TWI753819B - Sysyem for tracking physical asset tranfer - Google Patents

Abstract

A system is applied for tracking physical asset transfer, and includes a physical electronic tag, a first communication device and a second communication device. The physical electronic label is configured to move together with a physical asset, and saved with an asset tag ID code. When a first owner of the physical asset use a first software wallet of the first communication device to activate a smart contract, an owner token is written into the physical electronic tag to record a first address of the first software wallet as a first owner address, and an asset proof document is encrypted by an asset tag ID code. When the first owner transfer the physical asset and the physical electronic tag to a second owner, the second owner use a second software wallet of the second communication device to read the asset tag ID code from the physical electronic tag, so as to decrypted the asset proof document by the asset tag ID code, and record a second address of the second software wallet as a second owner address.

Description

The traceability tracking system for the transfer of physical cultural relics assets

The present invention relates to a traceability tracking system, in particular to a traceability tracking system for recording a transfer record of an entity cultural relic asset.

Due to the improvement of human living standards, the collection of literary and artistic objects has gradually begun to pursue a higher level of spiritual satisfaction. Coupled with factors such as limited natural resources and difficult preservation of literary and artistic objects, the value of literary and artistic objects usually rises with time. A boom in the market for physical heritage assets, such as jewelry or antiquities auctions.

Generally speaking, physical cultural relic assets mainly include calligraphy and painting, antiques, antiques, jewelry, sculptures, precious handicrafts and other physical cultural and artistic items. Due to the high value of physical cultural relic assets, many unscrupulous elements try to imitate many fakes, thus affecting the collectors' willingness to collect physical cultural relic assets, and directly impacting the transaction of physical cultural relic assets. Therefore, it is often necessary to prepare appropriate supporting documents (such as identification reports or certificates of origin, etc.) for each transaction of physical cultural heritage assets. However, these supporting documents are usually written documents that are not easy to preserve, and are easily Damaged and lost the role of proving the authenticity of physical cultural relics assets.

In addition, once a physical cultural relic asset is acquired by a specific collector, it will become the collector's private collection, and the remaining collectors will not be able to know the flow of the physical cultural relic asset. If other collectors are also interested in collecting, they will not be able to know how to contact the current owner of the physical cultural relic asset, so as to discuss whether it can be parted and resold.

On the other hand, once physical cultural relic assets are privately resold by collectors to other collectors, there is a lack of public information on who owns a particular physical cultural relic asset. therefore. Once the counterfeit products appear on the market, it is often easy to cause confusion, and it is difficult to distinguish the authenticity from the fake.

Based on the above description, there are currently three common problems in the transaction of physical cultural relic assets: The first problem is that the supporting documents are usually written documents that are not easy to save, and it is easy to lose the function of proving the authenticity of physical cultural relic assets due to damage. ; The second problem is that the information about the flow of physical cultural relic assets is not transparent enough, resulting in the lack of relevant channels for collectors who intend to collect specific physical cultural relic assets to contact the current owner of the physical cultural relic assets; the third problem is the lack of public information Prove who is the owner of a specific physical heritage asset.

In view of the above-mentioned three problems generally existing in the prior art for physical cultural relic assets, the main purpose of the present invention is to provide a physical cultural relic asset transfer traceability tracking system, which combines electronic wallets, physical electronic tags, blockchain data, The decentralized file network system and the data access technology of the cultural relic data display network platform can record the relevant information of the cultural relic asset owner in the blockchain that cannot be tampered with, and record the relevant information of the certification documents in the public or semi-public. The distributed file network system and the cultural relic data display network platform record the above-mentioned relevant codes with the above-mentioned relevant information in the physical electronic label, so as to solve the above-mentioned three problems at the same time.

The technical means adopted by the present invention to solve the above problems in the prior art is to provide a traceability tracking system for the transfer of physical cultural relic assets, which is used to track an ownership transfer record of a physical cultural relic asset, and includes a server, an entity An electronic label, a first communication device and a second communication device.

The server is used to communicate with a distributed file network system and a blockchain. The physical electronic tag is used for setting along with the movement of the physical cultural relic assets, and stores an asset tag identification code (Asset Tag ID). The first communication device is owned by a first user, is installed with a decentralized application (Decentralized Application; DApp), stores a first private key and has a first software electronic wallet.

The first communication device is used to communicate with the physical electronic tag and the server, so as to read the asset tag identification code from the physical electronic tag, and connect to the block chain through the server. When a smart contract is initiated on the blockchain, a certificate of ownership (Token) representing the ownership of the physical cultural relic asset is generated, the certificate of ownership is stored in the physical electronic label, and the first software is electronically stored in the blockchain. The first address record of one of the wallets is the first owner address of one of the ownership certificates (Token).

When initiating the smart contract, the first communication device is further used to execute a distributed application program to encrypt a physical cultural relic certification document corresponding to the ownership certificate through the asset tag identification code, and then transmit it to the distributed file network through the server at least one designated folder of the road system for storage.

The second communication device is owned by a second user, has the decentralized application (Decentralized Application; DApp) installed, stores a second private key and has a second software electronic wallet.

When the first user transfers the physical cultural relic asset and the physical electronic tag to the second user, the physical electronic tag is used for the second user to use the second communication device to read the asset tag identification code, so as to use the asset tag The identification code decrypts the physical cultural relic certification document read from the at least one designated folder, and executes a smart contract using the asset tag identification code and the second private key to convert one of the second software electronic wallets in the blockchain The second address record is the second owner address of one of the ownership certificates (Token).

On the basis of the above necessary technical means, the following auxiliary technical means can be derived. The physical cultural relic asset transfer traceability tracking system further includes a first hardware electronic wallet, the first hardware electronic wallet is owned by the first user, and stores the first private key for the first communication device to use a short The distance communication means is communicated and connected, so as to store the first private key in the first communication device.

Similarly, the physical heritage asset transfer traceability tracking system may also include a second hardware electronic wallet, the second hardware electronic wallet is owned by the second user, and stores the second private key for the second communication device. The second private key is stored in the second communication device by communicating and connecting by means of short-distance communication.

The server further includes a distributed file network system gateway and a block link node. The distributed file network system gateway is used for communicating with a distributed file network system; the block link node is used for communicating with the block chain. The distributed file network system gateway is an InterPlanetary File System (IPFS) gateway.

When using the first communication device to execute the distributed application program, the first communication device is further used for the first user to transmit a physical cultural relic characterization file to the distributed file network through the distributed file network system gateway The specified folder of the road system is stored. The server may further include a connection node of the cultural relic data display network platform, and the first communication device will generate an asset list corresponding to the first user when executing the smart contract, and the asset list includes the corresponding assets of each physical cultural relic. The physical cultural relic certification document and the physical cultural relic characteristic description file, and the first communication device is further configured to upload the asset list to a cultural relic data display network platform via the link node of the cultural relic data display network platform. The physical cultural relic certification document may include at least one of an identification report and a source certificate.

Regarding the setting method of the physical electronic label, preferably, the physical electronic label can be fixed on a package for accommodating the physical cultural relic asset, so as to move with the physical cultural relic asset, and the physical electronic label can also be The tag is fixed on one of the fixed carriers of the physical cultural relic asset, so as to move with the physical cultural relic asset.

Continuing from the above, in the physical cultural relic asset transfer traceability tracking system provided by the present invention, it integrates the data storage of electronic wallet, physical electronic label, block chain, distributed file network system and cultural relic data display network platform. Access technology to store relevant certificates or identification codes in physical electronic labels, record relevant information of cultural relic asset owners in a blockchain that cannot be tampered with, and record relevant information of certification documents in public or semi-public decentralized files Network system and cultural relics information display network platform.

By storing the relevant certificate or identification code in the physical electronic label, it can be ensured that it moves with the physical cultural relic assets and is not easy to be stolen and copied. By recording the relevant information of the owner of the cultural relic assets in the blockchain which cannot be tampered with, it is possible to track the ownership transfer record of the physical cultural relic assets and make its flow more transparent, making it less likely for counterfeit goods to flow into the market and confuse consumers. By recording the relevant information of the certification documents in the public or semi-public decentralized file network system and the cultural relics information display network platform, it can not only ensure that the certification documents are more open, transparent and cannot be altered, but also can be preserved in the decentralized file network for a long time. The road system and the online platform for the display of cultural relics are available for public inspection, so that collectors who intend to acquire physical cultural relics can browse at any time and obtain relevant information about the physical cultural relics themselves and their current owners. Therefore, the present invention can not only achieve the effect of inhibiting the circulation of fakes, but also make the relevant information of the physical cultural relic assets more open and transparent, thereby achieving the effect of activating the transaction of the physical cultural relic assets.

Since the traceability tracking system for the transfer of physical cultural relic assets provided by the present invention can be widely used to track the ownership transfer records of various physical cultural relic assets, and the combination implementation methods are too numerous to enumerate, so they will not be repeated here, but only enumerated One of the preferred embodiments will be described in detail.

Please refer to the first figure, which shows a functional block diagram of the physical cultural relic asset transfer traceability tracking system and surrounding related systems and components provided by the preferred embodiment of the present invention. As shown in the first figure, a traceability tracking system for the transfer of physical cultural relic assets (hereinafter referred to as the "traceability tracking system") 100 is used to track an ownership transfer record of a physical cultural relic asset 200, and includes a server 1, an entity Electronic tag 2 , a first hardware electronic wallet 3 , a first communication device 4 , a second hardware electronic wallet 5 and a second communication device 6 .

The server 1 includes a distributed file network system gateway 11 , a block chain connection node 12 and a cultural relic data display network platform connection node 13 . The DFS gateway 11 is communicatively connected to a DFS 300 . The so-called distributed file network system 300 is a network system composed of distributed nodes, and files can be stored in files named with specific rules and distributed in one or more nodes of the network system. folder. For example, the DFS 300 may be an InterPlanetary File System (IPFS); therefore, the DFS gateway 11 may be an InterPlanetary File System (IPFS) corresponding to IPFS ; IPFS) gateway.

The blockchain connection node 12 is used to communicate with a blockchain 400 . The blockchain 400 can be an Ethereum blockchain. The cultural relics data display network platform connection node 13 is used to communicate with a cultural relics data display network platform 500 .

The physical electronic tag 2 is set along with the movement of the physical cultural relic asset 200 , and stores an asset tag ID 22 . The physical cultural relic assets 200 may be calligraphy and painting, antiques, antiques, jewelry, sculptures, precious handicrafts or other physical literary and artistic objects. For different physical cultural relic assets 200, 200a (indicated in the third figure) or 200b (indicated in the fourth figure), the physical electronic tags 2 can be set in different ways.

As shown in the second figure, it shows a schematic diagram of the first arrangement of the physical electronic label in the preferred embodiment of the present invention. When the physical cultural relic asset 200 is a diamond ring, the diamond ring can be placed in a packaging 201 for accommodating the diamond ring (such as a diamond ring packaging box or a storage box). The physical electronic tag 2 is moved along with the diamond ring.

As shown in Figure 3, it shows a schematic diagram of the second arrangement of the physical electronic label in the preferred embodiment of the present invention. When another physical cultural relic asset 200a is a calligraphy and painting work, the calligraphy and painting work can be fixed by a fixed carrier (such as a frame or scroll, as shown in the second figure is a frame) 201a, and then the physical electronic The label 2 is fixed on the fixed carrier 201a, so that the physical electronic label 2 moves along with the calligraphy and painting works.

As shown in the fourth figure, it shows a schematic diagram of a third arrangement of the physical electronic label in the preferred embodiment of the present invention. When the other physical cultural relic asset 200b is an antique vessel, the physical electronic tag 2 can be directly hung on the handle of the antique vessel by using a flexible sling, so that the physical electronic tag 2 can move along with the antique vessel.

Please continue to refer to the first figure, the first hardware electronic wallet 3 is owned by the first user, and stores the first private key 31 for the first communication device 4 to use a short-range communication means (such as Bluetooth or NFC) communication link, so as to store the first private key 31 in the first communication device 4 . The first communication device 4 can be a smart phone and is also owned by the first user. The first communication device 4 has a memory module 41 for storing the first private key 31 . The first communication device is also installed with a decentralized application (Decentralized Application; DApp) 42, and also uses the stored first private key to execute a specific electronic wallet application to activate the electronic wallet function so that the first communication device 4 has a The first software electronic wallet 43 .

When the first user uses the first communication device 4 to communicate with the physical electronic tag 2 and the server 1 , the asset tag identification code 22 is read from the physical electronic tag 2 and connected via the blockchain of the server 1 Node 12 is communicatively linked to blockchain 400 . At this time, a smart contract 401 can be initiated on the blockchain 400 according to the asset tag identification code 22 and the first private key, so as to generate an ownership certificate (Token) 21 representing the ownership of the physical cultural relic asset 200, and the ownership certificate 21 In essence, it can be a Token ID code or other forms of electronic certificates. Next, the ownership certificate 21 can be stored in the physical electronic tag 2 , and a first address of the first software electronic wallet 43 can be recorded as a first owner position of the ownership certificate (Token) 21 in the blockchain 400 site.

When using the first communication device 4 to connect to the blockchain 400 to initiate the smart contract 401, the first communication device 4 can be further used to execute the distributed application 42 to pass a physical cultural relic certificate 3011 corresponding to the ownership certificate 21 through the asset After the tag identification code 22 is encrypted, it is transmitted to at least one designated folder 301 of the distributed file network system 300 through the distributed file network system gateway 11 of the server 1 for storage. In practice, the above designated folder may be a designated folder named by the InterPlanetary Name System (IPNS) operating with IPFS. The physical cultural relic certification document 3011 may include at least one of an identification report and a certificate of origin. The appraisal report and the certificate of origin are usually credible visa-type electronic documents issued by a credible third notary institution or an appraiser in related fields.

When the first user uses the first communication device 4 to execute the distributed application program 42, the first communication device 4 is further used for the first user to send a physical cultural relic feature description file (not shown) through the distributed file network The system gateway 11 transmits to the designated folder 301 of the distributed file network system 300 for storage. The physical cultural relic feature description file can be used by the first user to briefly describe the features of the physical cultural relic asset 200 , so as to supplement some features not described in detail in the physical cultural relic certification file 3011 .

Preferably, when the first user initiates the smart contract 401 using the first communication device 4, an asset list 501 owned by the first user can be generated, and the asset list 501 includes the physical cultural relics corresponding to each physical cultural relic asset 200. The certification document (the content is the same as the physical cultural relic certification document 3011) and the physical cultural relic feature description file (not shown), the first communication device 4 is further used to upload the asset list 501 to a cultural relic via the cultural relic data display network platform connection node 13. Data display network platform 500.

The second hardware electronic wallet 5 is owned by the second user, and stores the second private key 51 for the second communication device 6 to communicate with the second communication device 6 through a short-range communication means (such as Bluetooth or NFC), thereby The second private key 51 is stored in the second communication device 6 . The second communication device 6 can also be a smart phone, which is also owned by the second user. The second communication device 6 has a memory module 61 for storing the second private key 51 . The second communication device is also installed with a Decentralized Application (DApp) 62, and also uses the stored second private key 51 to execute a specific electronic wallet application to activate the electronic wallet function so that the second communication device 6 has A second software electronic wallet 63 . The above-mentioned first software electronic wallet 43 and second software electronic wallet 63 can be electronic wallets that support physical currency (such as New Taiwan dollar or US dollar), virtual currency (such as cash exchange points) or encrypted currency (such as Bitcoin) coins or ether, etc.) electronic wallet.

The second user can use the second communication device 6 to communicate with the cultural relic data display network platform 500 via the connection node 13 of the cultural relic data display network platform, so as to browse each user on the webpage of the cultural relic data display network platform 500 (including the first user) upload to the asset list 501 of the cultural relics information display network platform 500, and read the physical cultural relic certification documents of each physical cultural relic asset 200 detailed in the asset list 501 (content and physical cultural relic certification document 3011 The same) as the entity artifact characterization file. If the second user wants to purchase the physical cultural relic assets 200 owned by the first user, he can use the second communication device 6 to contact the first user through the cultural relic data display network platform 500, and after the first user agrees to transfer the physical cultural relic assets When 200 is sold to the first user, the second software electronic wallet 63 is used to pay the purchase money to the first software electronic wallet 43 owned by the first user to complete the purchase and sale payment transaction.

After the purchase and sale payment transaction, when the first user transfers the physical cultural relic asset 200 and the physical electronic tag 2 to the second user, the physical electronic tag 2 is used for the second user to use the second communication device 6 Read the asset tag identification code 22, so as to use the asset tag identification code 22 to decrypt the physical cultural relic certification file 3011 read from the designated folder 301, and use the asset tag identification code 22 and the second private key 51 to execute the smart contract 401 , so as to record a second address of the second software electronic wallet 63 as a second owner address of the ownership certificate 21 in the blockchain 400 .

Since the smart contract 401 is initiated by the first owner, the smart contract 401 defines the ownership certificate 21 in at least two stages. The first stage is to define the corresponding subject object of the ownership certificate 21 (that is, the corresponding The second stage is to define the object of the transfer of the physical cultural relic asset 200 (that is, the current and next owner of the physical cultural relic asset 200, that is, the current and next owner corresponding to the ownership certificate 21). address of the software electronic money).

As can be seen from the above description, when each asset transfer is performed for the physical cultural relic asset 200, the address of the software electronic wallet owned by the owner can be left in the blockchain 400, so that the physical cultural relic asset 200 can be continuously tracked. record of transfer of ownership.

To sum up the above, in the traceability tracking system for the transfer of physical cultural relic assets provided by the present invention (ie the traceability tracking system 100 ), an electronic wallet (such as the first software electronic wallet 43 and the second software electronic wallet 63 ) is integrated, the physical Electronic label 2, distributed file network system 300, blockchain 400 and data access technology of cultural relics data display network platform 500, so as to transfer relevant certificates (such as ownership certificate 21) or identification codes (such as asset tag identification code) 22) Store in the physical electronic label 2, record the relevant information of the cultural relic asset owner in the block chain 400 that cannot be tampered with, and record the relevant information of the certification documents in the public or semi-public distributed file network system 300 and Cultural relic information display network platform 500.

By storing the relevant certificate or identification code in the physical electronic label, it can be ensured that it moves with the physical cultural relic assets and is not easy to be stolen and copied. By recording the relevant information of the owner of the cultural relic assets in the blockchain which cannot be tampered with, it is possible to track the ownership transfer record of the physical cultural relic assets and make its flow more transparent, making it less likely for counterfeit goods to flow into the market and confuse consumers. By recording the relevant information of the certification documents in the public or semi-public decentralized file network system and the cultural relics information display network platform, it can not only ensure that the certification documents are more open, transparent and cannot be altered, but also can be preserved in the decentralized file network for a long time. The road system and the online platform for the display of cultural relics are available for public inspection, so that collectors who intend to acquire physical cultural relics can browse at any time and obtain relevant information about the physical cultural relics themselves and their current owners. Therefore, the present invention can not only achieve the effect of inhibiting the circulation of fakes, but also make the relevant information of the physical cultural relic assets more open and transparent, thereby achieving the effect of activating the transaction of the physical cultural relic assets.

Through the detailed description of the preferred embodiments above, it is hoped that the features and spirit of the present invention can be described more clearly, and the scope of the present invention is not limited by the preferred embodiments disclosed above. On the contrary, the intention is to cover various modifications and equivalent arrangements within the scope of the claimed scope of the present invention.

100: Traceability tracking system 1: Server 11: Distributed file network system gateway 12: Blockchain connection nodes 13: The connection node of the cultural relics information display network platform 2: Physical electronic label 21: Certificate of Ownership 22: Asset Tag Identifier 3: The first hardware electronic wallet 31: First private key 4: The first communication device 41: Memory Module 42: Decentralized Applications 43: The first software e-wallet 5: Second hardware electronic wallet 51:Second private key 6: Second communication device 61: Memory Module 62: Decentralized Applications 63: Second software e-wallet 200, 200a, 200b: Physical cultural heritage assets 201: Packaging 201a: Fixed Carrier 300: Decentralized File Network System 301: specified folder 3011: Physical Cultural Relic Certification Documents 400: Blockchain 401: Smart Contract 500: Online platform for the display of cultural relics 501: Asset List

The first figure shows the functional block diagram of the physical cultural relic asset transfer traceability tracking system and the surrounding related systems and components provided by the preferred embodiment of the present invention; The second figure is a schematic diagram showing the first setting method of the physical electronic label in the physical cultural relic asset transfer traceability tracking system provided by the preferred embodiment of the present invention; Figure 3 is a schematic diagram showing the second setting method of the physical electronic label in the physical cultural relic asset transfer traceability tracking system provided by the preferred embodiment of the present invention; and FIG. 4 is a schematic diagram showing a third setting method of the physical electronic label in the physical cultural relic asset transfer traceability tracking system provided by the preferred embodiment of the present invention.

100: Traceability tracking system

1: Server

11: Distributed file network system gateway

12: Blockchain connection nodes

13: The connection node of the cultural relics information display network platform

2: Physical electronic label

21: Certificate of Ownership

22: Asset Tag Identifier

3: The first hardware electronic wallet

31: First private key

4: The first communication device

41: Memory Module

42: Decentralized Applications

43: The first software e-wallet

5: Second hardware electronic wallet

51:Second private key

6: Second communication device

61: Memory Module

62: Decentralized Applications

63: Second software e-wallet

200: Physical heritage assets

300: Decentralized File Network System

301: specified folder

3011: Physical Cultural Relic Certification Documents

400: Blockchain

401: Smart Contract

500: Online platform for the display of cultural relics

501: Asset List

Claims (10)

An entity cultural relic asset transfer traceability tracking system is used to track an ownership transfer record of an entity cultural relic asset, and includes: a server for communicating between a distributed file network system and a blockchain; A physical electronic tag is used to set up along with the movement of the physical cultural relic asset, and stores an asset tag ID (Asset Tag ID); A first communication device, owned by a first user, is installed with a Decentralized Application (DApp), stores a first private key and has a first software electronic wallet for communicating with the A physical electronic tag and the server, so as to read the asset tag identification code from the physical electronic tag, and link to the blockchain through the server, so as to communicate with the first privacy according to the asset tag identification code When a smart contract is initiated on the blockchain, an ownership certificate (Token) representing the ownership of the entity's cultural relic assets is generated, the ownership certificate is stored in the entity's electronic label, and the blockchain is stored. A first address record of the first software electronic wallet is a first owner address of the ownership certificate (Token), and the first communication device is further used to execute the distributed application when initiating the smart contract a program to encrypt a physical cultural relic certification document corresponding to the ownership certificate through the asset tag identifier, and then transmit it to at least one designated folder of the distributed file network system via the server for storage; a second communication device, owned by a second user, installed with the decentralized application (Decentralized Application; DApp), storing a second private key and having a second software electronic wallet; Wherein, when the first user transfers the physical cultural relic asset and the physical electronic tag to the second user, the physical electronic tag is used for the second user to read by the second communication device the asset tag identification code, so as to use the asset tag identification code to decrypt the physical cultural relic certification file read from the at least one designated folder, and use the asset tag identification code and the second private key to execute the smart contract , so as to record a second address of the second software electronic wallet as a second owner address of the ownership certificate (Token) in the blockchain. The system for tracing the transfer of physical cultural heritage assets according to claim 1, further comprising a first hardware electronic wallet, the first hardware electronic wallet is owned by the first user and stores the first private key , for the first communication device to communicate via a short-range communication means, so as to store the first private key in the first communication device. The system for tracing the transfer of physical cultural relic assets as described in claim 1, further comprising a second hardware electronic wallet, the second hardware electronic wallet is owned by the second user and stores the second private key , for the second communication device to communicate via a short-range communication means, so as to store the second private key in the second communication device. The tracking system for the transfer of physical cultural relic assets as described in claim 1, wherein the server further comprises: a DFS gateway for communicating with the DFS; and A block link node is used to communicate with the block chain. The tracking system for the transfer of physical cultural relic assets as described in claim 4, wherein the distributed file network system gateway is an InterPlanetary File System (IPFS) gateway. The system for tracing the transfer of physical cultural relic assets as described in claim 1, wherein when the distributed application is executed by using the first communication device, the first communication device is further used for the first user to transfer a physical cultural relic The characteristic description file is transmitted to the at least one designated folder of the DFS via the DFS gateway for storage. The traceability tracking system for the transfer of physical cultural relic assets as described in claim 6, wherein the server further comprises a connection node of a cultural relic data display network platform, and the first communication device further generates a data corresponding to the cultural relics when initiating the smart contract. An asset list of the first user, the asset list includes the physical cultural relic certification file and the physical cultural relic characteristic description file corresponding to each of the above-mentioned physical cultural relic assets, and the first communication device is further used for passing the asset list through the cultural relic The data display network platform link node is uploaded to a cultural relic data display network platform. The physical cultural relic asset transfer traceability tracking system according to claim 1, wherein the physical cultural relic certification document includes at least one of an appraisal report and a source certificate. The physical cultural relic asset transfer traceability tracking system as claimed in claim 1, wherein the physical electronic label is fixed on a package for accommodating the physical cultural relic asset, so as to be installed along with the movement of the physical cultural relic asset . The physical cultural relic asset transfer traceability tracking system as claimed in claim 1, wherein the physical electronic label is fixed to a fixed carrier of the physical cultural relic asset, so as to be installed along with the movement of the physical cultural relic asset.

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