TWM541578U - Deceased-person marker and deceased management system - Google Patents

Abstract

A deceased-person marker and A deceased management system are provided. The deceased management system comprises a plurality of deceased-person markers, a reader, a terminator, and a server. Every deceased-person markers is placed in the position of the deceased person, comprising a carrier and a RFID tag. The carrier is convenient for protecting the RFID tag and placement. The chip of the RFID tag has the corresponding code data. When someone from a terminal input the corresponding code data, the server will correspond to the corresponding code data and sent a coordinate data to the reader. The reader is moved according to the coordinate data to a location adjacent to the deceased person. A confirmation message is generated after matching the corresponding code data in the conforming deceased-person markers. With this confirmation message, can solve the problems of tree burial and cemetery burial relocation and other issues.

Description

Degraded marker and survivor management system using the deceased marker

This creation is about a deceased marker and a transit management system that uses the deceased marker, especially a detour manager that manages the deceased markers of a plurality of survivors and uses the deceased marker.

Tree burial is a kind of environmental burial. In addition to reusable burial space, it is environmentally friendly and saves cemetery. Compared with the burial cemetery or the sinister sacred tower of the loess in the past, it has become a splendid, lush park. It can turn the tombs into green spaces or other uses, beautify the environment and move toward low-carbon homes. This kind of environmental burial is the biggest purpose.

Tree burial is more acceptable in environmental burial, but it is still difficult to promote. The reason is that the Chinese or Northeast Asian countries have deep feelings of eagerness to pursue their ancestors, and hope to maintain a certain degree of reconsideration with the deceased relatives. Therefore, the concept of burial is still deeply rooted in people's hearts. Even the modern Linggu Tower, which can be accepted by the public, is also because there is a clear storage place for the descendants to hang, and the tree is buried, just for a tree that may be blown down by a typhoon. It is difficult to let the family members of the deceased have a feeling of relying on trust.

In addition, because of the custom of long-term burial, when urban development and expansion, the migration of the cemetery is a matter of great concern to the relevant units. For the main tomb, it is still possible to collectively migrate and bury, but there is a main tomb for the loss of the association. In terms of it, it is a very difficult administrative problem. Often, when the post-announcement is carried out, the family members who have not visited the tomb for decades will come to claim compensation or national compensation, so that the administrative officials handling the tomb will regard it as a hot issue. Yangshan, thus hindering the development and construction of the city.

Therefore, the main purpose of the present invention is to provide a perpetrator management system that utilizes a plurality of deceased persons to manage the deceased and to use the deceased marker to solve the above problem.

The purpose of this creation is to provide a deceased marker and a management system for the deceased using the deceased marker, which can help improve the acceptability of the tree burial in the Chinese mind, especially to solve the current problem of cemetery migration. Social construction and environmental greening have breakthrough and substantial effects.

This creation is about a deceased marker and a survivor management system that uses the deceased marker. The deceased marker is placed in the location of the survivor for ongoing management, and the deceased marker includes a carrier and a radio frequency identification tag (RFID TAG).

The carrier may be a stone carrier, a resin carrier, a ceramic carrier, a carbon fiber carrier, a glass carrier, or a metal carrier. The radio frequency identification tag is disposed on the carrier, and the radio frequency identification tag can be, for example, a passive radio frequency identification tag, including a coil and a chip, the coil is electrically connected to the chip, and the coil induces electromagnetic waves to generate a current supply chip, and the chip has information corresponding to the deceased of the survivor, with current The wafer will pass through the coil to transmit the lost information.

The information on the deceased in the chip must contain at least the corresponding code data. In addition, the information of the deceased may further include the name information of the survivor, the coordinates of the biographer, the biographies of the survivors, the genealogical data, the identification of the media data, and the information of the relatives.

The survivor management system is used to manage a plurality of survivors, and the survivor management system includes a plurality of deceased identifiers, readers, terminators, and servers. The reader transmits the electromagnetic wave and communicates with the radio frequency identification tag through the coil to read the corresponding code data transmitted by the coil.

The server is connected to the terminal through the network, and is connected to the reader through the network. The server stores a plurality of deceased information corresponding to the deceased marker, and each of the deceased data in the server at least has a corresponding Code data and coordinate information, in addition, the information on the deceased here can also include the name of the survivors, the biographies of the survivors, genealogical data, identification of media materials, and relatives and other information.

Wherein, the corresponding code data input from the terminal device is transmitted to the server, and the corresponding coordinate data and the corresponding code data are transmitted to the reader, so that the reader moves to the adjacent deceased marker according to the coordinate data, and the comparison is matched. After the corresponding code data in the deceased marker, a confirmation message is generated.

By confirming the information, a variety of practical applications can be generated. When the city expands, the cemetery announces that the tombs have not been relocated after the burial of the tombs. As long as the deceased marker is placed at the location of the survivors, the park will be followed. The earthwork is covered on it and can be turned into green space and park directly after greening on the surface. In the future, when there are descendants looking for a tomb, you can find the location of the original tomb through the servo terminal network system and then the reader.

In addition, the survivor management system may further include a drone, the reader is installed in the drone, and the drone further includes a photography module, and the reader can be moved by the drone adjacent to the deceased marker as the reader. After the confirmation message is generated, the camera module will capture the image around the location of the living person, and the terminal will simultaneously display the image for commemoration. When a survivor is carrying out a tree burial, the location of the survivor is a neighboring tree, and the terminal will display an image of the tree.

Therefore, the use of the present invention to provide a deceased marker and a deceased person management system using the deceased marker, the application of radio frequency identification tags and the use of a network system can help improve the acceptability of tree burial in the Chinese mind, especially It is able to solve the current problem of cemetery migration, and has a breakthrough and substantial effect on social construction and environmental greening.

The advantages and spirit of this creation can be further understood by the following detailed description of the creation and the drawings.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of a first example of the present deceased marker 30. This creation relates to a deceased marker 30. The deceased marker 30 is placed in the position of the survivor to assist in the management of the survivor. The deceased marker 30 includes a carrier 32 and a radio frequency identification tag 34.

In the example of Fig. 1, the carrier 32 is divided into an upper cover 32a and a body 32b, and is suitably made of stainless steel as a metal carrier. The upper cover 32a has a screw hole 32S. The radio frequency identification tag 34 is disposed deep in the screw hole 32S, that is, the screw hole 32S is deep as a placement portion, and the placement portion is for stably placing the radio frequency identification tag 34.

When the radio frequency identification tag 34 stores the deceased information and is assembled, the body 32b is screwed against the screw hole 32S of the upper cover 32a, that is, a deceased marker 30, and the lower portion of the first deceased marker 30 is pointed. Suitable for insertion in the location of the survivors, such as burial cemeteries, or the placement of ashes in tree burials.

Further referring to FIG. 2, FIG. 2 is a schematic diagram of the present RFID tag 34. The radio frequency identification tag 34 is disposed on the carrier 32, and includes a coil 3404 and a chip 3402. The coil 3404 is electrically connected to the chip 3402. The coil 3404 senses that electromagnetic waves from the reader 40 generate current to the wafer 3402, and the wafer 3402 has Corresponding to the deceased information of the survivor, when the chip 3402 has a current, the information of the deceased in the wafer 3402 will be the antenna 3404, and the coil 3404 will transmit the information to the reader 40.

Among them, the information of the deceased may be the corresponding code data, the name data of the survivors, the coordinates of the biographies, the biographies of the survivors, the genealogical data, the identification of media materials, or the information of relatives. The corresponding code data is unique to a surviving person, so that the deceased marker 30 can be recognized, and the name of the surviving person related to the surviving person, the biographies of the survivors, the genealogical data, or the relatives can also be And store for future reference. The coordinate data is generally latitude and longitude data, representing the projected position of the deceased marker 30 on the surface of the earth. When the media material is identified as the depressor marker 30, a photo or a moving image taken near the deceased marker 30, such as a tombstone, is used to confirm the setting at the time.

Please refer to FIG. 3. FIG. 3 is a schematic diagram of a second example of the present deceased marker 30. The carrier 32 of this example is still divided into an upper cover 32a and a body 32b, and is suitably mixed with stone powder to form a resin carrier. The main body 32b has a recess 32C. The radio frequency identification tag 34 is attached to the upper cover 32a. The upper cover 32a can be fitted to the main body 32b. When the upper cover 32a is fitted to the main body 32b, the radio frequency identification tag 34 is protected in the carrier 32. The legendary square design allows for easy placement on site.

Please refer to FIG. 4. FIG. 4 is a schematic diagram of a third example of the present deceased marker 30. The carrier 32 of this example is also divided into an upper cover 32a and a body 32b, and is suitable for forming a glass carrier such as glass, which is more distinguished and personalized. The upper cover 32a has a recess 32C as a receiving portion. The radio frequency identification tag 34 can be placed at the bottom of the recess 32C, and then the upper cover 32a is fitted into the main body 32b to protect the radio frequency identification tag 34. The lower part of the main body 32b is also designed. Wide base for flat lay.

The carrier 32 of the above example has a resin carrier, a glass carrier, and a metal carrier. Further, a carrier 32 such as a stone carrier, a carbon fiber carrier, or a ceramic carrier may be used. As long as the weather resistance is good and strong, it is preferable to have a texture, so that the latter is People can pin their filial piety.

Please refer to FIG. 5. FIG. 5 is a functional block diagram of the present creative management system 10. The present creation is also a life management system 10 for managing a plurality of passers-by. The life management system 10 includes a plurality of deceased identifiers 30, a reader 40, a terminator 56, and a server 50.

Each of the plurality of deceased markers 30 is placed at the position 2 of the corresponding survivor. As in the previous example, the deceased marker 30 includes the carrier 32 and the radio frequency identification tag 34, and the radio frequency identification tag 34 is set. The carrier 32 includes a coil 3404 and a wafer 3402. The coil 3404 is electrically connected to the wafer 3402. The coil 3404 senses electromagnetic waves from the reader 40 to generate a current supply chip 3402. The deceased information in the wafer 3402 requires at least corresponding code data. The current-bearing wafer 3402 is passed through the coil 3404 as an antenna to transmit corresponding code data to the reader 40.

The reader 40 transmits the electromagnetic wave and communicates with the radio frequency identification tag 34 through the coil 3404 to read the corresponding code data transmitted by the coil 3404.

The terminal 56 has a browsing interface 42 through which the descendant 60 of the deceased can input and read information.

The server 50 is coupled to the terminator 56 via the network 8, and is coupled to the reader 40 via the network 8. The server 50 will include a management module 44 and a database 46. The database 46 of the server 50 stores a plurality of deceased information corresponding to the deceased identifier 30, where each of the deceased data at least contains the corresponding code data. And coordinate information.

The corresponding code data is transmitted from the terminal device 56 to the server 50, and the management module 44 takes the corresponding coordinate data from the data library 46, and transmits the coordinate data to the reader 40 together with the corresponding code data. So that the reader 40 moves to the adjacent deceased marker 30 according to the coordinate data. For example, if the reader 40 has a global positioning system (GPS), the latitude and longitude coordinate data can be moved to the adjacent deceased marker 30, and then, The comparison corresponds to the corresponding code data in the deceased marker 30, and a confirmation message is generated.

Based on this confirmation information, there are a variety of practical applications. Please refer to FIG. 6. FIG. 6 is a schematic diagram of the application of the present-born person management system 10 to the burial of the cemetery. When the city expands, the cemetery announces that the tombs have not been relocated after the burial of the tombs. Only the deceased markers 30 need to be placed at the location of the survivors, such as the tomb, the tomb, the tombstone, or the cemetery. Then, the park earthwork 72 is covered thereon, that is, the deceased marker 30 and the original earthwork 74 of the location where the living person is located are buried under the park earthwork 72. As shown in the figure, the tombstone 2A connected to the living position of the living person can also be Cover it together without moving.

Afterwards, it will become a green space and a park 70 when it is greened on the surface. In the future, if there are future generations to find the tomb, you can find the location of the original tomb through the servo terminal network system and the confirmation information generated by the reader 40. Since the green space and the park 70 are only earthwork, there is little ground. Buildings, even if there are underground structures, as long as they try to avoid the position of the deceased marker 30, when the descendants seek to excavate, the cost is not high and the difficulty is low, reducing the between the executives and the public. dispute.

Referring to FIG. 5, FIG. 7 is a schematic diagram of the present application management system 10 for tree burial application. In this embodiment, the life management system 10 can further include a drone 52. The reader 40 is installed in the drone 52. The drone 52 further includes a camera module, and the reader 40 is moved by the drone 52. It can be adjacent to the deceased marker 30. When the reader 40 generates the confirmation information, the camera module will capture the image around the location of the living person, and the browsing interface 42 of the terminal 56 will display the image.

When the survivor is carrying out tree burial, the location of the survivor is adjacent to a tree 80, that is, the ashes sprinkling place 2B will be adjacent to a tree 80, and the corresponding corresponding deceased marker 30 is inserted into the ashes. At 2B. The relatives and friends of the deceased are authorized to hold the password, and the corresponding code data can be input in the browsing interface 42 of the terminal device 56, and the coordinate data of the deceased identifier 30 can be found on the server 50 through the network 8, the server. 50, through the network 8, the corresponding code data and coordinate data are transmitted to the reader 40 in the drone 52. Since the drone 52 is mobile, the transceiver antenna 54 is also disposed in the burial cemetery range. The drone 52 is communicatively linked.

After receiving the coordinate data, the drone 52 will fly to the position indicated by the coordinate data according to the coordinate data, but this is not the most accurate position. At this time, the reader 40 will compare the multiple dead persons in the vicinity. The corresponding code data of the marker 30 will finally find the correct location of the deceased marker 30 and generate confirmation information, and open the photography module to scan the vicinity of the location, especially if the tree is buried, the special landscape is particularly ticked. It reminds people of the deceased relatives, and the browsing interface 42 of the display of the terminal 56 displays the image of the tree 80 and the surrounding, even if it is dispersed in the Americas and Europe, 60 people can always trace in Asia. The deceased relatives, seeing the green trees, can comfort themselves.

This creation applies to cemeteries, private tombs, environmental burials such as tree burials, and can be applied indoors or outdoors. Therefore, the present invention provides a deceased marker 30 and a detour management system using the deceased marker 30. 10, the application of the RFID tag 34 and the use of the network system can help improve the acceptability of tree burial in the hearts of Chinese people, especially to solve the current headaches of mass graves or the migration of public and private tombs, on the land Resource integration, environmental greening, or other uses, beautifying the environment toward low-carbon homes, has a breakthrough and substantial effect.

The features and spirit of the present invention are more clearly described in the above detailed description of the preferred embodiments, and the scope of the present invention is not limited by the preferred embodiments disclosed herein. On the contrary, it is intended to cover all kinds of changes and equivalences within the scope of the patent application to which the present invention is intended.

2‧‧‧The location of the living
2A‧‧‧Tombstone
2B‧‧‧ Ashes
8‧‧‧Network
10‧‧‧City Management System
30‧‧‧Deceiver marker
32‧‧‧ Carrier
32a‧‧‧上盖
32b‧‧‧ Ontology
32C‧‧‧ Groove
32S‧‧‧ screw hole
34‧‧‧RF tags
3402‧‧‧ wafer
3404‧‧‧ coil
40‧‧‧Reader
42‧‧‧Browse interface
44‧‧‧Management module
46‧‧‧Database
50‧‧‧Server
52‧‧‧ drone
54‧‧‧Receiving antenna
56‧‧‧Terminator
60‧‧‧ Later generations
70‧‧‧ park
72‧‧‧Park earthwork
74‧‧‧Original earthwork
80‧‧‧ tree

Figure 1 is a schematic diagram of the first example of the deceased marker; Figure 2 is a schematic diagram of the RFID tag; Figure 3 is a schematic diagram of the second example of the deceased marker; Figure 4 is the deceased marker Figure 3 is a functional block diagram of the creative management system of the present; Figure 6 is a schematic diagram of the application of the creative management system to the burial of the cemetery; and Figure 7 is a tree burial of the creative management system. Schematic diagram of the application.

2‧‧‧The location of the living

8‧‧‧Network

10‧‧‧City Management System

30‧‧‧Deceiver marker

40‧‧‧Reader

42‧‧‧Browse interface

44‧‧‧Management module

46‧‧‧Database

50‧‧‧Server

56‧‧‧Terminator

60‧‧‧ Later generations

Claims (9)

A deceased marker placed at a location where a survivor is located for management of a survivor, the deceased identifier comprising: a carrier; and a radio frequency identification tag (RFID TAG) disposed on the carrier, including a coil and a The chip is electrically connected to the chip, and the coil induces an electromagnetic wave to generate a current to supply the wafer, wherein the chip has information about one of the deceased ones, and the current having the current is transmitted through the coil to transmit the deceased information. The deceased marker of claim 1, wherein the carrier further has a placement portion for stably placing the radio frequency identification tag. The signifier of claim 1, wherein the carrier is a stone carrier, a resin carrier, a ceramic carrier, a glass carrier, a carbon fiber carrier, or a metal carrier. For example, the deceased identifier according to Item 1 of the patent application, wherein the deceased information is selected from a corresponding code material, a name of a survivor, a standard data, a biography of a living person, a genealogy data, Identification of media materials and information in the ethnic groups of a relative's data. A life management system for managing a plurality of survivors, the perpetrator management system comprising: a plurality of deceased markers, each of which is placed at a position corresponding to the survivor, the deceased The device includes a carrier and a radio frequency identification tag. The radio frequency identification tag is disposed on the carrier, and includes a coil and a chip. The coil is electrically connected to the chip, and the coil senses electromagnetic waves to generate current to supply the wafer, and the chip has a corresponding a code data, the chip having a current passing through the coil to transmit the corresponding code data; a reader transmitting the electromagnetic wave and communicating with the RFID tag through the coil to read the transmitted by the coil Corresponding code data; a terminal device; and a server connected to the terminal device through a network and connected to the reader through the network, the server storing a corresponding identifier a plurality of deceased information, each of the deceased materials including the corresponding code data and a standard data; wherein, the corresponding code data transmission is input from the terminal device The server, the corresponding coordinate data and the corresponding code data are transmitted to the reader, so that the reader moves to the neighboring identifier according to the coordinate data, and the comparison matches the deceased identifier After the corresponding code data is generated, a confirmation message is generated. For example, the current management system described in claim 5, wherein the deceased marker and the location of the survivor are buried under a park earthwork. The life management system of claim 5, wherein the life management system further comprises a drone, the reader is installed in the drone, and the drone further comprises a camera module, The reader moves adjacent to the deceased marker by the drone. When the reader generates the confirmation information, the camera module captures an image around the location of the survivor, and the terminal displays the image. The life management system of claim 7, wherein the location of the survivor is adjacent to a tree, and the terminal displays an image of the tree. For example, the life management system described in claim 5, wherein the information of the deceased is more selected from the name of a survivor, a biographical material, a genealogy data, an identification media material, and a relative information. Information in the group of people.