Imaging medical information sharing system based on embedded type operation system and cloud platform

Abstract

The invention discloses an imaging medical information sharing system based on an embedded type operation system and a cloud platform. The imaging medical information sharing system is characterized by comprising a medical imaging examination device, an information collection device, a printer and the cloud platform; the medical imaging examination device transmits medical imaging examination information to the printer through the information collection device; the information collection device is used for collecting medical imaging examination information from a port of the printer and uploads the information to the cloud platform; the information collection device comprises a registering module, a management module, a checklist obtaining module, a checklist applying module, an information downloading module, an authorization configuration module and a cloud platform association storage module. The system reads data of a general printing port and carries out transmission, storage, analysis and management through the cloud computing technology, and classified filing management, multifunctional retrieval analysis and large-range barrier-free data sharing of mass medical information can be achieved.

Description

technical field [0001] The invention relates to a medical information sharing system, in particular to an imaging medical information sharing system. Background technique [0002] Since its birth, medical imaging has brought tremendous development to the entire medical system, not only expanding the scope of human examination, improving the level of diagnosis, but also becoming a treatment for certain diseases. With the advancement of science and technology and the continuous leap of imaging technology, imaging has gradually become the pillar of medical work and an indispensable part of diagnosis and treatment. [0003] In recent years, with the rise of evidence-based medicine, medical imaging data has become the largest clinical evidence source, with important and irreplaceable auxiliary diagnostic value. The future development trend of imaging is the integration of various examination methods and digital management. Networking of equipment and digitization of management ...

AI Technical Summary

Problems solved by technology

[0005] However, with the rapid development of imaging and the increase in the number of cases, the disadvantages of this storage method have gradually emerged: First, as time goes by, the amount of imaging data increases geometrically, and hospitals often need to continuously increase storage devices and equipment maintenance costs; second, the standardization of PACS development is low, and the compatibility between different systems is poor. Each hospital uses a different PACS system, resulting in a closed island of information, which is difficult to share between different hospitals

When patients visit different hospitals, it is difficult to summarize the collected imaging data. Patients must carry the printed examination reports themselves, which is time-consuming and labor-intensive and easy to be defaced and lost. It is difficult to form a complete set of digital imaging data that reflects changes in the condition; Third, in the vast majority of medical practices, doctors do not need to look at the raw data of imaging examinations. What they care about is the imaging diagnosis report containing image sample data. More importantly, doctors hope that they can See multiple imaging reports during the course of the disease, and make a judgment on whether the disease has progressed and whether the treatment is effective by comparing these imaging images and reports; Fourth, because the output formats of different types of inspection equipment are not compatible, Mining and analyzing regional medical data is very difficult

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