CN113421647A - Psychological state data acquisition, processing and output system and method based on two-dimensional code - Google Patents
Psychological state data acquisition, processing and output system and method based on two-dimensional code Download PDFInfo
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Abstract
The invention provides a two-dimensional code-based mental state data acquisition, processing and output system, which comprises a mental state data collection module, an analysis module and an output module; the method comprises the steps that a collection module collects mental state parameters of a user under a plurality of detection items to obtain detection results, and then item codes and detection results of all the detection items are output; the analysis module is used for carrying out data processing and analysis on the project codes and the detection results to obtain and output evaluation results of different detection projects; and the output module receives the evaluation result, processes the evaluation result into an overall evaluation result, takes the detection result of each detection item and the website where the evaluation result is located as the storage information of the two-dimensional code, and takes the overall evaluation result as the color of the two-dimensional code to display the two-dimensional code. The invention also provides a corresponding method. The system utilizes the psychological state output module to process the psychological state output module into an overall evaluation result, and simultaneously utilizes different two-dimension code colors to quickly and efficiently display the overall evaluation result.
Description
Technical Field
The invention belongs to the field of cognitive information acquisition and processing, and particularly relates to a psychological state data acquisition, processing and output system and method based on two-dimensional codes.
Background
Currently, the primary mode of mental state assessment is the mental scale.
The psychological scale is one of measuring tools and is used for identifying the height of psychological functions of individuals. The psychometric scale is a continuum with reference points and units. A measurement is made by placing the object to be measured in the continuum in the appropriate position to see how many units it is away from the reference point.
Different psychometric tables contain different questions, and the same question contains a set of answers, each answer corresponding to a scored value. Each scale has a corresponding set of scoring criteria.
In addition, some laboratory tests (e.g., blood free cortisol concentrations) may also be effective in reflecting human Stress levels (see [ Stress and serum cholesterol levels in major pressure modifier: a cross-sectional Stress, AIMS neuroscience, 7(4) s: 459-.
Currently, when a user is evaluated on a psychological state, commonly used data includes various scale data, laboratory examination data, and physiological indexes such as respiratory rate and heart rate, which are collected in different forms by taking a detection item as a unit, and are evaluated respectively according to respective evaluation algorithms. That is, existing mental state assessment methods each assess the mental state of a user from different aspects (different scales, laboratory tests, physiological data-heart rate, respiratory rate, etc.). If a comprehensive result needs to be obtained, the evaluation results in all aspects need to be manually sorted, evaluated and summarized, so that secondary evaluation is realized. This may cause the evaluator (e.g., psychiatrist, psychological consultant, social worker, etc.) to manually collate and summarize different test data and results to perform the secondary evaluation, and thus the overall evaluation result is likely to be different due to the subjective factors of the evaluator.
In addition, the existing multiple evaluation methods respectively output respective evaluation results, and the overall state of the examinee is not shown.
Disclosure of Invention
The invention aims to provide a psychological state data acquisition, processing and output system and method based on two-dimensional codes, so as to automatically output and efficiently display a comprehensive evaluation result.
In order to achieve the above object, the present invention provides a two-dimensional code based mental state data acquisition, processing and output system, which comprises a mental state data collection module, a mental state data analysis module and a mental state output module, which are connected in sequence; the mental state data collection module is configured to collect mental state parameters of a user under a plurality of detection items, obtain detection results of each detection item according to the mental state parameters, and then output item codes and detection results of each detection item of the user; the mental state data analysis module is used for carrying out data processing and analysis on the item codes and the detection results of all detection items to obtain and output the respective evaluation results of different detection items; the psychological state output module is used for receiving the evaluation results of different detection items, processing the evaluation results into an overall evaluation result, taking the detection results of the detection items and the websites where the evaluation results are located as the storage information of the two-dimensional code, and taking the overall evaluation result as the color of the two-dimensional code to display the two-dimensional code.
Each collecting submodule of the mental state data collecting module corresponds to one detection item respectively; the detection items are classified into three types, namely a psychological scale, a physiological index and a laboratory index; and the number of the collecting submodules is three, namely a scale submodule, a physiological index submodule and a laboratory index submodule.
The scale submodule is connected with a mobile device and is configured to display a form of personal basic information and a self-testing psychological scale on the mobile device and collect the personal basic information and self-testing information of a user through filling information of the user on the mobile device; the physiological index sub-module is connected with a wearable device so as to collect physiological experience parameters related to a user and a psychological state by using the wearable device and send the physiological experience parameters to the physiological index sub-module; the physiological sensing parameters comprise respiratory rate, blood pressure and heart rate; and the laboratory index submodule is connected with detection equipment in a laboratory and is set to receive detection data of the laboratory, and the detection data of the laboratory comprise the concentration of free cortisol in saliva.
The mental state data analysis module comprises a scoring algorithm engine consisting of scoring algorithms of a plurality of detection items, each detection item corresponds to one scoring algorithm, the mental state data analysis module is used for receiving the item codes and the detection results of the detection items, calling the corresponding scoring algorithms according to the item codes, and carrying out data processing and analysis on the detection results corresponding to the item codes by using the scoring algorithms to obtain the evaluation results of the detection items corresponding to the item codes.
The overall evaluation result comprises normality, abnormality and vigilance, and each overall evaluation result corresponds to the color of one two-dimensional code.
If the evaluation results of all the detection items are normal values, the overall evaluation result is normal, and the color of the corresponding two-dimensional code is green; if the evaluation results of all the detection items are abnormal, the overall evaluation result is abnormal, and the color of the corresponding two-dimensional code is red; and if the evaluation results of a part of the detection items are normal values and the evaluation results of a part of the detection items are abnormal, the whole evaluation result is alert, and the color of the corresponding two-dimensional code is yellow.
The mental state data analysis module is connected with a database, the database is set to create a website corresponding to the user, and the item codes, the detection results and the evaluation results of all detection items of the user from the mental state data analysis module are stored in the website corresponding to the user.
In another aspect, the present invention provides a two-dimensional code-based mental state data acquisition, processing and output method, including:
s1: collecting psychological state parameters of a user under each detection item by using a psychological state data collection module, obtaining detection results of each detection item according to the psychological state parameters, and then outputting item codes and detection results of the detection items of the user;
s2: utilizing a mental state data analysis module to perform data processing and analysis on the item codes and the detection results of all detection items to obtain and output respective evaluation results of different detection items;
s3: and receiving respective evaluation results of different detection items by using a psychological state output module, processing each evaluation result into an overall evaluation result, taking the detection result of each detection item and the website where the evaluation result is located as storage information of the two-dimensional code, and taking the overall evaluation result as the color of the two-dimensional code to display the two-dimensional code.
In step S1, the mental state data collecting module includes a plurality of different collecting sub-modules, each collecting sub-module corresponds to one test item, and each collecting sub-module collects mental state parameters of the user under each test item;
in step S2, the mental state data analysis module includes a scoring algorithm engine composed of scoring algorithms for a plurality of detection items, each detection item corresponds to a scoring algorithm, the mental state data analysis module receives the item code and the detection result of each detection item, calls the corresponding scoring algorithm according to the item code, and performs data processing and analysis on the detection result corresponding to the item code by using the scoring algorithm.
The step S2 further includes: providing a database connected with the mental state data analysis module, creating a website corresponding to the user on the database, and storing the item codes, the detection results and the evaluation results of all detection items of the user from the mental state data analysis module in the website corresponding to the user.
The mental state data acquisition, processing and output system based on the two-dimensional code adopts the mental state data analysis module to process different detection items to obtain different evaluation results, and utilizes the mental state output module to process the evaluation results into an overall evaluation result, so that the error probability caused by manual evaluation is reduced; in addition, the invention utilizes different two-dimension code colors to quickly and efficiently display the overall evaluation result of the overall psychological state of the detected person, thereby facilitating the user of the evaluation report to quickly know the overall psychological state condition of the detected user, and the storage information contained in the two-dimension code can also point to the detailed evaluation result of a specific evaluation item, thereby facilitating the use of the evaluator.
In addition, the mental state data analysis module of the mental state data acquisition, processing and output system based on the two-dimensional code is a comprehensive scoring algorithm engine formed by scoring algorithms of a plurality of detection items, the engine integrates evaluation rules of different detection items, and evaluation results of all detection items can be automatically output according to the detection items and the detection results.
Furthermore, the mental state data acquisition, processing and output system based on the two-dimensional code realizes the process of collecting the mental state parameters through the mental state data collection module, the mental state data collection module is connected with the mobile device, the wearable device and the detection device in the laboratory, the content filled by the user on the mobile device and the result collected by the laboratory detection device and the wearable device can be directly obtained through the mental state data collection module, and errors possibly caused by manual operation are reduced.
Drawings
Fig. 1 is a system configuration diagram of a two-dimensional code-based mental state data acquisition, processing and output system according to an embodiment of the present invention.
Fig. 2 is a flowchart of a two-dimensional code-based mental state data acquisition, processing and output method according to an embodiment of the present invention.
Detailed Description
As shown in fig. 1, the two-dimensional code-based mental state data acquisition, processing and output system of the present invention includes three modules, namely a mental state data collection module 100, a mental state data analysis module 200 and a mental state output module 300, which are connected in sequence.
The mental state data collection module 100 is configured to collect mental state parameters of a user under a plurality of detection items, obtain detection results of each detection item according to the mental state parameters, and then output item codes and detection results of each detection item of the user. The mental state data collection module 100 includes a plurality of different collection submodules, each collection submodule corresponds to a detection item, the detection item itself has its own common name, and in the mental state data collection, processing and output system based on two-dimensional code of the present invention, a code is coded separately as the unique code communicated between the collection submodules, that is, the item code of the detection item. Therefore, each collecting submodule of the mental state data collecting module 100 is respectively configured to collect mental state parameters of the user under each detection item, obtain a detection result of the corresponding detection item according to the mental state parameters, and then output an item code and a detection result of the detection item of the user to send to the mental state data analyzing module 200.
In this embodiment, there are three types of detection items, which are a psychological scale, a physiological index, and a laboratory index. Thus, the number of collection submodules is three, respectively a scale submodule 101, a physiological index submodule 102 and a laboratory index submodule 103.
The scale submodule 101 is connected with a mobile device 1, and the scale submodule 101 is configured to display a form of personal basic information and a self-testing mental scale on the mobile device 1, and collect the personal basic information and self-testing information of a user through filling information of the user on the mobile device 1. The self-testing mental scale can be various existing self-testing scales.
The physiological index sub-module 102 is connected to a wearable device 2 to collect physiological sensory parameters related to the user and the psychological state by using the wearable device 2, wherein the physiological sensory parameters include respiratory rate, blood pressure, heart rate, etc., and the physiological sensory parameters are sent to the physiological index sub-module 102.
The laboratory index sub-module 103 is connected to the detection device 3 in the laboratory and is arranged to receive laboratory detection data, which in this embodiment comprises the concentration of free cortisol in saliva. Thus, laboratory test data of the user and the laboratory related to the mental state can be collected using laboratory tests.
Thus, different sub-modules collect mental state parameters using different methods, respectively.
The mental state data analysis module 200 is configured to perform data processing and analysis on the item codes and the detection results of the detection items, obtain and output respective evaluation results of different detection items.
The mental state data analysis module 200 includes a scoring algorithm engine composed of a plurality of scoring algorithms for detecting items. Each detection item corresponds to a scoring algorithm, and the scoring algorithm is based on the existing scoring standard. Therefore, the mental state data analysis module 200 is configured to receive the item codes and the detection results of the detection items, call a corresponding scoring algorithm according to the item codes, and perform data processing and analysis on the detection results corresponding to the item codes by using the scoring algorithm to obtain the evaluation results of the detection items corresponding to the item codes. Thus, the item codes and the detection results of the detection items are subjected to data processing and analysis by using the corresponding scoring algorithm.
The psychological state output module 300 is configured to receive respective evaluation results of different detection items, process each evaluation result into an overall evaluation result, use the detection result of each detection item and a website where the evaluation result is located as storage information of the two-dimensional code, and use the overall evaluation result as a color of the two-dimensional code to display the two-dimensional code.
The overall evaluation results comprise normal, abnormal and alert, and each overall evaluation result corresponds to the color of one two-dimensional code. In this embodiment, the basic idea of obtaining the overall evaluation result is: for the evaluation results of a plurality of detection items (for example, the evaluation results of three detection items, the corresponding evaluation result is a for detection item 1, the corresponding evaluation result is b for detection item 2, and the corresponding evaluation result is c for detection item 3), if the evaluation results of all the detection items are normal values, the overall evaluation result is normal, and the color of the corresponding two-dimensional code is green; if the evaluation results of all the detection items are abnormal, the overall evaluation result is abnormal, and the color of the corresponding two-dimensional code is red; and if the evaluation results of a part of the detection items are normal values and the evaluation results of a part of the detection items are abnormal, the whole evaluation result is alert, and the color of the corresponding two-dimensional code is yellow. Thus, the user can intuitively determine the overall evaluation result (i.e., the overall psychological state of the user) by the color of the displayed two-dimensional code.
Since the storage information of the two-dimensional code is the website where the detection result and the evaluation result of each detection item are located, i.e. a web link, the web link corresponding to the two-dimensional code can display the detailed detection result, evaluation result and interpretation of each detection item.
In addition, the two-dimensional code-based mental state data acquisition, processing and output system of the present invention may further include a database 400 connected to the mental state data analysis module 200. The database 400 is generally installed on a separate report server, and is configured to create a website corresponding to a user therein, and store item codes, test results, and evaluation results of respective test items of the user from the mental state data analysis module 200 in the website corresponding to the user.
As shown in fig. 2, the two-dimensional code based mental state data acquisition, processing and output method implemented based on the above-mentioned two-dimensional code based mental state data acquisition, processing and output system includes the following steps:
step S1: and (6) data acquisition. Collecting psychological state parameters of the user under each detection item by using a psychological state data collection module 100, obtaining detection results of each detection item according to the psychological state parameters, and then outputting item codes and detection results of the detection items of the user; thus, the item code of the user's test item and the test result may be transmitted to the mental state data analysis module 200.
The mental state data collection module 100 includes a plurality of different collection submodules, each collection submodule corresponds to one detection item, and each collection submodule collects mental state parameters of the user under each detection item. The detection project has a universal name, and a code can be independently coded in the mental state data acquisition, processing and output system based on the two-dimensional code, and is used as a unique code for communication among the collection submodules, namely the project code of the detection project.
In this embodiment, there are three types of detection items, which are a psychological scale, a physiological index, and a laboratory index. In step S1, the number of collection submodules is 3, which are the scale submodule 101, the physiological index submodule 102 and the laboratory index submodule 103.
The gauge module 101 is connected to a mobile device 1. Therefore, the step S1 may include: the table sub-module 101 connected with a mobile device 1 is used for displaying a table of personal basic information and a self-testing psychological table on the mobile device 1, and the personal basic information and the self-testing information of the user are collected through filling information of the user on the mobile device 1.
The physiological index sub-module 102 is connected to a wearable device 2. Therefore, the step S1 may include: the wearable device 2 is utilized to collect physiological experience parameters related to the user and the psychological state, the physiological experience parameters include respiratory rate, blood pressure, heart rate, etc., and the physiological experience parameters are sent to the physiological index sub-module 102.
The laboratory index submodule 103 is connected to the detection device 3 in the laboratory. Therefore, the step S1 may include: laboratory test data, including salivary free cortisol concentration, is received using the laboratory metrics sub-module 103. Thus, laboratory test data of the user and the laboratory related to the mental state can be collected using laboratory tests.
Step S2: and (4) processing and analyzing data. And the mental state data analysis module 200 is used for carrying out data processing and analysis on the item codes and the detection results of all the detection items to obtain and output the respective evaluation results of different detection items.
In the step S2, each detection item corresponds to a scoring algorithm, the mental state data analysis module 200 receives the item code and the detection result of each detection item, calls the corresponding scoring algorithm according to the item code, and performs data processing and analysis on the detection result corresponding to the item code by using the scoring algorithm. Thus, the evaluation result of the detection item corresponding to the item code is obtained.
Step S3: and outputting the result. The psychological state output module 300 is used for receiving the evaluation results of different detection items, processing the evaluation results into an overall evaluation result, using the detection results of the detection items and the website where the evaluation results are located as the storage information of the two-dimensional code, and using the overall evaluation result as the color of the two-dimensional code to display the two-dimensional code.
The overall evaluation result comprises normality, abnormality and vigilance, and each overall evaluation result corresponds to the color of one two-dimensional code. In this embodiment, the basic idea of obtaining the overall evaluation result is: for the evaluation results of a plurality of detection items (for example, the evaluation results of three detection items, the corresponding evaluation result is a for detection item 1, the corresponding evaluation result is b for detection item 2, and the corresponding evaluation result is c for detection item 3), if the evaluation results of all the detection items are normal values, the overall evaluation result is normal, and the color of the corresponding two-dimensional code is green; if the evaluation results of all the detection items are abnormal, the overall evaluation result is abnormal, and the color of the corresponding two-dimensional code is red; and if the evaluation results of a part of the detection items are normal values and the evaluation results of a part of the detection items are abnormal, the whole evaluation result is alert, and the color of the corresponding two-dimensional code is yellow. Thus, the user can intuitively determine the overall evaluation result (i.e., the overall psychological state of the user) by the color of the displayed two-dimensional code.
Since the storage information of the two-dimensional code is the website of the detection result and the evaluation result of each detection item, i.e. one webpage link, the detailed detection result, evaluation result and interpretation of each detection item can be displayed through the webpage link corresponding to the two-dimensional code.
Further, the step S2 may further include: providing a database 400 connected to the mental state data analysis module 200, creating a website corresponding to the user on the database 400, and storing the item codes, the detection results, and the evaluation results of the respective detection items of the user from the mental state data analysis module 200 in the website corresponding to the user.
The database 400 is typically installed on a separate reporting server.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not intended to limit the scope of the present invention. All simple and equivalent changes and modifications made according to the claims and the content of the specification of the present application fall within the scope of the claims of the present patent application. The invention has not been described in detail in order to avoid obscuring the invention.
Claims (10)
1. A mental state data acquisition, processing and output system based on a two-dimensional code is characterized by comprising a mental state data collection module (100), a mental state data analysis module (200) and a mental state output module (300) which are sequentially connected;
the mental state data collection module (100) is configured to collect mental state parameters of a user under a plurality of detection items, obtain detection results of each detection item according to the mental state parameters, and then output item codes and detection results of each detection item of the user;
the mental state data analysis module (200) is used for carrying out data processing and analysis on the item codes and the detection results of all detection items to obtain and output the evaluation results of different detection items;
the psychological state output module (300) is configured to receive respective evaluation results of different detection items, process each evaluation result into an overall evaluation result, use the detection result of each detection item and a website where the evaluation result is located as storage information of the two-dimensional code, and use the overall evaluation result as a color of the two-dimensional code to display the two-dimensional code.
2. The two-dimensional code based mental state data acquisition, processing and output system according to claim 1, wherein each collection submodule of the mental state data collection module (100) corresponds to one detection item; the detection items are classified into three types, namely a psychological scale, a physiological index and a laboratory index; and the number of the collecting submodules is three, namely a scale submodule (101), a physiological index submodule (102) and a laboratory index submodule (103).
3. The two-dimensional code based mental state data acquisition, processing and output system according to claim 2, wherein the scale sub-module (101) is connected with a mobile device (1), the scale sub-module (101) is configured to display a form of personal basic information and a self-testing mental scale on the mobile device (1), and collect the personal basic information and self-testing information of the user through filling information of the user on the mobile device (1);
the physiological index sub-module (102) is connected with a wearable device (2) so as to collect physiological sensing parameters related to a user and a psychological state by using the wearable device (2) and send the physiological sensing parameters to the physiological index sub-module (102); the physiological sensing parameters comprise respiratory rate, blood pressure and heart rate;
and the laboratory index submodule (103) is connected with a detection device (3) in a laboratory and is arranged to receive detection data of the laboratory, and the detection data of the laboratory comprise the concentration of free cortisol in saliva.
4. The two-dimensional code-based mental state data acquisition, processing and output system according to claim 1, wherein the mental state data analysis module (200) comprises a scoring algorithm engine composed of scoring algorithms for a plurality of detection items, each detection item corresponds to one of the scoring algorithms, the mental state data analysis module (200) is configured to receive an item code and a detection result of each detection item, call the corresponding scoring algorithm according to the item code, and perform data processing and analysis on the detection result corresponding to the item code by using the scoring algorithm to obtain an evaluation result of the detection item corresponding to the item code.
5. The two-dimensional code based mental state data acquisition, processing and output system according to claim 1, wherein the overall evaluation results include normal, abnormal and alert, each of which corresponds to a color of one of the two-dimensional codes, respectively.
6. The mental state data acquisition, processing and output system based on the two-dimensional code according to claim 5, wherein the evaluation results of all the detection items are normal values, the overall evaluation result is normal, and the color of the corresponding two-dimensional code is green; if the evaluation results of all the detection items are abnormal, the overall evaluation result is abnormal, and the color of the corresponding two-dimensional code is red; and if the evaluation results of a part of the detection items are normal values and the evaluation results of a part of the detection items are abnormal, the whole evaluation result is alert, and the color of the corresponding two-dimensional code is yellow.
7. The two-dimensional code based mental state data acquisition, processing and output system according to claim 1, wherein the mental state data analysis module (200) is connected to a database (400), the database (400) is configured to create a website corresponding to the user therein, and store the item codes, the detection results and the evaluation results of each detection item of the user from the mental state data analysis module (200) in the website corresponding to the user.
8. A mental state data acquisition, processing and output method based on two-dimensional codes is characterized by comprising the following steps:
step S1: collecting psychological state parameters of a user under each detection item by using a psychological state data collection module (100), obtaining detection results of each detection item according to the psychological state parameters, and then outputting item codes and detection results of the detection items of the user;
step S2: the mental state data analysis module (200) is used for carrying out data processing and analysis on the item codes and the detection results of all the detection items to obtain and output the respective evaluation results of different detection items;
step S3: the psychological state output module (300) is used for receiving the evaluation results of different detection items, processing the evaluation results into an overall evaluation result, taking the detection results of the detection items and the website where the evaluation results are located as the storage information of the two-dimensional code, and taking the overall evaluation result as the color of the two-dimensional code to display the two-dimensional code.
9. The two-dimensional code based mental state data acquisition, processing and output method according to claim 8, wherein in the step S1, the mental state data collection module (100) comprises a plurality of different collection submodules, each collection submodule corresponds to a test item, and each collection submodule collects mental state parameters of the user under each test item;
in the step S2, the mental state data analysis module (200) includes a scoring algorithm engine composed of scoring algorithms for a plurality of detection items, each detection item corresponds to a scoring algorithm, the mental state data analysis module (200) receives the item code and the detection result of each detection item, calls the corresponding scoring algorithm according to the item code, and performs data processing and analysis on the detection result corresponding to the item code by using the scoring algorithm.
10. The two-dimensional code based mental state data acquisition, processing and output method according to claim 8, wherein said step S2 further comprises: providing a database (400) connected with the mental state data analysis module (200), creating a website corresponding to the user on the database (400), and storing the item codes, the detection results and the evaluation results of all the detection items of the user from the mental state data analysis module (200) in the website corresponding to the user.
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