Real-time interactive remote medicine system and real-time interactive remote medicine method

Abstract

The invention discloses a real-time interactive remote medicine system. The real-time interactive remote medicine system comprises an inquiring end, at least one expert end, a data capture repeater component, a network security transmission component, a data transit server component, a real-time behavior control component and a remote medicine control server. In addition, the invention further discloses a real-time interactive remote medicine method based on the real-time interactive remote medicine system. By the real-time interactive remote medicine system and the real-time interactive remote medicine method, real-time medicine synchronization of two-way audio and video communication on both sides can be realized, relevant data information can be subjected to remote checking and real-time transmission, and the interactive audio and video communication can be realized on the basis of sharing of real-time data information; for some local key data information, a nondestructive checking mode can be specified through the expert end, so that the key data information is ensured not to be lost in Internet applications, accuracy of a remote medicine mode is guaranteed, and possibility of medicine errors is avoided.

Description

Technical field [0001] The invention relates to a remote transmission system and method, in particular to a remote consultation system and method. Background technique [0002] The concept of Remote Medicine was first proposed by the United States in 1998. It refers to the use of computer technology, communication technology and multimedia technology, combined with medical technology, aimed at improving the level of diagnosis and treatment, reducing total medical expenditure and satisfaction A brand-new medical service model for public health service needs. As a vast developing country, due to the unbalanced economic development, China's medical level development among regions is also seriously unbalanced. Tertiary hospitals are basically distributed in large and medium-sized cities, and high-level medical experts are mostly concentrated in these tertiary hospitals. Therefore, for patients, especially those in remote areas, because the local medical conditions are relatively ba...

AI Technical Summary

Problems solved by technology

Such a decompression process is a lossy decompression process due to the limitation of the algorithm of the video conferencing system itself, which will cause data loss to the remote display of medical images, and thus cause remote experts to misjudge patient information;

[0005] (2) Only relying on dedicated network and hardware video equipment, the investment in network bandwidth and hardware equipment is too large, it is not easy to popularize, and it is not suitable for use and large-scale promotion in small and medium hospitals;

[0006] (3) The remote operation is inconvenient. The video conferencing system intercepts and transmits medical images in the form of video. This process is one-way, so that the remote experts can only ask the hospital to operate the medical image data by voice to view relevant information. Information, "voice remote control" is not as intuitive and convenient as "direct operation"

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