Corpse and coffin matching system and matching method

Abstract

To provide a corpse and coffin matching system and a matching method capable of ensuring confidentiality of funeral information and reliably preventing corpse confusion due to a human determination mistake.SOLUTION: A corpse and coffin matching system comprises: a core server 1 managed by a system operator; a mobile terminal 10 for inputting corpse information to the core server 1; a router 2 installed in a funeral facility; a hub 3 connected to the router 2; an HHT control AP 4, a control PC 5, information reading means 6, and alarm means 8 connected to the hub 3; a corpse identification band 11 attached to the corpse and carrying the corpse information; an RFID tag which is attached to the coffin and on which the corpse information is recorded; and a handy terminal 9 that receives the corpse information from the core server 1 via the HHT control AP 4, writes the same to the corpse identification band 11 and the RFID tag 13, and reads the corpse information from the corpse identification band 11 and the RFID tag 13.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] The present invention relates to a system and method for matching a body and a coffin, which can reliably prevent the mistake of a body during the funeral procession or cremation. [Background technology]

[0002] In a typical funeral, the body is placed in a coffin at a funeral facility, but it is not uncommon for multiple funerals to be held at the same funeral facility on the same day. The funeral reception date, funeral number, name of the body, scheduled date and time of the funeral procession, actual date and time of the funeral procession, etc., all agreed upon by the funeral parlor are entered into the funeral parlor's computer and saved, but whether the body is placed in the coffin correctly (whether the body is placed in the predetermined coffin) and whether the body is taken out at the correct time (whether the coffin is correct) is all determined by the staff in charge at their own discretion. Needless to say, there is no guarantee that errors will not occur in such human judgment, which could lead to some kind of trouble.

[0003] To solve these problems, a system to prevent body mix-ups has been proposed (Utility Model Registration No. 3226655). This system uses a smartphone carried by a funeral company employee to check the code information of a tag with a 2D code containing body identification information attached to it, and a tag with the same 2D code attached to a coffin, and manually determines whether or not the bodies have been mixed up, in an attempt to prevent body mix-ups. In addition, the system is operated and managed by a management company other than the funeral company using an external server, which raises concerns about the confidentiality of funeral information. [Prior art documents] [Patent documents]

[0004] [Patent Document 1] Utility Model Registration No. 3226655 Summary of the Invention [Problem to be solved by the invention]

[0005] As mentioned above, the previously proposed body mix-up prevention systems attempt to prevent body mix-ups by manually determining whether or not there has been a mix-up, so the possibility of misjudgment cannot be eliminated. Furthermore, the system is operated and managed by a management company other than the funeral company using an external server, which poses problems with the confidentiality of funeral information.

[0006] The present invention has been made to solve such problems in conventional systems, and its objective is to provide a body and coffin matching system and method which ensures the confidentiality of funeral information because the entire system is operated and managed by the funeral company, and which can reliably prevent body mix-ups caused by human error by mechanically making the final decision on whether or not there has been a mix-up at the time of the coffin being carried out. [Means for solving the problem]

[0007] The invention described in claim 1 for solving the above problem is a body and coffin matching system comprising a core server managed by a system operator, a mobile terminal for inputting body information including information on the deceased, funeral number, funeral venue, funeral date and time, coffin procession date and time, etc., into the core server, a router installed in a funeral facility and connected to the core server, a hub connected to the router, an HHT control AP, a control PC, an RFID reader / writer including an antenna as an information reading means, and a warning means connected to the hub, a body identification band attached to the body and carrying the body information, an RFID tag attached to the coffin and recording the body information, and a handheld terminal which receives the body information from the core server via the HHT control AP, links the body information to the body identification band, writes the body information to the RFID tag, and reads the body information from the body identification band and the RFID tag.

[0008] In one embodiment, the backbone server and the router are connected by a VPN. Also, in one embodiment, the hub, HHT control AP, RFID reader / writer, and warning means are of PoE power supply type, and the HHT control AP, RFID reader / writer, and warning means are connected to the hub by a LAN cable. In one embodiment, the antenna is placed at the coffin exit of the funeral facility, or at the coffin exit of the funeral facility and the hearse. The antenna placed at the coffin exit of the funeral facility is preferably a mat-type antenna.

[0009] The invention described in claim 6 for solving the above problem is a method for matching a body and a coffin using the body and coffin matching system described in any one of claims 1 to 5, inputting the corpse information from the mobile terminal to the core server; receiving the corpse information from the backbone server via the HHT control AP in the handheld terminal, reading the corpse identification band attached to the corpse, and linking the corpse information with the corpse identification band; inputting the corpse information into the RFID tag attached to the coffin by the handheld terminal, thereby linking the coffin to the RFID tag; At the time of placing the body in a coffin, the handheld terminal is used to link the body information on the body identification band with the RFID tag; At the time of funeral, reading the corpse information of the RFID tag through the antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the process of the coffin being removed when there is a difference as a result of the comparison and when all steps have not been completed; This is a method of matching a body and a coffin.

[0010] The invention described in claim 7 for solving the above problem comprises a core server managed by a system operator, a mobile terminal for inputting corpse information including information on the deceased, funeral number, funeral venue, funeral date and time, and funeral procession date and time into the core server, a corpse identification band attached to the corpse and carrying the corpse information, and an RFID tag attached to the coffin and recording the corpse information. a first router installed in a funeral facility and connected to the core server, a first hub connected to the first router, a first HHT control AP, a first control PC, a first RFID reader / writer including a first antenna as an information reading means, and a first warning means connected to the first hub, and a handy terminal which receives the corpse information from the core server via the first HHT control AP and links the corpse information with the corpse identification band, writes the corpse information to the RFID tag, and reads the corpse information from the corpse identification band and the RFID tag; A second router installed in a cremation facility and connected to the core server, a second hub connected to the second router, a second HHT control AP connected to the second hub, a second control PC, a second RFID reader / writer including a second antenna as an information reading means, and a second warning means; The body and coffin matching system is characterized by comprising:

[0011] In one embodiment, the backbone server is connected to the first router and the second router via a VPN. Also, in one embodiment, the first hub, the first HHT control AP, the first RFID reader / writer, and the first warning means, as well as the second hub, the second HHT control AP, the second RFID reader / writer, and the second warning means are of a PoE power supply type, the first HHT control AP, the first RFID reader / writer, and the first warning means are connected to the first hub via a LAN cable, and the second HHT control AP, the second RFID reader / writer, and the second warning means are connected to the second hub via a LAN cable.

[0012] In one embodiment, the first antenna is attached to the funeral home's coffin exit or the funeral home's coffin exit and hearse, and the second antenna is attached to the crematorium's entrance. The first antenna attached to the funeral home's coffin exit and the second antenna attached to the crematorium's entrance are preferably mat-type antennas.

[0013] The invention described in claim 12 for solving the above problem is a method for matching a body and a coffin using the body and coffin matching system described in any one of claims 7 to 11, inputting the corpse information from the mobile terminal to the core server; receiving the corpse information from the backbone server via the HHT control AP in the handheld terminal, reading the corpse identification band attached to the corpse, and linking the corpse information with the corpse identification band; inputting the corpse information into the RFID tag attached to the coffin by the handheld terminal, thereby linking the coffin to the RFID tag; At the time of placing the body in a coffin, the handheld terminal is used to link the body information on the body identification band with the RFID tag; At the time of funeral, reading the corpse information of the RFID tag through the antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the process of the coffin being removed when there is a difference as a result of the comparison and when all steps have not been completed; When entering the cremation facility, reading the corpse information of the RFID tag via the second antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the cremation if there are any discrepancies as a result of the comparison and if all steps have not been completed; This is a method of matching a body and a coffin. Effect of the Invention

[0014] The body and coffin matching system and matching method of the present invention are as described above, and since the entire system is operated and managed by the funeral company, the confidentiality of funeral information can be ensured. In addition, the body is linked to the body information, and the coffin is linked to the body information by RFID tag. Furthermore, at the time of removal from the coffin or cremation, the body information on the RFID tag is mechanically compared with the body information stored in the core server, which has the effect of reliably preventing the occurrence of mix-ups of bodies at the time of removal from the coffin and cremation. [Brief description of the drawings]

[0015] [Figure 1] 1 is a simplified diagram showing the overall configuration of a first embodiment of a body and coffin matching system according to the present invention. [Diagram 2] 1 is a flow chart showing the processing flow in a first embodiment of a body and coffin matching method according to the present invention. [Diagram 3] 1 is a simplified diagram showing the overall configuration of a second embodiment of a body and coffin matching system according to the present invention. [Figure 4] A flow chart showing the processing flow in a second embodiment of the body and coffin matching method according to the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0016] The body and coffin matching system according to the present invention will be described in more detail with reference to the attached drawings. The body and coffin matching system according to the first embodiment of the present invention includes a core server 1 managed by a system operator (funeral company), a mobile terminal 10 used by a funeral director to input body information to the core server 1, a router 2 installed at each funeral facility and connected to the core server 1, and a hub 3 connected to the router 2.

[0017] Connected to the hub 3 are an HHT control AP (Access Point) 4, a control PC 5, an RFID reader / writer 6 which is an information reading means, and a warning means 8. A handheld terminal 9 is connected to the HHT control AP 4 via WiFi, and an antenna 7 is connected to the RFID reader / writer 6. The system further includes a corpse identification band 11 attached to the corpse, and an RFID tag 13 attached to the coffin 12. The corpse identification band 11 is usually attached to the ankle, and includes a one-dimensional or two-dimensional code which does not contain any information at the time of attachment. Preferably, the corpse identification band 11 is color-coded according to gender (e.g., blue for men and red for women).

[0018] The core server 1 is connected to a router 2 installed at each funeral facility; however, the number of funeral facilities, i.e., the number of routers 2, may increase or decrease. Also, in order to prevent leakage of communication contents, it is preferable to connect the core server 1 and router 2 via a VPN network 15 (an Internet VPN that utilizes existing Internet lines).

[0019] Of the above devices, the hub 3, HHT control AP 4, RFID reader / writer 6, and warning means 8 are preferably of the PoE power supply type. Needless to say, PoE is a technology that makes it possible to provide power supply and an Internet connection environment without the need for a power source by connecting devices with a LAN cable. In the case of this system, by connecting the HHT control AP 4, RFID reader / writer 6, and warning means 8 with a LAN cable to the hub 3, which is connected with a LAN cable to the router 2, it becomes possible to supply power to these devices while placing them in an Internet usage environment.

[0020] The mobile terminal 10 is a portable terminal such as a laptop or tablet carried by a sales representative, and body information including information about the deceased, funeral number, funeral venue, funeral date and time, funeral procession date and time, etc. is input from this mobile terminal 10 to the core server 1.

[0021] The handheld terminal 9 is a handheld type capable of wireless communication, and is provided at each funeral home and handled by the person in charge at each funeral home. As described below, the person in charge at each funeral home operates the handheld terminal 9 to receive corpse information from the backbone server 1 via the HHT control AP 4 connected to WiFi, associates the corpse information with the corpse identification band 11 (its code), and inputs the corpse information into the RFID tag 13.

[0022] As described above, the corpse identification band 11 is attached to the corpse without containing any information before the corpse enters the funeral facility, and after the corpse enters the facility, the handheld terminal 9 links the corpse identification band 11 to the corpse information received from the main server 1. More specifically, the handheld terminal 9 reads the corpse identification band 11 that does not contain any information, and the handheld terminal 9 links the corpse identification band 11 to the corpse information (linking the code of the corpse identification band to the corpse information).

[0023] The RFID tag 13 is attached to the coffin 12 when the coffin 12 arrives at the funeral facility. After that, corpse information is input to the RFID tag 13 from the handheld terminal 9, and the corpse information is linked to the coffin 12. Then, when the body is placed in the coffin, the handheld terminal 9 reads the corpse identification band 11 and the RFID tag 13, and links the corpse identification band 11 to the RFID tag 13 (verification of the corpse). After linking the corpse identification band 11 to the RFID tag 13, the corpse identification band 11 may be removed.

[0024] Antenna 7 connected to RFID reader / writer 6 via a coaxial cable is installed at the funeral home entrance, which is the entrance to the funeral home, and it is preferable that this be a mat-type antenna that can be installed on the floor of the entrance, as it is not conspicuous. At the time of funeral, RFID reader / writer 6 reads the corpse information entered in the RFID tag via antenna 7, and control PC 5 checks whether it matches the corpse information stored in main server 1.

[0025] The antenna 7 may be attached to the hearse as well as to the funeral home entrance (coffin exit). In that case, it becomes possible to compare the corpse information in the main server 1 with the corpse information entered in the RFID tag at both the funeral home entrance and the hearse, making it possible to more reliably avoid mistakes in identifying the corpse. The antenna 7 attached to the coffin exit is connected to the RFID reader / writer 6 by a wired method such as a coaxial cable, but the antenna 7 attached to the hearse transmits and receives information by wirelessly communicating with the RFID reader / writer 6.

[0026] The body information in the core server 1 is compared with the body information entered in the RFID tag read by the antenna 7 by a control PC 5 installed in each funeral facility, and if the comparison results in a mismatch in any piece of information, or if all steps have not been completed, an alarm means 8 using sound and light is activated to stop the funeral procession.

[0027] The method for matching a body and a coffin using the first embodiment of the body and coffin matching system according to the present invention is as follows: - A corpse information input step (S1) of inputting corpse information from a mobile terminal to a core server; - A step (S2) of receiving corpse information from the core server via the HHT control AP in the handheld terminal, reading the corpse identification band attached to the corpse, and linking the corpse information with the corpse identification band; - a coffin-to-RFID tag linking step (S3) in which corpse information is input by a handheld terminal into an RFID tag attached to the coffin to link the coffin to the RFID tag; - A step (S4) of linking the corpse and the RFID tag by checking the corpse information recorded on the corpse identification band using a handheld terminal at the time of placing the corpse in the coffin and linking the corpse and the RFID tag; - A step (S5) of reading the corpse information on the RFID tag via an antenna at the time of the funeral and comparing it with the corpse information stored in the core server; - a step of executing the comparison result (S6) in which, if there are any discrepancies as a result of the comparison, or if all steps have not been completed, a warning means is activated to stop the coffin from being removed; It consists of:

[0028] The method for matching a body and a coffin, which is carried out using the first embodiment of the system according to the present invention, will be described in more detail below, step by step.

[0029] Corpse information input step (S1) First, the corpse information is input from the mobile terminal 10 to the core server 1. As described above, the corpse information includes at least information on the deceased, funeral number, funeral hall, funeral date and time, and funeral procession date and time, and may also include information on the crematorium and cremation date and time. The corpse information is decided at the place where the funeral is being arranged (usually a funeral company), and is then immediately sent from the mobile terminal 10 to the core server 1.

[0030] Step S2: Linking the body to the identification band In this step, a person in charge at the funeral facility operates the handheld terminal 9 to receive corpse information from the core server 1 via the HHT control AP 4, reads the corpse identification band 11, and links the received corpse information to the corpse identification band 11 attached to the corpse (linking the information within the handheld terminal 9 that "the code of this corpse identification band is this corpse information").

[0031] Step S3: Attaching the coffin to the RFID tag Next, the corpse information is input to the RFID tag 13 attached to the coffin using the handheld terminal 9, and the coffin and the RFID tag are linked.

[0032] Step S4: Linking the body to an RFID tag When the body is placed in the coffin, the body information read from the body identification band 11 is linked to the body information read from the RFID tag (body matching). That is, the handheld terminal 9 reads and matches the body information on the body identification band 11 and the RFID tag, and the body and the RFID tag are linked. The body identification band 11 may be removed after the linking is completed.

[0033] Step of verifying corpse information at the time of funeral procession (S5) At the time of the funeral, the corpse information on the RFID tag 13 is read by the RFID reader / writer 6, which is an information reading means, and this is compared with the corpse information stored in the main server 1 in the control PC 5.

[0034] Matching result execution step (S6) If the above comparison reveals any discrepancy, or if all steps have not been taken (such as when the corpse information is not linked to the corpse identification band), the control PC 5 sends an operation signal to the warning means 8, which operates to issue a warning using light and sound. Thus, the procession of the coffin is temporarily halted and the corpse is identified.

[0035] A second embodiment of the body and coffin matching system of the present invention includes a core server 1 managed by a system operator (funeral company), a mobile terminal 10 used by funeral directors for inputting body information into the core server 1, a first router 22 installed at each funeral facility and connected to the core server 1, a first hub 23 connected to the first router 22, a second router 32 installed at each cremation facility and connected to the core server 1, and a second hub 33 connected to the second router 32 (see Figure 3).

[0036] The system in the funeral home in the body and coffin matching system according to the second embodiment is the same as that in the first embodiment. That is, in the funeral home, a first HHT control AP (access point) 24, a first control PC 25, a first RFID reader / writer 26 including a first antenna 27 as information reading means, and a first warning means 28 are connected to a first hub 23.

[0037] In addition, the handheld terminal 9 is connected to the first HHT control AP 24 via WiFi, and the first antenna 27 is connected to the first RFID reader / writer 26. In addition, the present system further includes a corpse identification band 11 attached to the corpse, and an RFID tag 13 attached to the coffin 12.

[0038] In the body and coffin matching system of the second embodiment, further, within the cremation facility, a second hub 33 is connected to a second HHT control AP (access point) 34, a second control PC 35, a second RFID reader / writer 36 including a second antenna 37 which is an information reading means, and a second warning means 38.

[0039] The core server 1 is connected to a second router 32 installed at each crematorium; however, the number of crematoriums, i.e., the number of second routers 32, may increase or decrease. Also, in order to prevent leakage of communication contents, it is preferable that the connection between the core server 1 and the second router 32 be made via a VPN network 15 (an Internet VPN that utilizes existing Internet lines).

[0040] Of the above devices, the second hub 33, the second HHT control AP 34, the second RFID reader / writer 36, and the second warning means 38 are preferably of the PoE power supply type. In the case of this system, the second HHT control AP 34, the second RFID reader / writer 36, and the second warning means 38 are connected by a LAN cable to the second hub 33 which is connected by a LAN cable to the second router 32, so that these devices can be placed in an Internet usage environment while being supplied with power.

[0041] The second antenna 37 connected to the second RFID reader / writer 36 via a coaxial cable is installed at the entrance (entrance) of the coffin of the crematorium, and it is preferable that it is a mat-type antenna that can be installed on the floor of the entrance because it is not conspicuous. When entering the building, the second RFID reader / writer 36 reads the corpse information entered in the RFID tag via this second antenna 37, and the second control PC 35 checks whether it matches the corpse information stored in the main server 1.

[0042] The second antenna 37 may be attached to the hearse as well as the entrance (entrance) of the crematorium for the coffin. In that case, it becomes possible to compare the corpse information in the main server 1 with the corpse information entered in the RFID tag at both the entrance of the crematorium and the hearse, making it possible to more reliably avoid misidentifying the corpse. The second antenna 37 attached to the entrance is connected to the second RFID reader / writer 36 by a wired method such as a coaxial cable, but the second antenna 37 attached to the hearse transmits and receives information by wirelessly communicating with the second RFID reader / writer 36.

[0043] The body information in the core server 1 is compared with the body information entered in the RFID tag read by the second antenna 37 by a second control PC 35 installed in each cremation facility, and if the comparison results in a mismatch in any piece of information, or if all steps have not been completed, a second warning means 38 using sound and light is activated to stop the cremation.

[0044] The method of matching a body and a coffin using the second embodiment of the body and coffin matching system of the present invention is the same as the method of matching a body and a coffin using the first embodiment from steps (S1) to (S6), with the addition of a step (S7) of comparing the body information on the RFID tag with the body information stored in the core server when the body enters the crematorium, and a step (S8) of executing the comparison result (see Figure 4).

[0045] Step (S8) of verifying corpse information when entering the crematorium When entering the crematorium, the body information on the RFID tag 13 is read by the second RFID reader / writer 36, which is an information reading means, and this is compared with the body information stored in the main server 1 in the second control PC 35.

[0046] Step of executing matching results at the crematorium (S9) If the above comparison reveals any discrepancy, or if all steps have not been completed, the second control PC 35 sends an operation signal to the second warning means 38, which then operates to issue a warning using light and sound. Thus, the cremation is temporarily stopped and the body is identified. [Industrial Applicability]

[0047] The body and coffin matching system and method of the present invention are as described above, and since the entire system is operated and managed by a funeral company, the confidentiality of funeral information can be ensured. In addition, the body is linked to the body information, and the coffin is linked to the body information by RFID tag. Furthermore, at the time of removal from the coffin or cremation, the body information on the RFID tag is mechanically compared with the body information stored in the core server, so that it is possible to reliably prevent the occurrence of mix-ups of bodies at the time of removal from the coffin and cremation, and the industrial applicability of this system is great. [Explanation of symbols]

[0048] 1. Core server 2. Router 3. Hub 4 HHT control AP 5 Control PC 6 RFID Reader / Writer 7 Antennas 8 Warning measures 9. Handheld terminal 10 Mobile devices 11 Corpse Identification Band 12 Coffin 13 RFID Tags 15 VPN network

Claims

1. A body and coffin matching system comprising a core server managed by a system operator, a mobile terminal for inputting body information including information about the deceased, the funeral number, funeral venue, funeral date and time, and coffin procession date and time into the core server, a router installed in a funeral facility and connected to the core server, a hub connected to the router, an HHT control AP, a control PC, an RFID reader / writer including an antenna as an information reading means, and a warning means connected to the hub, a body identification band attached to the body and carrying the body information, an RFID tag attached to the coffin and recording the body information, and a handheld terminal which receives the body information from the core server via the HHT control AP, links the body information to the body identification band, writes the body information to the RFID tag, and reads the body information from the body identification band and the RFID tag.

2. The body and coffin matching system according to claim 1 , wherein the core server and the router are connected via a VPN.

3. The body and coffin matching system of claim 1, wherein the hub, the HHT control AP, the RFID reader / writer and the warning means are PoE powered types, and the HHT control AP, the RFID reader / writer and the warning means are connected to the hub via a LAN cable.

4. The body and coffin matching system of claim 1, wherein the antenna is positioned at the funeral facility's coffin exit, or at the funeral facility's coffin exit and hearse.

5. The body and coffin matching system of claim 4, wherein the antenna placed at the coffin exit of the funeral facility is a mat-type antenna.

6. A method for matching a body and a coffin using the body and coffin matching system according to any one of claims 1 to 5, inputting the corpse information from the mobile terminal to the core server; receiving the corpse information from the backbone server via the HHT control AP in the handheld terminal, reading the corpse identification band attached to the corpse, and linking the corpse information with the corpse identification band; inputting the corpse information into the RFID tag attached to the coffin by the handheld terminal, thereby linking the coffin to the RFID tag; At the time of placing the body in a coffin, the handheld terminal is used to link the body information on the body identification band with the RFID tag; At the time of funeral, reading the corpse information of the RFID tag through the antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the process of the funeral if there is a difference as a result of the comparison and if all steps have not been completed; A method of matching a body and a coffin consisting of:

7. A core server managed by a system operator, a mobile terminal for inputting corpse information including information on the deceased, funeral number, funeral venue, funeral date and time, funeral procession date and time, etc., into the core server, a corpse identification band attached to the corpse and carrying the corpse information, and an RFID tag attached to the coffin and recording the corpse information. a first router installed in a funeral facility and connected to the core server, a first hub connected to the first router, a first HHT control AP, a first control PC, a first RFID reader / writer including a first antenna as an information reading means, and a first warning means connected to the first hub, and a handy terminal which receives the corpse information from the core server via the first HHT control AP and links the corpse information with the corpse identification band, writes the corpse information to the RFID tag, and reads the corpse information from the corpse identification band and the RFID tag; A second router installed in a cremation facility and connected to the backbone server, a second hub connected to the second router, a second HHT control AP connected to the second hub, a second control PC, a second RFID reader / writer including a second antenna as an information reading means, and a second warning means; A body and coffin matching system comprising:

8. The body and coffin matching system of claim 7, wherein the core server, the first router and the second router are each connected via a VPN.

9. The body and coffin matching system of claim 7, wherein the first hub, first HHT control AP, first RFID reader / writer, and first warning means, as well as the second hub, second HHT control AP, second RFID reader / writer, and second warning means are PoE powered, the first HHT control AP, first RFID reader / writer, and first warning means are connected to the first hub via a LAN cable, and the second HHT control AP, second RFID reader / writer, and second warning means are connected to the second hub via a LAN cable.

10. The body and coffin matching system of claim 7, wherein the first antenna is attached to the coffin exit of the funeral facility, or to the coffin exit of the funeral facility and the hearse, and the second antenna is attached to the entrance of the crematorium.

11. The body and coffin matching system according to claim 10, wherein the first antenna attached to the coffin exit entrance of the funeral facility and the second antenna attached to the entrance entrance of the cremation facility are mat-type antennas.

12. A method for matching a body and a coffin using the body and coffin matching system according to any one of claims 7 to 11, inputting the corpse information from the mobile terminal to the core server; receiving the corpse information from the backbone server via the HHT control AP in the handheld terminal, reading the corpse identification band attached to the corpse, and linking the corpse information with the corpse identification band; inputting the corpse information into the RFID tag attached to the coffin by the handheld terminal, thereby linking the coffin to the RFID tag; At the time of placing the body in a coffin, the handheld terminal is used to link the body information on the body identification band with the RFID tag; At the time of funeral, reading the corpse information of the RFID tag through the antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the process of the funeral if there is a difference as a result of the comparison and if all steps have not been completed; When entering the cremation facility, reading the corpse information of the RFID tag via the second antenna and comparing it with the corpse information stored in the core server; A step of activating the warning means to stop the cremation if there are any discrepancies as a result of the comparison and if all steps have not been completed; A method of matching a body and a coffin consisting of:

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