Biological network identification method and device for obtaining information on qi-mechanism of traditional Chinese medicine

Abstract

The invention discloses a biological network identification method and device for acquiring information of qi activity in traditional Chinese medicine. The device can measure rising and falling as well as inlet and outlet of the qi activity. A curve of a turbidity exhaust rate is established by using the time vital capacity; a parameter set representing the rising and the falling of the qi activity in the traditional Chinese medicine can be obtained by the aid of collection of gases / smells of the whole body; and a parameter set representing the inlet and the outlet of the qi activity in the traditional Chinese medicine can be obtained through difference comparison of inhaled or expired gases or gas ingredients, particles and symbolic microorganisms. The device collects and compares expired gases / smells at different time and other gases / smells, obtains specific parameters of information about the rising and the falling as well as the inlet and the outlet of the qi activity, and can obtain a development trend of the body by comparing differences. A three-cylinder method for collection and measurement is adopted, and the expired gases are collected in gas cylinders respectively with a sampling method; gases in a sickroom can be collected from the body surface of a patient with a whole body gas collection method; the gases are analyzed with a comparison method and a definite proportion compression infrared spectroscopic analysis method; and a topological relation network which can identify relations of the rising, the falling, the inlet and the outlet of the qi activity and dynamic data of the qi activity are constructed on the basis of a traditional Chinese medicine theory.

Description

technical field [0001] The present invention relates to a medical detection device, in particular to a biological network identification method for obtaining information on air mechanisms, to an infrared spectrum analysis detection method, to a technology for cultivating microorganisms in gas, and to linking up and down of air mechanisms in traditional Chinese medicine with the help of improved time vital capacity and whole body gas method, body surface gas feature recognition method, exhaled breath time variable comparison method. Background technique [0002] The movement of qi is the movement of qi. The qi of the human body is always in constant motion. The movement of qi rising, falling, exiting and entering promotes and stimulates various physiological activities in the viscera, meridians and collaterals of the human body. From the perspective of the physiological activities of the whole body, there must be coordination and balance between ascending and descending, exit...

AI Technical Summary

Problems solved by technology

Although the instrumental analysis method represented by chromatography can qualitatively and quantitatively analyze the odor components, this method generally has shortcomings such as long time-consuming, high cost, expensive equipment, and toxicity, and is not suitable for on-site detection.

The electronic nose is a general-purpose gas analysis device. The sensor array is designed to meet a wide range of requirements, but the artificial olfactory system has a single function and cannot complete the measurement of the overall gas mechanism.

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