Digital museum collection system based on block chain technology

Abstract

The invention discloses a digital museum collection system based on a block chain technology, and the system comprises collection information management, the collection information management module comprises collection information input and multimedia data management, the collection information input is to establish a unified input standard, and the multimedia data management is to establish multimedia data; information of names, years, regional classification, humanity types, materials, sizes and author sources of the collections is input into the system through a digital means to form a digital collection recording card, a unique digital identity is generated for each digital collection by utilizing a block chain technology, and the multimedia data management is used for registering and managing digital resources of the collections supported by the system; the system can reduce the operation cost, improve the collection value, expand the income source, improve the public participation degree, enhance the education function, promote the cultural exchange and cooperation, improve the management efficiency, and enhance the collection safety. The digital collection management system based on the block chain plays an important role in the aspects of collection management, cultural transmission, operation decision and the like of a museum.

Description

Technical Field

[0001] The present invention relates to the field of blockchain digital technology, and specifically to a digital museum collection system based on blockchain technology. Background Art

[0002] With the development of mobile Internet technology, the continuous upgrading of electronic product hardware and software, three-dimensional reconstruction to generate digital collections, short video sharing platforms, and QR code sharing have become the most frequently encountered things in our lives. A set of methods formed by combining these mature technologies can transform the rigid text expressions on previous cultural and creative products into short videos with audiovisual impact. At the same time, the three-dimensional reconstruction of cultural and creative products to produce digital collections has also brought new ways for the display channels of cultural and creative products, and can also promote product promotion.

[0003] The museum collection system in the existing technology has problems such as low public participation, low collection security, and low management efficiency.

[0004] Therefore, a digital museum collection system based on blockchain technology has become an urgent problem to be solved by the entire society. Summary of the invention

[0005] In order to solve the above technical problems, the technical solution provided by the present invention is as follows: a digital museum collection system based on blockchain technology, including collection information management, the collection information management module includes collection information entry and multimedia data management, the collection information entry is to establish a unified entry standard, the name, age, regional classification, humanities type, material, size, author source information of the collection is entered into the system by digital means to form a digital collection record card, and the blockchain technology is used to generate a unique digital identity for each digital collection, and the multimedia data management is used for the system to support the registration and management of the digital resources of the collection;

[0006] Collection entry and exit management module, the collection entry and exit management includes entry management and exit management. The entry management is to scientifically manage the collection entry process and archive it in real time; the exit management is to select the collection to be exited, record its exit information, time and the reason for exiting, and then send the information of the collection to the administrator for review and exit;

[0007] Warehouse management and inventory module, which includes warehouse management and collection inventory. The warehouse management records the collection collection, entry and exit, loan, call, return, transfer and change of the collection, and generates an inventory log; the collection inventory records and archives the inventory work of the warehouse, and accurately checks the existing collections in the warehouse according to the original collection records to ensure that the inventory work is accurate;

[0008] The collection damage registration and restoration plan module includes a damage registration module and a restoration plan module. The damage registration module uses the traceability of blockchain technology to record the date, location, incident process, cause, responsible person, and treatment results of the collection damage, and records the damage location, shape, layer, and size information in detail to generate an accident report; the restoration plan module customizes a periodic maintenance and protection plan for the collection, including insect prevention, moisture prevention, repair, micro-environment detection, and real-time monitoring solutions to ensure the long-term preservation value of the collection;

[0009] Statistical analysis and report generation, including warehouse statistics and report generation;

[0010] Collection display and permission management, based on the openness of blockchain, collection information can be viewed and supervised by more people.

[0011] Furthermore, the storage management selects the collections to be shipped out, records the shipping information, time and reasons for shipping out, and then sends the shipping information to the administrator for review and shipment.

[0012] Furthermore, the warehouse statistics intuitively display various inventory statistical data of the collections in the form of lists and charts, and generate various statistical and summary data.

[0013] The advantages of the invention compared with the prior art are:

[0014] The present invention combines multiple modules such as collection information management, collection warehousing and outbound management module, warehouse management and inventory module, collection damage registration and restoration plan module to reduce operating costs, enhance the value of collections, expand income sources, increase public participation, enhance educational functions, promote cultural exchanges and cooperation, improve management efficiency, and enhance collection security. The blockchain-based digital collection management system will play a more important role in museums' collection management, cultural communication, and operational decision-making. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a structural schematic diagram of a digital museum collection system based on blockchain technology in the present invention. DETAILED DESCRIPTION

[0016] The present invention is further described in detail below in conjunction with the accompanying drawings.

[0017] The present invention is described in detail with reference to the accompanying drawings.

[0018] The present invention provides a digital museum collection system based on blockchain technology in specific implementation, including collection information management. The collection information management module includes collection information entry and multimedia data management. The collection information entry is to establish a unified entry standard, enter the name, age, regional classification, humanities type, material, size, and author source information of the collection into the system through digital means to form a digital collection record card, and use blockchain technology to generate a unique digital identity for each digital collection. The multimedia data management is used for the system to support the registration and management of digital resources of the collection;

[0019] Collection entry and exit management module, the collection entry and exit management includes entry management and exit management. The entry management is to scientifically manage the collection entry process and archive it in real time; the exit management is to select the collection to be exited, record its exit information, time and the reason for exiting, and then send the information of the collection to the administrator for review and exit;

[0020] Warehouse management and inventory module, which includes warehouse management and collection inventory. The warehouse management records the collection collection, entry and exit, loan, call, return, transfer and change of the collection, and generates an inventory log; the collection inventory records and archives the inventory work of the warehouse, and accurately checks the existing collections in the warehouse according to the original collection records to ensure that the inventory work is accurate;

[0021] The collection damage registration and restoration plan module includes a damage registration module and a restoration plan module. The damage registration module uses the traceability of blockchain technology to record the date, location, incident process, cause, responsible person, and treatment results of the collection damage, and records the damage location, shape, layer, and size information in detail to generate an accident report; the restoration plan module customizes a periodic maintenance and protection plan for the collection, including insect prevention, moisture prevention, repair, micro-environment detection, and real-time monitoring solutions to ensure the long-term preservation value of the collection;

[0022] Statistical analysis and report generation, including warehouse statistics and report generation;

[0023] Collection display and permission management, based on the openness of blockchain, collection information can be viewed and supervised by more people.

[0024] Example:

[0025] Scan the collection with a 3D device, start making 3D models and textures, and upload them to the collection management system.

[0026] The main content of the museum digital collection management system is based on blockchain technology. It uses the decentralized, tamper-proof, and traceable characteristics of blockchain technology to provide a new solution for museum collection management, covering the entire life cycle of collection management, including the collection's reception, selection, classification, grading, registration, cataloging, filing, storage, custody, withdrawal, cancellation, statistics, and other links. The following is a detailed summary of the main contents of the system:

[0027] Collection information entry: Establish a unified entry standard, enter the name, age, regional classification, cultural type, material, size, author (source) and other information of the collection into the system through digital means (such as 3D scanning, high-definition photography, etc.), form a digital collection record card, and use blockchain technology to generate a unique digital identity (such as NFT) for each digital collection. Support the supplement of the identification, rating, image data and other content of the collection.

[0028] Multimedia data management: The system supports the registration and management of digital resources of collections (such as 2D images, 3D models, pictures, audio and video, text documents, etc.). By using blockchain technology, digital resource collections can achieve high-fidelity digital reproduction and reduce the storage costs of traditional collections. These digital resources are an important supplement to the text information of collections and play an important role in the identification of collections and identification of inbound and outbound storage.

[0029] When a collection is put into storage, the system will record the collection’s source, grade, preservation status, warehouse storage and other information together with the collection’s unique identifier on the blockchain to form an initial record, and finally generate label information and register it in the storage record.

[0030] When the collection is released from the warehouse, the system will record the collection’s source, grade, preservation status, warehouse storage and other information together with the collection’s unique identifier on the blockchain to form an initial record, and finally generate label information and register it in the warehouse record.

[0031] For the management of collections in the warehouse, every transfer on the blockchain will be recorded on the chain and can be traced through the hash value, making the circulation history of the collection clearly visible and enabling the warehouse to conveniently track the collection in real time throughout the entire process.

[0032] For collection inventory, detailed information of digital collections can be obtained through the blockchain query system, including its history, authenticity verification, etc. Users can query the complete information of digital collections through unique identifiers to ensure the authenticity of the inventory products, while supporting classified inventory and improving inventory efficiency.

[0033] Register and develop restoration plans for damaged collections.

[0034] The present invention mainly relies on advanced technologies such as blockchain, big data, cloud computing, the Internet of Things, and front-end and back-end development. These technologies jointly support the construction and operation of the digital collection management system.

[0035] The main purpose of this invention is to conduct comprehensive, efficient and secure management of various digital collections through blockchain technology and digital means, and to improve the display and transaction efficiency of collections.

[0036] Furthermore, the storage management selects the collections to be shipped out, records the shipping information, time and reasons for shipping out, and then sends the shipping information to the administrator for review and shipment.

[0037] Furthermore, the warehouse statistics intuitively display various inventory statistical data of the collections in the form of lists and charts, and generate various statistical and summary data.

[0038] Furthermore, in the report generation system, the blockchain technology is used to realize the digital decision support functions of statistical analysis and report generation, which helps managers better understand the collection management situation and provide a basis for decision-making.

[0039] Furthermore, the permission management in the collection display and permission management is based on the decentralized advantage of blockchain technology. The system does not rely on a single central organization for data storage and management, avoiding the risk of single point failure and malicious data tampering, and improving data security and reliability.

[0040] Furthermore, only authorized users can access and operate relevant data.

[0041] Furthermore, it also includes intelligence and scalability. Intelligent management uses RFID Internet of Things technology to achieve precise management of collections, and the scalability system adopts a modular design with good scalability and customizability.

[0042] The present invention and its embodiments are described above, and such description is not restrictive. The drawings show only one embodiment of the present invention, and the actual structure is not limited thereto. In short, if ordinary technicians in the field are inspired by it, without departing from the purpose of the invention, they can design a structure and embodiment similar to the technical solution without creativity, which should belong to the protection scope of the present invention.

Claims

1. A digital museum collection system based on blockchain technology, characterized by: Including collection information management, the collection information management module includes collection information entry and multimedia data management. The collection information entry is to establish a unified entry standard, enter the collection name, age, regional classification, cultural type, material, size, author source information into the system through digital means, form a digital collection record card, and use blockchain technology to generate a unique digital identity for each digital collection. The multimedia data management is used for the system to support the registration and management of the digital resources of the collection; Collection entry and exit management module, the collection entry and exit management includes entry management and exit management. The entry management is to scientifically manage the collection entry process and archive it in real time; the exit management is to select the collection to be exited, record its exit information, time and the reason for exiting, and then send the information of the collection to the administrator for review and exit; Warehouse management and inventory module, which includes warehouse management and collection inventory. The warehouse management records the collection collection, entry and exit, loan, call, return, transfer and change of the collection, and generates an inventory log; the collection inventory records and archives the inventory work of the warehouse, and accurately checks the existing collections in the warehouse according to the original collection records to ensure that the inventory work is accurate; The collection damage registration and restoration plan module includes a damage registration module and a restoration plan module. The damage registration module uses the traceability of blockchain technology to record the date, location, incident process, cause, responsible person, and treatment results of the collection damage, and records the damage location, shape, layer, and size information in detail to generate an accident report; the restoration plan module customizes a periodic maintenance and protection plan for the collection, including insect prevention, moisture prevention, repair, micro-environment detection, and real-time monitoring solutions to ensure the long-term preservation value of the collection; Statistical analysis and report generation, including warehouse statistics and report generation; Collection display and permission management, based on the openness of blockchain, collection information can be viewed and supervised by more people.

2. According to claim 1, a digital museum collection system based on blockchain technology is characterized by: The storage management selects the collections to be shipped out, records the shipping information, time and reasons for shipping out, and then sends the shipping information to the administrator for review and shipment.

3. According to claim 1, a digital museum collection system based on blockchain technology is characterized by: The warehouse statistics intuitively display various inventory statistical data of the collections in the form of lists and charts, and generate various statistical and summary data.

4. According to claim 1, a digital museum collection system based on blockchain technology is characterized by: In the report generation system, the blockchain technology is used to realize the digital decision support functions of statistical analysis and report generation, which helps managers better understand the collection management situation and provide a basis for decision-making.

5. According to claim 1, a digital museum collection system based on blockchain technology is characterized by: The permission management in the collection display and permission management is based on the decentralized advantage of blockchain technology. The system does not rely on a single central organization for data storage and management, avoiding the risk of single point failure and malicious data tampering, and improving data security and reliability.

6. A digital museum collection system based on blockchain technology according to claim 5, characterized in that: Only authorized users can access and operate relevant data.

7. According to claim 1, a digital museum collection system based on blockchain technology is characterized by: It also includes intelligence and scalability. Intelligent management uses RFID Internet of Things technology to achieve precise management of collections. The scalability system adopts a modular design and has good scalability and customizability.

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