JP2018194942A - Sick person management system, input terminal equipment for sick person management system, and program for sick person management system - Google Patents

Abstract

To provide a sick person management system, input terminal equipment for the sick person management system, and a program for the sick person management system capable of efficiently performing conveyance of a sick person at the time of occurrence of a disaster that triage of a sick person is performed.SOLUTION: A sick person management system 1 comprises: a sick person information management server 10 for storing sick person information of each sick person; and input terminal equipment 20 for inputting triage information related to a sick person. The input terminal equipment 20 is configured to input conveyance condition information for performing conveyance of a sick person. Therefore, the input terminal equipment 20 makes it possible not only to input simple triage information, but also to input the conveyance condition information, and to efficiently perform conveyance of the sick person by using the conveyance condition information.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a patient management system, an input terminal device for a patient management system, and a patient management that are used to efficiently transport a large number of patients when a large-scale accident or a large-scale disaster occurs. It relates to a system program.

  Based on the lessons learned from the past, the severity and urgency of the victim so that the maximum efficiency can be achieved under limited medical resources when a large number of victims occur due to a large-scale accident or disaster. A so-called triage is performed in which the victims are ranked by the above method. Currently, when performing this triage, an entry-type card called a triage tag is widely used.

  However, since this triage tag is written by hand, it takes a lot of time and effort to collect and tabulate the information described there. In disaster sites where quickness is required, There are many problems in actual use and dissemination.

  In view of this, Patent Documents 1 and 2 disclose victim management systems that allow information related to triage to be managed in an integrated manner. The systems of Patent Documents 1 and 2 are configured by a database that collectively manages information related to the triage of the victim and an input terminal device that inputs information related to the triage of the victim.

  In this input terminal device, evaluation items based on the well-known START method for performing triage and evaluation items based on the PAT method are displayed on the screen, and the triage performer inputs according to the items. Thus, the input triage information is sent to the database and stored in the database. Then, based on the information on the triage of the sick person accumulated in the database, the treatment order and the transport order of the sick person are determined.

JP 2008-279032 A JP2013-050894A

  By the way, as in Patent Documents 1 and 2, it is very important to centrally manage information related to the triage of the victim, in order to determine and instruct the treatment order and transport order of the victim, but when an actual disaster occurs In the command post and the response headquarters that give instructions, there are cases in which the victims cannot be transported efficiently by the triage information alone.

  As a specific example, at command centers and response headquarters, emergency medical helicopters, such as ambulances and sometimes doctor helicopters, can be found in relief centers where many victims are rescued based on information stored in the database. Etc., make the transport car go. And it will convey to medical institutions, such as a hospital, using this conveyance vehicle from a rescue center. Normally, in the event of a disaster such as a triage, there is no single rescue center where the victims are initially gathered, and there will be multiple scattered locations. Many relief centers are opened especially in the event of a wide-area disaster.

  Of course, there are also rescue centers in which there are many victims who are not in a state where they can be transported among the multiple rescue centers. Rather than directing the transport vehicle to such a rescue center and waiting for the transport vehicle to be ready, it is better to point the transport vehicle to a rescue center where there are many victims in a situation where they can be removed. It is useful and efficient for the rescue station that receives the transport vehicle and the transport engine that transports the transport vehicle.

  In addition, for example, when using an ambulance as a transport vehicle or when using a transport vehicle in a hospital, not all transport vehicles have the same performance and the same equipment. Some transport vehicles are not available. For example, it may be difficult to transport large foreign victims in Japanese transport vehicles. In addition, some victims are wounded and fixed externally, and in order to carry out such victims, for example, transport that cannot be accommodated in a small transport vehicle or is not equipped with a dedicated device. It cannot be accommodated by car or cannot be carried by emergency medical helicopters.

  As described above, triage information alone is not sufficient to effectively use limited transport means and efficiently transport a victim at a disaster site. In the PAT method performed in the secondary triage, consideration is given to vulnerable people as the fourth stage, but this evaluation content alone cannot cope with the above cases at all, for example, the past There is a story that when a disaster occurred, transportation problems with transport vehicles and emergency medical helicopters actually occurred.

  Therefore, the present invention has been made to solve the above-described problems, and a patient management system capable of efficiently transporting a victim in the event of a disaster in which the victim is triaged. It is an object of the present invention to provide a patient management system input terminal device and a patient management system program.

  In order to solve the above-mentioned problem, a patient management system according to the present invention includes a patient information management server that stores patient information for each patient, and an input terminal device that inputs triage information about the patient. In the management system, the input terminal device can input transport condition information for transporting a victim.

  According to the patient information management system of the present invention, the input terminal device inputs not only mere triage information as in the prior art but also transport condition information such as information on whether or not the patient is taken out and transport restriction information on the victim. Therefore, in the patient management system, the patient information of the patient information management server includes the transport condition information, and the transport condition information can also be used to transport the patient more efficiently. it can.

The patient management system according to the present invention is characterized in that the transport condition information is information on whether or not the patient can be taken out.
According to the patient management system of the present invention, since the transport condition information is unloadability information indicating whether the patient can be unloaded from the site, waiting for completion of additional treatment of the patient performed at the site after completion of triage. The standby state of the transport vehicle can be avoided, and the transport vehicle can be efficiently directed to a plurality of rescue stations.

The patient management system according to the present invention is characterized in that the transport condition information is transport constraint information of the patient.
According to the patient management system of the present invention, since the transport condition information is transport constraint information related to the transport constraints of the victim during transport, it is efficient to use various transport vehicles having different functions and different sizes. Where it is necessary to arrange transportation frequently, efficient arrangement of transportation vehicles can be performed.

  The input terminal device for a patient management system according to the present invention includes a display unit and an input unit, and a triage input item is displayed on the display unit, and an input is made to the triage input item via the input unit. An input terminal device for a patient management system to be performed, wherein a transport condition input item for transporting a patient is displayed on the display unit.

  According to the input terminal device for a patient management system of the present invention, it is possible to input not only triage information as in the prior art but also transport condition information such as information on whether or not a patient is transported and transport restriction information of the patient. Therefore, in the patient management system, the patient can be more efficiently transported by using the transport condition information.

  Moreover, the program for a patient management system of the present invention is a program for a patient management system that transmits triage information about a patient to a patient information management server that stores patient information for each patient. A process of displaying a transport condition input item for transporting a patient and a process of transmitting input information for the transport condition input item to the patient information management server are executed.

  According to the patient management system program of the present invention, for example, by installing this program in the input terminal device in the form of an application program, the transportation condition information can also be used in the patient management system, Using this information, the patient can be transported more efficiently.

It is a conceptual diagram which shows the structure of the patient management system in embodiment. It is a block diagram which shows the hardware constitutions of the output terminal device in embodiment. It is a conceptual diagram of the screen transition displayed on the display part of the input terminal device in an embodiment. It is an example of a display displayed on the display part of the input terminal device in an embodiment.

  Hereinafter, specific examples of the present invention will be described in detail with reference to the drawings. However, the embodiment shown below is an example for embodying the technical idea of the present invention, and is not intended to specify the present invention to this embodiment. Other embodiments within the scope are equally applicable.

  First, a basic configuration of the patient management system 1 according to the present embodiment will be described with reference to FIG. FIG. 1 is a conceptual diagram showing a configuration of a patient management system 1. As shown in FIG. 1, the patient management system 1 of the present embodiment is configured by a patient information management server 10 and an input terminal device 20 that are communicably connected via a network N.

  The injured person information management server 10 stores injured person information for each injured person, and includes a computer or the like installed in a place that serves as an instruction base when a disaster occurs, such as a transportation base or a hospital. The victim information management server 10 includes a storage unit for storing victim information regarding the victim, an input unit including a keyboard, a display output unit including a display, and a print output unit including a printer. And the victim information memorize | stored in the memory | storage part of the sick person information management server 10 is the information input via the input part with which the information input via the input terminal device 20 and the sick person information management server 10 are provided. As a result, the information is updated and accumulated.

  In addition, this victim information includes various information related to the victim. In addition to triage information described later, identification information that identifies the victim, etc., information on the location of the disaster, Various information useful for transporting a victim at the time of a disaster, such as information on the transport destination of the victim, can be included.

  Further, the victim information includes conveyance condition information input via the input terminal device 20. Therefore, at the command post and the countermeasures headquarters where the victim information management server 10 is installed, the victim is collected with reference to the triage information of the victim included in the victim information and the transport condition information of the victim. It is possible to arrange instructions for transport vehicles to the first aid station.

  In addition, it is not necessary to install the victim information management server 10 at the command post or the countermeasure headquarters that instructs the transport vehicle as described above, and access to the victim information stored in the victim information management server 10 is accessed. A possible output terminal device may be arranged at a command post or the like. This is because, if there is such an output terminal device, the information can be referred to by display or printing.

  The input terminal device 20 is a portable device possessed by a practitioner who performs triage at the occurrence site when a disaster occurs. Specifically, it may be a general-purpose device such as a smartphone in which a dedicated application program for using the patient management system 1 of the present embodiment is installed, and for example, a business portable terminal called a handy terminal. Thus, it may consist of a dedicated device for using the patient management system 1. In this embodiment, it is an example using the input terminal device 20 which consists of a smart phone, Triage information of a sick person and transportation condition information of a sick person are input via this input terminal device 20.

  FIG. 2 is a block diagram illustrating a hardware configuration of the input terminal device 20. As shown in FIG. 2, the input terminal device 20 includes a control unit 21, a storage unit 22, a display unit 23, an input unit 24, a camera unit 25, a barcode reading unit 26, and a communication unit 27.

  The control unit 21 includes an arithmetic device such as a CPU, executes a program, and executes various processes. The storage unit 22 includes a storage device such as a RAM and a ROM, and stores a program executed by the control unit 21, stores a processing result by the program, and victim information such as acquired triage information. . The display unit 23 includes a display device such as an LCD, and displays evaluation items, evaluation results, and the like when performing triage for the victim.

The input unit 24 is typically an input device such as a touch panel provided integrally with the display unit 23, but may be a button type input device such as a numeric keypad. Based on the input from the input unit 24 to the content displayed on the display unit 23, the control unit 21 determines the triage of the subject victim.
The camera unit 25 acquires various image data. For example, the camera unit 25 acquires an image of a wound on the subject victim.

  For example, the barcode reading unit 26 is configured to print identification information for identifying a victim into a barcode and print it on a triage tag, or to attach a barcode to the victim himself or the clothes of the victim. In such a case, the barcode reader device reads the barcode. The barcode reading unit 26 can be realized by using a dedicated device in which a light source and a light receiving element are integrated. For example, the barcode reading unit 26 can be realized by using the camera unit 25 as a light receiving element to the input terminal device 20 including a smartphone. The barcode reading unit 26 can be realized by attaching an infrared light source unit. For example, AsReader (registered trademark) of Asterisk Co., Ltd. is known as a device that attaches a light source unit to a smartphone and reads barcode information. It is also possible to simply read information from a barcode image acquired from the camera unit 25, and the barcode reading unit 26 can be realized by the camera unit 25.

  The communication unit 27 communicates with other devices such as a mobile terminal via the Internet or a LAN. The input terminal device 20 is connected to the patient information management server 10 via the communication unit 27 and the network N to exchange various data.

  As described above, the patient management system 1 according to the present embodiment includes the patient information management server 10 that stores patient information for each patient and the input terminal device 20 that inputs triage information about the patient. In addition, the input terminal device 20 is configured to be able to input transport condition information for transporting the victim. A specific application example of the patient management system 1 of this embodiment will be described with reference to FIG.

  An input terminal device 20A is arranged at the site L1 serving as a rescue center, and triage information is input to the plurality of victims P1 to P3 via the input terminal device 20A. The information is stored in the patient information management server 10.

  The input terminal device 20B is arranged at the site L2, and triage information is input to the plurality of victims P4 to P6 via the input terminal device 20B, and this information is stored in the victim information management server 10. Has been accumulated.

  There are also two transport vehicles C1 and C2 used for transporting the victim. The transport vehicle C1 is a relatively small transport vehicle, and it is difficult to transport a large patient, and there is no facility for transporting an externally fixed patient, and a sitting state (chair sitting position). It is a transport vehicle that can only transport in

  On the other hand, the transport vehicle C2 is a large and well-equipped transport vehicle that can transport large victims, wounded patients with injuries, and patients who cannot be transported in the chair sitting position. It is.

  In addition, although it has shown in figure that the conveyance vehicles C1 and C2 are also equipped with the input terminal devices 20C and 20D, this confirms the patient at each site via the input terminal device 20, or triage The purpose is to refer to the information and, in some cases, to re-triage the victim. Therefore, in the patient management system 1, the transport vehicles C1 and C2 do not necessarily have to have the input terminal device 20, but it is preferable that a lifesaving member of the transport vehicle has the input terminal device 20.

  In addition, the transport vehicles C1 and C2 can communicate with the command post, the countermeasure headquarters, etc. via the radio, the input terminal device 20 and the like, and go to each site for transporting the victim according to instructions from there. become.

  By the way, the injured person P1 in the field L1 is a considerably large injured person compared with the general human body shape. In addition, the wounded person P2 is a wounded person who has undergone so-called external fixation. The injured person P3 is an injured person who cannot carry in a sitting state (cannot sit in a chair). As described above, there are injured persons in various conditions in the field L1 for carrying.

  When instructing such a site L1 to direct one of the two transport vehicles C1 and C2, if the transport vehicle C1 is directed, the transportation of the victims P1 to P3 is not possible. This is not possible, and the use of the transport vehicle C1 is completely wasted. Therefore, it is desirable to instruct the site L1 to make the transport vehicle C2 face.

  In this way, if it is possible to know the patient's body shape, whether or not the patient is fixed externally, and the transportation constraint information such as the disabled person's chair sitting position, the transportation vehicle can be arranged more efficiently. it can.

  On the other hand, the injured persons P4 to P6 at the site L2 are injured persons who are not in a situation where they can be immediately taken out even if the transport vehicle comes. An example of such a victim is a victim who needs to perform additional treatment, such as packaging, before removal, even after triage is complete. Therefore, such a site L2 is in a situation where the patient cannot be carried out unless additional treatment is completed even if the transport vehicle arrives at this time.

Even if the transport vehicles C1 and C2 are directed toward such a site L2, the patient will wait until the patient P4 to P6 can be carried out at the site L2. Therefore, it is desirable to instruct the site L2 to go to another site where the patient is prepared to carry out the patient other than the site L2, rather than instructing the transport vehicle to go immediately.
Thus, if it is possible to know the information on whether or not the patient can be taken out, the transportation vehicle can be arranged more efficiently.

  In the actual situation of the transportation of the victim at the time of disaster as described above, the input terminal device 20 of the present embodiment is not a terminal device that only inputs triage information as in Patent Documents 1 and 2, but the above-described transport restriction. It is configured to be able to input conveyance condition information such as information and carry-out availability information. Therefore, in the patient management system 1, since the patient information management server 10 includes the transport condition information in the patient information of each patient, the transport of the patient is made more efficient by using this transport condition information. Can be done automatically.

  The input terminal device 20 capable of inputting the conveyance condition information will be described more specifically. FIG. 3 is a conceptual diagram of screen transition displayed on the display unit 23 of the input terminal device 20. FIG. 4 is a display example of a transport condition information input screen displayed on the display unit 23 of the input terminal device 20.

  The operation of the input terminal device 20 is started by being activated by a triage practitioner who owns this device. The victim is first identified, and a determination is made as to whether or not the victim's history is in the victim management server 10. Specifically, for example, when identification information for identifying a victim is described as a numeric code in the triage tag, the numeric code is input via the input unit 24 to the victim management server 10. Registered victims can be identified. In addition, for example, when identification information for identifying a victim is barcoded and described in a triage tag, the victim can be identified by reading the barcode via the barcode reader 26. .

  When the victim is identified and the victim management server 10 has a history of the victim (YES in S1), the latest history screen G1 is displayed on the display unit 23. The latest history screen G1 is a screen on which the last input triage information or the like is displayed.

  Triage evaluation is not recommended to be performed only once, but is recommended based on the assumption that it will be performed many times. Therefore, the triage practitioner determines to re-execute the triage evaluation while referring to the latest history screen G1 displayed on the display unit 23, the current state of the victim, and the like at a disaster site or the like.

  When an injured person is specified and there is no injured person history in the injured person management server 10 (NO in S1), the STAR method input screen G2 is displayed on the display unit 23. If there is no history of the victim, this means that the triage of the victim has not been carried out yet, so the START method input screen G2 is displayed, and the triage practitioner can input via the input unit 24. . This input content is sent to the patient management server 10 via the network N and stored.

  In general, the first triage evaluation is performed by the START method because it is a primary evaluation and quickness is required. Therefore, if there is no history of the victim in this embodiment, the START method input screen G2 is first displayed. This START method input screen G2 is configured by a screen that can quickly perform the START method including three physiological evaluations relating to respiration, circulation, and consciousness. In addition, you may utilize the display screen in the existing apparatus which performs triage evaluation using a terminal device.

  When triage evaluation by the PAT method is performed based on the latest history screen G1 or the current state of the patient or the like, a PAT method input screen G3 is displayed on the display unit 23 by the operation of the triage performer. The PAT method in triage evaluation is generally positioned as secondary evaluation, and is performed after the START method.

  In general, the PAT method generally performs a physiological evaluation in the first stage, performs an anatomical evaluation in the second stage, evaluates the injury mechanism in the third stage, and is vulnerable to disaster in the fourth stage, if necessary. Evaluate Also in the present embodiment, the PAT method input screen G3 includes a PAT method input screen G3a for performing a first-stage physiological evaluation, a PAT method input screen G3b for performing a second-stage anatomical evaluation, and a third that is performed as necessary. It is composed of three screens consisting of a PAT method input screen G3c for performing a stage wound injury mechanism and a fourth stage disaster vulnerable person. As for the specific display screen, the display screen of an existing device that performs triage evaluation using a terminal device may be used. However, on the PAT method input screen G3b, a human body diagram is displayed for easy input. It is preferable to use an input method in which the input is completed when a symptom item such as a fracture or bleeding, which frequently occurs, is made to match the location of the human body diagram by drag and drop.

  Displaying the display screen as described above on the display unit 23 is also seen in the conventional terminal device. However, in the input terminal device 20 of the present embodiment, the transport condition information input screen G4 is displayed by the operation of the triage operator. Displayed on the unit 23.

  A specific example of the transport condition information input screen G4 has a screen configuration as shown in FIG. In the upper part of the screen, a numeric code serving as the ID of the specified victim is displayed.

  The column “Transport Engine” on the screen is the transport engine information, and the corresponding transport engine name is input and displayed. Further, the “transport destination” column is transport destination information, and the name of a medical institution where the victim is transported is input and displayed. The inputted transport organization information and transport destination information are stored in the victim information management server 10 from the input terminal device 20, and the information is also shared among the terminals. In addition, this information can be changed as needed to accommodate changes in the situation.

  The input fields for “accommodation”, “local departure”, “hospital arrival”, “hospital departure”, and “expected return” on the screen are input fields for transport time information. In the "In-car storage", "Local departure", "Hospital arrival", and "Hospital departure" fields, the time is displayed and input by pressing the position at each timing, and the return expectation field is input directly. Is displayed and input.

  Such transport time information is also stored in the victim information management server 10 from the input terminal device 20, so that the information can also be shared. The transportation time information is mainly input by life-saving crew members, etc. who are traveling on the transport vehicles C1 and C2 in FIG. It can be used for the next transportation arrangement of the transportation vehicle.

  The “current location” input field on the screen is a current position information input field so that the current position of the patient can be known. The current position is input by touching the corresponding position, and the display color is changed between that position and another position. With this current position information, the position of the victim can be shared between the terminals. The current position information may be configured to automatically acquire the current position information from a GPS or the like provided in the input terminal device 20.

  Further, the “conveyance constraint” column and the “chair sitting position conveyance” column on the screen are input columns for conveyance constraint information in the conveyance condition information. The conveyance constraint information is information that needs to be input because it is necessary to pay attention to the arrangement of the conveyance vehicle during conveyance.

Of these, the “conveyance constraint” column is specifically composed of an item for inputting whether or not the victim is large and an item for inputting whether or not the victim is in the external fixation state. Each of these items is input by touching the position, and the display color is changed so that the input can be recognized.
In the “chair sitting position” column, specifically, whether or not the corresponding sick person can transfer in the chair sitting position can be selected by inputting either “OK” or “NO”.

  Conveyance constraint information is extremely important in the efficient arrangement of transport vehicles during transport, as it is necessary to make efficient transport arrangements using various transport vehicles of different functions and sizes in the event of a disaster. Information. Of course, information other than the above-mentioned “conveyance constraint” and “chair sitting position conveyance” can be added to the conveyance constraint information.

In addition, the “unload” field on the screen is an input field for unloadability information in the transport condition information. The carry-out permission / inhibition information is information that is necessary for efficiently directing the transport vehicle to a plurality of rescue centers.
In the “export” column, specifically, it is possible to select whether or not the corresponding victim can be carried out by selecting “possible” or “impossible”.

  The carry-out permission / inhibition information is extremely important information for efficiently directing the transport vehicle to a plurality of rescue centers. As a practical matter, when a transport vehicle arrives at the scene, for those victims whose triage has been completed, life-saving crew members who are transported are considered victims who can be transported immediately. May end up.

  However, even if the victim has completed triage, additional treatments such as packaging, such as total spine fixation, splint fixation of limb fractures, and administration of analgesics, should be performed before removal. There are many. Therefore, the completion of the triage is not immediately carried out, and since some patients cannot be carried out unless this additional treatment is completed, there is a problem that it is necessary to wait for the additional treatment to be completed. . Therefore, in order to solve such a problem, it is very important to input carry-out availability information.

  As described above, on the display unit 23 of the input terminal device 20, the latest history screen G1, the START method input screen G2, the PAT method input screen G3, and the transport condition information input screen G4 are displayed as screen transitions. Input will be performed.

  Each screen is movable between each other. For example, buttons B1 to B7 shown in the transport condition information input screen G4 in FIG. 4 are displayed on each screen. By touching each button, the screen moves to the corresponding screen, and the current display screen can be recognized by changing the display color of the button on the corresponding screen. The button B1 corresponds to the latest history screen G1. The button B2 corresponds to the START method input screen G2. When the button B3 is touched, the PAT method input screen G3a is displayed first, and the display color of the button B4 is changed. The button B5 corresponds to the PAT method input screen G3b. The button B6 corresponds to the PAT method input screen G3c. The button B7 corresponds to the transport condition information input screen G4 shown in FIG.

  As described above, the patient management system 1 according to the present embodiment is connected to the patient information management server 10 that stores patient information for each patient and the patient information management server 10 via the network N. The patient management system 1 includes an input terminal device 20 for inputting triage information related to a patient, and the input terminal device 20 is configured to be able to input transport condition information for transporting the patient. .

  Therefore, the input terminal device 20 can input not only triage information as in the prior art, but also transport condition information such as information on whether or not the patient is able to carry out and transport restriction information on the victim. For this reason, in the patient management system 1, the patient information management server 10 includes the transport condition information in the patient information of each patient, and the transport condition information is also used to more efficiently transport the patient. Can be done automatically.

  In particular, since the transport condition information is information indicating whether or not the patient can be transported from the site, it is possible to avoid a waiting state of the transport vehicle that is waiting for completion of additional treatment performed on site after the completion of triage. It is extremely important to efficiently direct the transport vehicle to multiple rescue centers.

  In addition, it is necessary to arrange transportation efficiently using various transportation vehicles of different functions and different sizes, so that the transportation condition information is transportation restriction information regarding restrictions on transportation of the victim at the time of transportation. For this reason, it is extremely important for efficient arrangement of transport vehicles during transport. Note that the transport vehicle described above includes not only a simple vehicle but also all transport means used for transporting victims, such as emergency medical helicopters.

  The input terminal device 20 used in the patient management system 1 as described above includes a display unit 23 and an input unit 24. A triage input item is displayed on the display unit 23, and an input is performed on the triage input item. A transport condition information input screen G4 for displaying the transport condition input items for transporting the victim is displayed on the display unit 23. The transport condition information input screen G4 is displayed on the display unit 23. The input is performed via the input unit 24. In using the patient management system 1, by using such an input terminal device 20, it is possible to achieve the excellent effects as described above.

  The program used for the patient management system 1 as described above is for a patient management system that transmits triage information about a patient to the patient information management server 10 that stores patient information for each patient. It is a program, and the process for displaying the transport condition input item for transporting the patient as in the transport condition information input screen G4 and the input information for the transport condition input item are transmitted to the patient information management server 10. Processing. By installing such a program in the input terminal device 20 in the form of an application program, the patient management system 1 can be used, and the excellent effects as described above can be realized.

DESCRIPTION OF SYMBOLS 1 ... Victim management system 10 ... Victim information management server 20 ... Input terminal device 21 ... Control part 22 ... Storage part 23 ... Display part 24 ... Input part 25 ... Camera part 26 ... Bar code reading part 27 ... Communication part C1, C2 ... transport vehicle P1-P6 ... victim G1 ... latest history screen G2 ... START method input screen G3 ... PAT method input screen G4 ... transport condition information input screen

Claims (5)

A victim information management server for storing victim information for each victim;
An input terminal device for inputting triage information about the victim,
A patient management system comprising:
The patient management system, wherein the input terminal device can input transport condition information for transporting the patient.   The patient management system according to claim 1, wherein the transport condition information is information on whether or not the patient can be taken out.   The patient management system according to claim 1 or 2, wherein the transport condition information is transport constraint information of the patient. A display unit and an input unit;
A triage input item is displayed on the display unit, and is an input terminal device for a patient management system that performs input via the input unit for the triage input item,
An input terminal device for a patient management system, wherein a transport condition input item for transporting a patient is displayed on the display unit. A program for a patient management system that transmits triage information about a patient to a patient information management server that stores patient information for each patient.
A process for displaying transport condition input items for transporting the victim,
A process of transmitting input information for the transport condition input item to the patient information management server;
A program for a patient management system characterized by