via the wiring 67 built in the vest 62.
It is designed to connect with.

On the other hand, as shown in FIG. 4, the vehicle-mounted terminal unit 3f is a unit formed by connecting a plurality of devices mounted in the emergency vehicle, and the audio-visual terminal unit 3b.
And a part of the audio / video input unit 3c. The in-vehicle terminal unit 3f has a terminal box 71 as a center, and a wireless communication section 72 connected thereto.
The PHS 73, the in-vehicle camera 74, the monitor 75, the keyboard 76, the vital device 77, and the like are included.

Here, the terminal box 71 is a computer unit, which incorporates an audio / video communication section 41, an audio processing section 42, and an image processing section 43, and an audio / video recording section 78 for recording audio and video. is doing. The wireless communication unit 72 is provided to perform wireless communication with the mounting unit 3f, and the PHS 73 is provided to perform wireless communication with the management device 1 and the terminal device 4 of the medical institution. These parts 72 and 73 form a part of the audiovisual communication unit 41.

The vehicle camera 74 is the camera 47 for inputting the image inside the emergency vehicle, and can be operated both remotely from the management device 1 and inside the vehicle. The monitor 75 is configured to display various information such as an image of the occurrence site received from the mounting unit 3f, a road map and medical information received from the management device 1. Keyboard 7
A general keyboard 6 is used for inputting various information.

Further, the vital device 77 is various devices for measuring numerical values such as blood pressure, pulse, electrocardiogram, and oxygen saturation of the person to be treated, and for performing inspection such as echo inspection, and the terminal 79 via the interface 79. It is adapted to be connected to the box 71. In addition to this configuration, it is also possible to connect the handy terminal 3e of FIG. 2 or to use the handy terminal 3e as a part or all of the vital device 77.

As shown in FIG. 5, the portable terminal unit 3a is a small one-handed portable terminal 3h,
The display unit 35 includes an upper body 82 including a screen 81 and a lower body 83 having a width narrower than that of the upper body 82, and includes a communication unit 32, a processing unit 33, a storage unit 34, and a form creation unit 36. . On the surface of the lower body 83, various operation buttons such as a mode switching button 84a, a scroll button 84b, an item switching button 84c, a numerical value input button 84d, an audio / video operation button 84e, etc. are provided as the input unit 31. The lower body 83 can be operated with the fingertips of the same hand while holding it.

Around the screen 81 of the upper body 82, a recording microphone 85, a communication card slot 86,
A video input unit 87 and a USB input unit 88 are provided, and a headset input unit 89 is provided on the lower body 83 side. In addition to text data input and transmission / reception by button operation, voice and video input. You can also send and receive them. In particular, the processing unit 33 includes a voice registration function and a voice identification function, and by registering only the voice of the user in advance, the recording microphone 85
Only the voice of the registered user can be recognized as valid data and converted into characters. In addition,
As a modification, it is also possible to use a touch-screen type screen on the display unit 35, which allows input operation by contact. In this case, various operation buttons may be displayed on the screen to enable input operation.

A ring 90 is provided at the end of the lower body 83, and a string for hanging a neck is passed through the ring 90, which is used for treatment other than when operating the portable terminal 3h. At the time of first-aid treatment for the target person or transportation on a stretcher, the mobile terminal 3h can be lowered from the neck of the emergency worker to use both hands freely.

[2. Operation Procedure] [2-1. Operation Procedure During Emergency Activity] FIG. 6 is a flowchart showing an outline of an operation procedure during an emergency activity by the management device 1 and the mobile terminal device 3 of the emergency lifesaving management system shown in FIG.

As shown in FIG. 6, in the operation of the emergency lifesaving management system according to the present embodiment, first, based on a report or the like that informs the occurrence of a treatment target person who needs emergency medical care, Input unit 13 of terminal unit 1a
When the outbreak site data including the location information of the outbreak site is input by (YES in S601), the search unit 15 of the main terminal unit 1a searches and selects a fire station (S602).

That is, the search unit 15 is based on the input position information of the outbreak site, the fire station data stored in the fire station data file 11b in the static database 11, and the map data stored in the map data file 11a. Search for a fire station that is a candidate to be dispatched to the outbreak site. For example, a fire station whose arrival time to the occurrence site is a predetermined time or less is searched according to the distance and traffic conditions, and the fire station whose arrival time is the shortest is selected as the fire station to be dispatched. If there are many people to be treated due to an accident,
Depending on the number of ambulances required, select multiple fire stations in ascending order of arrival time.

When a fire station to be dispatched is selected and a request for dispatch is made to the selected fire station, the control unit 16 of the management device 1 is always carried by the ambulance worker dispatched from the fire station by the communication unit 14 by the communication unit 14. Occurrence site data including position information of the occurrence site is transmitted to the portable terminal unit 3a of the mobile terminal device 3 (S603). In the portable terminal unit 3a of the mobile terminal device 3, when the occurrence site data transmitted from the management device 1 is received by the communication unit 32 (YES in S611), the received occurrence site data is displayed on the display unit 35. The displayed and dispatched paramedics rush to the outbreak site based on the displayed outbreak site data.

For example, the mobile terminal device 3 shown in FIGS.
Screen is used, the screen 8 of the mobile terminal 3h shown in FIG.
The occurrence site data will be displayed on the display 1. The ambulance worker always carries the portable terminal 3h, and at the time of dispatch, the emergency worker attaches the mounting unit 3f shown in FIG. The emergency worker who got into the ambulance had a mobile terminal 3h.
In the event of an emergency, the vehicle will be rushed to the outbreak site based on the outbreak site data displayed in Fig. 4, but in this case, by displaying a road map on the monitor 75 of the in-vehicle terminal unit 3f shown in FIG. It is also possible to use the terminal unit 3f as an effective navigation system.

An emergency worker arrives at the outbreak site (S61
2), the input of the on-site audio signal and video signal is started by the microphone 45 and the camera 47 of the audio-video input unit 3c of the mobile terminal device 3, and the input audio signal and video signal are input to the audio-video terminal unit 3b. The audio / video recording unit 51 starts recording audio and video, and the audio / video communication unit 41 starts transmission to the main terminal unit 1a of the management device 1 (see FIG. S613).

For example, the mobile terminal device 3 shown in FIGS.
In the case of using, the ambulance worker carries the handy terminal 3e shown in FIG. 2 in addition to the portable terminal 3h shown in FIG. Then, at the occurrence site or when the treatment target person is carried into the emergency vehicle, the camera 47 and the microphone 45 of the headset 61 of the mounting unit 3f are used to input the audio signal and the image signal of the scene, and the input audio and video. The video signal is transmitted to the wireless communication unit 51 of the handy terminal 3e or the wireless communication unit 72 of the in-vehicle terminal unit 3f, processed by the audio processing unit 42 and the video processing unit 43, and then processed by the audio / video recording units 53 and 78. The data is recorded and transmitted to the management device 1.

That is, the wireless communication section 52 of the handy terminal 3e or the PH of the in-vehicle terminal unit 3f.
In S73, the audio signal and the video signal of the site are transmitted to the management device 1. At the same time, the measuring device 54 of the handy terminal 3e measures the blood pressure, pulse, electrocardiogram, oxygen saturation, etc. of the person to be treated, and the inspection device 55 performs an inspection such as an echo inspection, and the measured values and inspection results thereof. Etc. are also transmitted to the management device 1. Further, after the treatment target person is carried into the emergency vehicle, both the image obtained by the camera 47 of the mounting unit 3f and the image obtained by the vehicle camera 74 of the vehicle-mounted terminal unit 3f can be transmitted.

When the communication unit 14 of the main terminal unit 1a starts receiving the audio signal and the video signal from the mobile terminal device 3 (YES in S604), the management device 1 processes the received audio signal by the audio processing unit 17. After that, it is output by the earphone 22 of the audio / video input unit 1c, the received video signal is processed by the video processing unit 18, and then displayed on the display unit 1b. Therefore, the person in charge of the emergency command center can accurately grasp the state of the person to be treated from the audio and video. Further, by receiving the measurement value and the test result together, the condition of the treatment target person can be grasped more accurately.

Then, the person in charge judges an appropriate treatment according to the grasped condition of the person to be treated, and starts voice input or video input / editing for giving an instruction to the ambulance worker on site. That is, from the viewpoint of the operation of the management device 1, the microphone 21 and the camera 23 of the audio / video input unit 1c.
The input of audio and video for instruction is started by and the input audio signal and video signal are processed by the audio processing unit 17 and the video processing unit 18 of the main terminal unit 1a, and then the communication unit 14 outputs the audio of the mobile terminal device 3 by the communication unit 14. Video terminal unit 1
Transmission of instruction voice and video to b is started (S60
5).

In this case, the video data for giving an instruction to the ambulance crew is not limited to the input video data, but may be received video data, video data prepared separately, or video obtained by editing these video data. It is often conceivable to use various kinds of video data to create video data showing the contents of the first aid and simulation. It is also conceivable to send data using characters or graphic images.

In the mobile terminal device 3, when the audio / video communication unit 41 of the audio / video terminal unit 3b starts receiving the instruction voice from the management device 1 (YES in S614), the audio processing unit 42 processes the received instruction voice. After that, it is output by the earphone 46 of the audio / video input unit 3c. Therefore, the emergency worker can give an emergency treatment to the person to be treated based on the instruction voice from the earphone 46. For example, in the case of the mobile terminal device 3 shown in FIGS. 2 to 5, the wireless communication unit 52 of the handy terminal 3e or the PHS 73 of the in-vehicle terminal unit 3f receives the instruction voice from the management device 1 and the wireless communication unit 51 or It is transmitted to the mounting unit 3f by the wireless communication unit 72 and is output from the earphone 46 of the headset 61 of the mounting unit 3f.

On the other hand, the person in charge of the emergency command center displays the sound output from the audio / video input unit 1c of the management apparatus 1 and the display unit 1b according to the audio and video signals transmitted from the mobile terminal device 3. When the state of the treatment target person is grasped from the image displayed, data regarding the state of the treatment target person is input through the input unit 13 of the main terminal unit 1a of the management device 1 (YES in S606). As a result, the search unit 15 of the main terminal unit 1a searches and selects a medical institution (S607).

That is, the retrieval unit 15 inputs the state of the treatment subject, the position information of the outbreak site that was previously input, and the medical institution data file 11c in the static database 11.
Based on the medical institution data saved in the above and the map data saved in the map data file 11a, a fire station that is a transportation destination candidate of the treatment target person is searched. For example,
A medical institution that can medically deal with the person to be treated is searched, and a plurality of medical institutions whose transportation time is a predetermined time or less and have empty beds are selected from among them as transportation destination candidates. In this case, the information regarding the presence / absence of an empty bed can be obtained from the empty bed hospital information automatically registered in the management device 1 by the terminal device 4 of the medical institution.

When a plurality of medical institutions that are candidates for transportation are selected, the control unit 16 of the management device 1 causes the communication unit 14 to transport the portable terminal unit 3a of the mobile terminal device 3 to the portable terminal unit 3a. Data including empty hospital information of a medical institution serving as a destination candidate is transmitted as delivery destination candidate data (S6).
08). In the portable terminal unit 3a of the mobile terminal device 3, when the transport destination candidate data transmitted from the management device 1 is received by the communication unit 32 (YES in S615),
The received transport destination candidate data is displayed on the display unit 35. The audio-visual communication unit 4 of the audio-video terminal unit 3b is operated by the emergency staff operating the audio-video terminal unit 3b based on the displayed destination candidate data.
1 is, in addition to the main terminal unit 1a of the management device 1,
The transmission of the audio signal and the video signal is also started to the terminal device 4 of each medical institution, which is a candidate for the transport destination (S616).

For example, the mobile terminal device 3 shown in FIGS.
In this case, the transport destination candidate data from the management device 1 is received by the mobile terminal 3h and displayed on the screen 81 thereof. In this case, the transport destination candidate data may be received by the vehicle-mounted terminal unit 3g and displayed on the monitor 75, or may be received by both the mobile terminal 3h and the vehicle-mounted terminal unit 3g and displayed by both. . In any case, the ambulance worker who has received the destination candidate data operates the keyboard 76 of the vehicle-mounted terminal unit 3g that receives the signal from the mounting unit 3f, and the like, and outputs the audio signal and the video signal to the management device 1. In addition to the above, the information is also transmitted to the terminal device 4 of each medical institution that is a candidate for the transportation destination.

When the person in charge of the emergency command center obtains the acceptance of acceptance from any of the medical institutions that are candidates for the destination (YES in S609), the medical institution is determined as the destination medical institution and managed. Main terminal unit 1 of device 1
The destination data indicating the destination medical institution is input on the input unit 13 of a, and the destination data is transmitted to the portable terminal unit 3a of the mobile terminal device 3 by the communication unit 14 (S610).

The portable terminal unit 3a of the mobile terminal device 3
In, when the destination data transmitted from the management device 1 is received by the communication unit 32 (YES in S617),
The received transport destination data is displayed on the display unit 35. Based on the displayed destination data, the ambulance worker goes to the destination medical institution and operates the audio / video terminal unit 3b to set the audio signal and the destination of the video signal to the destination medical institution. Then, the transmission to the management device 1 and the terminal devices of other medical institutions is terminated (S618).

The transmission of audio and video to the medical institution at the delivery destination continues until the ambulance worker arrives at the institution at the delivery destination. Then, finally, when the transfer of the treatment target person to the medical institution is achieved and the transfer to the medical institution is performed (YES in S619), the transmission of the audio signal and the video signal from the mobile terminal device 3 is terminated. , End emergency activities.

[2-2. Processing Procedure of Various Data Related to Emergency Activity Contents] FIG. 7 is a flowchart showing an outline of a processing procedure of various data related to emergency activity contents by the management device 1 and the mobile terminal device 3 of the emergency lifesaving management system shown in FIG.

As shown in FIG. 7, when receiving a notification of the occurrence of a treatment subject, various data relating to the contents of emergency activities are input by the input unit 13 of the main terminal unit 1a of the management apparatus 1. And (Y in S701
S), the input data is displayed on the display unit 1b by the control unit 16 and recorded in the dynamic database 12 (S702).

The various data entered by the management device 1 at the time of the report include the location of the accident, the type of the accident, the symptoms of the victim, the name of the reporter, the telephone number used for the report, etc. Within the scope of the information obtained, the name of the victim,
It includes age, sex, address, occupation, and the name of the instructor of the injured person. Further, it also includes an arbitrary entry number given to the emergency activities performed in response to the report, a victim number given to each injured person, and the like.

When various data relating to the condition of the person to be treated, the contents of the first aid or other contents of the emergency activity are input by the input unit 31 of the portable terminal unit 3a of the mobile terminal device 3 (YES in S711), The input data is stored in the storage unit 34 by the processing unit 33,
It is displayed on the display unit 35 and is transmitted to the main terminal unit 1a of the management device 1 by the communication unit 32 (S71).
2). For example, in the case of the mobile terminal device 3 shown in FIGS. 2 to 5, the scroll button 84b, the item switching button 84c, the numerical value input button 84d, etc. of the mobile terminal 3h are operated, and the voice of the user is recorded by the microphone. Various data can be input by operations such as input at 85 and conversion into characters.

When the communication section 14 of the main terminal unit 1a of the management apparatus 1 receives various data relating to the contents of emergency activities from the mobile terminal apparatus 3 (YE in S703).
S), the received data is recorded in the dynamic database 12 by the control unit 16 (S704). In addition, various data input in the mobile terminal device 3 at the time of emergency activity,
The name of the paramedic, etc. is included in addition to the appearance observation at the time of arrival at the scene, observation results, emergency treatment, measured values, and the like. In addition, even after the treatment target person is transported to the medical institution, other data such as the date and time of the handover and the emergency activity time are input.

After that, when the input unit 31 of the portable terminal unit 3a of the mobile terminal device 3 requests the creation of a document such as a transport notification document for an injured person, an emergency activity record sheet, and a disease / trauma observation card (S713). YES), the processing unit 33
Checks the storage unit 34 to determine whether or not it is necessary to input other data to create the target form (S714). If it is necessary to input other data (YES in S714),
Input the required data in S711. When the input of the data required to create the form has been completed (N in S714)
In (O), the processing unit 33 creates a form data request, and the communication unit 32 transmits it to the main terminal unit 1a of the management apparatus 1 (S715).

When the communication section 14 of the main terminal unit 1a of the management apparatus 1 receives the form data request from the mobile terminal apparatus 3 (YES in S705), the control section 16
Acquires the form data corresponding to the request from the dynamic database 12, and the communication unit 14 causes the mobile terminal device 3 to
To the portable terminal unit 3a (S706).

The portable terminal unit 3a of the mobile terminal device 3
When the form data is received from the management device 1 by the communication unit 32 (YES in S715), the form data is passed to the form creating unit 36 by the processing unit 33, and the form creating unit 36 creates the form data. A form of a predetermined format is created based on the data (S717). The created form is
Printing is performed by the printer unit 3d (S71
8). At the time when all the forms such as the transport notification for the sick and wounded person, the emergency activity record sheet, and the illness / trauma observation card required after the emergency activity have been created, the management device 1 and the mobile terminal device 3 perform the emergency activity. The processing of the data related to is ended (S707, S719).

[3. [Effect] According to the emergency activity management system according to the present embodiment as described above, it is possible to contribute to the improvement of the efficiency of the emergency activity, to contribute to the improvement of the emergency treatment and the emergency medical care, and the emergency activity. It is possible to obtain excellent effects such as the fact that the information regarding can be recorded accurately and easily. Below, the effect of this Embodiment is demonstrated in detail.

[3-1. Realization of Prompt Selection of Appropriate Fire Department and Medical Institution] According to the present embodiment, it is necessary for the emergency command center in which the management apparatus 1 is installed to perform emergency medical care for a victim of a disaster or accident, an ill person, or the like. When there is a notification that a person to be treated has occurred, by inputting the location information of the outbreak site obtained from the notification into the management device 1, the location information of the outbreak site and the fire station previously saved Based on data and map data, it is possible to automatically and quickly search for an appropriate fire station according to the location of the outbreak site.
Therefore, even a person who does not have sufficient knowledge about the location of the fire station, the road network, traffic conditions, etc. in the management target area can quickly select an appropriate fire station according to the search result of the fire station by the management device 1.

Further, when the information about the condition of the treatment subject is obtained from the on-site ambulance worker, the information is input to the management device 1 so that the information regarding the condition of the treatment subject and the occurrence site are displayed. Based on the position information and the medical institution data and the map data stored in advance, it is possible to automatically and quickly search for an appropriate medical institution according to the position of the outbreak site and the condition of the treatment target person. Therefore, even if a person who does not have sufficient knowledge about the position of a medical institution, a road network, traffic conditions, etc. in the management target area, and who does not know a medical field that each medical institution can handle, medical treatment by the management device 1 is performed. It is possible to quickly select an appropriate medical institution that is a delivery destination candidate according to the search result of the institution.

[3-2. Improving Emergency Activity Efficiency by Accurate and Prompt Information Transmission] According to the present embodiment, when a fire station to be dispatched is searched and selected in the emergency command center, the outbreak site data including the location information of the outbreak site is sent out. Since it is immediately transmitted to the mobile terminal device of the emergency worker, the emergency worker can accurately and quickly grasp the information on the occurrence site with the mobile terminal device. In addition, when a medical institution that is a candidate for transportation is searched and selected at the emergency command center, the data indicating the medical institution that is a candidate for transportation is immediately transmitted to the mobile terminal device of the on-site emergency worker. Therefore, the ambulance worker can accurately and swiftly grasp the information about the medical institution which is a candidate for the transportation destination by the mobile terminal device. As described above, the fact that the emergency staff can accurately and quickly grasp the information necessary for the emergency activities, such as the information about the outbreak site and the information about the medical institutions that are candidates for the transportation destination, leads to the improvement of the efficiency of the emergency activities.

[3-3. First aid by audiovisual communication
Improvement of emergency medical care] According to the present embodiment, it is possible to transmit the information regarding the condition of the treatment target person to the emergency command center in both voice and video in real time at the occurrence site of the treatment target person or during transportation. . Therefore, on the side of the emergency command center, it is possible to obtain a large amount of audiovisually and objectively information about the state of the treatment target person, and accurately determine the current state of the treatment target person based on such information. You can figure it out. As a result, it becomes possible for the emergency command center to give appropriate and prompt instructions to the emergency personnel, and it becomes possible to provide appropriate and prompt first aid to the treatment target person at the occurrence site or during transportation. .

Further, in the present embodiment, in addition to audio and video, the blood pressure, pulse, and
Since the measurement values such as the electrocardiogram and the oxygen saturation and the test results such as the echo test by the inspection device 53 can be transmitted to the emergency command center and the medical institution, the condition of the treatment target person can be displayed in the emergency command center and the medical institution. It can be grasped more accurately.

Further, in the present embodiment, the contents of the instruction from the emergency command center side can be transmitted to the emergency staff by both voice and video, so that the emergency staff can send the emergency staff from the emergency command center. The instruction can be grasped more accurately and easily. Therefore, it becomes possible to perform more appropriate and prompt first aid treatment to the treatment target at the occurrence site or during transportation.

Further, after the medical institution which is the candidate for the delivery destination is selected, the information regarding the condition of the person to be treated is provided to the medical institution not only the emergency command center but also the medical institution which is the candidate for the delivery destination. Both can be transmitted in real time. Therefore, on the medical institution side that is a candidate for transportation,
It is possible to obtain a large amount of audio-visually and objectively information about the condition of the person to be treated, accurately grasp the state of the person to be treated based on such information, and decide whether to accept or not. You can As a result, when the treatment target person is transported to a medical institution, the state of the treatment target person that the medical institution grasped based on the audio and video in advance differs from the actually confirmed state. Occurrence can be avoided.

Therefore, it is possible to reduce the possibility of rejection of acceptance after being transported to a medical institution and the possibility of transfer of the person to be treated, thus shortening the time until the person to be treated receives medical treatment from the medical institution. Can contribute to. Further, after the medical institution of the delivery destination is determined, the waste of communication can be avoided by transmitting the audio signal and the video signal only to the medical institution of the delivery destination.

[3-4. Realization of Accurate and Easy Recording of Information on Emergency Activities] According to the present embodiment, both the data input by the emergency worker on the mobile terminal device and the data input by the emergency command center on the management device are stored. The data can be recorded as various data regarding the contents of emergency activities. Therefore, the ambulance worker can obtain the necessary data from the emergency command center by inputting the minimum amount of data that is not input at the emergency command center side, and notify the injured person's transportation notice, emergency activity record sheet, illness / trauma observation. Multiple forms such as cards can be created automatically. Moreover, the data common to a plurality of forms can be entered in each form by only entering it once. Therefore, as compared with the case where necessary items are sequentially filled in on a plurality of forms, the time and effort required to form the forms are significantly reduced, and the burden on the emergency response personnel is significantly reduced.

In particular, in the present embodiment, since the portable terminal 3h capable of voice input by the registered user is used, input of various data during the emergency activity does not affect the emergency activity. It can be performed efficiently and easily by only the voice input of the user himself and a simple manual operation with one hand. In this case, since only the voice signal of the user registered in advance is recognized as valid data, even if other emergency workers etc. are talking in the surroundings, only the voice of the user can be recognized and ensured. You can enter data into.

Further, if a plurality of choices are prepared in advance for each item to be inputted and the choices are displayed and input support is provided, it is possible to manually or by voice only when there is no corresponding choice. Since it is only necessary to input necessary data, it is possible to further improve the input efficiency of various data. Further, when a touch screen type screen capable of input operation by touching the screen is adopted, various data can be easily input by the touch input operation.

Further, since various data relating to the contents of emergency activities recorded on the side of the emergency command center can be directly used as the emergency activity data, it is not necessary to manually input them by other staff members of the fire department. Therefore, it is possible to reduce the burden on the staff in charge and to prevent misidentification of the input information and the input error resulting from the input and decoding of the handwritten form by a third party. It is possible to accumulate activity data.

Further, in addition to various data relating to the contents of the emergency activity input by the management side and the site of the emergency activity, the voice and the image of the site of the emergency activity can be recorded and left as audio / video data. The data can be used for emergency medical care for the same person to be treated, future emergency activities and medical care, and can be used as a material for emergency activity classes and the like.

[3-5. Improvement of Emergency Activity Efficiency by Configuration of Mobile Terminal Device] According to the present embodiment, the mobile terminal device includes an audio / video terminal device and an audio / video input device for processing audio signals and video signals, and data other than audio / video. A small and lightweight portable terminal device can be used because it is divided into a portable terminal device for processing and a unit. Therefore, the ambulance worker always carries the portable terminal device throughout the ambulance activity, confirms the data transmitted from the ambulance command center in real time, and
Data required to be input can be appropriately input. This will improve the efficiency of emergency activities.

Further, in the present embodiment, the audio / video input unit including the camera is constructed as a head-mounted device, and the ambulance worker inputs the video signal because the camera can be worn on the body. You almost never have to use your hands. Therefore, the emergency worker can take a picture of the condition of the person to be treated by the camera while wearing both hands for the emergency activities. This also improves the efficiency of emergency activities.

[4. Other Embodiments] The present invention is
The present invention is not limited to the above-described embodiment, and various other modes can be implemented within the scope of the present invention.

First, in the above-described embodiment, when inputting various data relating to the contents of emergency activities, it is possible to use a personal information card widely used in the medical field. This personal information card is for the individual who can be treated, such as address, name, date of birth, emergency contact point,
It is a contact type or non-contact type card that records personal information such as contraindications and can read data by a predetermined device, and is highly likely to be carried by the person being treated.

When the person to be treated carries a personal information card, the ambulance worker inputs the personal information data stored in the personal information card into the mobile terminal device and displays it. , It is possible to easily obtain information about the person to be treated. This makes it possible to give more appropriate and prompt first aid to the person to be treated.

Further, in the above-mentioned embodiment, the case where the image is transmitted bidirectionally between the mobile terminal device of the emergency worker and the management device of the emergency command center has been described. On the other hand, it is clear that the effect of the present invention can be obtained only by transmitting the image showing the condition of the treatment target person. As described above, the audio / video input unit used by the ambulance worker is preferably a wearable type, but in the ambulance, a camera, a microphone, a speaker, etc. are placed at suitable positions separately from the wearable type unit. It is possible to install it.

Further, in the above embodiment,
Although the case where various data related to the contents of emergency activities are input and communicated only with the portable terminal unit has been described, it is possible to input various data and communicate with each other in a computer used as an audiovisual terminal unit. Is. In this case, the ambulance worker inputs data with a portable terminal unit at the scene of the accident or in a medical institution, and with a computer used as an audiovisual terminal unit in the ambulance, for example. Data can be input using a device according to the above.

As described above, the emergency activity management system of the present invention can be operated in various ways, so that the functional configuration of the system, the specific device configuration, the specific processing procedure, etc. can be freely selected. Note that various programs for causing a computer to realize each function of the above-described emergency activity management system are also one aspect of the present invention.

[0126]

As described above, according to the present invention,
Preserving map data, fire department data, medical institution data, etc. in advance, and using these data to automatically search for fire departments and medical institutions will result in treatment target people within the management area. In this case, even a person who does not have sufficient knowledge about the management target area and medical treatment can quickly select an appropriate fire station or medical institution according to the location of the outbreak site and the condition of the treatment target, It is possible to provide an emergency activity system that can contribute to improving the efficiency of emergency activities.

Further, by transmitting the video signal indicating the condition of the treatment target person, the information regarding the condition of the treatment target person can be transmitted in as much detail, accuracy and speed as possible. It is possible to provide an emergency activity system that can contribute to improvement. Furthermore, by collectively recording the data entered on the management side and the side of the emergency activities on the management side and creating a form using the recorded data, while reducing the burden on the person involved in the emergency activities. Moreover, it is possible to provide an emergency activity system capable of accurately recording information on emergency activities.

[Brief description of drawings]

FIG. 1 is a functional block diagram showing an emergency activity management system according to one embodiment to which the present invention is applied.

FIG. 2 is a schematic diagram showing an example of a handy terminal as a part of the configuration of an audiovisual terminal unit in the mobile terminal device shown in FIG.

FIG. 3 is a schematic diagram showing an example of a mounting unit as a part of the configuration of an audio / video input unit in the mobile terminal device shown in FIG.

FIG. 4 is a partial configuration of an audio / video terminal unit and an audio / video input unit in the mobile terminal device shown in FIG.
The schematic diagram which shows an example of an in-vehicle terminal unit.

5 is a plan view showing an example of a portable terminal unit of the mobile terminal device shown in FIG.

FIG. 6 is a flowchart showing an outline of an operation procedure at the time of emergency activity by the management device and the mobile terminal device of the emergency lifesaving management system shown in FIG.

7 is a flowchart showing an outline of a processing procedure of various data relating to the contents of emergency activities by the management device and the mobile terminal device of the emergency lifesaving management system shown in FIG.

[Explanation of symbols]

1 ... Management device 1a ... Main terminal unit 1b ... Display unit 1c ... Audio-video input unit 2 ... Communication network 3 ... Mobile terminal device 3a ... Portable terminal unit 3b ... audiovisual terminal unit 3c ... Audio / video input unit 3d ... printer unit 4 Terminal device of medical institution 11 ... Static database 11a ... Map data file 11b ... Fire department data file 11c ... Medical institution data file 12 ... Dynamic database 13 ... Input section 14 ... communication section 15 ... Search section 16 ... Control unit 17 ... Voice processing unit 18 ... Image processing unit 21 ... Microphone 22 ... Earphone 23 ... Camera 31 ... Input section 32 ... Communication section 33 ... Processing unit 34 ... Storage unit 35 ... Display section 36 ... Form creation department 41 ... Audio-visual communication unit 42 ... Voice processing unit 43 ... Image processing unit 44 ... Display section 45 ... Microphone 46 ... Earphone 47 ... Camera

Claims (16)

[Claims] [Claim 1] When a treatment target person who needs emergency medical care occurs, an emergency response member of the fire department is dispatched to the occurrence site to perform an emergency action to deliver the treatment target person to a medical institution while providing first aid treatment. In the emergency activity management system that enables, a management device that manages various data related to emergency activities,
A mobile terminal device used by emergency personnel when mobilized, the management device, map data storage means for storing map data of the management area, for each fire station in the management area, the name of the fire station, the location Location information indicating the map data in association with the map data, a fire station data storage means for saving information including the fire station data, for each medical institution in the management area, the name and location of the medical institution is associated with the map data. Between the mobile terminal device and the medical institution data storage unit that stores information including the position information indicated and the medical field that can be dealt with as medical institution data, the input unit that inputs various data according to the input operation, If the location information of the outbreak site is obtained at the time of the occurrence of the treatment target person who needs emergency medical care and the communication means for data communication, Based on the position information, the fire station data stored in the fire station data storage means, and the map data stored in the map data storage means, search for a fire station that is a candidate to be dispatched to the outbreak site, and the treatment target person When the information about the state is obtained, the information about the state of the treatment target person, the position information of the outbreak site, the medical institution data stored in the medical institution data storage unit, and the map data storage unit are stored. Based on the map data, based on the map data, a search means for searching a medical institution that is a candidate for the destination of the treatment target, and the mobile terminal device of the ambulance worker dispatched from the fire department searched by the search means, The communication means causes the generation site data including the location information of the generation site to be transmitted, and the search means determines that the destination is a transportation destination candidate. When a medical institution is searched for, the control means for transmitting to the mobile terminal device the delivery destination candidate data indicating the delivery destination candidate medical institution by the communication means, the input means, the communication means, The mobile terminal device includes a communication unit that performs data communication with the management device, and an output unit that outputs the various data obtained by the control unit. And an output means for outputting the selected data. 2. The mobile terminal device includes: an audio input unit for inputting an audio signal; an image input unit for inputting an image signal; an audio input unit and an audio signal and an image signal input by the image input unit; The management device includes: an audio / video communication unit that transmits the audio signal transmitted from the management device and receives the audio signal transmitted from the management device; and an audio output unit that outputs the audio signal received by the audio / video communication unit. Is an audio input unit for inputting an audio signal, and an audio / video image for transmitting the audio signal input by the audio input unit to the mobile terminal device and receiving the audio signal and the video signal transmitted from the mobile terminal device. Communication means, audio output means for outputting the audio signal received by the audio / video communication means, and reception by the audio / video communication means. The emergency activity management system according to claim 1, further comprising: a video display unit that displays the received video signal. 3. The management device includes video input means for inputting a video signal, and the audiovisual communication means of the management device transmits the video signal input by the video input means to the mobile terminal device. The audio / video communication unit of the mobile terminal device is configured to receive a video signal transmitted from the management device, and the mobile terminal device is an image received by the audio / video communication unit. The emergency activity management system according to claim 2, further comprising video display means for displaying a signal. 4. The control means of the management device, when the medical institution to be transferred is determined from among the medical institution candidates to be transferred to which are searched by the search means, the medical service to be transferred to is determined by the communication means. It is configured to transmit destination data indicating an organization to the mobile terminal device, wherein the audio / video communication unit of the mobile terminal device is configured such that the destination candidate data transmitted from the management device is transmitted by the communication unit. When received, in addition to the management device, also transmits the audio signal and the video signal to the terminal device of the medical institution indicated by the destination candidate data,
After that, when the delivery destination data transmitted from the management device is received by the communication means, the audio signal and the video signal are transmitted only to the terminal device of the delivery destination medical institution indicated by the delivery destination data. The emergency activity management system according to claim 2, wherein the emergency activity management system is configured to terminate the transmission to other devices. 5. The mobile terminal device includes an audio / video terminal device including the audio / video communication unit, an audio / video input device including the video input unit and the audio input unit, the communication unit and the output unit. An emergency activity management system according to any one of claims 2 to 4, further comprising a portable terminal device including the portable terminal device. 6. The emergency activity management system according to claim 5, wherein the audio / video input device includes a wearable device with a camera that can be worn on the body of an emergency worker. 7. The management device records the input data when various data relating to the contents of emergency activities are inputted by the input means, and the various data relating to the contents of emergency activities transmitted from the mobile terminal device are stored in the management device. A dynamic data storage means for recording the received data when it is received by the communication means is provided, and the control means of the management device is required after the emergency operation from the data recorded in the dynamic data storage means. It is configured such that data corresponding to data items of various forms is transmitted to the mobile terminal device as the form data by the communication means, and the mobile terminal device includes input means for inputting various data according to an input operation. When various data relating to the contents of emergency activities are input by the input means, the input data are input by the communication means. Processing means for transmitting to the management device; and, when the form data transmitted from the management device is received by the communication means, creates the form in a predetermined format using the received form data. 7. The emergency activity management system according to claim 1, further comprising: a form creating unit and a form outputting unit that outputs the form created by the form creating unit. 8. The mobile terminal device includes a portable terminal device including the communication unit, the output unit, the input unit, and the processing unit, and the input unit of the portable terminal device is a voice input unit. 7. The method according to claim 7, further comprising:
Emergency management system described in. 9. The processing means of the portable terminal device,
The voice signal input by the voice input means is configured to recognize the input voice signal as valid data only when the voice signal is a voice signal of a user registered in advance. The emergency activity management system according to claim 8. 10. The mobile terminal device comprises the communication means,
A portable terminal device including the output unit, the input unit, and the processing unit is provided, and the output unit and the input unit of the portable terminal device include a screen display unit capable of input operation by contact. The emergency management system according to any one of claims 7 to 9, which is characterized. 11. The mobile terminal device includes at least one of a measuring unit that measures a physical quantity indicating a state of the treatment target person and an inspection unit that performs a medical examination on the treatment target person. The emergency activity management system according to any one of claims 1 to 10. 12. When a treatment subject requiring emergency medical care occurs, an emergency worker of the fire department is dispatched to the spot where the treatment target person occurs, and emergency treatment is carried out to the medical institution while providing emergency treatment to the treatment target person. In the emergency management method, the fire department data including the map data of the management target area, the name of the fire department, and the position information indicating the location in association with the map data for each fire department in the management target area, within the management target area Management for managing various data related to emergency activities, including the medical institution name, the location information indicating the location of the medical institution in association with the map data, and the medical institution data including the medical fields that can be dealt with. If the location information of the outbreak site is obtained when the treatment target person who needs emergency medical care is obtained using the device, the location information of the outbreak site, the fire department Data, and based on the map data, the fire station search step of searching for a candidate fire station to be dispatched to the outbreak site, and the mobile terminal device of the emergency response personnel dispatched from the fire station searched by the fire station search step. The occurrence site data transmitting step of transmitting the occurrence site data including the location information of the occurrence site, and when the information on the condition of the treatment target person is obtained,
A medical institution search step of searching a medical institution which is a transportation destination candidate of the treatment target person based on the information regarding the state of the treatment target person, the position information of the occurrence site, the medical institution data, and the map data, When a medical institution that is a delivery destination candidate is searched by the medical institution searching step, delivery destination candidate data transmitting step that transmits delivery destination candidate data indicating a delivery destination candidate medical institution to the mobile terminal device. A method for managing emergency activities, characterized by performing 13. An audio / video input step of inputting an audio signal and an image signal at the site of an emergency activity of the treatment subject using the mobile terminal device, and an audio signal input by the audio / video input step, An audio / video transmission step of transmitting a video signal to the management device; an audio reception step of receiving the audio signal transmitted from the management device; and an audio output step of outputting the audio signal received by the audio reception step. A voice input step of inputting a voice signal of the management side using the management device, a voice transmission step of transmitting the voice signal input by the voice input step to the mobile terminal device, and from the mobile terminal device An audio / video receiving step of receiving the transmitted audio signal and video signal, and said audio / video receiving step Perform an audio / video output step of outputting the audio signal and the video signal received by
The emergency activity management method according to claim 12, wherein: 14. When a delivery destination medical institution is determined from delivery destination candidate medical institutions searched by the medical institution search step using the management device, a delivery indicating the delivery destination medical institution. Carrying destination data transmitting step for transmitting destination data to the mobile terminal device is performed, and in the audio / video transmitting step using the mobile terminal device, the carrier destination candidate data transmitted from the management device is received. In this case, the step of transmitting the audio signal and the video signal to the terminal device of the medical institution indicated by the destination candidate data in addition to the management device, and the destination data transmitted from the management device is the communication. When received by the means, the audio signal and the video signal are transmitted only to the terminal device of the medical institution of the destination indicated by the destination data. Shin, and emergency activity management method according to claim 13 including the step, it is characterized in that to terminate the transmission to the other device. 15. When various data relating to the contents of emergency activities are input using the management device,
An input data storing step of recording the input data; a received data storing step of recording the received data when various data relating to the contents of the emergency activity transmitted from the mobile terminal device are received; and the input data storing step and From the data recorded by the received data storing step, a form data transmitting step of transmitting data corresponding to data items of a form required after an emergency activity to the mobile terminal device as form data is performed, When various data regarding the contents of emergency activities are input using the terminal device,
Input data transmitting step of transmitting the input data to the management device, form data receiving step of receiving the form data transmitted from the management device, and form data obtained by the form data receiving step 15. The ambulance according to claim 13 or 14, characterized in that a form creating step of creating the form in a predetermined format by using a form and a form outputting step of outputting the form created by the form creating step are performed. Activity management method. 16. When a person to be treated who needs emergency medical care occurs, an emergency worker from the fire department is dispatched to the spot where the person to be treated emerges, and the person to be treated is given first aid and carried out to a medical institution. In the program for making the program, the computer, map data of the management target area, for each fire station in the management target area, fire station data including the name of the fire station, the location information indicating the location in association with the map data, , For each medical institution in the management target area, related to emergency activities, including medical institution data including the name and location of the medical institution in association with the map data, and medical institution data that can be dealt with A data management function that manages various data, and when the location information of the outbreak site is obtained when the treatment target person who needs emergency medical care is obtained, Based on the location information of the outbreak site, the fire department data, and the map data, a fire department search function to search for a candidate fire station to be dispatched to the outbreak site, and an emergency dispatched from the fire department searched by the fire department search function With respect to the mobile terminal device of the activist, an outbreak site data transmission function of transmitting outbreak site data including the location information of the outbreak site, and when information regarding the state of the treatment target person is obtained,
A medical institution search function that searches for a medical institution that is a candidate for a delivery destination of the treatment target person, based on information about the state of the treatment target person, position information of the outbreak site, the medical institution data, and the map data, Delivery destination candidate data transmission function for transmitting delivery destination candidate data indicating a delivery destination candidate medical institution to the mobile terminal device when a delivery destination candidate medical institution is retrieved by the medical institution search function A program that realizes and.