Long-distance ultrasonic diagnosis system

Abstract

The invention discloses a long-distance ultrasonic diagnosis system comprising an ultrasonic image acquisition device, a video pick-up device, a communication network, a server management platform and a client, wherein the ultrasonic image acquisition device is used for acquiring the ultrasonic images of a patient, the spatial position of an ultrasonic probe and the pressure parameter of the ultrasonic probe; the video pick-up device is used for acquiring video images and voice information; the communication network is used for transmitting information acquired by the ultrasonic image acquisition device and the video pick-up device; the server management platform is used for storing and managing the information of patients, and receiving and storing the acquired data; and the client is used for accessing the server management platform, dynamically viewing data acquired by the ultrasonic image acquisition device and the video pick-up device in real time, and feeding back diagnostic information in real time. The invention enables basic medical institutions to realize data transmission through the communication network and the server management platform, so that ultrasonic diagnosis experts in a large hospital can perform long-distance ultrasonic consultation in real time through the client.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a remote ultrasonic diagnosis system, which can be used for remote ultrasonic consultation and teaching guidance. Background technique [0002] In recent years, the government's investment in ultrasonic diagnostic equipment in grassroots health institutions has increased significantly. In contrast, the training of ultrasonic diagnostic professionals is relatively lagging behind. The current situation is that there is a serious shortage of ultrasound diagnosis professionals in grassroots health institutions, especially the lack of experienced ultrasound diagnosis physicians. At the same time, the ultrasound examination items are limited, and medical disputes related to ultrasound diagnosis occur from time to time. There are many patients whose problems can be completely solved only by examinations in primary health institutions. Instead, they go to "large hospitals" to que...

AI Technical Summary

Problems solved by technology

[0004] 1. The workload of the ultrasonic diagnostic department of "large hospitals" is seriously overloaded, and the work of ultrasonic experts is often overwhelmed. Going out for consultation will inevitably affect their own work; even if they can spare time, they can only use limited time to take care of a few grassroots health institutions;

[0005] 2. The existing ultrasound consultation centers established through the Internet are not suitable for grassroots health institutions, because most grassroots health institutions do not have the conditions to upload ultrasound images through the Internet

[0006] 3. Because ultrasound images have the characteristics of real-time imaging; and only show a partial section of the human body, the surrounding structures lack a good overall reference, static ultrasound images transmitted through the Internet often cannot meet the diagnostic requirements, such as the display of the heart, only through real-time Dynamic images can clearly observe the closing and opening of biological valves such as mitral valve and tricuspid valve

Even if the ultrasound images transmitted through the Internet are real-time dynamic images, if the position and direction of the probe during the ultrasound scan are not marked simultaneously, it is still difficult to determine what organ and section the image represents; even when the ultrasound scan is marked synchronously Depending on the position and direction of the probe, but due to changes in the scanning angle, different images can also be displayed, resulting in misinterpretation of diagnostic information

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