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Traditional Chinese medicine health assessment method based on personalized normal state information and application thereof

A technology of health assessment and normality, which is applied in the field of TCM health assessment based on personalized normality information, can solve problems such as not considering individual differences, and achieve the effect of improving accuracy

Pending Publication Date: 2021-02-19
SHANGHAI UNIV OF T C M
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although it can realize the judgment of human body status from the perspective of traditional Chinese medicine, it mainly realizes the analysis from the perspective of big data, and does not consider individual differences

Method used

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  • Traditional Chinese medicine health assessment method based on personalized normal state information and application thereof
  • Traditional Chinese medicine health assessment method based on personalized normal state information and application thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0045] A TCM health assessment method based on personalized normal information, such as figure 1 shown, including the following steps:

[0046] (1) Obtain k (k=3) sets of lingual images of the subject to be evaluated, each set of lingual images includes tongue images and facial pictures, and the k (k=3) lingual images are collected every day for three consecutive days obtained once;

[0047] (2) Process the tongue images one by one and obtain the comprehensive health index corresponding to each set of tongue images:

[0048] (2.1) Use the commonly used tongue segmentation method to segment the tongue image to obtain the tongue body (T), and use the target detection algorithm FAST R-CNN in deep learning to segment the facial image to obtain the forehead (P1) and left cheek (P2) , right cheek (P3), nose tip (P4) and lower jaw (P5);

[0049] (2.2) Determine the color space as the LAB color space, and calculate the corresponding values ​​of each part obtained in step (2.1) unde...

example 1

[0064] Take the processing of a set of tongue images as an example:

[0065] The corresponding L value, A value and B value of the tongue body obtained in step (2.2) are: T_L=80, T_A=135, T_B=137;

[0066] The corresponding L value, A value and B value of the forehead (P1), left cheek (P2), right cheek (P3), nose tip (P4) and jaw (P5) are:

[0067] P1_L=95, P1_A=136, P1_B=141;

[0068] P2_L=80, P2_A=135, P2_B=137;

[0069] P3_L=149, P3_A=126, P3_B=136;

[0070] P4_L=85, P4_A=138, P4_B=135;

[0071] P5_L=65, P5_A=135, P5_B=135;

[0072] The corresponding L value, A value and B value of the face are:

[0073] F_L=w1*P1_L+w2*P2_L+w3*P3_L+w4*P4_L+w5*P5_L=39.72;

[0074] F_A=w1*P1_A+w2*P2_A+w3*P3_A+w4*P4_A+w5*P5_A=54.89;

[0075] F_B=w1*P1_B+w2*P2_B+w3*P3_B+w4*P4_B+w5*P5_B=56.45;

[0076] The comprehensive health index obtained in step (2.3) is 0.67;

[0077] Calculate the comprehensive health index corresponding to the three sets of tongue images respectively, in order of...

example 2

[0082] Take the processing of a set of tongue images as an example:

[0083] The corresponding L value, A value and B value of the tongue body obtained in step (2.2) are: T_L=80, T_A=135, T_B=137;

[0084] The corresponding L value, A value and B value of the forehead (P1), left cheek (P2), right cheek (P3), nose tip (P4) and jaw (P5) are:

[0085] P1_L=95, P1_A=136, P1_B=141;

[0086] P2_L=80, P2_A=135, P2_B=137;

[0087] P3_L=149, P3_A=126, P3_B=136;

[0088] P4_L=85, P4_A=138, P4_B=135;

[0089] P5_L=65, P5_A=135, P5_B=135;

[0090] The corresponding L value, A value and B value of the face are:

[0091] F_L=w1*P1_L+w2*P2_L+w3*P3_L+w4*P4_L+w5*P5_L=39.72;

[0092] F_A=w1*P1_A+w2*P2_A+w3*P3_A+w4*P4_A+w5*P5_A=54.89;

[0093] F_B=w1*P1_B+w2*P2_B+w3*P3_B+w4*P4_B+w5*P5_B=56.45;

[0094] The comprehensive health index obtained in step (2.3) is 0.67;

[0095] Calculate the comprehensive health index corresponding to the three sets of tongue images respectively, in order of...

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Abstract

The invention discloses a traditional Chinese medicine health assessment method based on personalized normal state information and application thereof. The method comprises the following steps:acquiringk sets of lingual surface images of a to-be-assessed object ; processing the lingual surface images one by one and obtaining a health comprehensive index corresponding to each lingual surface image;calculating the mean value H-avg and the standard deviation H-SD of the health comprehensive indexes corresponding to the k sets of lingual surface images, wherein the normal state range of the personalized normal state health model is H-avg + / -H-SD; obtaining a lingual surface image of the to-be-evaluated object in a to-be-evaluated state to obtain a health comprehensive index H to be assessed at the moment; and if the to-be-evaluatedH is less than or equal to H-avg +H-SD and is greater than or equal to H-avg-H-SD, determining that the to-be-evaluated object is in a normal state, and otherwise, determining that the to-be-evaluated object is in a skewed state. According to the method, objective information such as personalized health assessment tongues and faces in the field of traditional Chinese medicine can be updated in real time along with use of users, the accuracy of a personalized normal health model can be continuously improved, the effect of adapting to personal conditions is achieved, and the method has great application prospects.

Description

technical field [0001] The invention belongs to the technical field of traditional Chinese medicine informatization, and relates to a traditional Chinese medicine health assessment method based on personalized normal state information and its application. Background technique [0002] Traditional Chinese medicine generally refers to medicine based on traditional medicine created by the working people of the Han nationality in China, so it is also called Han medicine. Traditional Chinese medicine takes yin and yang and the five elements as the theoretical basis, and regards the human body as the unity of qi, shape and spirit. Through the method of "seeing, hearing, asking, and cutting" four diagnosis and ginseng, it explores the etiology, disease nature, disease location, and analyzes the pathogenesis and the five internal organs of the human body. Changes in six fu-organs, meridians, joints, qi, blood and body fluids, judge the ebb and flow of evil, and then get the name of ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G16H50/30G16H50/50G16H20/90G06K9/00A61B5/00
CPCG16H50/30G16H50/50G16H20/90A61B5/4854G06V40/165G06V40/171
Inventor 胡晓娟张磊王健英洪燕龙张宝军
Owner SHANGHAI UNIV OF T C M
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