Gastrointestinal information determining method and device and gastrointestinal motility instrument

Abstract

The embodiment of the invention discloses a gastrointestinal information determining method and device and a gastrointestinal motility instrument. The method comprises the steps of obtaining a currentgastrointestinal detection result input by a user, wherein the current gastrointestinal detection result comprises at least one gastrointestinal electrical signal diagram; extracting current gastrointestinal characteristic information of the user from the current gastrointestinal detection result; when there is gastrointestinal characteristic information meeting a preset condition in a preset gastrointestinal information table, determining current gastrointestinal treatment information corresponding to the current gastrointestinal characteristic information in the gastrointestinal informationtable, wherein the gastrointestinal information table comprises at least one piece of gastrointestinal characteristic information and at least one piece of gastrointestinal treatment information corresponding to the gastrointestinal characteristic information. By means of the embodiment, the defect that when a gastrointestinal treatment scheme is established, a doctor needs to intervene is overcome, and the treatment cost is reduced. Moreover, suitable gastrointestinal treatment information can be determined according to different users and different gastrointestinal symptoms, accordingly, effective gastrointestinal treatment schemes are established, and the gastrointestinal treatment effect is improved.

Description

technical field [0001] Embodiments of the present invention relate to the field of biomedical equipment, in particular to a method and device for determining gastrointestinal information and a gastrointestinal motility instrument. Background technique [0002] In the prior art, it is already possible to collect weak gastrointestinal electrical signals on the surface of the human body, generate a gastrointestinal electrical signal map based on the collected results, and then determine a corresponding gastrointestinal treatment plan based on the results displayed on the gastrointestinal electrical signal map. For example, the gastrointestinal motility instrument currently on the market can use the principle that the electrical activity of the gastrointestinal pacemaker in the human body can be driven by external current stimulation to promote the follow-up effect of disordered gastrointestinal electrical activity, combined with the user's gastrointestinal electrical signal Fro...

AI Technical Summary

Problems solved by technology

On the one hand, although it is possible to formulate appropriate gastrointestinal treatment parameters for different users with the help of doctors, it will undoubtedly increase the cost of treatment, and the doctor's experience is limited; on the other hand, although several commonly used gastrointestinal Treatment parameters can save treatment costs, but because the gastrointestinal treatment parameters in the gastrointestinal motility instrument are relatively small, it is impossible to formulate corresponding gastrointestinal treatment parameters for different users, resulting in the defect of poor treatment effect

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