Implantable medical device supply chain information processing method and system

Abstract

The invention relates to an implantable medical device supply chain information processing method used for a three-layer architecture comprising a presentation layer, a business logic layer and a data access layer. The method comprises the steps as follows: the presentation layer receives a request and transmits the request to the business logic layer; the business logic layer distributes the request to the data access layer according to a business processing logic; and the data access layer obtains response data from a database according to the request, and returns the response data to the presentation layer for display through the business logic layer. Meanwhile, the invention further provides an implantable medical device supply chain information processing system.

Description

technical field [0001] The invention relates to the field of data processing, in particular to a method and system for processing information on an implantable medical device supply chain. Background technique [0002] With the rapid development of the information age, data processing is very important in various fields. In the orthopedic medical device industry, according to the national quality management requirements, product quality traceability management must be carried out. General operating companies adopt the form of paper files and electronic catalogs to achieve quality traceability management. This method has major defects and deficiencies in the accuracy, long-term storage, and timely access of information. At the same time, for the current supply chain of orthopedic medical devices (manufacturers-distributors-doctors-patients), orthopedic product implantation information is shared among all participants (for example, manufacturers, operating companies, doctors,...

AI Technical Summary

Problems solved by technology

General operating companies adopt the form of establishing paper files and electronic catalogs to achieve quality traceability management. This method has major defects and deficiencies in the accuracy, long-term storage, and timely access of information.

At the same time, for the current supply chain of orthopedic medical devices (manufacturers-distributors-doctors-patients), orthopedic product implantation information is shared among all participants (for example, manufacturers, operating companies, doctors, patients) The information interaction between them is very scarce, and it is difficult to exchange information

However, for case information query, orthopedic technical information exchange, and patient rehabilitation reminders, which are all important applications for information exchange, orthopedic production and operating companies have not been involved, and the use of products has not been effectively collected and timely feedback, and patients cannot be informed. Tracking the rehabilitation of patients and controlling the risk of implant failure

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