Remote diagnosis system of medical section

Abstract

The invention discloses a remote diagnosis system of a medical section, comprising a microscope, a camera, a video coder, a server and a client computer; the microscope, the camera and the video coder are connected with the server sequentially, the camera is connected with the server which is connected with the client computer by network. The invention also discloses a remote diagnosis network transmission method of a medical section, comprising the following steps: (1) initial setup is that a complete section is acquired under a low-resolution acquisition high compression ratio encode mode; (2) diagnosis is carried out by doctors, a pathological region is found, a high-resolution acquisition low compression ratio encode mode is set to obtain a high-quality image; image effect is adjustedand is stored, display is carried out in a real-time matching way, and then a medical certificate is sent down; (3) if the diagnosis is not carried out, the state is set back into the initial state, other pathological regions are found to continuously diagnose. The invention has the advantages of simple structure, low cost, and obtaining a dynamic low-quality image and a static high-quality imageof the pathological region under low bandwidth.

Description

technical field [0001] The invention relates to a medical slice scanning technology, in particular to a medical slice remote diagnosis system and a network transmission method thereof in a low-bandwidth environment. Background technique [0002] With the rapid development of computer technology and remote communication technology and the combination with traditional medicine, remote diagnosis is a new comprehensive discipline, which has penetrated into every field of medicine. Includes: dermatology, oncology, radiation medicine, surgery, cardiology, psychiatry, and home healthcare, among others. Through the combination of computer technology, communication technology, multimedia technology and medical technology, it aims to improve the overall level of diagnosis and medical care in the country, reduce medical expenses, and meet the treatment and health care needs of people at all levels. [0003] In some small cities or township hospitals, the medical equipment and equipmen...

AI Technical Summary

Problems solved by technology

[0003] In some small cities or township hospitals, the medical equipment and equipment are not very advanced, and it is easy to misdiagnose patients when doctors without relevant experience make a diagnosis. Therefore, it is necessary to invite advanced equipment and experienced doctors from other regions or big cities. Doctors come to diagnose pathological slides

However, there are still two problems in practical applications: on the one hand, pathological slices have high requirements on digital image quality and image resolution, especially in lesion areas; The downlink line is 1-2M bit ADSL broadband network, even with high-resolution and high-quality pathological slice images, scanning a high-quality and complete pathological slice image of ordinary size, the file size is from several hundred megabytes to several thousand Between megabytes, it is also a problem to transmit on the current network

There is a medical slide scanner in the high-end market, and it can be equipped with related network application system software, which can meet the application requirements on the image and the network, but the price is quite expensive, which is not affordable by ordinary hospitals and clinics, let alone small city or township hospital

Images