CN117476225A - Teenager physical and mental health evaluation management system and evaluation method - Google Patents
Teenager physical and mental health evaluation management system and evaluation method Download PDFInfo
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Abstract
The invention discloses a teenager physical and mental health assessment management system, which comprises: the physical assessment module is used for acquiring physical condition information of the personnel to be assessed; the psychological assessment module is used for acquiring psychological condition information of the person to be assessed; the immunity evaluation module is used for acquiring the immunity condition information of the personnel to be evaluated; the visual evaluation module is used for acquiring visual condition information of the personnel to be evaluated; the database is used for inputting the matching scores of various indexes in the shape, the mind, the immunity and the vision; the physical and mental health evaluation module is used for giving weight to various indexes of physical, psychological, immunity and vision, and obtaining an overall score based on weight calculation to obtain a physical and mental health evaluation result; the teenager physical and mental health assessment management system can be used for carrying out matching and calculation according to specific information and index data of a person to be assessed to obtain corresponding assessment values, calculating overall scores through each index weighting, and accurately obtaining a physical and mental health assessment result.
Description
Technical Field
The invention relates to a teenager physical and mental health evaluation management system and an evaluation method.
Background
With the development of the Internet and artificial intelligence technology, remote medical management becomes an important mode of teenager physical and mental health assessment. Wherein, the utilization rate and convenience of medical resources can be improved by utilizing technologies such as big data and the like to carry out body health evaluation and monitoring. However, some challenges remain in this process.
First, the assessment of physical health requires multiple parties to participate in common, including communities, schools, families, medical institutions, and the like. This requires the establishment of a perfect data sharing mechanism that facilitates the exchange and collaboration of information between the parties.
The prior lack of evaluation of the physical and mental health of teenagers is unilateral evaluation, the evaluation factor quantity is less, and the physical and mental health state of teenagers is difficult to evaluate accurately and efficiently.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a teenager physical and mental health assessment management system and an assessment method, which can be used for carrying out matching and calculation according to specific information and index data of a person to be assessed to obtain corresponding assessment scores, and calculating overall scores through weighting of each index to accurately obtain physical and mental health assessment results.
The technical scheme adopted for solving the technical problems is as follows:
teenager physical and mental health evaluation management system includes:
the meridian evaluation module is used for acquiring the meridian point condition information of the personnel to be evaluated, and matching the meridian point condition information based on the meridian point condition information score to obtain a meridian evaluation score;
the body evaluation module is used for acquiring the body condition information of the person to be evaluated, and matching the body condition information with the recorded body condition score to obtain a body evaluation score;
the psychological assessment module is used for acquiring psychological condition information of the person to be assessed, and matching the psychological condition information with the recorded psychological condition score to obtain a psychological assessment score;
the immunity evaluation module is used for acquiring the immunity condition information of the personnel to be evaluated, and matching the immunity condition information with the recorded immunity condition score to obtain an immunity evaluation score;
the visual assessment module is used for acquiring visual condition information of the person to be assessed, and matching the visual condition information with the recorded visual condition score to obtain a visual assessment score;
the database is used for inputting the matching scores of all indexes in the shape, the mind, the immunity and the vision, and generating a shape condition score, a psychological condition score, an immunity condition score and a vision condition score based on the matching scores;
and the physical and mental health evaluation module is used for giving weight to various indexes of physical, psychological, immunity and vision, calculating based on the weight to obtain an overall score, and obtaining a physical and mental health evaluation result based on a score interval corresponding to the overall score.
Preferably, the meridian status information includes meridian smoothness information and collaterals smoothness information; the physical condition information includes neck forward inclination information, round shoulder degree information, left and right shoulder difference information, left and right leg difference information, leg type information, scapula convexity information, foot type information, gait information, scoliosis information and pelvis state information.
Preferably, the psychological condition information includes emotional state information, mental health state information, personality characteristic state information, stress level state information, and mental disorder state information.
Preferably, the immunity status information includes cold status information, nose symptom information, throat symptom information, tonsil symptom information, gastrointestinal function symptom information, adenoid status information, allergic disease information, and autoimmune disease information.
Preferably, the visual condition information includes naked eye degree information, binocular wheelbase information, diopter information, eye physiological condition information and eyeball blood silk condition information.
Another technical problem to be solved by the invention is to provide a teenager physical and mental health assessment management method, which comprises the following steps:
establishing a database containing meridian, physical, psychological, immunity and visual indexes, inputting the matching scores of all indexes, and generating physical condition scores, psychological condition scores, immunity condition scores and visual condition scores according to the matching scores;
the method comprises the steps of obtaining meridian condition information of a person to be evaluated, including vein smoothness and collaterals smoothness, by using a meridian evaluation module, and matching the information with recorded meridian condition scores to obtain meridian evaluation scores;
the method comprises the steps that a body condition information of a person to be evaluated is obtained through a body evaluation module, wherein the body condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference, and the body condition information is matched with an input body condition score to obtain a body evaluation score;
the psychological state information of the person to be evaluated, including the emotion state, the psychological health state and the personality characteristics, is obtained by using the psychological evaluation module, and is matched with the recorded psychological state score based on the information, so that a psychological evaluation score is obtained;
the immunity evaluation module is utilized to acquire the immunity condition information of the person to be evaluated, including cold condition, nose symptoms and throat symptoms, and the immunity evaluation score is obtained by matching the information with the recorded immunity condition score;
the visual assessment module is utilized to acquire visual condition information of a person to be assessed, including the degree of the naked eyes, the wheelbase of the eyes and the physiological condition of the eyes, and the visual assessment score is obtained by matching the information with the recorded visual condition score;
and giving weights to various indexes of the physical, psychological, immunity and vision, calculating based on the weights to obtain overall scores, and obtaining physical and mental health assessment results according to score intervals corresponding to the overall scores.
Preferably, the method for obtaining the meridian evaluation value comprises the following steps: measuring the resistance of the channels and collaterals by using a specific electrode to judge whether the channels and collaterals are unobstructed, wherein the specific electrode comprises indexes of the channel unobstructed degree and the collaterals unobstructed degree, setting a certain score interval or grade for the channels and collaterals, inputting the score interval or grade into a database, and matching the collected channel condition information of the person to be evaluated with the input channel condition score; according to the meridian evaluation value obtained by matching, weighting according to the weight, and generating a final meridian evaluation value;
the method for obtaining the shape evaluation value comprises the following steps:
the physical condition information of the personnel to be evaluated is collected through a measuring instrument, a questionnaire survey or an observation mode, wherein the physical condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference indexes;
setting a certain score interval or grade for each physical index, and inputting the score interval or grade into a database;
matching the collected physical condition information of the person to be evaluated with the recorded physical condition score;
and according to the body evaluation values obtained by matching, weighting according to the weights, and generating final body evaluation values.
Preferably, the method for obtaining the psychological assessment score comprises the following steps:
collecting psychological condition information of the personnel to be evaluated, including emotional state, psychological health state and personality characteristic indexes, in a questionnaire, observation and interview mode;
setting a certain score interval or grade for each psychological index, and inputting the score interval or grade into a database;
matching the collected psychological condition information of the person to be evaluated with the recorded psychological condition score;
and according to the psychological assessment score obtained by matching, weighting according to the weight, and generating a final psychological assessment score.
Preferably, the method for obtaining the immunity evaluation value is as follows:
collecting immunity status information of the person to be evaluated, including cold condition, nasal symptoms and throat symptoms indexes, by means of questionnaire investigation, observation and physical examination;
setting a certain score interval or grade for each immunity index, and inputting the score interval or grade into a database;
matching the collected immunity state information of the person to be evaluated with the recorded immunity state score;
and according to the immunity evaluation value obtained by matching, weighting according to the weight, and generating a final immunity evaluation value.
Preferably, the visual assessment score is obtained by the following steps:
visual condition information of a person to be evaluated is collected through ophthalmic examination, vision test and cornea topography, wherein the visual condition information comprises naked eye degrees, binocular wheelbase and eye physiological condition indexes;
setting a certain score interval or grade for each visual index, and inputting the score interval or grade into a database;
matching the collected visual condition information of the person to be evaluated with the recorded visual condition score;
and according to the visual assessment value obtained by matching, weighting according to the weight, and generating a final visual assessment value.
The beneficial effects of the invention are as follows:
the system is not limited to the evaluation of a certain aspect, but comprehensively considers indexes of aspects such as meridians, body shapes, psychology, immunity, vision and the like. Thus, the physical and mental health condition of teenagers can be more comprehensively evaluated, and more accurate evaluation results are provided; the system comprises a database, and the matching scores of the meridian, physical, psychological, immunity and visual indexes are recorded. The data can be used for reference and comparison, so that the reliability and the accuracy of an evaluation result are improved; the system performs matching and calculation according to the specific information and index data of the personnel to be evaluated to obtain corresponding evaluation values. This makes the evaluation result more personalized, enabling tailored evaluation for each person's different situations; the system finally obtains the physical and mental health assessment result by weighting each index and calculating the overall score. The comprehensive consideration method can better reflect the physical and psychological health state of teenagers, help discover problems in time and take corresponding measures; based on the evaluation result, the system can generate a corresponding physical and mental health evaluation report, provide targeted suggestions and guidance for teenagers and parents thereof, and promote the improvement and maintenance of physical and mental health.
Detailed Description
The principles and features of the present invention are described below in connection with the following examples which are provided for the purpose of illustrating the invention and are not intended to limit the scope of the invention. The invention is more specifically described by way of example in the following paragraphs. Advantages and features of the invention will become more apparent from the following description and from the claims.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The term "and/or" as used herein includes any and all combinations of one or more of the associated listed items.
Examples
Teenager physical and mental health evaluation management system includes:
the meridian evaluation module is used for acquiring the meridian point condition information of the personnel to be evaluated, and matching the meridian point condition information based on the meridian point condition information score to obtain a meridian evaluation score;
the body evaluation module is used for acquiring the body condition information of the person to be evaluated, and matching the body condition information with the recorded body condition score to obtain a body evaluation score;
the psychological assessment module is used for acquiring psychological condition information of the person to be assessed, and matching the psychological condition information with the recorded psychological condition score to obtain a psychological assessment score;
the immunity evaluation module is used for acquiring the immunity condition information of the personnel to be evaluated, and matching the immunity condition information with the recorded immunity condition score to obtain an immunity evaluation score;
the visual assessment module is used for acquiring visual condition information of the person to be assessed, and matching the visual condition information with the recorded visual condition score to obtain a visual assessment score;
the database is used for inputting the matching scores of all indexes in the shape, the mind, the immunity and the vision, and generating a shape condition score, a psychological condition score, an immunity condition score and a vision condition score based on the matching scores;
and the physical and mental health evaluation module is used for giving weight to various indexes of physical, psychological, immunity and vision, calculating based on the weight to obtain an overall score, and obtaining a physical and mental health evaluation result based on a score interval corresponding to the overall score.
Inputting various index data of meridians, body, mind, immunity and vision of a person to be evaluated, including but not limited to meridian indexes such as meridian smoothness, collaterals smoothness and the like, body indexes such as height, weight, BMI, blood pressure and the like, psychological indexes such as emotion, personality, social capacity and the like, immune indexes such as immune cell number, antibodies and the like, vision indexes such as vision, color sense and the like; and respectively carrying out matching score calculation on each recorded index of the physical, psychological, immunity and vision. Each index sets one or more intervals and is given a corresponding score. And calculating the matching score of the index in the corresponding interval according to the actual index data of the personnel to be evaluated.
Inputting the calculated index matching scores of the meridians, the body, the psychology, the immunity and the vision into a database to generate a meridian condition score, a body condition score, a psychological condition score, an immunity condition score and a vision condition score; weight is given to various indexes of physical, psychological, immunity and vision. The weight can be obtained according to expert opinion, statistical data and the like, and can also be obtained by means of questionnaires, man-machine interaction and the like. And calculating the overall score according to the weight.
And dividing a score interval corresponding to the overall score to obtain a physical and mental health evaluation result. The physical and mental health assessment results can be presented in a score or level form and corresponding suggestions and directions can be provided for the user.
The meridian status information comprises meridian smoothness information and collaterals smoothness information; the physical condition information includes neck forward inclination information, round shoulder degree information, left and right shoulder difference information, left and right leg difference information, leg type information, scapula convexity information, foot type information, gait information, scoliosis information and pelvis state information.
A user interface is designed for inputting physical condition information of a person to be evaluated, wherein the physical condition information comprises indexes such as neck forward inclination, round shoulder degree, left and right shoulder differences, left and right leg differences, leg type, scapula bulge degree, foot type, gait, scoliosis, pelvis state and the like. The data entry may be performed by text entry boxes, drop down menus, and the like.
And matching the recorded physical condition information with a preset standard, and calculating the matching score of each index. Different scores may be set depending on the degree of matching. The match score may be determined by expert experience, related research papers, and the like.
And recording the matching score of each item of physical index into a database, and establishing a physical condition score data table. The shape index data and the corresponding matching score for each person under evaluation are recorded.
Based on the entered physical condition information and the matching score, a physical condition score is calculated. Corresponding algorithms or weight calculation formulas may be designed to determine overall physical condition scores as desired.
And comprehensively calculating the physical condition score and the psychological, immunity and visual evaluation score to obtain an overall score. Corresponding weights can be given to the overall scores according to the importance of different indexes.
A set of component value intervals are set and the overall score is mapped to the corresponding interval. Each interval may represent a physical and mental health assessment level or score range.
And generating a physical and mental health evaluation result according to the score interval corresponding to the overall score. The evaluation results may be presented using text descriptions, graphic presentations, and the like.
A user interface is designed for inputting psychological condition information of the person to be evaluated, including indexes such as an emotion state, a psychological health state, a personality characteristic state, a stress level state, a psychological disorder state and the like. The data entry may be performed by text entry boxes, questionnaires, psychological tests, etc.
And matching the recorded psychological condition information with a preset standard, and calculating the matching score of each index. Different scores may be set depending on the degree of matching. The match score may be determined by expert experience, related research papers, and the like.
And recording the matching score of each psychological index into a database, and establishing a data table of psychological condition scores. Psychological index data and corresponding matching scores for each person to be evaluated are recorded.
And calculating the psychological condition score based on the recorded psychological condition information and the matching score. Corresponding algorithms or weight calculation formulas may be designed to determine overall psychological condition scores as desired.
And comprehensively calculating the psychological condition score and the assessment scores of the physical, immunity and vision to obtain an overall score. Corresponding weights can be given to the overall scores according to the importance of different indexes.
A set of component value intervals are set and the overall score is mapped to the corresponding interval. Each interval may represent a physical and mental health assessment level or score range.
And generating a physical and mental health evaluation result according to the score interval corresponding to the overall score. The evaluation results may be presented using text descriptions, graphic presentations, and the like.
The psychological condition information includes emotional state information, mental health state information, personality characteristic state information, stress level state information, and mental disorder state information.
For the emotional state information, a questionnaire or a psychological test may be used to learn about the current emotional state of the subject, such as anxiety, depression, pleasure, etc., and calculate a matching score based on the scores.
For the psychological health status information, a common psychological scale such as a pathological personality scale, a depression symptom self-evaluation scale and the like can be adopted for evaluation, the psychological health status of the evaluated person is evaluated, and the matching score is calculated according to the score.
For personality characteristic state information, professional personality test tools such as MBTI personality type index, big Five personality factor questionnaires and the like can be used to know the personality characteristic state of the evaluated person and calculate the matching score according to the score.
For stress level state information, a related scale and questionnaire, such as a social support questionnaire, a stress emotion scale, etc., may be used to learn about the stress level state of the subject and calculate a matching score based on the score.
For the psychological disorder state information, a psychiatric examination and a common psychological disorder questionnaire, such as a anxiety symptom self-rating scale, a compulsive symptom self-rating scale, etc., may be employed, to understand whether or not the subject has a psychological disorder, and calculate a matching score based on the score.
The immunity status information comprises cold status information, nose symptom information, throat symptom information, tonsil symptom information, gastrointestinal function symptom information, adenoid status information, allergic disease information and autoimmune disease information.
Cold condition information:
related questions are designed to understand the cold condition of the subject, such as whether to frequently catch cold, symptoms of cold, frequency of onset of cold, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the severity and frequency of colds.
Nose symptom information:
design related problems are used to understand the nasal symptoms of the subject, such as nasal obstruction, sneezing, runny nose, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the frequency and intensity of symptoms.
Throat symptom information:
design related problems for knowing the symptoms of the throat of the subject, such as sore throat, hoarseness, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the frequency and intensity of symptoms.
Tonsil symptom information:
design-related questions are used to learn about the symptoms of the tonsils of the subject, such as tonsillar swelling, inflammation, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the degree and frequency of symptoms.
Gastrointestinal functional symptom information:
design related problems for understanding gastrointestinal symptoms of the subject, such as diarrhea, abdominal pain, dyspepsia, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the frequency and intensity of symptoms.
Adenoid status information:
design-related questions for understanding the glandular status of the subject, such as lymphadenectasis, redness, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the degree and the number of states.
Allergic disease information:
design-related questions for knowing whether or not the subject has allergic diseases, such as allergic rhinitis, allergic dermatitis, etc.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the types and degrees of allergic diseases.
Autoimmune disease information:
design-related questions for knowing whether an autoimmune disease such as rheumatoid arthritis, lupus, etc. exists in the subject.
According to the questions answered by the evaluators, matching scores are calculated, and different weights can be set according to the types and degrees of diseases.
The visual condition information comprises naked eye degree information, binocular wheelbase information, diopter information, eye physiological condition information and eyeball blood silk condition information.
Naked eye degree information:
design related problems are used for knowing the naked eye degree conditions of an estimated person, including myopia degree, hyperopia degree and the like.
And recording corresponding degree information according to the questions answered by the evaluators.
Binocular wheelbase information:
the design related problems are used for knowing the wheelbase condition of eyes of the person to be evaluated, namely the length of the front and rear axes of eyeballs.
And recording corresponding wheelbase information according to the questions answered by the evaluators.
Diopter information:
design related problems for knowing diopter conditions of the subject, including astigmatism, normal diopter, etc.
And recording corresponding diopter information according to the questions answered by the evaluated person.
Eye physiological condition information:
design related problems for knowing the physiological condition of the eyes of the subject, such as conjunctivitis, cornea problems, etc.
And recording corresponding condition information according to the questions answered by the evaluators.
Eyeball blood silk condition information:
the related problems are designed for knowing the condition of eyeball blood silk of an evaluated person, namely whether the surface of the eyeball has blood silk red blood silk and the like.
And recording corresponding blood silk condition information according to the questions answered by the evaluators.
A teenager physical and mental health assessment management method comprises the following steps:
establishing a database containing physical, psychological, immunity and visual indexes, inputting the matching scores of all indexes, and generating physical condition scores, psychological condition scores, immunity condition scores and visual condition scores according to the matching scores;
the method comprises the steps that a body condition information of a person to be evaluated is obtained through a body evaluation module, wherein the body condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference, and the body condition information is matched with an input body condition score to obtain a body evaluation score;
the psychological state information of the person to be evaluated, including the emotion state, the psychological health state and the personality characteristics, is obtained by using the psychological evaluation module, and is matched with the recorded psychological state score based on the information, so that a psychological evaluation score is obtained;
the immunity evaluation module is utilized to acquire the immunity condition information of the person to be evaluated, including cold condition, nose symptoms and throat symptoms, and the immunity evaluation score is obtained by matching the information with the recorded immunity condition score;
the visual assessment module is utilized to acquire visual condition information of a person to be assessed, including the degree of the naked eyes, the wheelbase of the eyes and the physiological condition of the eyes, and the visual assessment score is obtained by matching the information with the recorded visual condition score;
and giving weights to various indexes of the physical, psychological, immunity and vision, calculating based on the weights to obtain overall scores, and obtaining physical and mental health assessment results according to score intervals corresponding to the overall scores.
Database establishment:
a database is established containing physical, psychological, immunological and visual indicators.
A matching score range, for example, a physical condition score range of 0-100, a mental condition score range of 0-100, an immune condition score range of 0-100, and a visual index condition score range of 0-100, is set for each index.
The shape evaluation module:
and developing a physical assessment module for acquiring physical condition information of the person to be assessed.
And carrying out matching calculation with the physical condition score according to the collected information such as the forward neck inclination, the circular shoulder degree, the left shoulder difference and the right shoulder difference, and obtaining the physical evaluation score.
Psychological assessment module:
developing a psychological assessment module for acquiring psychological condition information of the person to be assessed.
And matching calculation is carried out with the psychological condition score according to the collected information such as the emotional state, the psychological health state, the personality characteristics and the like, so as to obtain a psychological assessment score.
Immunity evaluation module:
an immunity evaluation module is developed and used for acquiring the immunity condition information of the person to be evaluated.
And carrying out matching calculation with the immunity state score according to the collected information such as cold condition, nose symptoms, throat symptoms and the like to obtain an immunity evaluation score.
Visual assessment module:
and developing a visual assessment module for acquiring visual condition information of the person to be assessed.
And carrying out matching calculation with the vision condition score according to the collected information such as the degree of the naked eyes, the wheelbase of the eyes, the physiological condition of the eyes and the like, and obtaining the vision evaluation score.
Overall evaluation:
corresponding weights are given to various indexes of physical, psychological, immunity and vision.
The overall score is calculated based on the weights, for example, the physical score is 30% of the overall score, the psychological score is 30% of the overall score, the immunity score is 20% of the overall score, and the visual score is 20% of the overall score.
And obtaining a final physical and mental health evaluation result according to the score interval corresponding to the overall score.
The method for obtaining the meridian evaluation value comprises the following steps:
measuring the resistance of the channels and collaterals by using a specific electrode to judge whether the channels and collaterals are unobstructed, wherein the specific electrode comprises indexes of the channel unobstructed degree and the collaterals unobstructed degree, setting a certain score interval or grade for the channels and collaterals, inputting the score interval or grade into a database, and matching the collected channel condition information of the person to be evaluated with the input channel condition score; and according to the meridian evaluation value obtained by matching, weighting according to the weight, and generating a final meridian evaluation value.
The method for obtaining the shape evaluation value comprises the following steps:
the physical condition information of the personnel to be evaluated is collected through a measuring instrument, a questionnaire survey or an observation mode, wherein the physical condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference indexes;
setting a certain score interval or grade for each physical index, and inputting the score interval or grade into a database;
matching the collected physical condition information of the person to be evaluated with the recorded physical condition score;
and according to the body evaluation values obtained by matching, weighting according to the weights, and generating final body evaluation values.
Collecting physical condition information: the physical condition information of the person to be evaluated can be collected by means of a measuring instrument, a questionnaire or an observation. For example, measuring the neck forward inclination may use a ruler or an angle measuring tool, measuring the round shoulder inclination may be by observing a shoulder curve, or the like.
Setting a shape index score interval: a certain score interval or grade is set for each physical index (such as neck forward inclination, round shoulder degree and left-right shoulder difference). For example, the neck forward inclination is classified into mild, moderate, and severe, and the corresponding score ranges are given. The score interval may be set according to medical reference standards or expertise.
Entering a physical condition score: and inputting the set shape index score interval into a database, and establishing reference data of shape evaluation.
Matching shape index score: and matching the collected physical condition information of the personnel to be evaluated with the physical index scores in the database. And determining the score value interval or grade according to the specific physical condition of the person to be evaluated.
Weighting and generating a final score: and weighting the evaluation values of the physical indexes according to the set weights. For example, the neck forward inclination score may be given a weight of 30%, the round shoulder score may be given a weight of 40%, and the left and right shoulder differential values may be given a weight of 30%. And adding the weighted scores of the body indexes to obtain a final body evaluation score.
Interpretation and reporting of results: the physique assessment scores are interpreted and analyzed by professionals to generate physique assessment reports. The results are shared with the evaluators and their parents and relevant advice and health management measures are provided.
The method for obtaining the psychological assessment score comprises the following steps:
collecting psychological condition information of the personnel to be evaluated, including emotional state, psychological health state and personality characteristic indexes, in a questionnaire, observation and interview mode;
setting a certain score interval or grade for each psychological index, and inputting the score interval or grade into a database;
matching the collected psychological condition information of the person to be evaluated with the recorded psychological condition score;
and according to the psychological assessment score obtained by matching, weighting according to the weight, and generating a final psychological assessment score.
Collecting psychological condition information: psychological condition information of the person to be evaluated can be collected by means of questionnaires, interviews, observations and the like. For example, a tool such as a heart questionnaire or a self-describing personality description may be used to learn information about the emotional state, mental health state, personality characteristics, etc. of the subject.
Setting a psychological index score interval: a certain score interval or level is set for each psychological index. For example, emotional states are classified into normal, mild abnormal, moderate abnormal, severe abnormal grades, and given corresponding ranges of scores.
Entering a psychological condition score: and inputting the set psychological index score interval into a database, and establishing reference data of psychological assessment.
Matching the psychological index score: and matching the collected psychological condition information of the person to be evaluated with the psychological index scores in the database, and determining the affiliated score interval or grade according to the specific condition of the person to be evaluated.
Weighting and generating a final score: and weighting the evaluation scores of the psychological indexes according to the set weights to obtain final psychological evaluation scores.
Interpretation and reporting of results: and reading and analyzing the psychological assessment score by a professional to generate a psychological assessment report. The results are shared with the evaluators and their parents and related advice and mental health management measures are provided.
The method for obtaining the immunity evaluation value comprises the following steps:
collecting immunity status information of the person to be evaluated, including cold condition, nasal symptoms and throat symptoms indexes, by means of questionnaire investigation, observation and physical examination;
setting a certain score interval or grade for each immunity index, and inputting the score interval or grade into a database;
matching the collected immunity state information of the person to be evaluated with the recorded immunity state score;
and according to the immunity evaluation value obtained by matching, weighting according to the weight, and generating a final immunity evaluation value.
Collecting immunity status information: and collecting the immunity state information of the personnel to be evaluated through questionnaires, observation, physical examination and other modes. The indexes such as cold frequency, nasal symptoms, throat symptoms and the like can be inquired to know the immunity condition of the evaluated person.
Setting an immunity index score interval: a certain score interval or rating is set for each immunity index. For example, common cold frequencies are classified into rarely, occasionally, frequently rated, and given a corresponding range of scores.
Inputting the value of the immunity condition: and inputting the set immunity index score interval into a database, and establishing reference data of immunity evaluation.
Matching the immunity index score: and matching the collected immunity state information of the personnel to be evaluated with the immunity index scores in the database, and determining the affiliated score interval or grade.
Weighting and generating a final score: and weighting the evaluation scores of the immunity indexes according to the set weights to obtain final immunity evaluation scores.
Interpretation and reporting of results: and reading and analyzing the immunity evaluation value by a professional to generate an immunity evaluation report. The results are shared with the subject and related advice and health management measures, such as improving diet, increasing exercise, etc., are provided.
The method for obtaining the visual assessment score comprises the following steps:
visual condition information of a person to be evaluated is collected through ophthalmic examination, vision test and cornea topography, wherein the visual condition information comprises naked eye degrees, binocular wheelbase and eye physiological condition indexes;
setting a certain score interval or grade for each visual index, and inputting the score interval or grade into a database;
matching the collected visual condition information of the person to be evaluated with the recorded visual condition score;
and according to the visual assessment value obtained by matching, weighting according to the weight, and generating a final visual assessment value.
Collecting visual condition information: visual condition information of the person to be evaluated is collected through ophthalmic examination, vision test, cornea topography and other modes. Indexes such as the degree of naked eyes, the wheelbase of both eyes, the physiological condition of eyes and the like can be measured so as to know the visual condition of an evaluated person.
Setting a visual index score interval: a certain score interval or rating is set for each visual indicator. For example, the degree of the naked eye is classified into normal, mild myopia, moderate myopia, high myopia grades, and the corresponding score ranges are given.
Entering a visual condition score: and inputting the set visual index score interval into a database, and establishing reference data of visual assessment.
Matching visual index scores: and matching the collected visual condition information of the personnel to be evaluated with the visual index scores in the database, and determining the affiliated score interval or grade.
Weighting and generating a final score: and weighting the evaluation scores of the visual indexes according to the set weights to obtain final visual evaluation scores.
Interpretation and reporting of results: the visual assessment scores are interpreted and analyzed by a specialized ophthalmic doctor to generate a visual assessment report. The results are shared with the subject and related recommendations and eye health management measures, such as wearing glasses, using eye care measures, etc., are provided.
The beneficial effects of the invention are as follows:
the system is not limited to the evaluation of a certain aspect, but comprehensively considers indexes of aspects such as meridians, body shapes, psychology, immunity, vision and the like. Thus, the physical and mental health condition of teenagers can be more comprehensively evaluated, and more accurate evaluation results are provided; the system comprises a database, and the matching scores of the meridian, physical, psychological, immunity and visual indexes are recorded. The data can be used for reference and comparison, so that the reliability and the accuracy of an evaluation result are improved; the system performs matching and calculation according to the specific information and index data of the personnel to be evaluated to obtain corresponding evaluation values. This makes the evaluation result more personalized, enabling tailored evaluation for each person's different situations; the system finally obtains the physical and mental health assessment result by weighting each index and calculating the overall score. The comprehensive consideration method can better reflect the physical and psychological health state of teenagers, help discover problems in time and take corresponding measures; based on the evaluation result, the system can generate a corresponding physical and mental health evaluation report, provide targeted suggestions and guidance for teenagers and parents thereof, and promote the improvement and maintenance of physical and mental health.
The above-mentioned embodiments of the present invention are not intended to limit the scope of the present invention, and the embodiments of the present invention are not limited thereto, and all kinds of modifications, substitutions or alterations made to the above-mentioned structures of the present invention according to the above-mentioned general knowledge and conventional means of the art without departing from the basic technical ideas of the present invention shall fall within the scope of the present invention.
Claims (10)
1. Teenager physical and mental health evaluation management system, which is characterized by comprising:
the meridian evaluation module is used for acquiring the meridian point condition information of the personnel to be evaluated, and matching the meridian point condition information based on the meridian point condition information score to obtain a meridian evaluation score;
the body evaluation module is used for acquiring the body condition information of the person to be evaluated, and matching the body condition information with the recorded body condition score to obtain a body evaluation score;
the psychological assessment module is used for acquiring psychological condition information of the person to be assessed, and matching the psychological condition information with the recorded psychological condition score to obtain a psychological assessment score;
the immunity evaluation module is used for acquiring the immunity condition information of the personnel to be evaluated, and matching the immunity condition information with the recorded immunity condition score to obtain an immunity evaluation score;
the visual assessment module is used for acquiring visual condition information of the person to be assessed, and matching the visual condition information with the recorded visual condition score to obtain a visual assessment score;
the database is used for inputting the matching scores of all indexes in the shape, the mind, the immunity and the vision, and generating a shape condition score, a psychological condition score, an immunity condition score and a vision condition score based on the matching scores;
and the physical and mental health evaluation module is used for giving weight to various indexes of physical, psychological, immunity and vision, calculating based on the weight to obtain an overall score, and obtaining a physical and mental health evaluation result based on a score interval corresponding to the overall score.
2. The teenager physical and mental health assessment management system of claim 1, wherein: the meridian status information comprises meridian smoothness information and collaterals smoothness information; the physical condition information includes neck forward inclination information, round shoulder degree information, left and right shoulder difference information, left and right leg difference information, leg type information, scapula convexity information, foot type information, gait information, scoliosis information and pelvis state information.
3. The teenager physical and mental health assessment management system of claim 1, wherein: the psychological condition information includes emotional state information, mental health state information, personality characteristic state information, stress level state information, and mental disorder state information.
4. The teenager physical and mental health assessment management system of claim 1, wherein: the immunity status information comprises cold status information, nose symptom information, throat symptom information, tonsil symptom information, gastrointestinal function symptom information, adenoid status information, allergic disease information and autoimmune disease information.
5. The teenager physical and mental health assessment management system of claim 1, wherein: the visual condition information comprises naked eye degree information, binocular wheelbase information, diopter information, eye physiological condition information and eyeball blood silk condition information.
6. The teenager physical and mental health assessment management method is characterized by comprising the following steps of:
establishing a database containing meridian, physical, psychological, immunity and visual indexes, inputting the matching scores of all indexes, and generating physical condition scores, psychological condition scores, immunity condition scores and visual condition scores according to the matching scores;
the method comprises the steps of obtaining meridian condition information of a person to be evaluated, including vein smoothness and collaterals smoothness, by using a meridian evaluation module, and matching the information with recorded meridian condition scores to obtain meridian evaluation scores;
the method comprises the steps that a body condition information of a person to be evaluated is obtained through a body evaluation module, wherein the body condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference, and the body condition information is matched with an input body condition score to obtain a body evaluation score;
the psychological state information of the person to be evaluated, including the emotion state, the psychological health state and the personality characteristics, is obtained by using the psychological evaluation module, and is matched with the recorded psychological state score based on the information, so that a psychological evaluation score is obtained;
the immunity evaluation module is utilized to acquire the immunity condition information of the person to be evaluated, including cold condition, nose symptoms and throat symptoms, and the immunity evaluation score is obtained by matching the information with the recorded immunity condition score;
the visual assessment module is utilized to acquire visual condition information of a person to be assessed, including the degree of the naked eyes, the wheelbase of the eyes and the physiological condition of the eyes, and the visual assessment score is obtained by matching the information with the recorded visual condition score;
and giving weights to various indexes of the physical, psychological, immunity and vision, calculating based on the weights to obtain overall scores, and obtaining physical and mental health assessment results according to score intervals corresponding to the overall scores.
7. The teenager physical and mental health assessment management method according to claim 6, wherein the method for obtaining the meridian assessment value is as follows: measuring the resistance of the channels and collaterals by using a specific electrode to judge whether the channels and collaterals are unobstructed, wherein the specific electrode comprises indexes of the channel unobstructed degree and the collaterals unobstructed degree, setting a certain score interval or grade for the channels and collaterals, inputting the score interval or grade into a database, and matching the collected channel condition information of the person to be evaluated with the input channel condition score; according to the meridian evaluation value obtained by matching, weighting according to the weight, and generating a final meridian evaluation value;
the method for obtaining the shape evaluation value comprises the following steps:
the physical condition information of the personnel to be evaluated is collected through a measuring instrument, a questionnaire survey or an observation mode, wherein the physical condition information comprises neck forward inclination, round shoulder degree and left and right shoulder difference indexes;
setting a certain score interval or grade for each physical index, and inputting the score interval or grade into a database;
matching the collected physical condition information of the person to be evaluated with the recorded physical condition score;
and according to the body evaluation values obtained by matching, weighting according to the weights, and generating final body evaluation values.
8. The teenager physical and mental health assessment management method according to claim 6, wherein the method for obtaining the psychological assessment score is as follows:
collecting psychological condition information of the personnel to be evaluated, including emotional state, psychological health state and personality characteristic indexes, in a questionnaire, observation and interview mode;
setting a certain score interval or grade for each psychological index, and inputting the score interval or grade into a database;
matching the collected psychological condition information of the person to be evaluated with the recorded psychological condition score;
and according to the psychological assessment score obtained by matching, weighting according to the weight, and generating a final psychological assessment score.
9. The teenager physical and mental health assessment management method according to claim 6, wherein the method for obtaining the immunity assessment score is as follows:
collecting immunity status information of the person to be evaluated, including cold condition, nasal symptoms and throat symptoms indexes, by means of questionnaire investigation, observation and physical examination;
setting a certain score interval or grade for each immunity index, and inputting the score interval or grade into a database;
matching the collected immunity state information of the person to be evaluated with the recorded immunity state score;
and according to the immunity evaluation value obtained by matching, weighting according to the weight, and generating a final immunity evaluation value.
10. The teenager physical and mental health assessment management method according to claim 6, wherein the method for obtaining the visual assessment score is as follows:
visual condition information of a person to be evaluated is collected through ophthalmic examination, vision test and cornea topography, wherein the visual condition information comprises naked eye degrees, binocular wheelbase and eye physiological condition indexes;
setting a certain score interval or grade for each visual index, and inputting the score interval or grade into a database;
matching the collected visual condition information of the person to be evaluated with the recorded visual condition score;
and according to the visual assessment value obtained by matching, weighting according to the weight, and generating a final visual assessment value.
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| CN118098478B (en) * | 2024-04-29 | 2024-07-05 | 济南圣力科技有限公司 | Physical examination information analysis management system |
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