Data storage sharing method based on regional chain medical data platform

Abstract

The invention relates to the technical field of data storage, in particular to a data storage sharing method based on a regional chain medical data platform, which comprises a client, a service memory, a data entry module and a data synchronization module, firstly, data is entered into a table through the client, and data folders are established for the entered data by taking individuals as units; when all data of a person is added, the personal document in the service storage is downloaded, information needing to be input is added into the downloaded archive in a filling mode, after archive filling is completed, the document and the document in the service storage are synchronized through the data synchronization module, and excessive parts are added; the data terminal only has the authority of downloading the document in the service memory, the document downloaded by the data terminal is a copy, and the modification of the copy is irrelevant to the source document stored in the service memory, so that the source document stored in the service memory is prevented from being modified, and the file of the patient is safely stored.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical data sharing, and particularly relates to a data storage and sharing method based on a blockchain medical data platform. Background Art

[0002] The application of medical big data mainly refers to sharing, mining and analyzing various levels of medical-related information and data by using Internet and big data technologies, providing valuable basis for scientifically studying the current situation of medical health in our country, improving the quality of medical technology, promoting medical scientific and technological innovation, and better serving the health needs of the masses, making the supervision of the medical industry more scientific, the operation more efficient, the scientific and technological innovation more accurate, and the patients more satisfied.

[0003] The medical data platform realizes regional resource allocation through shared data, and when a patient is treated in a different place, doctors can access the patient's previous medical records for convenient diagnosis and treatment. However, because the existing medical data platform can share data in real time, the patient's information is in an exposed state, which leads to the risk of the patient's information being stolen and tampered with. Summary of the Invention

[0004] The purpose of the present invention is to solve the deficiencies in the prior art, and a data storage and sharing method based on a blockchain medical data platform is proposed.

[0005] In order to achieve the above purpose, the present invention adopts the following technical solutions: Design a data storage and sharing method based on a blockchain medical data platform, including a data terminal, a service storage, a data entry module and a data synchronization module, having the following steps: S1. First, enter the data into a form through the data terminal. The entered data creates a data folder based on an individual. When adding all the data of an individual, first connect to the network to enter the service storage to search for previous data records; S2. When no previous individual record is found, create a new personal file at the data terminal, fill in the file information according to the condition, and then input the personal file into the service storage through the data entry module for storage; S3. When a previous individual record is found, download the personal document in the service storage, add the information to be entered to the downloaded file by filling, and after completing the filling of the file, synchronize the document with the document in the service storage through the data synchronization module to add the extra part; S4. When the data synchronization module stores the personal file, it will perform backup synchronization according to the modification time. Each file synchronization will generate a new personal file, and the newly generated file will be numbered according to the filling time and the doctor who filled it.

[0006] Preferably, the data terminal only has the permission to download the documents in the service storage, and the documents downloaded by the data terminal are copies, and the modification of the copies has nothing to do with the original documents stored in the service storage.

[0007] Preferably, when the personal documents are entered into the service storage, the recording time and the recording doctor will be recorded simultaneously.

[0008] Preferably, when the data synchronization module synchronizes data, it will identify the differences from the original documents to facilitate the doctor's inspection.

[0009] Preferably, the data terminal is divided into a medical end and a patient end. The medical end is used to display past medical records and medication conditions, and the medical end will be recorded when retrieving documents. The patient end is used to display medical records and doctor's orders.

[0010] Preferably, the data stored in the service storage cannot be modified. If the file is entered incorrectly, only repeated submission and entry can be performed, and the incorrect file will still be retained.

[0011] The beneficial effects of the present invention: By downloading the personal documents in the service storage, adding the information to be entered to the downloaded file by filling, after completing the filling of the file, synchronizing the document with the document in the service storage through the data synchronization module, adding the extra parts. The data terminal only has the permission to download the documents in the service storage, and the documents downloaded by the data terminal are copies, and the modification of the copies has nothing to do with the original documents stored in the service storage. In this way, it prevents the original documents stored in the service storage from being modified and safely stores the patient's files. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic flowchart of a data storage and sharing method based on a blockchain medical data platform proposed by the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0013] The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments.

[0014] Refer to Figure 1 , a data storage and sharing method based on a blockchain medical data platform, including a data terminal, a service storage, a data entry module, and a data synchronization module, having the following steps: S1. First, enter the data into the form through the data terminal. The entered data establishes a data folder based on individuals. When adding all the data of an individual, first connect to the network and enter the service storage to search for previous data records; S2. When no previous personal record is found, a new personal file is created at the data terminal. The file information is filled in according to the condition, and then the personal file is input into the service storage through the data entry module for storage; S3. When a previous personal record is found, the personal document in the service storage is downloaded. The information to be entered is added to the downloaded file by filling. After the file is filled, the document is synchronized with the document in the service storage through the data synchronization module to add the extra part; S4. When the data synchronization module stores the personal file, it will perform backup synchronization according to the modification time. Each file synchronization will generate a new personal file, and the newly generated file is numbered according to the filling time and the doctor who filled it.

[0015] The data terminal only has the permission to download the document in the service storage. The document downloaded by the data terminal is a copy, and the modification of the copy has nothing to do with the source document stored in the service storage, thus preventing the source document stored in the service storage from being modified and ensuring the safe storage of the patient's file.

[0016] When the personal document is input into the service storage, the recording time and the doctor who recorded it will be recorded at the same time, so that each generated file has a person in charge. When the file is lost or tampered with, the person in charge can be found.

[0017] When the data synchronization module synchronizes the data, it will identify the differences from the source document, which is convenient for doctors to check, prevent doctors from inadvertently changing the patient's file, and avoid being the interface for file errors.

[0018] The data terminal is divided into a medical end and a patient end. The medical end is used to display past medical records and medication conditions, and the medical end will be recorded when retrieving documents. The patient end is used to display medical records and doctor's orders, which is convenient for patients to receive treatment and take medicine according to the doctor's orders.

[0019] The data stored in the service storage cannot be modified. If the file entry is incorrect, only repeated submission and entry can be performed, and the incorrect file will still be retained, and all modified texts of the file will be retained to prevent the text from being tampered with.

[0020] Specifically: First, data is entered into a table through a data terminal. The entered data creates a data folder for each individual. When adding all of an individual's data, first connect to the network to access the service storage to search for previous data records. When no previous individual records are found, a new personal file is created at the data terminal, and the file information is filled in according to the condition. Then, the personal file is input into the service storage through the data entry module for storage. When previous individual records are found, download the personal document in the service storage, add the information to be entered to the downloaded file by filling it out. After completing the filling of the file, synchronize the document with the document in the service storage through the data synchronization module, and add the extra part. When the data synchronization module stores the personal file, it will perform backup synchronization according to the modification time. Each file synchronization will generate a new personal file, and the newly generated file is numbered according to the filling time and the doctor who filled it out.

[0021] The above is only a preferred specific embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution and inventive concept of the present invention, making equivalent substitutions or changes, should be covered by the protection scope of the present invention.

Claims

1. A data storage and sharing method for a blockchain-based medical data platform, characterized in that: It includes a data terminal, a service storage, a data entry module, and a data synchronization module, and has the following steps: S1. First, enter the data into a form through the data terminal. The entered data creates a data folder based on each individual. When adding all the data of an individual, first connect to the network to search for previous data records in the service storage; S2. When no previous individual record is found, create a new personal file at the data terminal, fill in the file information according to the condition, and then input the personal file into the service storage through the data entry module for storage; S3. When a previous individual record is found, download the personal document in the service storage, add the information to be entered to the downloaded file by filling, and after completing the filling of the file, synchronize the document with the document in the service storage through the data synchronization module to add the extra part; S4. When the data synchronization module stores the personal file, it will perform backup synchronization according to the modification time. Each file synchronization will generate a new personal file, and the newly generated file will be numbered according to the filling time and the doctor who filled it.

2. The data storage and sharing method of a blockchain-based medical data platform according to claim 1, characterized in that: The data terminal only has the permission to download the documents in the service storage, and the downloaded documents by the data terminal are copies, and the modification of the copies has nothing to do with the source documents stored in the service storage.

3. A data storage and sharing method for a blockchain-based medical data platform according to claim 1, characterized in that: When the personal document is entered into the service storage, the recording time and the doctor who recorded it will be recorded at the same time.

4. A data storage and sharing method for a blockchain-based medical data platform according to claim 1, characterized in that: When the data synchronization module synchronizes the data, it will identify the differences from the source document to facilitate the doctor's inspection.

5. A data storage and sharing method for a blockchain-based medical data platform according to claim 1, characterized in that: The data terminal is divided into a medical end and a patient end. The medical end is used to display past medical records and medication conditions, and the medical end will be recorded when retrieving documents. The patient end is used to display medical records and doctor's orders.

6. A data storage and sharing method for a blockchain-based medical data platform according to claim 1, characterized in that: The data stored in the service storage cannot be modified. If the file entry is incorrect, only repeated submission for entry can be carried out, and the incorrect file will still be retained.

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