Planting data encryption shared database based on cloud platform and matching method

Abstract

The invention relates to an implantation data encryption sharing database based on a cloud platform and a matching method, and the database comprises: a data encryption module which is used for obtaining to-be-implanted alveolar data uploaded by a hospital, carrying out the encryption processing of the to-be-implanted alveolar data, and taking the corresponding to-be-implanted alveolar data subjected to the encryption processing as to-be-referenced data of a component; a data storage module which is used for storing the to-be-referenced data of the component in a preset block chain network; a data sharing module whch is used for acquiring a downloading request message of a target designer for the to-be-referenced data of the component, decrypting the to-be-referenced data of the component according to the downloading request message, acquiring decryption information, performing anti-counterfeiting identification on the decryption information, and sending the to-be-implanted alveolar cavity data to the target designer if the anti-counterfeiting identification is passed, so that a target designer can determine the processing parameters of the implant component according to the data of the to-be-implanted tooth socket. According to the implantation data encryption sharing database and the matching method, the information error condition in the planting component prefabricating process can be reduced.

Description

technical field [0001] The invention relates to the technical field of data encryption and sharing, in particular to a cloud platform-based planting data encryption and sharing database and a matching method. Background technique [0002] At present, implant dentures are based on user needs and oral conditions. Compared with conventional dentures, implant dentures can more conveniently and accurately connect restorations and implants through standard prefabricated components. In clinical denture implants, three components are commonly used, namely the implant, the abutment, and the superstructure. Most of the above components are prefabricated parts. Planting components. [0003] For the production of personalized implant components, generally after the manufacturer obtains the testing data of the patient from the hospital, the designer begins to design or determine the materials and structural parameters of the implant components, including materials such as titanium, bioc...

AI Technical Summary

Problems solved by technology

[0003] For the production of personalized implant components, generally after the manufacturer obtains the test data of patients from the hospital, the designer starts to design or determine the materials and structural parameters of the implant components, such as materials such as titanium, bioceramics or precious metals, and structural parameters such as Component shape, length, diameter, surface treatment and other data, and then based on these data, control the printing equipment to process and produce components; due to the small size and high precision of dental implant components, slight deviations in materials or structures will affect the implant effect of patients Therefore, it is very important to maintain the accuracy of data during the production of implant components. However, at present, there are data modification and data loss between the manufacturer and the hospital, and even between the designer and the production department. There are information errors, which lead to defects in the manufactured implant components. Therefore, the inventor believes that there is still room for improvement in the information interaction method for manufacturing implant components.

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