JP2011048734A - Triage information input terminal and invalid management system - Google Patents

Abstract

Triage information can be directly input and transmitted together with triage tag identification information read from the triage tag quickly and easily.
A plurality of segment input switches 11 to 14 corresponding one-to-one with a plurality of triage categories displayed on a triage tag, and an IC tag mounted on the triage tag to a triage tag stored in advance in the IC tag. When the reading unit 15 that reads the unique identification information Dd and the classification input switches 11 to 14 are operated, the reading unit 15 is caused to read the identification information Dd, and the read identification information Dd is operated by the classification input. A control unit 18 that outputs the victim information Dp to the transmission unit 17 together with triage information indicating the triage classification corresponding to the switch, and a transmission unit 17 that transmits the input victim information Dp are provided.
[Selection] Figure 2

Description

  The present invention relates to a triage information input terminal for inputting triage information indicating a triage classification determined for a victim in disaster / emergency medical care, and a patient management system using the triage information input terminal.

  Triage refers to determining the priority of treatment according to the severity of the patient in order to give the best treatment to more patients under conditions where medical functions are restricted. In this case, the severity is classified into four stages of super-severe, severe, mild, and death (hereinafter also referred to as “triage category”), and this order matches the priority of treatment. This triage is currently implemented as a pre-stage of treatment in a field where a large number of victims have occurred. Specifically, the doctor determines the triage classification by looking at the patient's condition, and implements the triage by describing the gender of the victim and the date and time of diagnosis in the triage tag along with the determined triage classification. . In this case, the triage tag is color-coded according to the severity (triage classification) as shown in Patent Document 1 below as an example, and a code indicating which of the above four stages is attached. Four pieces of paper are provided. Each piece of paper consists of a black piece of paper indicating death (a piece of paper marked with 0), a red piece of paper showing a very severe condition (a piece of paper attached with a sign I), and a yellow piece of paper showing a serious condition (reference number II). A piece of paper attached with a sign (III) and each piece of paper is connected in this order through a perforation. The doctor who performed the triage decides the triage category according to the patient's condition, describes the applicable triage category in the triage tag, and can determine the triage category of the victim at a glance by looking at the triage tag. Cut out unnecessary paper pieces and attach them to the victim so that the paper pieces corresponding to the triage section are located at the bottom (tip) of the triage tag. By attaching the triage tag to the victim in this way, it is possible to reliably and quickly grasp the severity of the victim from the information described in the triage tag in the subsequent relief activities. Therefore, it is possible to efficiently treat the patient with minimal disruption.

  In addition, in order to further improve the efficiency of treatment for the victim, the triage tag is electronically tagged by mounting an IC tag in which unique identification information (identification code) is stored in advance, and attached to the victim. The triage information indicating the triage classification of the victim along with the unique identification information described above is read from the triage tag by a terminal connected to the network, and the read information on the victim is input to a database connected to the network for evaluation. Therefore, a triage tag management system that manages the order and schedule of treatment, the necessity of further medical staff input, and the like has been proposed (see Patent Document 2 below).

JP2003-38587A (page 2-3, FIG. 1) JP 2004-240797 A (page 2-3, FIG. 1)

  However, in the conventional triage tag management system described above, the triage that indicates the triage classification by operating the electronic pen or the keyboard in a state where the portable computer is used as the terminal (mobile terminal) and the dedicated software is operated. A method of inputting information is generally adopted. For this reason, as a result of complicated input of the triage information to the terminal, there is a problem that it takes time and effort to transmit the triage information to the network.

  The present invention has been made to solve such a problem, and is a triage information input terminal that can directly input triage information and can quickly and easily transmit it together with identification information of the triage tag read from the triage tag, and The main purpose is to provide a patient management system using this triage information input terminal.

  In order to achieve the above object, a triage information input terminal according to claim 1 is provided with a plurality of segment input switches that correspond one-to-one with a plurality of triage categories displayed on the triage tag, and a unique triage tag provided in the triage tag. When the reading unit for reading the identification information and the sorting input switch are operated, the reading unit is caused to read the identification information, and the reading identification information corresponds to the operated sorting input switch. A control unit that outputs to the transmission unit as the victim information together with the triage information indicating the triage classification, and a transmission unit that transmits the input victim information.

  The triage information input terminal according to claim 2 is the triage information input terminal according to claim 1, wherein each of the division input switches is assigned the same color as the color of the corresponding triage division in the triage tag. .

  The triage information input terminal according to claim 3 is the triage information input terminal according to claim 1 or 2, wherein each of the division input switches is arranged in the same arrangement order as each of the triage divisions in the triage tag.

  The triage information input terminal according to claim 4 is the triage information input terminal according to any one of claims 1 to 3, further comprising a GPS receiving unit, wherein the control unit is configured to operate when the division input switch is operated. Position information is acquired from the GPS receiver, and is output to the transmitter as part of the victim information.

  The triage information input terminal according to claim 5 is the triage information input terminal according to any one of claims 1 to 4, further comprising a clock unit, wherein the control unit is configured to operate when the segment input switch is operated. Time information is acquired from the clock unit, and output to the transmitter as part of the victim information.

  The patient management system according to claim 6 is a triage information input terminal according to any one of claims 1 to 5, a receiving device that receives the patient information transmitted from the triage information input terminal, and the wound disease And a distribution device that receives information from the receiving device and holds the information in a distributable manner.

  According to a seventh aspect of the present invention, there is provided a patient management system according to the sixth aspect, wherein the patient management system according to the sixth aspect includes a display device for inputting and displaying the patient information from the receiving device.

  Further, the patient management system according to claim 8 is the relay management system according to claim 6 or 7, wherein the patient information transmitted from the triage information input terminal is relayed and transmitted to the receiving device. The relay device includes a GPS receiving unit, and transmits the victim information to be relayed by adding the position information acquired by the GPS receiving unit.

  According to the triage information input terminal of claim 1, since the division input switch corresponding to the plurality of triage categories displayed on the triage tag is provided one-to-one, the triage category displayed on the triage tag is displayed. By operating only one corresponding section input switch, triage information indicating the triage section can be directly and reliably input to the triage information input terminal. Further, according to the triage information input terminal, when any of the plurality of segment input switches is operated, the control unit causes the reading unit to read the identification information of the triage tag, and the identification information is used together with the triage information. Unlike the terminal using a portable personal computer, the victim information can be transmitted very quickly and easily by outputting the victim information to the transmitter as the victim information.

  According to the triage information input terminal according to claim 2, each section input switch of the triage information input terminal is given the same color as the color of the triage section in the triage tag, and thus indicates the severity of the victim. The triage classification displayed on the triage tag can be accurately input to the triage information input terminal.

  According to the triage information input terminal according to claim 3, since each division input switch is arranged in the same arrangement order as each triage division in the triage tag, it is displayed on the triage tag indicating the severity of the victim. The triage classification that is present can be entered more accurately.

  According to the triage information input terminal according to claim 4, the GPS receiving unit is provided, and when any of the plurality of classification input switches is operated, the control unit acquires the position information from the GPS receiving unit, and the patient is injured. By outputting the information as a part of the information to the transmission unit, the patient information including the position information can be transmitted in a very short time unlike a terminal using a portable personal computer.

  According to the triage information input terminal of claim 5, the clock unit is provided, and when any of the plurality of segment input switches is operated, the control unit acquires time information from the clock unit, and the victim information By outputting to the transmission unit as a part, it is possible to transmit the victim information including time information in a very short time unlike a terminal using a portable personal computer.

  According to the patient management system according to claim 6, the triage information input terminal according to any one of claims 1 to 5, a receiver for receiving the patient information transmitted from the triage information input terminal, and the patient Provided with a distribution device that inputs information from a receiving device and holds the information in a distributable manner, any device that can access the distribution device can acquire victim information regardless of location or time. it can.

  According to the patient management system according to claim 7, by providing a display device for inputting and displaying the victim information from the receiving device, by accessing the distribution device, regardless of location or time, It is possible to confirm the information by displaying the victim information.

  According to the patient management system according to claim 8, the system includes the relay device that relays the victim information transmitted from the triage information input terminal and transmits the information to the reception device, and the relay device includes the GPS reception unit and the relay. Since the location information acquired by the GPS receiver is added to the victim information and transmitted, the location information is sequentially added to the victim information by the relay device involved in the relay of the victim information. Even in a configuration in which the GPS receiver is not provided in the terminal, for example, the location information added first can be regarded as the position where the patient is present, and the area where the patient is present can be roughly specified. Further, according to this configuration, since it is not necessary to provide a GPS receiver in the triage information input terminal, the triage information input terminal can be configured more compactly, and as a result, portability can be improved.

1 is a configuration diagram of a patient management system 1. FIG. 3 is a block diagram of a triage information input terminal 2. FIG.

  Hereinafter, embodiments of the patient management system 1 and the triage information input terminal 2 will be described with reference to the accompanying drawings.

  First, the configuration of the patient management system 1 including the triage information input terminal 2 will be described with reference to FIGS.

  As shown in FIG. 1, the injured person management system 1 inputs a plurality of triage information (in the figure, only one is displayed and description of the others is omitted, but one may be provided). Triage information Dt, which includes a terminal (hereinafter, also simply referred to as “input terminal”) 2, a relay device 3, and a management device 4, and indicates the triage classification displayed on the triage tag 6 attached to the patient 5. Based on the victim information Dp including the specific identification information Dd and position information Dg prescribed in advance, it is possible to manage the occurrence status of the victim for each region and the distribution of the severity of the victim at the time of disaster It is configured. As described in the background art, the triage tag 6 includes four color-coded paper pieces 6a ("death": black) and paper pieces for displaying each triage classification (death, super-severe, severe and mild). 6b ("super severe": red), a piece of paper 6c ("severe": yellow), and a piece of paper 6d ("mild": green) are provided in this order. The triage tag 6 of this example is equipped with an IC tag 6e in which identification information Dd unique to the triage tag 6 is stored. The IC tag 6e is a so-called passive tag, and is an RF (Radio Frequency) tag that operates using radio waves from the input terminal 2 as an energy source.

  As shown in FIG. 2, the input terminal 2 includes four segment input switches 11, 12, 13, and 14, a reading unit 15, a GPS receiving unit 16, a transmitting unit 17, a control unit 18, a power source unit 19, and two light emitting diodes. LD1 and LD2 are provided and configured to be portable. In this case, the light emission color of the light emitting diode LD1 is defined as green, and the light emission color of the light emitting diode LD2 is defined as red. The division input switches 11, 12, 13, and 14 have the same shape (rectangular shape) in a one-to-one correspondence with all of the plurality of triage divisions displayed on the triage tag 6 (the above-mentioned plural (four) divisions). And are arranged in a line (in the same arrangement order) in the same order as these. Specifically, the division input switch 11 corresponds to a piece of paper 6a ("dead": black) provided in the triage tag 6, and the division input switch 12 corresponds to a piece of paper 6b ("super severe": red), The classification input switch 13 corresponds to the paper piece 6c ("severe": yellow), and the division input switch 14 corresponds to the paper piece 6d ("mild": green), as shown in FIG. 1, each of the paper pieces 6a, 6b, Arranged in the same order as the arrangement of 6c and 6d (the order of the division input switches 11, 12, 13, and 14).

  In this example, the reading unit 15 is configured as a tag reader for the IC tag 6e, and reads the identification information Dd stored in the IC tag 6e (an example of unique identification information Dd provided in the triage tag 6). It is configured to be possible. In this example, the reading unit 15 operates when a control signal S1 is input from the control unit 18 (transmits a radio wave to the IC tag 6e), reads the identification information Dd, and reads the read identification information Dd. Is output to the control unit 18. A GPS (Global Positioning System) receiving unit 16 receives radio waves from a GPS satellite 7 as shown in FIG. 1, and calculates position information Dg indicating the current position of the input terminal 2 as shown in FIG. . Further, when receiving the control signal S <b> 2 from the control unit 18, the GPS receiving unit 16 outputs the calculated latest position information Dg to the control unit 18.

  As illustrated in FIG. 2, the transmission unit 17 wirelessly transmits the victim information Dp input from the control unit 18 to the relay device 3. The control unit 18 is composed of a CPU and an internal memory, and performs scanning for the division input switches 11, 12, 13, and 14 to detect the triage information Dt, and reads the identification information Dd from the triage tag 6. An identification information reading process, a position information acquisition process for acquiring the position information Dg, and a transmission process for transmitting the victim information Dp are executed. Moreover, the control part 18 performs lighting control with respect to light emitting diode LD1 (green). The power supply unit 19 includes a battery 19a, a power switch 19b, and a voltage check unit 19c. As an example, the power switch 19b is configured by a slide switch, as shown in FIG. 1, and supplies the voltage generated in the battery 19a to the respective components in the input terminal 2 when in the on state. This supply is stopped in the off state. The voltage check unit 19c checks the voltage supplied from the battery 19a to each component, and if this voltage is insufficient (the voltage at which each component may not operate normally), the light emitting diode LD2 (Red) lights up.

  The relay device 3 relays the victim information Dp transmitted from the input terminal 2 and wirelessly transmits it to the management device 4. As shown in FIG. 1, a plurality of relay apparatuses 3 may exist, and in this example, there are two relay apparatuses 3. The relay device 3 and the input terminal 2 and the management device 4 (both other relay devices 3 when there are a plurality of relay devices 3) mutually form a wireless network (a so-called wireless ad hoc network) and input The victim information Dp of the terminal 2 is relayed and transmitted to the management device 4.

  As shown in FIG. 1, the management device 4 includes a reception device 21, a processing device 22, and a distribution device 23 as an example. The receiving device 21 receives the victim information Dp (position information Dg, triage information Dt, identification information Dd) via the relay device 3 and outputs it to the processing device 22. The processing device 22 receives the victim information Dp and stores it in an internal storage device (not shown). In addition, the processing device 22 adds up the distribution of severity of the victim 5 for each region based on the map information and the victim information Dp stored in advance in the internal storage device. Specifically, the processing device 22 uses the identification information Dd of the triage tag 6 (in other words, the victim with the triage tag 6 attached) based on the map information and the position information Dg included in the victim information Dp. 5) is categorized by region (aggregation status of victims 5 by region). Moreover, the processing apparatus 22 totals the severity of the victim 5 for each area based on the triage information Dt (total distribution of the severity of the victim 5 for each area). As a result, the distribution state of how many victims 5 are generated in which region and how many patients 5 are in each region and how severe are present is tabulated. The processing device 22 causes the distribution device 23 to store the injured person occurrence information Di that has been tabulated in this way. The distribution device 23 is connected to the Internet, and is connected to the requested display device 31 (for example, a disaster countermeasure headquarters or a personal computer installed in a regional headquarters or branch office where the disaster occurs). The victim generation information Di is distributed via.

  Next, operations of the input terminal 2 and the patient management system 1 will be described.

  First, the relay device 3 is installed in a disaster area. In this state, the user of the input terminal 2 who is carrying out relief activities in each region confirms the triage classification displayed on the triage tag 6 attached to the patient 5 and is provided in the input terminal 2. The corresponding segment input switch among the segment input switches 11 to 14 is operated.

  In the input terminal 2, the control unit 18 repeatedly executes the triage information detection process. At that time, when an operation on the segment input switch is detected (in this example, to prevent an erroneous input, when the operation on the segment input switch continues for 2 seconds or more as an example, the control unit 18 operates the segment input switch. In order to display to the user that the operation for the sorting input switch has been accepted, the control unit 18 turns on the light emitting diode LD1 (green) for a predetermined time. In addition, the control unit 18 specifies the segment input switch operated from among the segment input switches 11 to 14 and stores the triage information Dt indicating the triage segment corresponding to the segment input switch in the internal memory. In addition, when detecting an operation on the classification input switch, the control unit 18 executes an identification information reading process, a position information acquisition process, and a transmission process. In this identification information reading process, the control unit 18 outputs the control signal S1 to the reading unit 15 so as to be disposed on the triage tag 6 attached to the patient 5 closest to the input terminal 2. The identification information Dd is read from the IC tag 6e and stored in the internal memory. In the position information acquisition process, the control unit 18 outputs the control signal S2 to the GPS receiving unit 16, thereby inputting the position information Dg calculated by the GPS receiving unit 16 and storing it in the internal memory. . Further, in the transmission process executed subsequent to the identification information reading process and the position information acquisition process, the control unit 18 reads the triage information Dt, the identification information Dd, and the position information Dg stored in the internal memory and outputs them. The information is output to the transmitter 17 as the victim information Dp. The transmission unit 17 transmits the input victim information Dp wirelessly. Further, the control unit 18 outputs the victim information Dp to the transmission unit 17 and then turns on the light emitting diode LD1 (green) for a predetermined time (flashes as an example). Thereby, since the light emitting diode LD1 is lit when the transmission unit 17 is performing the transmission operation, the user can recognize that the victim information Dp is transmitted. When a configuration is employed in which a state signal indicating that the transmission unit 17 is in the transmission operation state is output to the control unit 18 during the transmission operation, light is emitted when the control unit 18 detects the input of this state signal. The diode LD1 can be turned on.

  The relay device 3 relays the victim information Dp transmitted from the plurality of input terminals 2 in this way and transmits the information to the management device 4. In the management device 4, the receiving device 21 receives the victim information Dp and outputs it to the processing device 22, and the processing device 22 stores it in the internal storage device. In addition, the processing device 22 is based on the map information stored in advance in the internal storage device and the victim information Dp, and the occurrence status of the victim 5 for each region and the distribution of the severity of the patient 5 for each region. The situation is totaled, and the distribution device 23 stores (holds) the situation together with the victim information Dp so as to be distributed as the victim generation information Di.

  As described above, according to the input terminal 2, a plurality of triage sections displayed on the triage tag 6 (specifically, sections 6a to 6d indicating the color-coded triage sections) correspond one-to-one. Since the input switches 11, 12, 13, and 14 are provided, the triage information Dt indicating the triage division can be directly obtained by operating only one division input switch corresponding to the triage division displayed on the triage tag 6. And it can input to the input terminal 2 reliably. Further, according to this input terminal 2, when any one of the classification input switches 11 to 14 is operated, the control unit 18 causes the reading unit 15 to read the identification information Dd of the triage tag 6 and this identification information. Dd is output to the transmitter 17 as the victim information Dp together with the triage information Dt, and the transmitter 17 transmits the victim information Dp, so that the terminal can be very quickly and easily different from a terminal using a portable personal computer. Person information Dp can be transmitted.

  Moreover, according to this input terminal 2, since each division | segmentation input switch 11-14 of the input terminal 2 is attached with the same color as the color of the triage division | segmentation in the triage tag 6, the severity of the victim 5 is shown. The triage classification displayed in the indicated triage tag 6 can be accurately input.

  Moreover, according to this input terminal 2, since each division | segmentation input switches 11-14 are arrange | positioned in the same arrangement | sequence order as each triage division | segmentation in the triage tag 6, the triage tag 6 which shows the severity of the sick 5 is shown. The displayed triage category can be entered more accurately.

  Further, according to the input terminal 2, the GPS receiving unit 16 is provided, and when any of the division input switches 11 to 14 is operated, the control unit 18 acquires the position information Dg from the GPS receiving unit 16, By outputting the information to the transmitter 17 as a part of the victim information Dp, the patient information Dp including the position information Dg can be transmitted in a very short time unlike a terminal using a portable personal computer.

  Further, according to the patient management system 1, the input terminal 2 as described above, the receiving device 21 that receives the victim information Dp transmitted from the input terminal 2, and the victim information Dp are input from the receiving device 21. If it is an apparatus that can access the distribution apparatus 23 by providing the distribution apparatus 23 that can be distributed, the patient information Dp and the patient occurrence information Di are acquired regardless of the place and time. can do. Further, if this device includes a display device 31 capable of displaying the victim information Dp and the victim occurrence information Di, the victim information can be obtained regardless of the place or time by accessing the distribution device 23. Dp and patient occurrence information Di can be displayed and confirmed.

  As shown by a broken line in FIG. 2, a clock unit 20 that generates time information Dc is provided in the input terminal 2, and when any of the segment input switches 11 to 14 is operated, the control unit 18 It is also possible to adopt a configuration in which the time information Dc is acquired from 20 and output to the transmitter 17 as part of the victim information Dp. Note that the clock unit 20 can be configured by, for example, an RTC (Real Time Clock). According to this configuration, unlike a terminal using a portable personal computer, the victim information Dp including the time information Dc can be transmitted in a very short time. The radio wave received by the GPS receiver 16 from the GPS satellite 7 includes not only position information but also time information. For this reason, instead of the configuration in which the clock unit 20 is provided, when the GPS receiver 16 is configured to output the time information together with the position information Dg, the control unit 18 acquires the time information from the GPS receiver 16 to A configuration of outputting to the transmission unit 17 as part of the person information Dp can also be adopted.

  Further, the example in which the identification information Dd is provided in the triage tag 6 by mounting the IC tag 6e in which the identification information Dd unique to the triage tag 6 is stored in the triage tag 6 has been described above, but instead of mounting the IC tag 6e. Thus, a configuration in which the identification information Dd is provided on the triage tag 6 by displaying a one-dimensional or two-dimensional barcode indicating the identification information Dd unique to the triage tag 6 on the surface of the triage tag 6 may be employed. In this configuration, the reading unit 15 is configured as a bar code reader. Also in this configuration, when any of the classification input switches 11 to 14 is operated with the reading unit 15 facing the triage tag 6, the control unit 18 notifies the reading unit 15 of the identification information Dd of the triage tag 6. And the identification information Dd together with the triage information Dt is output to the transmitter 17 as the victim information Dp. The transmitter 17 transmits the victim information Dp so that the victim information Dp can be obtained very quickly and easily. Can be sent.

  Further, by providing the GPS receiving unit 16 in the input terminal 2, a configuration is adopted in which the position information Dg of the victim 5 is transmitted to the receiving device 21 of the management device 4. Instead of this configuration, each relay device It is also possible to employ a configuration in which a GPS receiving unit (not shown) is provided in 3 so that each relay device 3 adds position information to the patient information Dp to be relayed and transmits the information. According to this configuration, since the position information is sequentially added to the victim information Dp by the relay device 3 related to the relay of the victim information Dp, the management device is also provided in the configuration in which the GPS receiver 16 is not provided in the input terminal 2. 4, the position information added first (position information added by the relay device 3 disposed at a position closest to the victim 5) is regarded as the position where the victim 5 exists, and the victim 5 exists. The area can be specified roughly. Moreover, according to this structure, since it becomes unnecessary to provide the GPS receiving part 16 in the input terminal 2, the input terminal 2 can be comprised more compactly, As a result, portability can be improved. A configuration in which the display device 31 is included in the patient management system 1, such as a display device 31 installed in the management device 4, may be employed. Moreover, in the environment where the relay apparatus 3 is installed in advance, the installation location of each relay apparatus 3 is known. For this reason, the relay apparatus 3 involved in relaying the victim information Dp sequentially adds its identification information (position information and local station information) to the victim information Dp, so that the input terminal 2 and the relay apparatus 3 Even in the configuration in which the GPS receiving unit 16 is not provided, the management device 4 adds the identification information of the relay device 3 added first (identification information added by the relay device 3 disposed closest to the victim 5). Can be roughly identified as an area where the victim 5 exists.

DESCRIPTION OF SYMBOLS 1 Victim management system 2 Input terminal 3 Relay device 5 Victim 6 Triage tag 6e IC tag 11, 12, 13, 14 Classification input switch 15 Reading part 16 GPS receiving part 17 Transmitting part 18 Control part 20 Clock part 21 Receiving device 23 Distribution device 31 Display device Dc Time information Dd Identification information Dg Position information Dp Victim information Dt Triage information

Claims (8)

A plurality of segment input switches that correspond one-to-one with a plurality of triage categories displayed on the triage tag;
A reading unit for reading unique identification information provided in the triage tag;
When the classification input switch is operated, the reading unit is caused to read the identification information, and the read identification information is injured along with the triage information indicating the triage classification corresponding to the operated classification input switch. A control unit that outputs to the transmission unit as person information;
A triage information input terminal comprising: a transmission unit that transmits the input information of the victim.   2. The triage information input terminal according to claim 1, wherein each of the division input switches is assigned the same color as the color of the corresponding triage division in the triage tag.   3. The triage information input terminal according to claim 1, wherein the division input switches are arranged in the same arrangement order as the triage divisions in the triage tag. With a GPS receiver,
4. The control unit according to claim 1, wherein when the classification input switch is operated, the control unit acquires position information from the GPS reception unit and outputs the position information to the transmission unit as a part of the victim information. Triage information input terminal described in 1. With a clock,
5. The control unit according to claim 1, wherein when the classification input switch is operated, the control unit acquires time information from the clock unit and outputs the time information to the transmission unit as a part of the victim information. The described triage information input terminal. A triage information input terminal according to any one of claims 1 to 5,
A receiver for receiving the victim information transmitted from the triage information input terminal;
A victim management system comprising: a delivery device that inputs the victim information from the receiving device and holds the victim information in a deliverable manner.   The patient management system according to claim 6, further comprising a display device configured to input and display the patient information from the receiving device. A relay device that relays the victim information transmitted from the triage information input terminal and transmits it to the receiver;
8. The patient management system according to claim 6, wherein the relay device includes a GPS receiving unit, and transmits the victim information to be relayed by adding position information acquired by the GPS receiving unit.

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