Remote lightweight ultrasonic robot diagnosis and treatment system based on cloud computing and application

Abstract

The invention discloses a remote lightweight ultrasonic robot diagnosis and treatment system based on cloud computing. The remote lightweight ultrasonic robot diagnosis and treatment system comprisesa processor configured on a cloud server, display control equipment and a lightweight ultrasonic robot, wherein ultrasonic imaging computation is completed on a cloud end; the display control equipment can communicate with the cloud processor; the lightweight ultrasonic robot can communicate with the cloud processor; the display control equipment is located at a doctor end; and the lightweight ultrasonic robot is located at a patient end. The system can be applied to pre-hospital treatment, sharing of wireless medical data in hospitals and multidisciplinary remote consultation. An ultrasonographer can directly obtain data of medical history of a patient, laboratory examination and other imaging examination from the cloud end; and meanwhile, a connection with a far-end expert is established, and expert consultation and quality control information is acquired in real time. Configurations of the processor, a memory and the like, including ultrasonic imaging computation, are placed in thecloud end, so that the volume of the ultrasonic robot can be greatly reduced, light weight of the ultrasonic robot is realized, the price of the ultrasonic robot is reduced, and application is popularized.

Description

technical field [0001] The invention relates to a remote ultrasonic diagnosis and treatment system and its application, in particular to a cloud computing-based remote lightweight ultrasonic robot diagnosis and treatment system and its application. 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 ultrasound 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 ultrasonic examination items were limited, and medical disputes related to ultrasonic diagnosis occurred from time to time. There are quite a few patients whose problems can be completely solved only by examinations in primary health institutions, b...

AI Technical Summary

Problems solved by technology

Disadvantages: The general ultrasound examination takes a long time, and the examination of different positions requires the cooperation of doctors in different positions, which requires high experience and physical strength of doctors

Insufficient: The ultrasonic equipment integrated with the robotic arm is still a stand-alone operation

There are many restrictions on functions, computing power, usage scenarios, etc., and cannot meet higher-end usage requirements

At the same time, the purchase cost of unit price equipment is high, which cannot be afforded by ordinary small-scale medical units

[0011] In summary, although there have been various breakthroughs and attempts in the field of remote ultrasound, there is no cost-effective and executable solution that can be promoted on a large scale.

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