System and method for remote surgery

Abstract

The invention relates to a system and method for remote surgery. The system comprises a patient end assembly, a doctor end assembly and a cloud processing unit in communication connection with the patient end assembly and the doctor end assembly. The patient end assembly comprises a patient body scanner for scanning patient body data and transmitting the patient body data to the cloud processing unit; a doctor operation mechanical arm used for receiving the operation data transmitted by the cloud processing unit. The doctor end assembly comprises a patient body display device for displaying the injury data transmitted by the cloud processing unit; a doctor operation operator used for recording input operation data and transmitting the operation data to the cloud processing unit, wherein the cloud processing unit is used for processing and transmitting the body data and the operation data and storing the body data and the operation data uniquely corresponding to the body data. Comparedwith the prior art, the system has the advantages of improving the medical resource utilization rate and the like.

Description

technical field [0001] The invention relates to the field of remote control, in particular to a system and method for remote surgery. Background technique [0002] At present, in terms of medical allocation, there are problems such as scarcity and imbalance of medical resources, resulting in many people being injured but not treated in time. Compared with first- and second-tier cities, this situation is more common in the vast third-, fourth-, and fifth-tier cities. When people are injured and the medical facilities in their city cannot fully treat them, they will not only have to bear the high cost of treatment, but also bring their families to first- and second-tier cities for treatment, so as to have a chance of survival. This will not only cause them to miss the best treatment time, but also increase additional costs, such as accommodation fees in first- and second-tier cities and travel expenses, which will make them worse. [0003] Telesurgery is a method that allows ...

AI Technical Summary

Problems solved by technology

[0002] At present, in terms of medical allocation, there are problems such as scarcity and imbalance of medical resources, resulting in many people being injured but not treated in time. Compared with first- and second-tier cities, this situation is more common in the vast third-, fourth-, and fifth-tier cities. When people are injured and the medical facilities in their city cannot fully treat them, they not only have to bear the high cost of treatment, but also bring their families to first- and second-tier cities for treatment, so that they will have a chance of survival

This will not only cause them to miss the best treatment time, but also increase additional costs, such as accommodation fees in first- and second-tier cities and travel expenses, which will make them worse

[0003] Telesurgery is a method that allows patients to be treated thousands of miles away from doctors. Traditional telesurgery systems only allow doctors in distant places to guide patients to treat them through simple transmission, and do not make full use of the data generated during the transmission process. The data is not processed effectively, and the degree of intelligence is not high

[0004] At the same time, due to factors such as the large population in first- and second-tier cities, the daily work pressure and work rhythm of doctors are also very tense. If they need to often disperse their energy and guide the treatment in other cities through the remote surgery system, it will undoubtedly further increase the difficulty of their work.

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