Remote flight surgeon system

Abstract

The invention discloses a remote flight surgeon system. The remote flight surgeon system comprises a housing, a front panel of the housing, an industrial personal computer, a USP, a medical detecting device, an identity recognizing device and a flight surgeon service system, wherein the front panel of the housing is arranged on the front surface of the housing; the industrial personal computer and the USP are arranged in the housing; the industrial personal computer is arranged above the USP; the medical detecting device is arranged in a middle section of the front panel of the housing; the identity recognizing device is arranged at the left side of the medical detecting device; a display end of the flight surgeon service system is arranged at the upper end of the front panel of the housing, and a processing end of the flight surgeon service system is connected with the industrial personal computer; the USP is connected with the industrial personal computer; the flight surgeon service system comprises a display end, a microsphone, a loudspeaker, a flight surgeon service processing module and a flight surgeon service displaying module. Compared with traditional flight surgeon equipment, the remote flight surgeon system has the advantages that the problem of multi-airport test in an existing mode can be solved; the remote test is achieved; large volume of data can be processed through a server, so that the efficiency can be greatly improved; the communication capacity of the flight surgeon service system is improved on the basis that the remote service is completed, so that the performances can be greatly improved; meanwhile, the login problem can be solved; login channels are increased, so that the convenience of use is ensured.

Description

technical field [0001] The invention relates to an aeronautical medical system, in particular to a remote aeronautical medical system. Background technique [0002] In the civil aviation industry, airlines focus on establishing bases at fixed stations, ignoring the establishment of other outstation infrastructures of the company. For example, in the current civil aviation industry, some fixed stations have flight doctors stationed there to provide pre-flight and daily physical examinations and treatments for crew members. However, many outstations have not yet set up aviation medical teams, so they hope to avoid the problem of blind stations. Self-checking equipment, such as electronic blood pressure monitors, can be placed in these places. The system can automatically collect and display information. On the one hand, it is convenient for the company to understand in time The health status of the unit in various places reduces potential safety hazards. At the same time, it...

AI Technical Summary

Problems solved by technology

[0003] However, the current existing technology only relies on electronic equipment without doctor's consultation and advice. On the one hand, it is not humane enough, and on the other hand, it cannot solve problems in time.

At the same time, identity determination has become single and not flexible enough without manual intervention.

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