JP4671189B2 - Disaster side communication device and emergency medical support system - Google Patents

Description

  The present invention relates to a disaster side communication device and an emergency medical support system.

  In recent years, several major earthquakes have already occurred in Japan. In addition, it is said that there will be no surprise when a major earthquake such as the Tokai, Tonankai and Nankai earthquakes occurs. These great earthquakes have occurred or are expected to occur in large cities, and the damage will be unimaginable.

  For example, a large number of disaster victims occur in the disaster area, while the functions of the large city stop, all infrastructures such as communication and power supply become unusable, and external relief and rescue activities cannot be obtained The state continues for a long time. (There is no prior art document. The prior art known to the applicant is not literature information.)

  By the way, the disaster relief headquarters is set up for each municipality in order to rescue a large number of victims as described above and to restore the disaster area. This Disaster Relief Headquarters is an emergency medical base hospital that receives disaster medical information from the affected areas regarding medical care, drugs, human resources, etc. necessary for the relief of many disaster victims and constitutes a disaster medical activity base together with the disaster rescue headquarters Is required to communicate to

  However, as described above, it is difficult to expect a rapid recovery of the infrastructure that has become unusable in the disaster area. For this reason, it is extremely difficult to transmit the above-mentioned disaster medical information to the disaster relief headquarters and further to the emergency medical base hospital. Therefore, under such a difficult situation, there is a problem that it is impossible to quickly provide medical support to a large number of victims in the disaster area.

  Therefore, in view of the above, the present invention has been devised to use a plurality of communication means corresponding to a plurality of communication lines in order to provide quick emergency medical support for a large number of disaster victims in a disaster-stricken area. It is an object of the present invention to provide a disaster-side communication device and an emergency medical support system for quickly transmitting a message to a disaster medical activity base through any of a plurality of communication lines.

In solving the above problems, the disaster-side communication device according to the present invention, according to claim 1,
Portable storage (100),
This portable of the affected areas that have been previously stored in the vault terminal (400),
And a plurality of communication means of the affected areas, which are previously stored in the portable vault so that the corresponding (710-750) to a plurality of communication lines (N1-N5).

The portable storage is provided with a storage body (110) and a lid (120) provided at the upper end opening of the storage body so as to be opened and closed.
The vault body is
An outer casing (110a) formed by impregnating a paulownia wood or wood having the same characteristics as this paulownia with a flame retardant solution, and an iron plate or the same characteristics as this iron plate fitted in the outer casing. An inner casing (110b) formed of a metal plate having an inner casing (110c) fitted in the inner casing and formed of wood;
The upper end opening is configured with the entire upper end opening of each housing,
The lid is a hollow frame (120a) formed by impregnating a paulownia material or wood having the same characteristics as the paulownia material with a flame retardant solution, and a lid that is fitted into the upper end opening of the frame. An inner wall portion (124) made of wood, an inner wall portion (125) formed on the inner wall portion and formed of an iron plate or a metal plate having the same characteristics as the iron plate, and the inner wall portion A lid wall (120b) configured with an outer wall portion (126) made of paulownia wood or wood having the same characteristics as the paulownia wood, laminated on the top,
The lower end opening of the frame body and the entire upper end opening of each housing are each formed in a fitting shape that fits in an airtight manner,
End weekend,
Disaster medical information creation means (1100, 1210, 1220, 1300, 1930) for creating disaster medical information necessary for support of the victims in the disaster area,
Determining means (2000, 2100, 2110, 2331, 2400, 2410, 2500, 2510) for determining whether any one of the plurality of communication means is normally connected to a corresponding communication line among the plurality of communication lines; ,
Transmission that transmits the disaster medical information to the corresponding communication line through any one of the communication means when the determination means determines that any one of the plurality of communication means is normally connected to the corresponding communication line. And means (2010, 2120, 2380, 2420, 2520).

According to this, among the constituent members of the storage, the constituent members facing the outside are the outer casing and the lid of the storage main body. In addition, the storage body has a three-layer structure of an outer casing, an inner casing, and an inner casing, and the lid wall of the lid has a three-layer structure of an inner wall section, an inner wall section, and an outer wall section. It is configured.
Moreover, in the storage body, the outer casing is made of paulownia or wood having the same characteristics as this paulownia, and the inner casing is formed of an iron plate or a metal plate having the same characteristics as this iron plate. The inner casing is made of wood. Further, in the lid, the frame body and the outer wall portion are formed of paulownia material or wood having the same characteristics as this paulownia material, and the inner wall portion is formed of an iron plate or a metal plate having the same characteristics as this iron plate, The inner wall is made of wood.
Therefore, when a strong impact force is applied to the storage from the outside, the storage uses the strong impact force as an external force at the outer wall of the outer casing, frame body and lid wall based on the three-layer structure. Will receive.
However, as described above, the outer casing, the frame, and the outer wall of the lid wall are made of paulownia or wood having the same characteristics as this paulownia. Further, if the thickness of the wood is a thickness that can sufficiently and gently absorb the above-mentioned strong impact force, the above-mentioned external force is made of paulownia board or wood having the same characteristics as this paulownia material. The outer casing, the frame, and the outer wall of the lid wall, with its inherent characteristics and plate thickness, distribute the stress centered on the part subjected to the external force, and relax and absorb well and moderately. It is transmitted to the middle wall of the body and lid wall. Therefore, the inner casing and the inner wall of the lid wall are not plastically deformed.
Thus, as described above, the inner wall portion of the inner casing and the lid wall is made of the metal plate that is harder than wood, so that the external force transmitted as described above is applied to the inner wall portion of the inner casing and the lid wall. Is more rapidly relaxed and absorbed by the inner casing and the inner wall of the lid wall.
After that, since the inner wall of the inner casing and the lid wall is formed of wood as described above, the external force transmitted to the inner wall of the inner casing and the lid wall as described above is applied to the inner casing and the lid. It can be relaxed and absorbed by the inner wall of the wall.
Through the above-described process, the strong impact force described above can be satisfactorily absorbed by the storage body and the lid having the three-layer structure described above. This means that the vault has good tolerance.
Further, as described above, the outer casing, the frame, and the outer wall of the lid wall are formed by impregnating a flame retardant solution into paulownia or wood having the same characteristics as this paulownia. For this reason, the outer casing, the frame, and the outer wall portion of the lid wall are excellent in high temperature fire resistance. Therefore, even if a fire occurs, the outer casing, the frame, and the outer wall of the lid wall are difficult to burn.
In addition, the storage body and the lid are configured in the three-layer structure as described above, and the inner casing and the inner wall of the lid wall are formed of an iron plate or a metal plate having the same characteristics as this iron plate. Yes. For this reason, combined with the high temperature fire resistance of the outer casing and the outer wall of the lid wall, the fire resistance of the storage is further improved. This means that the storage has excellent fire resistance.
Further, as described above, the outer casing, the frame body, and the outer wall portion of the lid wall are made of paulownia or wood having the same characteristics as this paulownia. This wood has the property of being highly moisture resistant. Moreover, the lower end opening of the frame body and the entire upper end opening of each housing are each formed in a fitting shape that fits in an airtight manner.
Under such a premise, paulownia wood or wood having the same characteristics as this paulownia wood exhibits the property of expanding against water immersion due to its moisture resistance, so that the outer casing, frame and lid The outer wall portion of the wall can well exhibit water resistance against water immersion. This means that the storage has excellent water resistance.
As a result, the terminal and the plurality of communication means already stored in the storage can be stored well by the storage in accordance with the tolerance, fire resistance, and water resistance.
Further, by using thus better terminals and a plurality of communication means are stored, it determines that any one of the communication means multiple communication means leading to normal and the corresponding communication line of the plurality of communication lines Then, the disaster medical information created by the disaster medical information creation means is transmitted to the corresponding communication line through any one of the communication means.

  Therefore, if the disaster medical information transmitted in this way is received by the emergency support side communication device from the corresponding communication line, the emergency support side can quickly take measures necessary for emergency support based on the disaster medical information. obtain. Further, if the countermeasure is transmitted to the terminal via the corresponding communication line and any one of the communication means, it is recognized and relieved on the disaster side that the countermeasure is quickly taken.

According to the second aspect of the present invention, in the disaster side communication apparatus according to the first aspect,
The determination means is characterized in that the determination is performed in order from the communication means having the highest versatility among the plurality of communication means.

  In this way, whether or not any one of the plurality of communication means is normally connected to the corresponding communication line among the plurality of communication lines is determined in order from the highly versatile communication means among the plurality of communication means. Is called.

  Therefore, the higher the priority of the communication means connected to the corresponding communication line, the higher the possibility that the transmission of the disaster medical information will be transmitted more reliably. As a result, the operational effect of the invention according to claim 1 is further increased. It can be further improved.

According to a third aspect of the present invention, in the disaster side communication device according to the first or second aspect,
The plurality of communication lines consist of an Internet line (N1), a mobile phone line (N2), a PHS transceiver line (N3), a satellite phone line (N4), and a wireless line (N5).
The plurality of communication means include an Internet modem (710), a mobile phone (720), a PHS (730), a satellite phone (740) and an Internet line, a mobile phone line, a PHS transceiver line, a satellite phone line and a wireless line. It consists of a dedicated radio (750)
The determining means performs the determination in the order of modem, mobile phone, PHS, satellite phone, and dedicated radio.

  By configuring a plurality of communication lines and a plurality of communication means in this way, the operational effect of the invention according to claim 1 or 2 can be achieved more specifically.

According to a fourth aspect of the present invention, in the disaster side communication apparatus according to the third aspect,
When the determination unit determines that the PHS is normally connected to the PHS transceiver line, the terminal places the PHS in the transceiver mode and places a plurality of PHSs within a predetermined area from the PHS in the transceiver mode through the PHS. Transceiver mode processing means (2330) for processing is provided.

  As a result, since the transceiver function of the PHS is used, communication from the PHS to the plurality of PHSs in the predetermined area from the first PHS, communication of the plurality of PHSs from each of the plurality of PHSs is performed. The communication between the PHSs using the transceiver function sequentially changes, such as the communication using the transceiver function with a plurality of PHSs in a predetermined area with each as a reference. This means that communication between PHSs is changed with the autonomous distributed communication function of the PHS having a transceiver function.

  Therefore, if the first PHS can communicate with the PHS of the emergency support side communication device, the disaster medical information can be transmitted to the emergency support side communication device via the PHS transceiver line by a series of PHS. As a result, the same effect as that of the invention of claim 3 can be achieved by the PHS transceiver line.

Further, according to the fifth aspect of the present invention, in the disaster-side communication device according to any one of the first to fourth aspects,
With the victims of the bus to so that to measure the vital signs data are pre-stored in a portable storage cabinet ital sign data measurement means (300),
The terminal
Inputs operated by medical assistants to input specific items of victims, symptoms of victims examined by doctors based on vital sign data measured by vital sign data measurement means, and doctors' treatment details for victims Operation means;
Input processing means (1100, 1220, 1300) for processing to input the specific matters of the victim from the input operation means, the symptoms of the victim, and the treatment contents of the doctor into the electronic medical record;
Display means (400b, 400c, 1400) for displaying an electronic medical record after input by the input processing means;
An electronic medical chart confirming means (1500) for confirming the contents of the electronic medical chart as medical chart data by inputting the fact by operating the input operating means when the doctor confirms that the contents of the electronic medical chart are correct;
Comprising support request data setting means for setting support request data necessary for support of the victim based on the medical record data,
The disaster medical information creation means is characterized in that at least one of the medical chart data determined by the electronic medical chart determination means and the support request data set by the support request data setting means is created as the disaster medical information.

According to this, since the vital sign data measuring means is stored in advance in a portable storage, the vital sign data measuring means has its tolerance, fire resistance and water resistance by the storage. And can be stored well.
In addition, if the vital sign data measuring means that is well stored in the vault is used with the above-described configuration , the victims examined by the doctor based on the vital sign data measured by such vital sign data measuring means together with the operation input to the input operation means against the action content of the physician for symptoms and victims can be done correctly, the input to the electronic medical records, since most are made by a medical assistant, physician, finally, the It is only necessary to confirm whether or not the content inputted by the medical assistant is correct. As a result, the physician can concentrate on the patient's examination. Therefore, a doctor can examine a large number of victims efficiently and in a state suitable for an emergency. In other words, in order to examine a large number of victims, even if the doctor has no physical, psychological, and time allowance for inputting each victim's data into the electronic medical record. The doctor can concentrate on examining a large number of victims without extra work.

  In addition, since at least one of the medical record data determined by the electronic medical record determination means and the support request data set by the support request data setting means is created as the disaster medical information, Medical information can be transmitted as specific information. As a result, the action and effect of the invention according to any one of claims 1 to 4 can be achieved more specifically.

Moreover, according to the description of claim 6 , the emergency medical support system according to the present invention,
The disaster-side communication device (A) according to any one of claims 1 to 5 ,
When the determination means of the disaster side communication device determines that any one of the plurality of communication means is normally connected to the corresponding communication line, the disaster side communication device is connected to the disaster side communication device via the corresponding communication line. An emergency support communication device (B).

  Thus, when it is determined that any one of the plurality of communication means is normally connected to the corresponding communication line, the disaster medical information created by the disaster medical information creation means is any one of the above communication. And the emergency support side communication device via the means and the corresponding communication line.

  Therefore, measures necessary for emergency support can be quickly taken on the emergency support side based on the disaster medical information. Further, if the countermeasure is transmitted to the terminal via the corresponding communication line and any one of the communication means, it is recognized and relieved on the disaster side that the countermeasure is quickly taken.

Here, if the disaster-side communication device according to any one of claims 1 to 5 is the disaster-side communication device according to claim 4, the transceiver function of the PHS is performed under the processing by the transceiver mode processing means. As described above, communication between PHSs using the transceiver function is sequentially changed with the first PHS as a starting point. This means that communication between PHSs is changed with the autonomous distributed communication function of the PHS having a transceiver function.

  Therefore, the first PHS can communicate with the PHS of the emergency support side communication device, and the disaster medical information can be transmitted to the emergency support side communication device via the PHS transceiver line by a series of PHS. As a result, it is possible to provide an emergency medical support system that can achieve the same effect as that of the invention described in claim 3 by the PHS transceiver line.

  Here, the emergency support side communication device may include a plurality of communication means and dedicated terminals corresponding to the plurality of communication lines.

  In addition, the code | symbol in the parenthesis of each said means shows a corresponding relationship with the specific means as described in the implementation shape mentioned later.

  FIG. 1 shows an embodiment of an emergency medical support system to which the present invention is applied. The emergency medical support system includes a disaster side communication device A, an emergency support side communication device B, an Internet line N1, a mobile phone line N2, a PHS transceiver line N3, a satellite connected between the communication devices A and B. A telephone line N4 and a wireless line N5 are provided.

  The disaster side communication device A is configured by a block circuit (see FIG. 11) described later, and the communication device A is configured in a refuge where the disaster victims evacuate in the disaster area as described later. In FIG. 1, only a part of the communication device A is shown for convenience.

  As shown in FIG. 1, the emergency support side communication device B includes a disaster countermeasure headquarter side communication device Ba, a disaster rescue headquarter side communication device Bb, and an emergency medical base hospital side communication device Bc. The disaster countermeasure headquarters side communication device Ba is installed in a disaster countermeasure headquarters (for example, a ward office), and this disaster countermeasure headquarter side communication device Ba is specifically configured with a regional disaster prevention radio.

  The disaster rescue headquarters side communication device Bb is installed in the disaster rescue headquarters (for example, city hall). The disaster rescue headquarter side communication device Bb includes the dedicated terminal 1, the modem 2, the mobile phone 3, the PHS 4, the satellite phone 5, and A local disaster prevention radio 6 is provided. The dedicated terminal 1 is connected to a modem 2, a mobile phone 3, a PHS 4, a satellite phone 5, and a regional disaster prevention radio device 6 through a hub 7. In addition, since the disaster relief headquarters is equipped with the private power generation device as a power supply, each component of disaster relief headquarter side communication apparatus Bb can utilize the said private power generation device as the power supply.

  The emergency medical base hospital side communication device Bc is installed in the emergency medical base hospital, and this emergency medical base hospital side communication device Bc has a dedicated terminal 8 and a modem 8a. The dedicated terminal 8 is connected to the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb by the disaster prevention dedicated line 8b.

  The Internet line N1, mobile phone line N2, PHS transceiver line N3, satellite phone line N4, and wireless line N5 are respectively configured when the disaster side communication device A is configured with the block circuit (see FIG. 11) as described below. Connected as follows.

  That is, the Internet line N1 is connected between the modem 710 of the disaster side communication device A, the modem 2 of the disaster relief headquarter side communication device Bb, and the modem 8a of the emergency medical base hospital side communication device Bc.

  The mobile phone line N2 is connected between the mobile phone 720 of the disaster side communication device A and the mobile phone 3 of the disaster rescue headquarter side communication device Bb.

  The PHS transceiver line N3 is connected between the PHS 730 of the disaster side communication device A and the PHS 4 of the disaster relief headquarter side communication device Bb.

  The satellite telephone line N4 is connected between the satellite telephone 740 of the disaster side communication apparatus A and the satellite telephone 5 of the disaster relief headquarter side communication apparatus Bb.

  The wireless line N5 is connected between the dedicated wireless device 750 of the disaster side communication device A and the regional disaster prevention wireless device which is the disaster countermeasure headquarter side communication device Ba. In addition, the local disaster prevention radio | wireless machine which is disaster countermeasure headquarter side communication apparatus Ba is connected with the local disaster prevention radio | wireless machine 6 of disaster relief headquarter side communication apparatus Bb with a dedicated radio line.

  Moreover, the emergency medical support system includes a portable storage 100 as shown in FIGS. In FIG. 2, the front side and the back side of the paper surface correspond to the front side and the rear side of the storage 100. In FIG. 2, the left side and the right side in the figure correspond to the right side and the left side of the storage 100. Moreover, the height of the storage 100 is about 50 cm from the installation surface.

  The storage 100 has a storage main body 110. The storage main body 110 has an outer casing 110a, an inner casing 110b, and an inner casing 110c, as can be seen from FIGS. It is configured.

  The outer casing 110 a is configured to close the lower end opening of the square cylindrical peripheral wall 111 with the bottom wall 112. The peripheral wall 111 is formed by joining the front wall 111a, the rear wall 111b, the left wall 111c, and the right wall 111d so as to form a square cylinder.

  Here, the front wall 111a is joined to the front edge portions of the left wall 111c and the right wall 111d with an adhesive at the left and right side edge portions thereof. Further, the rear wall 111b is joined to the respective rear side edge portions of the left wall 111c and the right wall 111d with an adhesive at the left and right side edge portions. In addition, the bottom wall 112 is fitted to the lower end opening of the peripheral wall 111 with an adhesive at the outer peripheral edge thereof.

  The front wall 111a, the rear wall 111b, the left wall 111c, the right wall 111d, and the bottom wall 112 of the peripheral wall 111 are each formed by impregnating a rectangular paulownia plate with a metal silicon flame retardant solution.

  The use of the paulownia board in this way has the inherent characteristics that the paulownia board is rich in moisture resistance, heat resistance, light weight, heat retention and impact resistance, as used in the paulownia chest. Because. In addition, as described above, the paulownia plate was impregnated with the metal silicon flame retardant solution because the metal silicon flame retardant solution was impregnated with the paulownia plate with good heat resistance (or flame retardant). Is to give. For example, a paulownia plate impregnated with a metal silicon flame retardant solution has a fairly high heat resistance temperature close to the melting temperature of iron, and has a sufficiently good heat resistance (or even when exposed to a flame of 1200 ° C. for 10 minutes, for example) Flame retardant).

  Moreover, as each paulownia board which comprises the surrounding wall 111 and the bottom wall 112, the strong impact force from the outside can be relieve | moderated or absorbed favorably and the versatile paulownia board of 12 mm in thickness is employ | adopted. .

  As shown in FIG. 5, the inner casing 110 b is fitted in the outer casing 110 a, and the inner casing 110 b has a bottom wall 114 that opens the lower end opening of the rectangular cylindrical peripheral wall 113. It is configured to close. The peripheral wall 113 is formed by joining a front wall 113a, a rear wall 113b, a left wall 113c, and a right wall 113d so as to form a square cylinder.

  Here, the front wall 113a, the rear wall 113b, the left wall 113c, and the right wall 113d of the peripheral wall 113 are each formed of a rectangular iron plate, and the front wall 113a is formed at the left and right side edges. It is joined to each front edge part of the wall 113c and the right wall 113d by welding such as spot welding. Further, the rear wall 113b is joined to the respective rear side edge portions of the left wall 113c and the right wall 113d by welding such as spot welding at the left and right side edge portions. The upper end surface 113e of the peripheral wall 113 (the opening end surface of the upper end opening of the middle casing 110b) is located in the same plane as the upper end surface 111e of the peripheral wall 111 (the opening end surface of the upper end opening of the outer casing 110a). To do.

  The bottom wall 114 is formed of a rectangular iron plate, and the bottom wall 114 is joined and fitted to the lower end opening of the peripheral wall 113 by welding such as spot welding at the outer peripheral edge thereof. . In addition, as each iron plate which comprises the surrounding wall 113 and the bottom wall 114, the highly versatile steel plate of 1.2 mm in thickness is employ | adopted.

  As shown in FIG. 5, the inner casing 110 c is fitted in the inner casing 110 b, and this inner casing 110 c has a lower end opening of the rectangular cylindrical peripheral wall 115 with the bottom wall 116. Configured to close.

  The peripheral wall 115 is formed by joining a front wall 115a, a rear wall 115b, a left wall 115c, and a right wall 115d so as to form a square cylinder. Here, the front wall 115a is joined to the front side edge portions of the left wall 115c and the right wall 115d with an adhesive at the left and right side edge portions. Further, the rear wall 115b is joined to the respective rear side edge portions of the left wall 115c and the right wall 115d with an adhesive at the left and right side edge portions. Further, the bottom wall 116 is joined to the lower end opening of the peripheral wall 115 with an adhesive at the outer peripheral edge thereof.

  In addition, the peripheral wall 115 of the inner casing 110c has an upper end face 115e (an opening end face of the upper end opening of the inner casing 110c) at the upper end face 113e (the inner casing 110b) of the peripheral wall 113 of the inner casing 110b. It projects upward from the opening end surface of the upper end opening. This means that the upper end surface 115e of the peripheral wall 115 is located above the upper end surface 113e of the peripheral wall 113. As a result, the upper end surfaces of the respective peripheral walls 111, 113, and 115 (the upper end surfaces of all the upper end openings of the respective peripheral walls 111, 113, and 115) as a whole are stepped in cross section as illustrated in FIGS. It is formed.

  However, in the peripheral wall 115, as illustrated in FIGS. 5 to 7, the upper end surface 115e is formed to be inclined upward and inward from the upper end surface 113e of the peripheral wall 113 to form an inclined surface 115f. Become. The opening end surface of the upper end opening of the storage body 110 is configured by the upper end surface 111e of the peripheral wall 111, the upper end surface 113e of the peripheral wall 113, and the upper end surface 115e of the peripheral wall 115.

  The front wall 115a, the rear wall 115b, the left wall 115c, the right wall 115d, and the bottom wall 116 of the peripheral wall 115 are each formed of a rectangular cedar board. The reason why the cedar board is used in this way is that the cedar board has the characteristics as wood similar to the paulownia board and is more resistant to bending stress and lower in cost than the paulownia board. Moreover, as each cedar board which comprises the surrounding wall 115 and the bottom wall 116, the versatile cedar board of 12 mm in thickness is employ | adopted.

  In addition, the storage body 110 includes four casters 110d, and these casters 110d are mounted on the four corners of the bottom wall 112 of the outer casing 110a, respectively.

  The storage 100 includes an outer lid 120 and an inner lid 130, and the outer lid 120 and the inner lid 130 constitute a double lid structure that opens and closes the opening of the storage main body 110.

  The outer lid 120 is configured by fitting a square plate-like lid wall 120b in the hollow portion of the square annular frame 120a, and the outer lid 120 is, as shown in FIG. 5, the right end portion of the frame 120a. Then, it is supported by an upper end portion of the right wall 111d of the outer casing 110a through a hinge 120c so that it can be opened and closed in an up and down direction.

  The frame body 120a is formed by adhering front and rear, left and right frame plate portions in a square ring shape with an adhesive. Each frame plate portion of the frame body 120a is formed by impregnating a paulownia plate with a metal silicon flame retardant solution, and the lower end surface of the frame body 120a has a peripheral wall 111, as shown in FIGS. The upper and lower end surfaces of 113 and 115 are formed so as to have a cross-sectional staircase shape opposite to the overall cross-sectional staircase shape.

  Specifically, the lower end surface of the frame body 120a (the lower end surface of the frame body 120a or the lower end opening of the outer lid 120) is connected to the outer end surface 121 joined to the upper end surfaces of the peripheral walls 111 and 113, and the inclined surface 115f of the peripheral wall 115. It is configured with an inclined end face 122 to be joined and an inner end face 123 to be joined to the upper end face of the peripheral wall 115. This is because the lower end surface of the frame 120a is uniformly joined to the upper end surfaces of the peripheral walls 111, 113 and 115 in an airtight and liquid tight manner. In other words, the lower end opening of the frame body 120a (outer lid 120) is fitted into the upper end opening of the storage body 110 in an airtight and liquid tight manner.

  As shown in FIGS. 5 to 7, the lid wall 120 b is configured by sequentially laminating an inner wall portion 124, an inner wall portion 125, and an outer wall portion 126, and the inner wall portion 125 is formed on the inner wall portion 124 with an adhesive. So it is glued. The outer wall 126 is bonded to the middle wall 125 with an adhesive. Further, the inner wall portion 124, the middle wall portion 125, and the outer wall portion 126 are bonded to the inner peripheral surface of the hollow portion of the frame 120a with an adhesive at the respective outer peripheral end surfaces.

  The outer wall 126 is formed by impregnating a 12 mm thick paulownia plate with a metal silicon flame retardant solution. The middle wall portion 125 is formed of an iron plate having a thickness of 1.2 mm. The inner wall portion 124 is formed of a cedar board having a thickness of 12 mm.

  The inner lid 130 is formed of a paulownia plate, and as shown in FIG. 6, the inner lid 130 is vertically moved to the upper end portion of the left wall 115 c of the peripheral wall 115 via a hinge 130 a at the base end portion 131. It is supported so that it can be opened and closed. When the inner lid 130 is closed, as shown in FIGS. 2 to 5, the front end portion 132 supports the inner lid 130 on the longitudinal receiving member 117. Here, the longitudinal receiving member 117 is fixed in the front-rear direction along the inner surface of the upper end portion of the right wall 115 d of the peripheral wall 115.

  The hinge 130a is formed by rotatably connecting both metal plates 133 and 134 to the metal rod 135. The metal plate 133 is attached in the front-rear direction along the inner surface of the upper end portion of the left wall 115c of the peripheral wall 115. Yes.

  The metal plate 134 extends from the metal rod 135 toward the base end portion 131 of the inner lid 130, and the metal plate 134 uniformly contacts the upper end surfaces of the peripheral walls 111, 113, and 115. It is formed in a cross-sectional staircase shape that touches.

  Specifically, the metal plate 134 includes a substrate portion 134a, an inner plate portion 134b, an inclined plate portion 134c, and an outer plate portion 134d. The board portion 134a extends from the metal rod 135 so as to be rotatable. The inner plate portion 134b, the inclined plate portion 134c, and the outer plate portion 134d are stepped in cross section so as to uniformly contact the upper end surfaces of the left walls 115c, 113c, and 111c from the inner plate portion 134b to the outer plate portion 134d. Is formed.

  In other words, when the metal plate 134 is rotated so that the board portion 134a is along the metal plate 133, the inner plate portion 134b, the inclined plate portion 134c, and the outer plate portion 134d are respectively left wall 115c, 113c. And the cross-sectional shape of the metal plate 134 is formed in the cross-sectional step shape so that it may contact | abut uniformly at the upper end surface of 111c. The metal plates 133 and 134 and the metal rod 135 are made of iron.

  Moreover, the storage 100 is provided with both the stopper members 140 and the support body 150, as shown in FIGS. Both stopper members 140 are elongated, and both stopper members 140 project on the outer surface 136 of the inner lid 130 so as to be parallel to each other along the diagonal direction of the inner lid 130 as shown in FIG. It is installed.

  As shown in FIG. 3 or FIG. 4, the support 150 includes a support plate 150a and a caster 150b. The support plate 150a has a base end portion of the outer casing 110a via a hinge 150c. The rear end of the left wall 111c is supported so as to be pivotable in the lateral direction. The support plate 150a has a thickness that is somewhat narrower than the distance between the opposing surfaces of the stopper members 140.

  As shown in FIGS. 2 and 4, the caster 150 b is attached to the lower end portion of the support plate 150 a at a position away from the base end portion of the support plate 150 a. Thereby, the support plate 150a is supported on the installation surface so as to be rotatable in the lateral direction by the caster 150b.

  Further, as shown in FIG. 2, the emergency medical support system includes a camera 200, a medical measuring instrument 300, a terminal 400, a power source 500, a printer 600, a communication device 700, and an emergency medical product that are housed in a storage 100. A storage box 800 is provided.

  Here, the medical measuring instrument 300 includes a blood pressure monitor 300a, a thermometer 300b, and a heart rate monitor 300c. The hub 300d serves as a relay element for connecting the sphygmomanometer 300a, the thermometer 300b, the heart rate monitor 300c, the camera 200, the printer 600, and the communication device 700 to the terminal 400, together with the power cable C1 and the connection cable C2, and the medical measuring instrument 300. Included.

  The terminal 400 is composed of a notebook personal computer or the like, and the terminal 400 is detachably attached to the lower surface of the inner lid 130 from the storage body 110 as shown in FIG.

  The communication device 700 includes a modem 710, a mobile phone 720, a PHS 730, a satellite phone 740, and a dedicated wireless device 750. The emergency medical product storage box 800 stores a bandage, a syringe, a medicine (such as an antihypertensive agent, a cold medicine, a wound medicine, etc.) required in an emergency.

  In the present embodiment configured as described above, if a large earthquake occurs in a certain area (hereinafter also referred to as a disaster area), for example, a cupboard or other fixtures in the building, even if a medical institution building does not collapse. Often fall due to the shaking of an earthquake.

  Here, it is assumed that the storage 100 is deployed in advance in a building of a medical institution in the affected area in a state where the storage 100 is properly closed by the outer lid 120 before the occurrence of the great earthquake disaster. In such a state, the lower end opening of the outer lid 120 fits in an airtight and liquid tight manner into the upper end opening of the storage body 110 (all the upper end openings of the peripheral walls of the casings 110a, 110b and 110c). ing.

  In addition, among the constituent members of the storage 100, the constituent members facing the outside are the outer casing 110a and the outer lid 120 of the storage main body 110, as can be seen from the above-described configuration. The storage body 110 has a three-layer structure of an outer casing 110a, an inner casing 110b, and an inner casing 110c, and the outer lid 120 has a frame body 120a and an inner wall that is a lid wall 120b. The three-layer structure of the part 124, the middle wall part 125, and the outer wall part 126 is comprised.

  Therefore, for example, when the cupboard hits the storage cabinet 100 as the cupboard falls as described above, the storage cabinet 100 receives a strong impact force from the cupboard as an external force. For this reason, the storage 100 receives the external force which is a strong impact force from the cupboard described above at the outer wall portion 126 of the outer casing 110a, the frame body 120a and the lid wall 120b based on the above three-layer structure. become.

  However, in the storage body 110, the outer casing 110a, the inner casing 110b, and the inner casing 110c are each formed of a paulownia board, an iron board, and a cedar board. In the outer lid 120, the frame body 120a and the outer wall section are formed. 126 is each formed with a paulownia board, and the middle wall part 125 and the inner wall part 124 are each formed with the iron plate and the cedar board. Moreover, the paulownia board has a plate thickness of 12 mm, and can disperse and absorb the above-mentioned strong impact force sufficiently and gently.

  Therefore, the above-mentioned external force is the characteristic of the paulownia board and the board of the paulownia board, with the outer wall portion 126a of the paulownia board and the outer wall portion 126 of the frame body 120a and the lid wall 120b being subjected to the above external force. It is relaxed and absorbed well and gently by the thickness, and is transmitted to the middle wall portion 125 of the inner casing 110b and the lid wall 120b. At this time, since the outer wall portion 126 of the outer casing 110a, the frame body 120a, and the lid wall 120b is formed of wood softer than iron, the inner wall section of the inner casing 110b, the frame body 120a, and the lid wall 120b. 125 does not undergo plastic deformation.

  As described above, since the middle wall portion 125 of the inner casing 110b and the lid wall 120b is made of an iron plate that is harder than wood, the external force transmitted as described above is dispersed, and the inner casing 110b and the lid wall are separated. The inner wall portion 125 of the wall 120b is more rapidly relaxed and absorbed and transmitted to the inner casing 110c and the inner wall portion 124 of the lid wall 120b.

  As described above, the thickness of the iron that forms the middle wall portion 125 of the inner casing 110b and the lid wall 120b is 1.2 mm. It is sufficient to relax and absorb the external force relaxed and absorbed as described above by the outer wall portion 126 of the lid wall 120b.

  After the external force is transmitted to the inner wall portion 110c and the inner wall portion 124 of the lid wall 120b as described above, the inner wall portion 124 of the inner case 110c and the lid wall 120b is used as a wood similar to the paulownia board as described above. Since it is formed of a cedar board having characteristics and has a strong characteristic against bending stress, the external force transmitted as described above can be relaxed and absorbed by the inner wall part 110c and the inner wall part 124 of the lid wall 120b.

  Through the above process, the above strong impact force can be satisfactorily absorbed by the storage body 110 and the outer lid 120 having the above three-layer structure. This means that the storage 100 has good tolerance.

  Therefore, even if a medical device or a support device such as a computer in a building of a medical institution is directly damaged by an earthquake and becomes unusable, the camera 200 and the medical measuring instrument stored in the storage 100 are used. The terminal 300, the terminal 400, the power source 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 can be protected by the storage 100 so that they can be satisfactorily used from the external force.

  In addition, if a fire breaks out in a medical institution building due to the occurrence of a major earthquake such as that described above, medical devices and computers and other support devices in the building will be directly burned down and become unusable. There are many.

  However, in the storage 100, the outer casing 110a, the frame body 120a and the outer wall portion 126 of the lid wall 120b are formed by impregnating a paulownia plate with a metal silicon flame retardant solution as described above. For this reason, the outer wall part 126a of the outer housing | casing 110a, the frame 120a, and the cover wall 120b is excellent in high temperature fire resistance. Therefore, even if a fire occurs in a building of a medical institution as described above, the outer casing 110a, the frame body 120a, and the outer wall portion 126 of the lid wall 120b are difficult to burn.

  Moreover, the storage body 110 and the lid wall 120b of the outer lid 120 are configured in the three-layer structure as described above, and the middle wall portion 110b and the middle wall portion 125 of the lid wall 120b are formed of iron. . For this reason, combined with the high temperature fire resistance of the outer wall portion 126a of the outer casing 110a and the lid wall 120b, the fire resistance of the storage 100 is further improved. This means that the storage 100 has excellent fire resistance.

  As a result, as described above, even if a medical device or a support device such as a computer in a building of a medical institution is directly burned down and becomes unusable, the camera 200 stored in the storage unit 100, The medical measuring instrument 300, the terminal 400, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 can be protected by the storage 100 without being affected by a fire.

  In addition, if a building is inundated due to the liquefaction phenomenon of a building due to the occurrence of a major earthquake as described above or a tsunami occurs in the affected area and the building of a medical institution is inundated, medical devices and supporting devices such as computers in the building Often, it becomes directly flooded and becomes unusable.

  However, in the storage 100, the outer wall portion 110a, the frame body 120a, and the outer wall portion 126 of the lid wall 120b are formed of paulownia plates as described above. This paulownia board has the characteristic of being rich in moisture resistance as described above. Moreover, the bonding between the adjacent walls of the outer casing 110a (bonding between the left and right walls and the front and rear walls) is ensured satisfactorily with an adhesive.

  In addition, the lower end opening of the frame 120a of the outer lid 120 is fitted to the upper end opening of the storage body 110 (all upper ends formed by the upper end openings of the outer casing 110a, the inner casing 110b, and the inner casing 110c). The fitting to the opening) is airtight and liquid-tight with the cross-sectional step shape of the opening end surface of the upper end opening (all the upper end opening) of the frame body 120a and the storage body 110 as described above. Is secured.

  Under such a premise, the outer wall portion 126 of the outer casing 110a, the frame body 120a and the lid wall 120b is submerged by the paulownia plate exhibiting the property of expanding against water immersion due to its moisture resistance. Also, the water resistance can be exhibited well. This means that the storage 100 has excellent water resistance.

  As a result, as described above, even if a medical device or a support device such as a computer in a building of a medical institution is directly submerged and becomes unusable, the camera 200 and the medical measuring instrument 300 stored in the storage 100 are used. The terminal 400, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 can be protected by the storage 100 without being affected by the flooding.

  As described above, the storage 100 is excellent in tolerance, fire resistance, and water resistance, so it can be crushed, burned down, or allowed to enter water due to an earthquake, fire, or tsunami caused by the great earthquake. Therefore, the storage 100 can favorably protect the camera 200, the medical measuring instrument 300, the terminal 400, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800.

  This means that the camera 200, the medical measuring instrument 300, the terminal 400, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 stored in the storage 100 are good despite the great earthquake. It is maintained in a usable state.

  As described above, when a large earthquake occurs, various disasters such as road breaks, bridge destruction, and house collapse occur in the affected areas, and many disaster victims often occur. These victims are injured due to the occurrence of the above-mentioned damage, or become more ill due to mental and physical fatigue.

  However, the camera 200, the medical measuring instrument 300, the terminal 400, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 stored in the storage 100 are, as described above, despite the great earthquake. It is maintained in good usable condition.

  Moreover, the height of the storage 100 is about 50 cm and is easy to handle. Further, in the storage body 110 of the storage room 100, the outer casing 110a, the frame body 120a and the outer wall portion 126 of the lid wall 120b are formed of the lightest paulownia board among the wood, and the inner casing 110c and the lid The inner wall portion 124 of the wall 120b is formed of a cedar board, and the middle wall portion 125 of the inner casing 110b and the lid wall 120b is only formed of 1.2 mm thin iron. For this reason, the storage 100 is very light. Moreover, the storage 100 is provided with each caster 110d. Therefore, the storage 100 can be easily lifted or moved.

  Therefore, even if medical treatment in a medical institution building is difficult due to the occurrence of the above-mentioned great earthquake disaster, the storage 100 can be easily taken out from the building and moved to a refuge for many victims. Can do.

  Thus, after the storage 100 is easily removed from the building and moved to the evacuation site, the camera 200 and the medical measurement stored in the storage 100 as follows. The device 300, the terminal 400, the power source 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 are put into a usable state.

  First, a part of the outer lid 120 is grasped, and the outer lid 120 is lifted and opened by rotating upward with respect to the hinge 120c as shown by a two-dot chain line in FIG. At this time, the inner lid 130 is in a state where the opening of the storage 100 is closed. For this reason, the camera 200, the medical measuring instrument 300, the terminal 400, the power source 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 stored in the storage 100 are appropriately protected from the outside by the inner lid 130. Can be done.

  After opening the outer lid 120 as described above, the support plate 150a is rotated by about 45 ° laterally from the left wall 111c of the outer housing 110a with the respective casters 150b as a guide, with reference to the hinge 150c (see FIG. 8 and FIG. 9).

  Next, a part of the inner lid 130 is gripped, and the inner lid 130 is placed on the upper end of the support plate 150a by rotating from the opening of the storage body 110 with reference to the hinge 130a. This placement is performed such that the upper end portion of the support plate 150a is inserted between the stopper members 140 of the inner lid 130.

  At this time, the hinge 130a has an inner casing formed in a stepped cross section as described above, with the substrate part 134a, the inner plate part 134b, the inclined plate part 134c and the outer plate part 134d formed in a stepped cross section as described above. The outer plate is uniformly in close contact with the upper end surface 115e and the inclined surface 115f of the peripheral wall 115 of the body 110c, the upper end surface 113e of the peripheral wall 113 of the middle housing 110b, and the upper end surface 111e of the peripheral wall 111 of the outer housing 110a. The portion 134d extends outward.

  Thereby, the inner lid 130 is relatively immovable on the upper end portion of the support plate 150a as shown in FIGS. 8 to 10 with the outer plate portion 134d of the hinge 130a, and the bottom of the outer casing 110a. It can be supported substantially parallel to the wall 112. At this time, the terminal 400 fixed to the back surface of the inner lid 130 is positioned in a state of being fixed on the inner lid 130.

  Here, the configuration of the terminal 400 which is a portable personal computer will be described. As shown in FIG. 11, the terminal 400 includes a control circuit 400a, a drive circuit 400b, a liquid crystal panel 400c (hereinafter also referred to as an LCD 400c), A keyboard and mouse (not shown) are provided.

  As shown in FIG. 11, the control circuit 400a includes an input side interface 402 (hereinafter also referred to as an input side I / F 402), an input side I / F 403, a CPU 404, a ROM 405, a RAM 406, and an I / F 407 connected via a bus line 401. It has.

  Therefore, the CPU 404 executes the disaster-side program specified by the flowcharts shown in FIGS. 12 to 16 and performs various arithmetic processes as described below. The disaster side program is stored in advance in the ROM 405 so as to be readable by the CPU 404.

  The LCD 400c is driven and controlled by the CPU 404 via the drive circuit 400b, and displays display data on the screen 410 (see FIGS. 8 and 21 to 24).

  After the terminal 400 is fixed on the inner lid 130 as described above, the camera 200, the medical measuring instrument 300, the power supply 500, the printer 600, the communication device 700, and the emergency medical product storage box 800 are stored. Remove from main body 110.

  Then, as shown in FIG. 11, the power source 500 includes a camera 200, a sphygmomanometer 300a, a thermometer 300b, a heart rate monitor 300c, a printer 600, a terminal 400 (control circuit 400a, drive circuit 400b and LCD 400c), modem 710, mobile phone 720. , PHS 730, satellite phone 740 and dedicated radio 750 are connected via power cable C1.

  Here, the power source 500 is a dedicated power source for the camera 200, the medical measuring instrument 300, the terminal 400, the printer 600, and the communication device 700, and thus a dedicated power source essential for communication of the disaster side communication device A.

  Therefore, regardless of whether the commercial power source is not near the storage 100 or cannot be used due to the great earthquake, the power source 500 is not limited to the camera 200, the medical measuring instrument 300, the terminal 400, and the printer. 600 and serves as a power source for the communication device 700.

  The camera 200 is used to take an image of an affected area of a victim who is a patient and acquire an image of the affected area as image data.

  The sphygmomanometer 300a, the thermometer 300b, and the heart rate monitor 300c of the medical measuring instrument 300 are used to measure the blood pressure, body temperature, and heart rate of the victim.

  The printer 600 is used for printing output data of the terminal 400.

  The modem 710, the mobile phone 720, the PHS 730, the satellite phone 740, and the dedicated wireless device 750 constituting the communication device 700 are each used to selectively receive and transmit the output data of the terminal 400.

  Here, the PHS 730 has a transceiver function, and the PHS 730 communicates with a large number of PHSs (described later) via the PHS transceiver line N3 based on the transceiver functions.

  In the present embodiment, the PHS 730 and other PHSs are placed in a transceiver mode, exhibit transceiver functions, and communicate with other PHSs within a predetermined area (for example, an area within a 500 m range) relative to itself. Thus, communication is performed with the same transmission frequency and reception frequency.

  Here, the PHS 730 is specified to be used in the storage area of the storage 100 in relation to the storage 100. Accordingly, each ID number that identifies each of a number of PHSs that will be used in the storage area of the storage 100 is stored in the ROM of the terminal 400 in advance. Each PHS stores an ID number for identifying itself in its built-in memory.

  As a result, when the emergency medical support system is placed in the PHS transceiver line mode as described later, the terminal 400 transmits the ID numbers described above to the PHS 730 by using the CPU, whereby the PHS 730 is changed to the PHS 730. The transceiver mode is automatically set based on the ID number verification.

  Thus, the PHS 730 placed in the transceiver mode transmits each remaining ID number to each PHS in the predetermined area, and automatically puts each PHS in the transceiver mode based on the collation of each ID number. It is like that. Next, each of the PHSs automatically transmits the remaining ID numbers to the PHSs in the predetermined area based on the respective PHSs, and automatically matches the PHSs in the predetermined area based on the comparison of the ID numbers. In the transceiver mode. In this way, the transceiver mode is performed between one PHS and each PHS in the predetermined area based on the PHS. This means that communication between PHSs is changed by the self-supporting distributed communication function of the PHS having the transceiver function.

  Next, the camera 200, the blood pressure monitor 300a, the thermometer 300b, the heart rate monitor 300c, the printer 600, the modem 710, the mobile phone 720, the PHS 730, the satellite phone 740, and the dedicated radio 750 are connected to the control circuit by the hub 300d and the connection cable C2. Connect to USB port 408 of 400a. The terminal 400, the hub 300d, and the communication device 700 connected in this way constitute a disaster-side communication device A (see FIG. 11). The USB port 408 is connected to the I / F 402.

  Thus, by configuring the disaster side communication device A with the terminal 400, the hub 300d and the communication device 700 as described above, the disaster side communication device A includes the Internet line N1, the mobile phone line N2, and the PHS transceiver line. N3, the satellite telephone line N4, and the wireless line N5 can be connected to the emergency support side communication device B (the disaster side communication device A can be used).

  Here, a triage tag 900 made of an IC tag is inserted and connected to the card slot 409 of the control circuit 400a. The triage tag 900 includes an electronic memory (for example, EPROM), and the triage tag 900 stores data in the electronic memory. Note that the card slot 409 is connected to the I / F 403.

  In the emergency support side communication device B, the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb is composed of a personal computer, and the dedicated terminal 1 is a flowchart shown in FIGS. 17 and 18 with its CPU. Accordingly, the disaster relief headquarters side program is executed, and various calculation processes as described later are performed. The dedicated terminal 1 has a configuration similar to that of the terminal 400. The disaster relief headquarters side program is stored in advance in the ROM of the dedicated terminal 1 so as to be readable.

  In the emergency support side communication device B, the dedicated terminal 8 of the emergency medical base hospital side communication device Bc is composed of a personal computer, and the dedicated terminal 8 has its CPU in accordance with the flowchart shown in FIG. The emergency medical base hospital side program is executed, and various arithmetic processes as described later are performed. The dedicated terminal 8 has a configuration similar to that of the dedicated terminal 1. The emergency medical base hospital side program is stored in advance in the ROM of the dedicated terminal 8 so that it can be read out.

  After the camera 200 and the like are taken out from the storage body 110 and connected as described above, the outer lid 120 is rotated with reference to the hinge 120c and is fitted to the storage body 110 to be closed. At this time, the outer lid 120 can be conveniently used as a work table necessary for medical treatment. Further, since the height of the storage 100 is about 50 cm, the outer lid 120 and the inner lid 130 are both about 50 cm high, so that the outer lid 120 can be easily used as a work table. That is, the operation of the terminal 400 is also easy.

  If the control circuit 400a is put into an operating state after placing the disaster side communication device A in the usable state as described above, the CPU 404 starts executing the disaster side program according to the flowcharts of FIGS. First, in step 1000, screen display processing is performed. In this screen display process, the LCD 400 c is driven by the drive circuit 400 b under the control of the CPU 404 and displays initial data on the screen 410.

  In this step 1000, a blank form of a disaster emergency electronic medical record (hereinafter also referred to as an electronic medical record) is displayed as initial data. In this embodiment, the blank form of the electronic medical record is shown in FIG. 20, and the blank form is stored in the ROM 405 in advance. In addition, the square area E of the broken line shown in FIG. 20 shows the location which pastes the image G of the affected part mentioned later.

  In addition, when the disaster-side communication device A is put into a usable state as described above, when a doctor and a nurse, an office worker or a volunteer (hereinafter referred to as a medical assistant) accompanying the doctor visit the evacuation site , "Please tell me if you are in poor health". At this time, the blood pressure monitor 300a, the thermometer 300b, the heart rate monitor 300c, and the camera 200 are handed over to the medical assistant.

  Then, this medical assistant measures the blood pressure, body temperature, and heart rate of the offerer (for example, a seriously injured patient) sequentially using the sphygmomanometer 300a, the thermometer 300b, and the heart rate meter 300c. If the offerer has an affected area such as an injury, the medical assistant uses the camera 200 to photograph the affected area of the offerer. The offerer's triage tag (hereinafter referred to as triage tag 900) is set in the card slot 409 of the control circuit 400a.

  After the display process in step 1000 as described above, in step 1100, vital sign data and image data are input. Specifically, the blood pressure, the body temperature and the heart rate of the offerer measured as described above, and the image data representing the affected part imaged by the camera 200 are sequentially obtained in step 1100 by the hub 300d, the USB port 408, the I / F 402 and the bus line 401 are input and stored in the RAM 406.

  The blood pressure, body temperature, and heart rate described above correspond to vital sign data. The vital sign is an index indicating the living state of the victim, and refers to the body temperature, pulse, blood pressure, etc. of the victim.

  When the measurement and imaging by the medical assistant are completed as described above, the doctor examines the offerer. At this time, the present applicant's current symptoms, name, age, address, presence or absence of illness, and presence or absence of allergies will be heard from the applicant.

  After that, the doctor receives a report on the blood pressure, body temperature, heart rate, affected area, etc. of the offerer from the medical assistant. For example, if the blood pressure is high, the doctor provides the antihypertensive agent in the emergency medical product storage box 800. And give instructions on how to take it.

  When the input process in step 1100 described above has been completed for the offerer, YES is determined in step 1200. Accordingly, in step 1210, patient specific display processing is performed. Specifically, the medical assistant listens to the doctor from the above-mentioned doctor's hearing matters for the offerer and inputs the information by operating the keyboard of the terminal 400.

  In addition, the medical assistant inputs the name of the evacuation center as “XXXXX Elementary School” by operating the keyboard, inputs the doctor in charge as “XXX”, and sets the examination date as “ Enter “○○○○ year XX month XX day”, enter the name and gender of the above applicant as “□□□□ □”, and enter the date of birth of the applicant as “XXXXX year ○ “Month XX Day” is entered, and the address of the offerer is entered as “XXXXXX”. In addition, the name and address of the applicant are useful for billing medical expenses that are difficult to claim at a shelter in a poor environment at a later date.

  Further, the medical assistant uses the keyboard to change the triage tag owned by the offerer (assuming that it is the triage tag 900) as, for example, a red (see hatched T in FIG. 21) triage tag. Enter “Highest priority treatment”. This is because the owner of the red triage tag 900 is a seriously injured patient and needs treatment first. Further, the medical assistant inputs “ΔΔΔΔ” as an attendant by operating the keyboard.

  In accordance with the operation input as described above, the LCD 400c is controlled by the CPU 404 via the drive circuit 400b and displays the specific matter of the offerer on the screen 410 as shown in FIG.

  After the process in step 1210, a symptom data input display process is performed in step 1220. Specifically, the medical assistant listens to the symptom of the offerer from a doctor, inputs “normal” for consciousness, “37.7 ° C.” for body temperature, and blood pressure by operating the keyboard. Is input as “180-110”, and image data representing the affected area of the offerer is input as an image G of the affected area. At this time, if the affected part is in a thigh fracture state, “thigh fracture” is input.

  The LCD 400c is controlled by the CPU 404 via the drive circuit 400b in accordance with the operation input of the symptom data as described above, and displays the symptom data of the offerer on the screen 410 as shown in FIG.

  When the process of step 1220 is completed as described above, in step 1230, a patient name and vital sign data output process to the triage tag is performed. Here, to the triage tag 900, the blood pressure, body temperature, and pulse of the offerer are output as vital sign data. Along with this, the vital sign data is stored in the triage tag 900. This means that vital sign data of the victims of the great earthquake disaster (the offerer) at the present stage is stored in the triage tag 900.

  After giving an antihypertensive agent to the offerer and instructing the method of taking it as described above, the doctor performs a surgical treatment for the injury (specifically, the thigh fracture) of the offerer. When the offerer has a mental symptom such as insomnia or anxiety, the doctor gives the offerer the sleeping agent or the anxiolytic agent in the emergency medical product storage box 800. In addition, when the applicant has a cold symptom instead of insomnia or anxiety, the doctor conducts auscultation, examination of the pharynx, nasal cavity, and outer ear, and applies the antibiotic in the emergency medical product storage box 800 to the above. Give to the offerer.

  As described above, the emergency medical product storage box 800 stores bandages, syringes, medicines (antihypertensive agents, cold medicines, wounds, etc.) required in an emergency as described above. There is no need for an assistant to prepare separately, and a doctor can perform a quick and smooth treatment.

  After the processing in step 1230 described above, in step 1300, treatment content input display processing is performed. Specifically, the medical assistant inputs the treatment content heard from the doctor by operating the keyboard and mouse. For example, if the treatment contents are “femoral fracture treatment” and “mass bleeding hemostasis”, the check boxes on the screen 410 of these “femoral fracture treatment” and “mass bleeding hemostasis” (see FIG. 23). ) With the mouse.

  In addition, the medical assistant inputs the doctor's findings heard from the doctor in conjunction with the input of the above-described treatment content. For example, if the doctor's findings are “I can't sleep at all”, “Anxiety”, and the meal is “No intake”, the medical assistant will have “No sleep at all”, “Anxiety” and “Ingestion” on the screen 410. Click the “None” check box with the mouse.

  Further, the medical assistant inputs whether or not the patient needs to be transported to the emergency medical base hospital according to the judgment of the doctor in addition to the input of the above-described treatment content. For example, if it is necessary to transport to an emergency medical base hospital, the medical assistant clicks the “Transport Required” check box on the screen 410 with the mouse.

  The LCD 400c is controlled by the CPU 404 via the drive circuit 400b in accordance with the operation input of the treatment contents, doctor's findings, and the necessity for transportation as described above, and the above-mentioned offerer is displayed on the screen 410 as shown in FIG. Treatment details, doctor's findings and necessity of transportation are displayed.

  Thereafter, in step 1400, display processing of the electronic medical record after input in steps 1210, 1220, and 1300 is performed. Along with this display process, the LCD 400c is controlled by the CPU 404 via the drive circuit 400b, and displays the offerer's electronic medical chart on a screen 410 as shown in FIG. In this electronic medical record, the data inputted in the steps 1210, 1220, 1300 by the medical assistant regarding the offerer is displayed. Along with this, the doctor can confirm whether there is an error in the contents of the electronic medical record.

  If the contents of the electronic medical record are correct and correct, the doctor, not the medical assistant, inputs “OK” by operating the keyboard, so that the determination in step 1500 is YES. Thereby, it can be recognized that the entry to the electronic medical record is substantially made by the doctor.

  On the other hand, if there is an error in the contents of the electronic medical record, the doctor notifies the medical assistant to that effect. Accordingly, if the medical assistant inputs “NG” by operating the keyboard, NO is determined in step 1500.

  Thereafter, the medical assistant reconfirms the data input in steps 1210, 1220, and 1300 on the displayed electronic medical chart. And about the input data with an error, the said medical assistant re-inputs correctly with the said keyboard and mouse. Therefore, the contents of the electronic medical chart already displayed in step 1400 are corrected.

  Accordingly, if the doctor confirms the contents of the electronic medical record again and inputs “OK” by operating the keyboard, the determination in step 1500 is YES.

  As described above, when creation of the offerer's electronic medical record is completed, in step 1600, the processing content is output to a triage tag. For this reason, the content of the treatment already input in step 1300 is output to the triage tag 900 and stored. As a result, the treatment details of the offerer can be reliably stored in the triage tag 900, which is effective for the subsequent treatment.

  Further, after the processing in step 1600, in the next step 1700, the processing contents are output to the printer. For this reason, the treatment content already input in step 1300 is output to the printer 600 and printed. By giving the print result to the offerer, the offerer can confirm the content of the treatment.

  As described above, since most of the input to the electronic medical record is made by the medical assistant, the doctor only has to confirm whether the content inputted by the medical assistant is correct. . As a result, the physician can concentrate on the patient's examination.

  Therefore, the doctor can examine many other victims of the offerer efficiently and in a state suitable for an emergency. In other words, in order to examine a large number of victims, the doctor has no physical, psychological, or time allowance for inputting the data of each victim into the electronic medical record. Does not need to do extra work and can concentrate on examining many victims.

  Thus, in step 1800, a determination is made as to whether the triage tag is a top priority treatment. At this stage, since “highest priority treatment” has already been input to the triage tag 900 input in step 1210, YES is determined in step 1800.

  If “top priority treatment” is not input to the triage tag 900 input in step 1210, NO is determined in step 1800, and count data D1 = D1 + 1 is counted in step 1900. The

Thereafter, in step 1910, it is determined whether D1> D1 ₀ . If D1> D1 _{0 is} not satisfied, NO is determined in step 1910, and the processing from step 1100 is repeated. Here, D1 ₀ represents a predetermined time required to create the electronic medical record.

Thus, if YES is determined in step 1800 as described above, or if YES is determined in step 1910 described above when D1 = D1 + 1> D1 ₀ is satisfied, D1 = in step 1920. Reset to zero.

  Next, in step 1930, support request data setting processing is performed. Along with this support request data setting process, the number of patients checked for “conveyance required” in step 1300 is totaled, and necessary patient number data is set. In addition, the medical assistant surveys the inventory of bandages, syringes, medicines, etc. stored in the emergency medical product storage box 800, and operates the keyboard to select medicines, etc. that need to be replenished as demand data for medicines, etc. Set. Then, the number of patients required for transportation and the request data for medicines are set as support request data.

  As described above, when there is a patient whose triage tag 900 is the highest priority treatment, it is determined as YES in Step 1800, so that the above-mentioned support request data can be obtained without waiting for the elapse of the predetermined time in Step 1910 described above. Therefore, it is possible to quickly respond to the patient who is the highest priority treatment. The support request data may be set sequentially without waiting for the predetermined time to elapse.

  After the processing from Step 1000 to Step 1930 in FIG. 12 is completed as described above, the disaster side communication apparatus A performs the Internet line N1, the mobile phone line N2, the PHS transceiver line N3, the satellite phone line N4, and the wireless line N5. The process for communicating with the emergency support side communication device B is performed via any one of the lines, and this process is caused by the occurrence of the Great East Japan Earthquake, the Internet line N1, the mobile phone line N2, and the PHS transceiver line N3. Depending on whether the satellite telephone line N4 or the wireless line N5 is unusable and usable.

Therefore, the following modes will be described separately.
(1) Mode in which Internet line N1 can be used (hereinafter also referred to as Internet line mode)
(2) Mode in which the Internet line N1 cannot be used and the mobile phone line N2 can be used (hereinafter also referred to as a mobile phone line mode)
(3) A mode in which neither the Internet line N1 nor the cellular phone line N2 can be used and the PHS transceiver line N3 can be used (hereinafter also referred to as PHS transceiver line mode).
(4) A mode in which the Internet line N1, the mobile phone line N2, and the PHS transceiver line N3 cannot be used and the satellite phone line N4 can be used (hereinafter also referred to as satellite phone line mode).
(5) A mode in which the Internet line N1, the mobile phone line N2, the PHS transceiver line N3, and the satellite phone line N4 cannot be used and the wireless line N5 can be used (hereinafter also referred to as a wireless line mode).
1. Internet Line Mode As described above, when the support request data setting process is performed in step 1930 (see FIG. 12), in step 2000 (see FIG. 13), whether or not the disaster-side communication device A can be connected to the internet line N1. Is determined. This determination is made based on whether or not the disaster-side communication device A is normally connected so as to be communicable with the Internet line N1. Specifically, for example, it is determined whether or not mail from the terminal 400 can be transmitted via the hub 300d and the modem 710.

  Therefore, if transmission of mail from the terminal 400 is possible, the disaster-side communication device A is normally connected so as to be communicable with the Internet line N1, so that it is determined as YES in Step 2000. This means that the emergency medical support system is in the Internet line mode. FIG. 25 schematically shows that the disaster-side communication device A is normally connected so as to be communicable with the Internet line N1.

  If YES is determined in step 2000 as described above, in step 2010, chart data and support request data are transmitted.

  Accordingly, the electronic medical record data (hereinafter also referred to as medical record data) displayed in step 1400 and the support request data set in step 1930 are used as disaster medical information as the hub 300d of the disaster side communication device A, The data is transmitted via the modem 2 and the hub 7 to the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb via the modem 710 and the Internet line N1.

  Thus, as will be described later, under the data reception reply process in step 4020 (see FIG. 17), the reply indicating that the chart data and the support request data transmitted as described above have been received is the disaster rescue headquarters side communication. When the dedicated terminal 1 of the device Bb is made to the Internet line N1 via the hub 7 and the modem 2, the reply is received by the terminal 400 via the modem 710 and the hub 300d. Therefore, the CPU 404 determines YES in step 2020 (see FIG. 13).

  Next, in step 2600 (see FIG. 14), reception completion display processing is performed. Along with this, the LCD 400c of the terminal 400 displays a message indicating completion of reception on the display screen. Thereby, the doctor and the medical assistant can visually recognize that the medical record data and the support request data are received by the disaster relief headquarters.

  Thereafter, in step 2610 (see FIG. 15), it is determined whether or not the above-mentioned patient number data necessary for transportation is included in the support request data. Here, if the number of patients required for transportation is included in the support request data set in step 1930 (see FIG. 12), YES is determined in step 2610.

  Next, in step 2620, a determination is made as to whether transport plan data has been received. Here, if the terminal 400 has not received the transportation plan data, NO is determined in step 2620.

  Therefore, as will be described later, the transportation plan data corresponding to the necessary patient number data is transmitted from the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb via the modem 2 in step 4511 (see FIG. 18). The terminal 400 receives the transport plan data via the Internet line N1, the modem 710, and the hub 300d by the CPU 404, and determines YES in step 2620 (see FIG. 15).

  Next, in step 2630, a conveyance plan data display process is performed. Accordingly, the transfer plan data received by the terminal 400 by the CPU 404 as described above is displayed on the display screen of the LCD 400c of the terminal 400.

  Thereafter, in step 2640, it is determined whether or not the support request data includes drug request data. If the medical request data is included in the support request data set in step 1930 (see FIG. 12), YES is determined in step 2640.

  Next, in step 2650, it is determined whether or not medicine supply data has been received. Here, as will be described later, the medicine supply data corresponding to the medicine request data is sent from the dedicated terminal 8 of the emergency medical base hospital side communication device Bc to the step 5210 (see FIG. 19) via the modem 8a and the Internet line N1. When the data is transferred by the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb with the CPU through the modem 2 and the Internet line N1 in step 4550 (see FIG. 18), the terminal 400 is transferred to the CPU 404. Thus, the medical supply data is received via the Internet line N1, the modem 710, and the hub 300d, and YES is determined in step 2650.

  Thereafter, in step 2660, a medicine supply data display process is performed. Along with this, the supply data of medicines received by the CPU 404 at the terminal 400 as described above is displayed on the display screen by the LCD 400c of the terminal 400.

  Next, in step 2670, it is determined whether or not the PHS 730 of the disaster side communication apparatus A is in an operating state. At this stage, since the emergency medical support system is in the Internet line mode and the PHS 730 is not in the operating state, the determination in step 2670 is NO.

  On the other hand, in the Internet line mode as described above, if the disaster relief headquarters side communication device Bb of the emergency support side communication device B is in a usable state, the dedicated terminal 1 has its CPU in FIG. 17 and FIG. According to the flowchart shown, execution of the disaster rescue headquarters side program is started.

  First, in step 4000, it is determined whether or not the disaster relief headquarter side communication device Bb is connectable to the Internet line N1. This determination is made based on whether or not the disaster relief headquarter side communication device Bb is normally connected to the Internet line N1. Specifically, for example, the determination is made based on whether or not mail transmission from the dedicated terminal 1 is possible.

  Therefore, if the e-mail can be transmitted from the dedicated terminal 1, the disaster relief headquarter side communication device Bb is normally connected to the Internet line N1 so as to be communicable. Next, in step 4010, it is determined whether or not medical chart data and support request data have been received.

  As described above, when the chart data and the support request data are transmitted from the terminal 400 of the disaster side communication apparatus A through the modem 710 and the Internet line N1 under the transmission processing in step 2010 (see FIG. 13), the dedicated data The terminal 1 receives the medical chart data and support request data from the CPU via the modem 2 and determines YES in step 4010.

  Then, in step 4020, a data reception reply process is performed. Accordingly, a reply that the medical record data and the support request data have been received is sent from the dedicated terminal 1 of the disaster relief headquarters side communication device Bb to the terminal 400 of the disaster side communication device A via the modem 2, the Internet line N1, and the modem 710. Made.

  Thereafter, in step 4500 (see FIG. 18), it is determined whether or not the number of patients required for transportation is included in the support request data. At this stage, if the number of patients required for transportation is not included in the support request data that has been determined to be received in step 4010, NO is determined in step 4500, and the determination process in step 4520 is performed.

  On the other hand, if it is determined in step 4500 that the necessary patient count data is included in the support request data determined to be received in step 4010, the determination is YES. Next, in step 4510, a transfer plan data setting process is performed. Along with this, based on the number of patients required for transport among the support request data determined to be received in step 4010 (see FIG. 17), for example, transport plan data such as a plan for transporting the victim to the emergency medical base hospital. Is created and set.

  Thereafter, in step 4511, the transmission plan data is transmitted. Accordingly, the transportation plan data set in step 4510 is transferred from the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb to the terminal 400 of the disaster side communication device A via the hub 7, the modem 2 and the Internet line N1. It is transmitted via the modem 710 and the hub 300d.

  Next, at step 4520, it is determined whether or not the disaster relief headquarters side communication device Bb can be connected to the Internet line N1. As described above, since the disaster relief headquarter side communication device Bb is normally connected to the Internet line N1 so as to be communicable, YES is determined in step 4520, and in step 4521, the chart data and support request data are transferred. Is made.

  Accordingly, the medical record data and the support request data determined to be received in step 4010 (see FIG. 17) are transferred from the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb to the hub 7, the modem 2, and the Internet line N1. Via the modem 8a to the dedicated terminal 8 of the emergency medical base hospital side communication device Bc.

  Then, as will be described later, the medicine supply data is transmitted from the dedicated terminal 8 of the emergency medical base hospital side communication device Bc to the modem 8a and the Internet under the transmission processing of the medicine supply data in step 5210 (see FIG. 19). When it is received via the modem 2 by the dedicated terminal 1 of the disaster relief headquarters side communication device Bb via the line N1, the CPU of the dedicated terminal 1 determines YES in step 4540 (see FIG. 18).

  Next, in step 4550, the medicine supply data transfer process is performed. Along with this, the supply data of medicines and the like that have been determined to be received in the above step 4540 are transferred from the dedicated terminal 1 of the disaster relief headquarter side communication device Bb to the disaster side communication device A via the hub 7, the modem 2 and the Internet line N1. To the terminal 400 via the modem 710 and the hub 300d.

  Thereafter, in step 4560, transmission data recording processing is performed. Accordingly, the transportation plan data transmitted in step 4511, the medical record data and support request data transferred in step 4521, and the medicine supply data transferred in step 4550 are recorded in the memory of the dedicated terminal 1 or the like. Recorded in a device (not shown).

  On the other hand, in the Internet line mode as described above, if the emergency medical base hospital side communication device Bc of the emergency support side communication device B is in a usable state, the dedicated terminal 8 has its CPU and the flowchart shown in FIG. According to the above, the execution of the emergency medical base hospital side program is started.

  First, in step 5000, it is determined whether or not the emergency medical base hospital communication device Bc can be connected to the Internet line N1. This determination is made based on whether or not the emergency medical base hospital side communication device Bc is normally connected to the Internet line N1. Specifically, for example, the determination is made based on whether or not transmission of mail from the dedicated terminal 8 is possible.

  If the mail from the dedicated terminal 8 can be transmitted, the emergency medical base hospital side communication device Bc is normally connected so as to be communicable with the Internet line N1, and therefore YES is determined in step 5000. Next, in step 5010, it is determined whether or not medical chart data and support request data have been received.

  As described above, the chart data and the support request data are transferred from the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb to the modem under the transfer process of the chart data and the support request data in step 4521 (see FIG. 18). 2 and the Internet line N1, the dedicated terminal 8 receives the chart data and support request data via the modem 8a by the CPU, and determines YES in step 5010.

  Next, in step 5200, the medicine supply data setting process is performed. Along with this, based on the requested drug data included in the support request data that has been determined to be received in step 5010, for example, a drug that supplies a bandage, a syringe, or a drug (such as an antihypertensive agent, a cold drug, a wound drug, etc.) Equal payment data is created and set.

  Thereafter, in step 5210, transmission processing of medical supply data is performed. Along with this, the supply data of medicines set in step 5200 is transferred from the dedicated terminal 8 of the emergency medical base hospital side communication device Bc via the modem 8a and the Internet line N1 to the dedicated terminal 1 of the disaster relief headquarter side communication device Bb. Is transmitted via the modem 2.

  In step 5220, transmission / reception data recording processing is performed. Accordingly, the medical record data and the support request data determined to be received in step 5010 and the medical supply data transmitted in step 5210 are recorded in a recording device (not shown) such as a memory of the dedicated terminal 8.

As explained above, medical record data and support request data from the disaster side communication device A to the emergency support side communication device B by using the Internet line N1 which is highly versatile and hardly damaged if the power can be recovered, with the highest priority. Can be transmitted safely and reliably. As a result, emergency medical support for a large number of disaster victims in the disaster area can be most surely and quickly performed.
2. Mobile phone line mode When the processing in step 1930 (see FIG. 12) of the disaster-side program is completed as described above, if the disaster-side communication device A cannot communicate with the Internet line N1 due to the occurrence of a major earthquake, Unlike the Internet line mode, NO is determined in the next step 2000 (see FIG. 13).

  Here, as an example in which the disaster side communication device A cannot communicate with the Internet line N1, a part of the connection line between the modem 710 of the disaster side communication device A and the Internet line N1 (see FIG. 26). In this case, it is cut off at the cross (see the symbol x indicated by a1).

  In step 2020 (see FIG. 13), if the data reception reply process in step 4020 (see FIG. 17) has not yet been performed, NO is determined.

  Therefore, based on the determination of NO in each of steps 2000 and 2020 (see FIG. 13), it is determined in step 2100 whether or not the mobile phone 720 of the communication device 700 operates normally.

  At this stage, the mobile phone 720 is already connected to the power supply 500 as described above, and is in an operable state under the supply of power from the power supply 500.

  Therefore, whether or not the mobile phone 720 operates normally can depend on whether or not the mobile phone 720 can display the screen when the power button switch of the mobile phone 720 is turned on, for example. At this stage, if the screen display of the mobile phone 720 is possible, the mobile phone 720 operates normally. However, it is assumed that the mobile phone 720 is stored in the storage 100 in a stopped state.

  If NO is determined in step 2020, the chart data and the support request data are transmitted in step 2010. If the determination in step 2020 is NO, the above-described process is performed. The transmission processing in step 2010 is not valid.

  As described above, after a determination of YES in step 2100, it is determined in step 2110 whether or not the mobile phone line N2 is normal. At this stage, if radio waves transmitted from the mobile phone base station B1 (see FIG. 26) included in the Internet line N1 in its operating state reach the mobile phone 720, the transmission / reception sensitivity on the display screen of the mobile phone 720 is normal. Therefore, YES is determined in step 2110. This means that the emergency medical support system is in the mobile phone line mode. FIG. 26 schematically shows that the emergency medical support system is in the mobile phone line mode in a state where connection to the Internet line N1 is not possible.

  When the emergency medical support system is placed in the cellular phone line mode as described above, in step 2120, the chart data and the support request data are transmitted in the same manner as the transmission process in step 2010.

  Accordingly, the electronic medical record data displayed in step 1400 (see FIG. 12) and the support request data set in step 1930 (see FIG. 12) are stored in the mobile phone base station B1 in the Internet line N1, etc. Is transmitted to the mobile phone 3 of the disaster relief headquarters side communication device Bb via the mobile phone line N2 (see FIG. 26). Then, the support request data transmitted in this way is further received by the dedicated terminal 1 by the CPU through the communication unit of the mobile phone 3 and the hub 7.

  Accordingly, the response to the fact that the medical chart data and the support request data transmitted as described above have been received is, as will be described later, based on the data reception reply process in step 4120 (see FIG. 17). When the reply is made from the dedicated terminal 1 of the device Bb to the mobile phone line N2 via the hub 7 and the communication unit of the mobile phone 3, the reply is received by the terminal 400 via the communication unit of the mobile phone 720 with the CPU 404, step 2130. (See FIG. 13), YES is determined.

  Then, after the reception completion display processing is performed in step 2600 (see FIG. 14) as in the above-described Internet line mode, if the transfer request patient number data is included in the support request data, as described above, step 2620 ( The transfer plan data determined to be received in (see FIG. 15) is displayed on the display screen by the LCD 400c of the terminal 400 (see step 2630). Also, if the medical request data is included in the support request data, the medical supply data determined to be received in step 2650 as described above is displayed on the display screen by the LCD 400c (see step 2660). .

  On the other hand, in the mobile phone line mode as described above, even if the chart data and support request data transmission process in step 2010 (see FIG. 13) is performed, the transmission process is not effective as described above. 1 is not received. For this reason, it is determined as NO in step 4010 (see FIG. 17) of the disaster rescue headquarters side program.

  Next, in step 4100, it is determined whether or not the mobile phone 3 operates normally. Here, whether or not the mobile phone 3 operates normally is, for example, similar to the mobile phone 720 described above, when the power button switch of the mobile phone 3 is turned on. Can depend on no.

  If the mobile phone 3 can be displayed on the screen at this stage, the mobile phone 3 operates normally. Next, in step 4110, it is determined whether or not medical chart data and support request data have been received.

  Therefore, as described above, the medical record data and the support request data are transmitted from the terminal 400 of the disaster side communication apparatus A through the mobile phone 720 and the mobile phone line N2 under the transmission process in step 2120 (see FIG. 13). When the data is transmitted, the dedicated terminal 1 receives the chart data and the support request data via the mobile phone 3 and the hub 7 by the CPU, and determines YES in step 4110.

  In step 4120, a data reception reply process is performed. Accordingly, a reply that the medical record data and the support request data have been received is sent from the dedicated terminal 1 of the disaster relief headquarters side communication device Bb to the terminal 400 of the disaster side communication device A via the mobile phone 3 and the mobile phone line N2. The CPU 404 is made via a mobile phone 720.

  Thereafter, if the processing in each of steps 4510 and 4511 is performed based on the determination of YES in step 4500 (see FIG. 18) or NO is determined in step 4500, a disaster is detected in step 4520. It is determined whether or not the rescue headquarters side communication device Bb is in a state where it can be connected to the Internet line N1.

  At this stage, if the disaster relief headquarters side communication device Bb cannot communicate with the Internet line N1 due to the occurrence of a major earthquake, it is determined NO in step 4520, unlike the Internet line mode.

  Here, as an example in which the disaster rescue headquarter side communication device Bb cannot communicate with the Internet line N1, a part of the connection line between the modem 2 of the disaster rescue headquarter side communication device Bb and the Internet line N1 is included. The case where it is cut in (see the x mark indicated by reference sign a2 in FIG. 26) is mentioned.

  Accordingly, in step 4530, it is determined whether or not connection to the disaster prevention dedicated line 8b is possible. This determination is made based on whether or not the disaster rescue headquarter side communication device Bb is normally connected to the disaster prevention dedicated line 8b so as to be communicable. Specifically, for example, when the emergency medical base hospital side communication device Bc is normally connected so as to be communicable with the disaster prevention dedicated line 8b, the data from the dedicated terminal 1 is the dedicated terminal of the emergency medical base hospital side communication device Bc. 8 is determined by whether or not transmission is possible.

  If the data from the dedicated terminal 1 can be transmitted, the disaster rescue headquarter side communication device Bb is normally connected to the disaster prevention dedicated line 8b so as to be communicable.

  In step 4531, the chart data and the support request data are transferred. Accordingly, the medical record data and support request data received in step 4120 (see FIG. 17) are communicated from the dedicated terminal 1 of the disaster relief headquarters side communication device Bb to the emergency medical base hospital side via the disaster prevention dedicated line 8b. It is transferred to the dedicated terminal 8 of the device Bc.

  Accordingly, the medicine supply data is sent from the dedicated terminal 8 of the emergency medical base hospital side communication device Bc through the disaster prevention dedicated line 8b under the transmission processing of the medicine supply data in step 5210 (see FIG. 19). When received by the dedicated terminal 1 of the head office side communication device Bb, the dedicated terminal 1 determines YES in step 4540 by the CPU.

  Next, after the medicine supply data is transferred to the terminal 400 of the disaster side communication device A in step 4550 (see FIG. 18), the transportation plan data, medical record data, support request data, and medicine supply data are stored. In the same manner as in the Internet line mode described above, the data is recorded in the recording device of the dedicated terminal 1 in step 4560.

  On the other hand, in the mobile phone line mode as described above, in the determination processing at step 5010 (see FIG. 19) of the emergency medical base hospital side program, the medical record data and support request data at step 4521 (see FIG. 18) as described above. The transfer process has not been performed. Accordingly, NO is determined in step 5010.

  Then, in step 5100, it is determined whether or not connection to the disaster prevention dedicated line 8b is possible. This determination is made based on whether or not the emergency medical base hospital side communication device Bc is normally connected to the disaster prevention dedicated line 8b. At this stage, as described above, the emergency medical base hospital side communication device Bc is normally connected so as to be communicable with the disaster prevention dedicated line 8b.

  Next, in step 5110, it is determined whether or not medical chart data and support request data have been received.

  Thus, the medical record data and the support request data transferred as described above are converted into the disaster rescue headquarter side communication device Bb under the transfer process of the medical record data and the support request data in step 4531 (see FIG. 18) as described above. Is received by the dedicated terminal 8 of the emergency medical base hospital side communication device Bc from the dedicated terminal 1 via the disaster prevention dedicated line 8b, the dedicated terminal 8 determines YES in step 5110 by the CPU.

  Next, after the medicine supply data set in step 5200 is transmitted to the dedicated terminal 1 of the disaster relief headquarters side communication device Bb, the above chart data and support are provided in step 5220 in the same manner as in the Internet line mode described above. Request data and medicine supply data are recorded in the recording device of the dedicated terminal 8.

As described above, even if the Internet line N1 cannot be used, by using the mobile phone line N2, which is the most versatile next to the Internet line N1, the disaster-side communication apparatus A to the emergency support side communication apparatus B The medical chart data and the support request data can be transmitted safely and reliably.
3. PHS Transceiver Line Mode As described above, if the cellular phone 720 of the communication device 700 does not operate normally due to the occurrence of a major earthquake in step 2100 (see FIG. 13) of the disaster victim program, what is the cellular phone line mode? Unlikely, it is determined as NO.

  Further, in step 2110 (see FIG. 13) of the disaster side program, if the disaster side communication device A is unable to communicate with the mobile phone line N2 due to the occurrence of a great earthquake, unlike the mobile phone line mode, It is determined as NO.

  Here, as an example in which the disaster-side communication device A is unable to communicate with the mobile phone line N2, there is a case where the mobile phone base station B1 is not operating so as to be communicable due to the occurrence of a major earthquake ( (See the x mark indicated by the symbol a3 in FIG. 27).

  In step 2130 (see FIG. 13), if the data reception reply process in step 4120 (see FIG. 17) has not yet been performed, NO is determined.

  Thus, based on the determination of NO in step 2100 or step 2110 (see FIG. 13) or the determination of NO in step 2130, in step 2200, it is determined whether or not the PHS 730 of the communication device 700 operates normally. Is done. At this stage, the PHS 730 is already connected to the power supply 500 as described above, and is in an operable state under the supply of power from the power supply 500.

  Accordingly, whether or not the PHS 730 operates normally can depend on whether or not the screen display of the PHS 730 is possible when the power button switch of the PHS 730 is turned on, for example, as with the above-described mobile phone 720. . However, it is assumed that the PHS 730 is stored in the storage 100 in a stopped state.

  Here, if the screen display of the PHS 730 is possible, since the PHS 730 operates normally, YES is determined in step 2200 (see FIG. 13). Accordingly, a connection processing routine 2300 by the transceiver function is executed by the terminal 400 by the CPU 404 according to the flowchart of FIG. This means that the emergency medical support system is in the PHS transceiver line mode.

  If YES is determined in step 2110, the chart data and the support request data are transmitted in step 2120. If the determination in step 2130 is NO, The transmission process in step 2120 is not enabled.

  As described above, when the PHS transceiver line mode is set, first, in step 2310 (see FIG. 16), connection trial processing to the disaster relief headquarters is performed. Accordingly, the terminal 400 tries to connect to the dedicated terminal 1 by the transceiver functions of both the PHS 730 and the PHS 4 via the PHS 730 and the PHS 4 of the disaster relief headquarter side communication device Bb.

  Next, in step 2320, it is determined whether or not it is possible to connect to the disaster relief headquarters. If PHS4 of disaster relief headquarters side communication apparatus Bb does not exist within 500 m from PHS730 and connection to PHS4 by a transceiver function is impossible, it will be judged as NO at Step 2320.

  Thereafter, in step 2330, connection trial processing to the waiting PHS existing in the affected area is performed. In this connection processing, the terminal 400 causes the CPU 404 to store the PHS 730 in a standby PHS existing within a radius of 500 m centered on the PHS 730 and stored in advance in the ROM of the terminal 400 by the transceiver function. The process of trying to connect to all PHS ID numbers is performed.

  Next, in step 2331, it is determined whether or not connection to the standby PHS is possible. When transmission indicating that connection is possible in step 3001 (see FIG. 28) described later is received, a determination of YES is made in step 2331.

  Specifically, for example, as shown in FIG. 27, when PHS 10 and PHS 11 exist within a radius of 500 m centered on PHS 730 and transmission indicating that connection is possible from PHS 10 and PHS 11, in step 2331, , YES is determined.

  As a result, the terminal 400 causes the CPU 404 to connect the PHS 730 to the PHS 10 and the PHS 11 under the transceiver functions of the PHS 730, the PHS 10 and the PHS 11.

  If there is no standby PHS within a radius of 500 m centered on PHS 730, NO is determined in step 2331 and the processing of the connection processing routine 2300 by the transceiver function is completed.

  After the determination of YES in step 2331 described above, in step 2340, transmission processing of a connection instruction to the disaster relief headquarters is performed. Accordingly, an instruction is transmitted to each PHS 10 and PHS 11 connected in step 2330 to connect to the PHS 4 of the disaster rescue headquarter side communication device Bb by the transceiver function.

  Thereafter, in step 2350, a determination is made as to whether a transmission indicating connection to the disaster relief headquarters has been received for each PHS. At this stage, neither the PHS 10 nor the PHS 11 has received a transmission to the effect that the connection to the disaster relief headquarters has been received, and has received a transmission to the effect that the connection cannot be made in step 3030 (see FIG. 28) described later. Thus, NO is determined at step 2350.

  Next, in step 2351, transmission processing of a connection instruction to the Internet line N1 is performed. Accordingly, an instruction is transmitted to each PHS 10 and PHS 11 to connect to the Internet line N1 by the transceiver function.

  Thereafter, in step 2352, it is determined whether or not transmission indicating that the connection to the Internet line N1 is received for each PHS. At this stage, neither the PHS 10 nor the PHS 11 has received a transmission indicating that the connection to the Internet line N1 has been received, and has received a transmission indicating that the connection cannot be made in step 3130 (see FIG. 28) described later. If NO in step 2352, the determination is NO.

  In step 2353, a connection instruction is transmitted from the connected PHS to the standby PHS. Accordingly, each PHS 10 and PHS 11 is a standby PHS existing within a radius of 500 m centered on these PHS 10 and PHS 11 by the transceiver function, and is stored in the ROM of the terminal 400 in advance. An instruction is transmitted to connect to the ID number PHS.

  At this stage, the PHSs that are in standby and exist within a radius of 500 m centering on both PHS10 and PHS11 and that have all ID numbers stored in advance in the ROM of the terminal 400 are PHS12, PHS13, PHS14, If it is PHS15 and PHS16 (see FIG. 27), the terminal 400 uses the PHS 730 with its transceiver function via the PHS10 under the processing of connecting to the standby PHS in step 3210 (FIG. 28) described later by the CPU 404. While connecting to each PHS12, PHS13, and PHS14, PHS730 is connected to each PHS15 and 1PHS16 via PHS11 by the transceiver function.

  In step 2354, a connection instruction transmission process to the disaster relief headquarters is performed. Along with this, an instruction is transmitted to each PHS12 to PHS16 to connect to the PHS4 of the disaster relief headquarter side communication device Bb by its transceiver function.

  Thereafter, the terminal 400 adds and updates the count data D2 = D2 + 1 by a built-in counter (not shown) under the processing in step 2360 by the CPU 404.

Then, in step 2361, a determination is made whether D2> D2 _0. If D2> D2 _{0 is} not satisfied, NO is determined in step 2361, and the processing from step 2350 described above is performed again. Here, D2 ₀ indicates a reference value corresponding to a certain time, and the terminal 400 uses the PHS 730 and the PHS 4 of the disaster rescue headquarter side communication device Bb via the plurality of PHSs in the disaster area or the Internet line N1 Represents the time required to determine whether or not it can be connected.

  At this stage, if the terminal 400 cannot connect to the PHS 4 or the Internet line N1 of the disaster rescue headquarter side communication device Bb via the PHS 730 and the plurality of PHSs in the disaster area even after the predetermined time has elapsed, Since the connection using the transceiver function is impossible, YES is determined in step 2361.

  Next, in step 2362, transmission processing of a PHS connection release instruction is performed. Along with this, an instruction to release the connection is transmitted to all PHSs connected to the PHS 730. As a result, the connection is released.

  On the other hand, in the state where the above-described circulation processing of Step 2350 to Step 2361 is repeated, the transmission of the fact that it is connected to the disaster relief headquarters in Step 3040 (see FIG. 28) or Step 3301 (see FIG. 30) described later is received. Then, in step 2350, a determination of YES is made.

  Further, when a transmission to the effect that connection to the Internet line N1 is received in step 3140 (see FIG. 28) or step 3311 (see FIG. 30) described later, a determination of YES is made in step 2352.

  Specifically, for example, if the PHS 12 (see FIG. 27) receives a transmission indicating that it is connected to the PHS 4 of the disaster relief headquarters side communication device Bb, YES is determined in step 2350.

  Next, in step 2370, connection route setting processing is performed. Accordingly, the route connecting the PHS 730, PHS10, PHS12 of the disaster side communication device A and the PHS4 of the disaster relief headquarter side communication device Bb is the connection route (hereinafter referred to as the PHS transceiver line N3 connection route) constituting the PHS transceiver line N3. (Refer to FIG. 27).

  Thereafter, in step 2371, an instruction transmission process for releasing the PHS connection other than the PHS transceiver line N3 connection route is performed. Accordingly, a release instruction is transmitted to the PHS other than the PHS transceiver line N3 connection route. Thereby, connection of PHS other than the PHS transceiver line N3 connection route is released. Specifically, PHS11, PHS13, PHS14, PHS15, and PHS16 release the connection PHS with other PHS by the transceiver function, and return to the standby state.

  In step 2380, the chart data and the support request data are transmitted. Accordingly, the electronic medical record data displayed in step 1400 (see FIG. 12) and the assistance request data set in step 1930 (see FIG. 12) are used for disaster relief via the PHS transceiver line N3 connection route. It is transmitted to the dedicated terminal 1 of the head office side communication device Bb.

  Thereafter, D2 = 0 is cleared at step 2381, and the processing of the connection processing routine 2300 by the transceiver function ends.

  When the processing of the connection processing routine 2300 is completed in this way, it is determined in step 2390 (see FIG. 13) whether D2 = 0. As described above, since D2 = 0 is set in step 2381 (see FIG. 16), YES is determined in step 2390.

  Accordingly, a reply indicating that the medical chart data and the support request data transmitted as described above have been received is dedicated to the disaster rescue headquarter side communication device Bb under the data reception reply process in step 4220 (see FIG. 17). When the terminal 1 makes the PHS transceiver line N3 connection route via the hub 7, the reply is received by the CPU 404 by the terminal 400 via the PHS transceiver line N3 connection route and the hub 300d as described later. Therefore, the CPU 404 determines YES in step 2391 (see FIG. 13).

  Then, as described above, after the reception completion display processing is performed in step 2600 (see FIG. 14), if the support request data includes the necessary patient count data, the LCD 400c of the terminal 400 displays the display screen. The transport plan data is displayed (see step 2610 to step 2630 in FIG. 15). Similarly to the above, if the support request data includes drug etc. request data, the LCD 400c of the terminal 400 displays the medicine supply data on the display screen (steps 2640 to 2660 in FIG. 15). reference).

  Thereafter, in step 2670, it is determined whether or not the PHS 730 of the disaster-side communication device A is in an operating state. At this stage, since the PHS 730 is in an operating state as described above, it is determined YES in Step 2670, and in Step 2671, the disaster-side communication device A communicates with the disaster relief headquarters via the PHS transceiver line N3 connection route. It is determined whether or not the device Bb is connected.

  At this stage, since the disaster side communication device A is connected to the disaster relief headquarter side communication device Bb via the PHS transceiver line N3 connection route as described above, it is determined YES in Step 2671, and in Step 2672 Then, a transmission process of an instruction to release the PHS connection of the PHS transceiver line N3 connection route is performed. Accordingly, the terminal 400 transmits a PHS connection release instruction to the PHS 10 and the PHS 12 via the PHS 730 by the CPU 404.

  Here, the standby PHSs existing in the disaster area as described above will be described. Each PHS executes the PHS program specified by the flowcharts shown in FIGS. ing.

  Hereinafter, as an example, the execution of the PHS program by the CPU of the PHS 10 will be described.

  First, in step 3000 (see FIG. 28), it is determined whether or not a connection trial instruction has been received. If the PHS 10 has received a connection trial instruction from the terminal 400 of the disaster-side communication device A transmitted by the CPU in step 2330 (see FIG. 16) described above, YES is determined in step 3000.

  Then, in step 3001, a transmission process indicating that connection is possible is performed. Accordingly, the PHS 10 transmits to the PHS 730 that the CPU can connect to the PHS 730 using the transceiver function.

  Next, in step 3010, it is determined whether a connection instruction to the disaster relief headquarters has been received. If the PHS 10 has received the connection instruction to the disaster relief headquarters from the terminal 400 of the disaster-side communication device A transmitted in step 2340 of FIG. 16 by the CPU, it is determined YES in step 3010. The

  Then, in step 3011, connection trial processing to the disaster relief headquarters is performed. Accordingly, an attempt is made by the CPU to connect the PHS 10 to the PHS 4 of the disaster rescue headquarter side communication device Bb based on the transceiver function.

  Thereafter, in step 3020, it is determined whether or not it is possible to connect to the disaster relief headquarters. At the current stage, for example, if the PHS 10 is in a state where the transceiver function cannot connect to the PHS 4 of the disaster relief headquarters side communication device Bb (see FIG. 27), NO is determined in step 3020.

  Next, in step 3030, a transmission process indicating that connection is impossible is performed. Along with this, the PHS 10 transmits to the PHS 730 of the disaster side communication device A that the CPU cannot connect the disaster relief headquarter side communication device Bb to the PHS 4 by the transceiver function.

  Thereafter, in step 3100, it is determined whether or not an instruction to connect to the Internet line N1 has been received. When a connection instruction to the Internet line N1 is received from the terminal 400 via the PHS 730 at step 2351 (see FIG. 16) described above, YES is determined at step 3100.

  Next, in step 3110, connection trial processing to the Internet line N1 is performed. Along with this, the PHS 10 makes an attempt to connect to the Internet line N1 by the CPU based on the transceiver function.

  Thereafter, in step 3120, it is determined whether or not connection to the Internet line N1 is possible. At this stage, if the PHS 10 is in a state where the CPU cannot connect to the Internet line N1 based on the transceiver function (see FIG. 27), NO is determined in step 3120.

  Next, in step 3130, a transmission process indicating that connection is impossible is performed. Along with this, the PHS 10 transmits to the PHS 730 of the disaster side communication apparatus A that the CPU cannot connect to the Internet line N1 by the transceiver function.

  Thereafter, in step 3200, it is determined whether or not an instruction to connect to the standby PHS is received from the terminal 400 of the disaster side communication apparatus A.

  Under the repeated processing with NO in step 3200, as described above, the instruction to connect to the standby PHS is transmitted in step 2353 (see FIG. 16), and the PHS 10 transmits the transmission by the CPU. If a connection instruction is received, YES is determined in step 3200.

  Next, in step 3210, connection processing to the waiting PHS is performed. Accordingly, the PHS 10 is a waiting PHS existing within a radius of 500 m around the PHS 10 under the transceiver function by the CPU, and all the IDs stored in the ROM of the terminal 400 in advance. Connect to numbered PHS. Specifically, PHS10 is connected to PHS12, PHS13, and PHS14 by the transceiver function (refer to Drawing 27).

  Accordingly, in step 3220 (see FIG. 29), it is determined whether or not a PHS connection release instruction other than the PHS transceiver line N3 connection route has been received. At this stage, if the PHS 10 has not received a PHS connection release instruction other than the PHS transceiver line N3 connection route, NO is determined in step 3220, and in step 3230, the downstream PHS, specifically, It is determined whether or not an instruction to connect to the disaster relief headquarters for PHS12 to PHS14 has been received. At this stage, if the PHS 10 has not received a connection instruction to the disaster rescue headquarters for the downstream PHS, it is determined NO in Step 3230, and the determination process in Step 3220 is performed again.

  As described above, when the connection instruction to the disaster relief headquarters transmitted in step 2354 (see FIG. 16) is received by the PHS 10, YES is determined in step 3230 (see FIG. 29), and the step In 3240, a connection instruction is transferred to the disaster rescue headquarters for the downstream PHS.

  Accordingly, the connection instruction to the disaster rescue headquarters received in step 3230 as described above is transferred to the PHS 12, PHS 13, and PHS 14.

  Next, in step 3250, it is determined whether or not there has been an instruction to release PHS connection other than the PHS transceiver line N3 connection route, similar to the processing in step 3220 described above. At this stage, if the PHS 10 has not received the release instruction, it is determined NO in Step 3250, and it is determined in Step 3260 whether or not a connection instruction to the Internet line N1 has been received for the downstream PHS. The At this stage, if the PHS 10 has not received an instruction to connect to the Internet line N1, NO is determined in step 3260, and the determination process from step 3250 described above is repeated.

  Therefore, when the connection instruction to the Internet line N1 is transmitted in step 2351 (see FIG. 16) and received by the PHS 10, YES is determined in step 3260, and in step 3270, the downstream PHS is determined. Transfer processing of the connection instruction to the Internet line N1 is performed.

  Accordingly, the connection instruction to the Internet line N1 received in step 3260 described above is transferred to PHS12, PHS13, and PHS14.

  Next, in step 3300 (see FIG. 30), it is determined whether or not the downstream connected PHS has received a transmission indicating that it has connected to the disaster relief headquarters. At this stage, none of PHS12, PHS13, and PHS14 has transmitted that they have connected to the disaster rescue headquarters, and cannot be connected to the disaster rescue headquarters in step 3030 (see FIG. 28) as described above. If it has been transmitted, NO is determined in step 3300.

  Thereafter, in the next step 3310, it is determined whether or not the downstream connected PHS has received a transmission indicating that it is connected to the Internet line N1. At this stage, none of the PHS12, PHS13, and PHS14 is transmitting that it is connected to the Internet line N1, and cannot be connected to the Internet line N1 in step 3130 (see FIG. 28) as described above. If so, NO is determined in step 3310.

  Next, in step 3320, it is determined whether or not a connection release instruction has been received. At this stage, if a connection release instruction has not been received from terminal 400 in step 2362 (see FIG. 16) or step 2371 (see FIG. 16), NO is determined in step 3320 and step 3200 (FIG. 28). The processing from (see) is performed again.

  Thus, for example, when the PHS 12 receives a transmission indicating that it is connected to the disaster rescue headquarters via the PHS 4 of the disaster rescue headquarter side communication device Bb by the CPU, the determination of YES is made in step 3300 (see FIG. 30). Made.

  Next, in step 3301, transmission processing is performed to the effect that the disaster relief headquarters has been connected. Along with this, the PHS 12 transmits to the terminal 400 that the CPU has connected to the disaster relief headquarters.

  On the other hand, for example, when any downstream PHS such as the PHS 12 receives a transmission indicating that it is connected to the Internet line N1, a determination of YES is made in step 3310. Next, in step 3311, transmission processing to the effect that the connection to the Internet line N1 is made.

  Therefore, after the processing in step 3301 or step 3311 described above, it is determined in step 3400 whether or not a PHS connection release instruction other than the PHS transceiver line N3 connection route has been received. At this stage, if an instruction to release PHS connection other than the PHS transceiver line N3 connection route is not transmitted from the terminal 400 in step 2371 (see FIG. 16), NO is determined in step 3400.

  Thereafter, in step 2371 (see FIG. 16), when a PHS connection release instruction other than the PHS transceiver line N3 connection route is transmitted from the terminal 400 and received by the PHS 10, a determination of YES is made in step 3400. Is made. In step 3410, a PHS connection release instruction transfer process other than the PHS transceiver line N3 connection route to the downstream PHS is performed. Accordingly, the PHS connection release instruction is transferred to the PHS 13 and the PHS 14 except for the PHS 12.

  Next, in step 3500 (see FIG. 30), it is determined whether or not medical chart data and support request data have been received. At this stage, if the medical record data and the support request data are not transmitted from the terminal 400 in Step 2380 (see FIG. 16), NO is determined in Step 3500.

  Therefore, when the chart data and the support request data are transmitted from the terminal 400 and received by the PHS 10 in step 2380 (see FIG. 16), a determination of YES is made in step 3500 (see FIG. 30). . In step 3510, the chart data and the support request data are transferred. Accordingly, the medical record data and support request data are transferred to the PHS 12.

  Thereafter, in step 3600 (see FIG. 31), it is determined whether or not data reception from the disaster relief headquarters has been received. At this stage, if the fact that data is received from the disaster rescue headquarters has not been transferred to the PHS 10 via the PHS4 and PHS12 of the disaster rescue headquarter side communication device Bb, NO is determined in step 3600.

  Therefore, when the above-described data reception is transferred to the PHS 10 and received by the PHS 10, YES is determined in step 3600. Then, in the next step 3610, transfer processing for data reception is performed. Accordingly, the fact that the data has been received is transferred to the terminal 400 via the PHS 730 of the disaster side communication device A.

  Thereafter, in step 3700, it is determined whether or not the number of patients required for transportation is included in the support request data. If the number of patients required for transportation is not included in the support request data set in step 1930 (see FIG. 12), NO is determined in step 3700, and the determination process in step 3730 is performed.

  On the other hand, if the required patient count data is included in the support request data set in step 1930 as described above, YES is determined in step 3700, and in step 3710, the transport from the disaster rescue headquarters is performed. A determination is made as to whether the plan data has been received. At this stage, if the transportation plan data from the disaster rescue headquarters has not been transferred from the PHS4 of the disaster rescue headquarter side communication device Bb to the PHS10 via the PHS12, the determination of NO is repeated in step 3710.

  Thereafter, when the transport plan data is transferred from the PHS 4 of the disaster rescue headquarters side communication device Bb to the PHS 10 via the PHS 12 and received by the PHS 10, YES is determined in Step 3710. Then, in step 3720, transfer plan data transfer processing is performed. Accordingly, the transfer plan data is transferred to the terminal 400 via the PHS 730 of the disaster side communication device A.

  Next, in Step 3730, it is determined whether or not the medical request data is included in the support request data. If the drug request data is not included in the support request data set in step 1930 as described above, NO is determined in step 3730 and the determination process in step 3800 is performed.

  On the other hand, if the drug request data is included in the support request data set in step 1930 as described above, it is determined YES in step 3730, and in step 3740, the drug etc. from the disaster relief headquarters. A determination is made as to whether supply data has been received. At this stage, if the medicine supply data from the disaster rescue headquarters is not transferred from the PHS4 of the disaster rescue headquarter side communication device Bb to the PHS10 via the PHS12, NO is determined in step 3740.

  After that, when the medicine supply data is transferred from the PHS 4 of the disaster relief headquarters side communication device Bb to the PHS 10 via the PHS 12, and is received by the PHS 10, YES is determined in Step 3740. Then, in step 3750, the medicine supply data transfer process is performed. Along with this, the supply data of medicines and the like is transferred to the terminal 400 via the PHS 730 of the disaster side communication device A.

  Next, in step 3800, it is determined whether or not a connection release instruction has been received from the terminal 400. At this stage, if the PHS connection release instruction for the PHS transceiver line N3 connection route has not been transmitted to the PHS 10, NO is determined in step 3800.

  Thus, when the PHS connection release instruction of the PHS transceiver line N3 connection route is transmitted from the PHS 730 of the disaster side communication apparatus A to the PHS 10 in step 2672 (see FIG. 15) and received by the PHS 10, It is determined YES at 3800.

  In step 3810, a PHS connection release instruction transfer process for the PHS transceiver line N3 connection route to the downstream PHS is performed. Accordingly, a PHS connection release instruction for the PHS transceiver line N3 connection route is transferred to the PHS 12.

  Thereafter, in step 3900, connection release processing is performed. Along with this, the PHS 10 releases the connection with the PHS 730 and the PHS 12 of the disaster side communication device A and enters a standby state.

  On the other hand, in the PHS transceiver line mode as described above, even if the chart data and support request data transmission process in step 2120 (see FIG. 13) is performed, the transmission process is not effective as described above. 1 is not received. For this reason, it is determined as NO in step 4110 (see FIG. 17) of the disaster rescue headquarters side program.

  Next, in step 4200 (see FIG. 17), it is determined whether or not the PHS 4 of the disaster rescue headquarter side communication device Bb operates normally. Here, whether or not the PHS 4 operates normally depends on whether or not the screen display of the PHS 4 is possible when the power button switch of the PHS 4 is turned on, for example, in the same manner as the mobile phone 720 described above. it can.

  At this stage, if the PHS 4 can be displayed on the screen, the PHS 4 operates normally.

  Next, in step 4210, it is determined whether or not medical chart data and support request data have been received.

  Thus, the above-described medical chart data and support request data are transmitted from the terminal 400 of the disaster-side communication device A to the PHS 730 and the PHS transceiver under the transmission processing in the above-described step 2380 (see FIG. 16) and step 3510 (see FIG. 30). When transmitted via the line N3 connection route, the dedicated terminal 1 of the disaster relief headquarters side communication device Bb receives the chart data and the support request data via the PHS 4 and the hub 7 by the CPU, and proceeds to step 4210. YES is determined.

  Next, in step 4220, a data reception reply process is performed. Accordingly, a reply indicating that the medical record data and the support request data have been received is sent from the dedicated terminal 1 to the CPU 404 of the terminal 400 of the disaster side communication apparatus A via the PHS transceiver line N3 connection route.

  Thereafter, as in the mobile phone line mode, if the required patient data is included in the support request data, the transfer plan data set in step 4510 is transferred from the dedicated terminal 1 to the disaster side communication device A. (See step 4511). Next, based on the determination of NO in step 4520 and the determination of YES in step 4530, in step 4531, the chart data and the support request data are transferred from the dedicated terminal 1 to the dedicated terminal 8 of the emergency medical base hospital communication device Bc. Transferred.

  Thus, based on the determination of YES in step 4540, the supply data of the medicines and the like is transferred to the terminal 400 of the disaster-side communication device A in step 4550, and then the transfer plan data, medical record data, and support request data. In addition, in step 4560, the medicine supply data is recorded in the recording device of the dedicated terminal 1.

  Further, in the PHS transceiver line mode as described above, the medical record data received in step 5110 (see FIG. 19) of the emergency medical base hospital side program and the support data are supplied in the same way as the mobile phone line mode. Based on the request data, it is set in step 5200. Next, after the medicine supply data is transmitted to the dedicated terminal 1 in step 5210, the chart data, support request data, and medicine supply data are recorded in the recording device of the dedicated terminal 8 in step 5220. .

  As described above, in the PHS transceiver line mode, the terminal 400 of the disaster side communication device A and the dedicated terminal 1 of the disaster relief headquarter side communication device Bb are connected with a plurality of PHSs in the disaster area using the PHS transceiver function. Thus, data transmission / reception as described above is performed.

  Here, by utilizing the transceiver function of the PHS, communication with each PHS within 500 m from the PHS 730 of the disaster side communication apparatus A, communication with each PHS within 500 m from each PHS, and the communication target sequentially The communication between the disaster side communication device A and the emergency support side communication device B is finally secured by changing the PHS. This means that the communication between the PHS and the emergency support side communication device B is finally performed by the transition of communication between the PHSs using the autonomous distributed communication function of the PHS having the transceiver function. Means secure.

  In this way, data between the terminal 400 of the disaster side communication device A and the dedicated terminal 1 of the disaster relief headquarter side communication device Bb can be obtained by utilizing a plurality of PHS without using a specially provided base station. Therefore, data can be reliably sent and received without being affected by the great earthquake.

In addition, as described above, an instruction for each of the plurality of PHSs in the disaster area is given by the terminal 400 of the disaster side communication apparatus A. Therefore, the plurality of PHSs in the stricken area only need to have the PHS program as described above, and do not need to have a special function.
4). Satellite telephone line mode As described above, if the PHS 730 of the disaster side communication apparatus A does not operate normally due to the occurrence of a major earthquake in step 2200 of the disaster side program (see FIG. 13), the PHS transceiver line mode and Is different and is determined as NO.

  Accordingly, in step 2400 (see FIG. 14), it is determined whether or not satellite phone 740 of communication device 700 operates normally. At this stage, the satellite phone 740 is already connected to the power source 500 as described above, and is in an operable state under the power supply from the power source 500.

  Accordingly, whether or not the satellite phone 740 operates normally is determined by whether or not the satellite phone 740 can be displayed on the screen when the power button switch of the satellite phone 740 is turned on, for example. Depending on. It is assumed that the satellite phone 740 is stored in the storage 100 in a stopped state.

  Here, if the screen display of the satellite phone 740 is possible, the satellite phone 740 operates normally.

  Thereafter, in step 2410, it is determined whether the satellite telephone line N4 is normal. At this stage, if the radio wave transmitted in the operating state from the satellite telephone base station B2 (see FIG. 32) included in the satellite telephone line N4 reaches the satellite telephone 740, YES is determined in step 2410. This means that the emergency medical support system is in the satellite telephone line mode. FIG. 32 schematically shows that the emergency medical support system is in the satellite telephone line mode in a state where the PHS transceiver line N3 cannot be constructed.

  When the emergency medical support system is thus set in the satellite telephone line mode, in step 2420, the chart data and the support request data are transmitted. Accordingly, the electronic medical record data displayed in step 1400 (see FIG. 12) and the support request data set in step 1930 (see FIG. 12) are converted into the satellite telephone base station B2, the communication satellite B3, and the satellite. It is transmitted to the satellite telephone 5 of the disaster relief headquarter side communication device Bb via the satellite telephone line N4 configured to include the telephone base station B4. Then, the support request data transmitted in this way is further received by the dedicated terminal 1 through the communication unit of the satellite telephone 5 and the hub 7 by the CPU.

  Accordingly, the response to the fact that the medical record data and the support request data transmitted as described above have been received is, as will be described later, based on the data reception reply process in step 4320 (see FIG. 17). When a reply is made from the dedicated terminal 1 of the device Bb to the satellite telephone line N4 via the hub 7 and the communication unit of the satellite phone 5, the reply is received by the terminal 400 via the communication unit of the satellite phone 740 by the CPU 404, step 2430. It determines with YES in (refer FIG. 14).

  Then, in the same manner as in the Internet line mode, after the reception completion display process is performed in step 2600 (see FIG. 14), if the transfer request patient number data is included in the support request data, step 2620 is performed as described above. The display of the transportation plan data determined to be received at is displayed on the display screen by the LCD 400c of the terminal 400 (see step 2630). If the drug request data is included in the support request data, the drug supply data determined to be received in step 2650 as described above is displayed on the display screen by the LCD 400c (see step 2660). .

  Further, in the disaster relief headquarters side as compared to the satellite telephone line mode as described above, in the satellite telephone line mode as described above, the chart 400 and the support request data transmission process by the terminal 400 in step 2380 (see FIG. 16). Not done. For this reason, it is determined as NO in step 4210 (see FIG. 17) of the disaster rescue headquarters side program.

  Next, in the next step 4300, it is determined whether or not the satellite telephone 5 operates normally. Here, whether or not the satellite phone 5 operates normally is, for example, whether the screen display of the satellite phone 5 is possible when the power button switch of the satellite phone 5 is turned on, as in the above-described mobile phone 720. Depending on whether or not.

  At this stage, if the satellite phone 5 can be displayed on the screen, the satellite phone 5 operates normally. Next, in step 4310, it is determined whether or not medical chart data and support request data have been received.

  Thus, as described above, the medical record data and the support request data are transmitted from the terminal 400 of the disaster side communication apparatus A via the satellite telephone 740 and the satellite telephone line N4 under the transmission processing in step 2420 (see FIG. 14). When transmitted, the dedicated terminal 1 receives the chart data and support request data via the satellite telephone 5 and the hub 7 by the CPU, and determines YES in step 4310.

  Next, in step 4320, a data reception reply process is performed. Accordingly, a reply that the medical record data and the support request data have been received is sent from the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb to the terminal 400 of the disaster side communication device A via the satellite phone 5 and the satellite phone line N4. This is made to the CPU 404 via the satellite phone 740.

  Thereafter, as in the mobile phone line mode, if the number of patients required for transportation is included in the support request data, the transportation plan data set in step 4510 (see FIG. 18) is stored on the disaster rescue headquarters side. The data is transmitted from the dedicated terminal 1 of the communication device Bb to the terminal 400 of the disaster side communication device A (see step 4511).

  Next, based on the determination of NO in step 4520 and the determination of YES in step 4530, the chart data and support request data are received from the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb in step 4531 (see FIG. 18). It is transferred to the dedicated terminal 8 of the emergency medical base hospital side communication device Bc.

  Thus, based on the determination of YES in step 4540, the supply data of the medicine, etc. is transferred to the terminal 400 of the disaster-side communication device A in step 4550, and then the transportation plan data, medical record data, support request data, and medicine The equal supply data is recorded in the recording device of the dedicated terminal 1 in step 4560.

  Further, in the emergency medical base hospital side with respect to the satellite telephone line mode as described above, in the same way as in the mobile phone line mode, the medicine supply data is stored in step 5110 of the emergency medical base hospital side program (see FIG. 19). Is set in step 5200 based on the medical record data and support request data received in step 5200. Next, after the supply data of medicines and the like is transmitted to the dedicated terminal 1 of the disaster rescue headquarters side communication device Bb in step 5210, the medical record data, the support request data, and the supply data of medicines are supplied to the dedicated terminal in step 5220. 8 recording devices.

  Note that in step 2361 (see FIG. 16) of the connection processing routine using the transceiver function, for example, PHS4 of the disaster rescue headquarter side communication device Bb for a certain period of time because there is not enough standby PHS in the disaster area. Alternatively, if it is not possible to connect to the Internet line N1, it is determined that the PHS transceiver line N3 cannot be constructed, and YES is determined (see the symbol x indicated by symbol a4 in FIG. 32). Next, D2 = 0 is set in step 2392 based on the transmission process of the PHS connection release instruction in step 2362 (see FIG. 16) and the determination of NO in step 2390 (see FIG. 13).

  In step 2391 (see FIG. 13) described above, if the data reception reply process in step 4220 (see FIG. 17) has not yet been performed, NO is determined.

  Thus, even if the setting in step 2392 or the determination of NO in step 2391 is made in this way, the same as the case where it is determined as NO in step 2200 (see FIG. 13) of the disaster side program as described above. Processing is done.

As described above, even if the Internet line mode, the cellular phone line mode, and the PHS line mode are not usable, the disaster-side communication device A can be used as the emergency support side communication device B by utilizing the satellite phone line mode. Data transmission can be ensured.
5. Wireless line mode As described above, in step 2400 (see FIG. 14) of the disaster-side program, if the satellite telephone 740 of the communication device 700 does not operate normally due to the occurrence of a major earthquake, unlike the satellite telephone line mode. , NO is determined.

  In step 2410 (see FIG. 14) of the disaster side program, if the disaster side communication apparatus A is normally connected to the satellite telephone line N4 so as to be communicable due to the occurrence of the great earthquake, the satellite telephone line mode is Unlikely, it is determined as NO.

  Here, as an example in which the communication device A on the disaster side is not normally connected to the satellite telephone line N4 so as to be communicable, the satellite telephone base station B2 of the satellite telephone line N4 operates to be communicable due to the occurrence of the great earthquake disaster. (See the crosses indicated by symbol a5 in FIG. 33).

  In step 2430 (see FIG. 14) described above, if the data reception reply process in step 4320 (see FIG. 17) has not yet been performed, NO is determined.

  Therefore, based on the determination of NO in each of steps 2400 and 2410 (see FIG. 13) or the determination of NO in step 2430, the dedicated wireless device 750 of the communication device 700 is normal in step 2500 (see FIG. 14). It is determined whether or not to operate. At this stage, the dedicated wireless device 750 is already connected to the power source 500 as described above, and is in an operable state under the supply of power from the power source 500.

  Accordingly, whether or not the dedicated wireless device 750 operates normally can depend on whether or not the level meter of the dedicated wireless device 750 is shaken. It is assumed that the dedicated wireless device 750 is stored in the storage 100 in a stopped state.

  Here, if the level meter of the dedicated wireless device 750 swings, the dedicated wireless device 750 operates normally.

  If NO is determined in step 2430, the chart data and the support request data are transmitted in step 2420. If the determination in step 2430 is NO, The transmission process in step 2420 is not valid.

  After determining YES in step 2500 as described above, it is determined in step 2510 whether or not the wireless line N5 is normal. At this stage, if the radio wave transmitted in the operating state from the regional disaster prevention radio of the disaster countermeasure headquarter side communication device Ba reaches the dedicated radio 750, YES is determined in step 2510. This means that the emergency medical support system is in the wireless line mode. In FIG. 33, it is schematically shown that the emergency medical support system is placed in the wireless line mode in a state where the satellite telephone line N4 cannot be connected.

  When the emergency medical support system is thus set in the wireless line mode, in step 2520, the chart data and the support request data are transmitted. Accordingly, the electronic medical record data displayed in step 1400 (see FIG. 12) and the support request data set in step 1930 (see FIG. 12) are used as the regional disaster prevention radio of the disaster response headquarter side communication device Ba. Are transmitted to the regional disaster prevention radio of the disaster response headquarters side communication device Ba via a wireless line N5 configured to include a dedicated wireless line. Then, the support request data transmitted in this way is further received by the dedicated terminal 1 with its CPU through the communication unit of the regional disaster prevention radio device 6 and the hub 7.

  Thus, the response to the fact that the medical record data and the support request data transmitted as described above have been received is, as will be described later, based on the data reception reply process in step 4420 (see FIG. 18). When the wireless terminal N5 is made from the dedicated terminal 1 of the device Bb through the hub 7 and the communication unit of the regional disaster prevention radio device 6, the reply is received by the terminal 400 through the communication unit of the dedicated radio device 750 by the CPU 404, In step 2530 (see FIG. 14), the determination is YES.

  Then, after the reception completion display process is performed in step 2600 (see FIG. 14) in the same manner as in the Internet line mode, if the transfer request patient data is included in the support request data, step 2620 is performed as described above. The display of the transportation plan data determined to be received at is displayed on the display screen by the LCD 400c of the terminal 400 (see step 2630). If the request data for medicines is included in the support request data, the supply data for the medicines determined to be received in step 2650 is displayed on the display screen by the LCD 400c (see step 2660).

  On the other hand, in the wireless channel mode as described above, even if the chart data and support request data transmission process in step 2420 (see FIG. 14) is performed, the transmission process is not effective as described above. Is not received. For this reason, it is determined as NO in step 4310 (see FIG. 17) of the disaster rescue headquarters side program.

  Next, in step 4400 (see FIG. 18), it is determined whether or not the regional disaster prevention radio device 6 operates normally. Here, whether or not the regional disaster prevention radio device 6 operates normally is determined, for example, when the power button switch of the regional disaster prevention radio device 6 is turned on, similarly to the mobile phone 720 described above. Depending on whether or not the screen display is possible.

  If it is possible to display the screen of the local disaster prevention radio device 6 at this stage, the local disaster prevention radio device 6 operates normally. Next, in step 4410, it is determined whether or not medical chart data and support request data have been received.

  Thus, the medical record data and the support request data are transmitted from the terminal 400 of the disaster side communication apparatus A through the dedicated wireless device 750 and the wireless line N5 under the transmission process in step 2520 (see FIG. 14) as described above. Then, the dedicated terminal 1 receives the medical chart data and the support request data through the communication unit of the regional disaster prevention radio device 6 and the hub 7 by the CPU, and determines YES in step 4410.

  Next, in step 4420, a data reception reply process is performed. Accordingly, a reply that the medical record data and the support request data have been received is sent from the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb to the disaster side communication device A via the communication unit of the regional disaster prevention radio device 6 and the wireless line N5. To the CPU 404 of the terminal 400 via the dedicated wireless device 750.

  After that, as in the mobile phone line mode, if the number of patients required for transportation is included in the support request data, the transportation plan data set in step 4510 is dedicated to the disaster rescue headquarter side communication device Bb. It is transmitted from the terminal 1 to the terminal 400 of the disaster side communication device A (see step 4511).

  Then, based on the determination of YES in step 4530, the medical record data and the support request data are obtained in step 4531 from the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb to the dedicated terminal of the emergency medical base hospital side communication device Bc. 8 is transferred.

  Thus, based on the determination of YES in step 4540, the supply data of the medicine, etc. is transferred to the terminal 400 of the disaster-side communication device A in step 4550, and then the transportation plan data, medical record data, support request data, and medicine The equal supply data is recorded in the recording device of the dedicated terminal 1 in step 4560.

  Further, in the wireless line mode as described above, as with the mobile phone line mode, medical record data and medical record data received in step 5110 (see FIG. 19) of the emergency medical base hospital side program and support request are received. Set in step 5200 based on the data. Then, after the medicine supply data is transmitted to the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb in step 5210, the medical record data, the support request data, and the medicine supply data are received in step 5220 in the dedicated terminal 8 Recorded on the recording device.

  As described above, any one of the available modes among the Internet line mode, the mobile phone line mode, the PHS transceiver line mode, the satellite phone line mode, and the radio line mode can be used. The terminal 400 is connected to the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb. In such a connection state, the above-described data transmission / reception is performed between the terminal 400 of the disaster side communication device A and the dedicated terminal 1 of the disaster relief headquarter side communication device Bb.

  As described above, the Internet line mode, the mobile phone line mode, the PHS transceiver line mode, the satellite telephone line mode, and the radio line mode are preferentially selected. This means that the selection is in order of high versatility.

  As described above, one of the plurality of preset line modes that can be used is automatically selected in the order of priority, and data is transmitted / received. Can send and receive.

  As a result, doctors and medical assistants in the affected area can receive medicines and the like necessary for medical support of the affected person quickly and reliably. A patient diagnosed as needing transportation can be appropriately transported to an emergency medical base hospital based on the transportation plan as described above.

  In addition, since the disaster relief headquarters transports patients in the disaster area based on the transport plan data set corresponding to the number of patients required for transport, it is possible to perform human support in medical activities systematically and efficiently. .

  In addition, the emergency medical base hospital will supply the necessary medicines to the doctors and medical assistants in the disaster area based on the supply data for the medicines that are set in response to the above requirement data, etc. Can be carried out efficiently and efficiently.

  In addition, the medical record data of the patient in the disaster area is recorded in the recording device of the dedicated terminal 8 of the emergency medical base hospital side communication device. Therefore, when the patient is examined at the emergency medical base hospital, the patient can be smoothly diagnosed by using the medical record data of the subject patient.

In carrying out the present invention, the following various modifications are possible without being limited to the above embodiment.
(1) The medical assistant may input to the offerer's electronic medical chart via the terminal using a terminal, a blood pressure monitor, a thermometer, and a pulse meter, which are uniquely prepared by a doctor or the medical assistant.
(2) As applied to car navigation systems, if the victim's phone number and name are known, the address will be known, so enter the phone number and name using the terminal keyboard. You may make it memorize | store the telephone number and full name which were made in the triage tag. This is useful for providing a triage tag at the time of a disaster aiming to be able to specify the specific information (address, etc.) of the victim easily and quickly.
(3) The outer casing, the frame of the outer lid, and the outer wall described in the above embodiment may be formed of wood having the same characteristics as paulownia, such as cedar, instead of paulownia. From the viewpoint of ensuring flame retardancy, it is desirable to impregnate a metal silicon flame retardant solution into wood having the same characteristics as paulownia such as cedar.
(4) The inner casing described in the above embodiment may be formed of wood having the same characteristics as paulownia or cedar instead of cedar.
(5) The paulownia plate described in the above embodiment is not limited to a plate thickness of 12 mm, and may be appropriately changed and adopted as necessary.

Moreover, the plate | board thickness of an iron plate is not restricted to 1.2 mm, For example, the value within the range of 0.5 mm-1.2 mm may be sufficient, and not only this but you may change suitably as needed.
(6) The outer peripheral shape of each case and frame of the storage described in the above embodiment is not limited to a square shape, and may be appropriately changed to, for example, a pentagonal shape, a cylindrical shape, or a spherical shape. .
(7) In the said embodiment, it may replace with a metal silicon type flame retardant solution and may employ | adopt the solution which has a flame retardance characteristic similar to this flame retardant solution.
(8) In the above embodiment, the height of the storage is not limited to about 50 cm, and may be appropriately changed within a range that satisfies the portability.
(9) In the above-described embodiment, instead of input by operation of the keyboard or mouse, input by operation of the touch panel may be used.
(10) The upper end opening of the inner casing 110c described in the above embodiment is protruded upward so as to be higher by a predetermined length than the upper end openings of both the outer and inner casings 110a, 110b. The lower end opening of the frame body 120a is formed in accordance with the outer dimensions of the upper end opening of the inner casing 110c so as to be airtight and liquid tightly fitted to the upper end opening of the inner casing 110c. Also good. Accordingly, a structure similar to a so-called airtight fitting structure of a tea tube can be applied between the lower end opening of the frame 120a and the upper end opening of the inner housing 110c. However, the inner casing 110c is formed of paulownia which is a material for forming the outer casing 110a.

Thereby, fitting with the lower end opening part of the frame 120a and the upper end opening part of the inner side housing | casing 110c is fully ensured airtightly and liquid-tightly. Therefore, the storage can ensure the same moisture resistance and water resistance as the storage of the above embodiment.
(11) The above-mentioned drug request data and medical record data are transferred from the terminal 400 of the disaster side communication device A to the dedicated terminal 8 of the emergency medical base hospital side communication device Bc via the dedicated terminal 1 of the disaster rescue headquarter side communication device Bb. It is not limited to the transmission, but may be directly transmitted from the terminal 400 of the disaster side communication device A to the dedicated terminal 1 of the disaster relief headquarter side communication device Bb.
(12) In the setting of drug etc. request data in the above step 1930, not only the supplement of the medicine stored in the emergency medical product storage box 800 is set as the drug etc. request data, but also other necessary for patient treatment Drug request data may be set so as to add a new drug or the like.
(13) In the setting of the support request data in the above step 1930, not only the required patient count data and drug request data are set as the support request data, but also requests for addition of a new medical assistant to the affected area. Data may be added to support request data.

Upon receiving this data, the disaster relief headquarters may dispatch human resources corresponding to the medical assistant addition request data to the affected area.
(14) In step 2520, the local disaster prevention radio of the disaster rescue headquarters side communication device Bb via the dedicated radio 750 of the disaster side communication device A, the radio line N5, and the regional disaster prevention radio of the disaster response headquarters communication device Ba 6, the medical record data and the support request data are sent to the local disaster prevention radio device 6 of the disaster relief headquarters communication device Bb directly via the dedicated radio device 750 of the disaster communication device A. Data may be transmitted.

In addition, the above chart data and support request data are transmitted from the dedicated wireless device 750 of the disaster side communication device A to the regional disaster prevention device 6 of the disaster relief headquarter side communication device Bb via the regional disaster prevention radio provided in advance in other ward offices. May be transmitted.
(15) The disaster prevention dedicated line 8b provided between the disaster rescue headquarters side communication device Bb and the emergency medical base hospital side communication device Bc is not only configured by wire, but also configured by radio. It may be.
(16) In the connection processing routine 2300 by the transceiver function of FIG. 16 above, the terminal 400 instructs the PHS of all ID numbers stored in advance in the ROM of the terminal 400 via the PHS 730 or the connected PHS. In addition to transmitting a connection instruction or the like, a connection instruction or the like is transmitted to PHS 730 or all the waiting PHSs existing within a radius of 500 m around the connected PHS by an operation of outputting predetermined input data. Also good.
(17) By using the above-described PHS transceiver line N3, the terminal 400 of the disaster side communication device A and the dedicated terminal 1 of the disaster relief headquarter side communication device Bb are not limited to being connected to a mobile terminal such as a mobile phone. You may make it connect the terminal 400 of the disaster side communication apparatus A and the exclusive terminal 1 of the disaster relief headquarter side communication apparatus Bb by utilizing the transceiver function provided beforehand.

It is a schematic block diagram which shows one Embodiment of the emergency medical assistance system to which this invention is applied. It is a front view of the storage in the said embodiment. It is a partial fracture top view of the storage in the above-mentioned embodiment. It is a left view of the storage in the said embodiment. FIG. 5 is a partially broken cross-sectional view taken along line 5-5 of FIG. FIG. 6 is a partial cross-sectional view taken along line 6-6 of FIG. FIG. 7 is a partial cross-sectional view taken along line 7-7 in FIG. 3. It is a front view which shows the usable state of a storage and its storage terminal in the said embodiment. It is a top view which shows the usable state of a storage and its storage terminal in the said embodiment. It is a left view which shows the usable state of a storage and its storage terminal in the said embodiment. It is a block circuit block diagram when the disaster side communication apparatus in the said embodiment is in a usable state. It is a part of flowchart which shows the disaster side program of the terminal of the disaster side communication apparatus of FIG. It is a part of flowchart which shows the disaster side program of the terminal of the disaster side communication apparatus of FIG. It is a part of flowchart which shows the disaster side program of the terminal of the disaster side communication apparatus of FIG. It is a part of flowchart which shows the disaster side program of the terminal of the disaster side communication apparatus of FIG. 14 is a detailed flowchart showing a connection processing routine by the transceiver function of FIG. It is a part of flowchart which shows the disaster relief headquarters side program of the exclusive terminal of the disaster relief headquarters side communication apparatus of FIG. It is a part of flowchart which shows the disaster relief headquarters side program of the exclusive terminal of the disaster relief headquarters side communication apparatus of FIG. It is a flowchart which shows the emergency medical base hospital side program of the exclusive terminal of the emergency medical base hospital side communication apparatus of FIG. It is a figure which shows the blank form of the electronic medical record in the said embodiment. It is a display example figure when a patient's specific matter is inputted into the electronic medical record. It is a display example figure when a patient's symptom is inputted into an electronic medical record. It is a display example figure when a doctor's finding and treatment are inputted into an electronic medical record. It is a display example figure of the input electronic medical chart. It is a schematic connection diagram in the case of connecting a terminal of a disaster side communication device and a dedicated terminal of a disaster relief headquarter side communication device via an Internet line. It is a schematic connection diagram in the case of connecting a terminal of a disaster side communication device and a dedicated terminal of a disaster relief headquarter side communication device via a mobile phone line. It is a schematic connection diagram in the case of connecting a terminal of a disaster side communication device and a dedicated terminal of a disaster relief headquarter side communication device via a PHS transceiver line. It is a part of flowchart which shows the program for PHS in PHS of a stricken area. It is a part of flowchart which shows the program for PHS in PHS of a stricken area. It is a part of flowchart which shows the program for PHS in PHS of a stricken area. It is a part of flowchart which shows the program for PHS in PHS of a stricken area. It is a schematic connection diagram in the case of connecting a terminal of a disaster side communication device and a dedicated terminal of a disaster relief headquarter side communication device via a satellite telephone line. It is a schematic connection diagram in the case of connecting a terminal of a disaster side communication device and a dedicated terminal of a disaster relief headquarters side communication device via a wireless line and a regional disaster prevention radio of a disaster countermeasure headquarter side communication device.

Explanation of symbols

A ... Disaster side communication device, B ... Emergency support side communication device, N1 ... Internet line,
N2 ... mobile phone line, N3 ... PHS transceiver line, N4 ... satellite phone line,
N5 ... wireless line, 1,8 ... dedicated terminal, 2,8a ... modem, 3 ... mobile phone,
730 ... PHS, 740 ... Satellite phone, 100 ... Storage, 110 ... Storage body,
110a ... outer casing, 110b ... inner casing, 110c ... inner casing, 120 ... lid,
120a ... frame body, 120b ... lid wall, 124 ... inner wall portion, 125 ... inner wall portion,
126 ... Outer wall part, 300a ... Sphygmomanometer, 300b ... Thermometer, 300c ... Heart rate monitor,
400a ... Control circuit, 400b ... Drive circuit, 400c ... LCD,
404 ... CPU, 500 ... power supply, 700 ... communication equipment, 710 ... modem,
720 ... mobile phone, 730 ... PHS, 740 ... satellite phone, 750 ... dedicated radio.

Claims (6)

Portable storage,
And of the affected areas terminal which has previously been stored in this portable vault within,
And a plurality of communication means of the affected areas, which has been previously stored in the Allowed transportable storage cabinet in the so that the corresponding to the plurality of communication lines,
The portable storage is provided with a storage body and a lid that can be opened and closed at the upper end opening of the storage body.
The storage body is
An outer casing formed by impregnating a paulownia wood or wood having the same characteristics as this paulownia with a flame retardant solution, and an iron plate or a metal plate fitted in the outer casing and having the same characteristics as this iron plate And an inner casing formed from wood that is fitted in the inner casing,
The upper end opening is constituted by the entire upper end opening of each casing,
The lid is a hollow frame formed by impregnating a paulownia material or wood having the same characteristics as this paulownia material with a flame retardant solution, and a lid wall that is fitted into the upper end opening of the frame. And an inner wall portion made of wood, an inner wall portion laminated on the inner wall portion and formed of an iron plate or a metal plate having the same characteristics as the iron plate, and a paulownia material laminated on the inner wall portion. With a lid wall composed of an outer wall made of wood having the same characteristics as this paulownia,
The lower end opening of the frame body and the entire upper end opening of each housing are each formed in a fitting shape that fits in an airtight manner,
Before Symbol terminal,
Disaster medical information creating means for creating disaster medical information necessary for support of victims in the disaster area,
Determining means for determining whether any one communication means of the plurality of communication means is normally connected to a corresponding communication line among the plurality of communication lines;
When the determination unit determines that any one of the plurality of communication units is normally connected to the corresponding communication line, the disaster medical information is transmitted to the corresponding communication line through the one communication unit. A disaster-side communication device comprising a transmission means for performing the operation.   The disaster-side communication apparatus according to claim 1, wherein the determination unit performs the determination from a communication unit having high generality among the plurality of communication units. The plurality of communication lines include an Internet line, a mobile phone line, a PHS transceiver line, a satellite phone line, and a radio line,
The plurality of communication means includes the Internet line, the mobile phone line, the PHS transceiver line, the satellite telephone line, and an Internet modem corresponding to the wireless line, a mobile phone, a PHS, a satellite phone, and a dedicated radio.
The disaster-side communication device according to claim 1, wherein the determination unit performs the determination in the order of the modem, the mobile phone, the PHS, the satellite phone, and the dedicated radio device.   When the determination unit determines that the PHS is normally connected to the PHS transceiver line, the terminal places the PHS in a transceiver mode and transmits a plurality of PHSs within a predetermined region from the PHS through the PHS. 4. The disaster side communication apparatus according to claim 3, further comprising transceiver mode processing means for processing so as to be placed in a mode. Comprising a bar Vital sign data measurement means which is previously stored in the Allowed transportable storage cabinet in the so that measuring the vital sign data of the victims,
The terminal
By the medical assistant to input the specific matters of the victim, the symptoms of the victim examined by a doctor based on the vital sign data measured by the vital sign data measuring means, and the doctor's treatment content for the victim Input operation means to be operated;
Input processing means for processing to input the specific matters of the victim from the input operation means, the symptoms of the victim and the treatment contents of the doctor into an electronic medical record,
Display means for displaying an electronic medical record after input by the input processing means;
When a doctor confirms that the content of the electronic medical record is correct, by inputting that fact by operation of the input operation means, electronic medical record confirmation means for confirming the content of the electronic medical record as medical record data;
Comprising support request data setting means for setting support request data necessary to support the victim based on the medical record data,
The disaster medical information creation means creates at least one of the medical record data determined by the electronic medical chart determination means and the support request data set by the support request data setting means as the disaster medical information. The disaster-side communication device according to any one of claims 1 to 4, wherein The disaster side communication device according to any one of claims 1 to 5,
When the determination unit of the disaster side communication device determines that any one communication unit of the plurality of communication units is normally connected to the corresponding communication line, the disaster side communication device and the disaster side communication device An emergency medical support system comprising a connected emergency support communication device.

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