阅读说明：本技术 一种基于胶体金试纸显色原理的软件读取识别分析技术 (Software reading, recognizing and analyzing technology based on color development principle of colloidal gold test paper ) 是由 郭春雷 于 2021-07-28 设计创作，主要内容包括：本发明公开了一种基于胶体金试纸显色原理的软件读取识别分析技术,包括步骤一,注册登录；步骤二,试纸识别；步骤三,试纸扫描；步骤四,结果分析；步骤五,结果记录；其中上述步骤一中,新用户使用软件主要功能前,需要进行账号注册,账号注册使用手机号进行注册申请,并对注册的账号进行短信验证码验证,通过验证校验手机号码有效性后,用户设置新账号密码；该发明通过对胶体金试纸的信息扫描、数据存储与分析配合软件数字化、智能化、依托大数据和云存储技术,便于为用户提供更便捷、更准确、更科学的家庭自助医疗检测；且该基于胶体金试纸显色原理的软件读取识别分析技术较为简单、全面,便于推广使用。(The invention discloses a software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle, which comprises the following steps of registering and logging; secondly, identifying by test paper; thirdly, scanning the test paper; step four, analyzing results; step five, recording results; in the first step, before a new user uses the main functions of the software, account registration is required, the account registration uses a mobile phone number to perform registration application, short message verification code verification is performed on the registered account, and after the validity of the mobile phone number is verified and verified, the user sets a new account password; according to the invention, through information scanning, data storage and analysis of the colloidal gold test paper and matching with software digitalization, intelligentization and large data and cloud storage technologies, more convenient, more accurate and more scientific family self-service medical detection is provided for users; and the software reading, identifying and analyzing technology based on the colloidal gold test paper color development principle is simple and comprehensive, and is convenient to popularize and use.)

1. A software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle comprises the steps of firstly, registering and logging; secondly, identifying by test paper; thirdly, scanning the test paper; step four, analyzing results; step five, recording results; the method is characterized in that:

in the first step, before a new user uses the main functions of the software, account registration is carried out through a registration module, the account registration uses a mobile phone number to carry out registration application, short message verification code verification is carried out on the registered account, after the validity of the mobile phone number is verified and verified, the user sets a new account password, and after the registration, the user logs in through a login module for use; resetting a new password for a user who logs in again and forgets the password by clicking a password resetting module of a login page, inputting a registration account number, a short message verification code and setting the new password by the user in the process of retrieving the password by the password resetting module, and logging in by the user with the new password after the operation is successful;

in the second step, after the user logs in the software, the detection scanning module is clicked on a home page of the software, the software calls a mobile phone camera, a bar code scanning page is started, and bar code information on the test paper is automatically identified through the automatic identification module; the software compares the acquired bar code information with the server side information and judges whether the bar code information is correct or not; if the test paper information is wrong, popping up an error prompt box, and automatically quitting the scanning program; if the test paper information is matched, pushing the test paper scanning parameters to an APP user side, and calling the SDK function of the scanning test paper;

in the third step, a user clicks the scanning analysis module, C, T lines which are colored on the colloidal gold test paper are scanned and identified through a mobile phone camera, the position of the C line is preferentially searched, the position with higher gray scale is searched according to the pre-estimated C line range, the C line is judged as the C line, the position of the pre-estimated T line is searched according to the position of the C line, the position with higher scanning gray scale is judged as the T line, a result ratio is obtained according to the T/C gray scale ratio, data are displayed and stored, and the software automatically calculates the ratio of C, T line color; accurately obtaining the colorimetric values of each reaction T line and the standard reference C line; when the test paper only displays one line C, the line T does not display, the T/C ratio is 0, and after the scanning is successful, the scanning result and related information are pushed to a server;

in the fourth step, after obtaining the result of the chromatic value scanned by the test paper, the server calculates and analyzes the chromatic ratio according to different calculation rules of corresponding test paper types and the algorithm of the test paper batch-to-batch difference, and after successfully calculating the corresponding result value of the test paper, the server returns the scanning result to the APP terminal and displays the scanning result to the user;

in the fifth step, the user can check the scanning result and the related analysis information at the APP terminal, the scanning result and the related analysis information comprise auxiliary information such as scanning time, scanning result, result analysis and next detection time suggestion, the user manually clicks the storage module to store the result, and the result stored by the user is synchronously stored at the server terminal.

2. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the first step, the newly registered user must check the user protocol module to complete effective registration.

3. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the second step, the detection scanning module can realize the identification of the bar CODE and the two-dimensional CODE, the bar CODE comprises a CODE128 CODE and an EAN commodity CODE, and the bar CODE data is transmitted and updated with the server through the interface and is stored in the server side.

4. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the second step, the test paper is one of strip test paper, card test paper and pen test paper.

5. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the second step, in the process of identifying the test paper, the test paper is firstly placed on a flat desktop without light reflection, a user submits information and parameters of a test paper product by scanning a bar code or a two-dimensional code on the test paper, a software background stores corresponding brands, product shapes and product types, and the correctness of the information is determined by comparison.

6. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the third step, the software forcibly starts the flash lamp to keep on long during scanning the test paper, and the flash lamp of the mobile phone provides illumination to reduce the interference of an external light source.

7. The software reading, recognizing and analyzing technology based on the colloidal gold test paper color development principle as claimed in claim 1, wherein: in the fifth step, for the detection information stored by the user, the user can log in the same account, can inquire the detection records at different terminals, and can delete and manage the detection records through the deletion module.

Technical Field

The invention relates to the technical field of medical detection, in particular to a software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle.

Background

Due to the improvement of living standard of people, the attention of people to health of people is improved, so certain requirements are made on the use of some household self-service medical detection equipment in the market; however, most of the existing home self-service medical detection devices are disposable and manual identification detection methods, which are not convenient and accurate enough, and cannot store and record the detection results for multiple times of independent detection results, so that the later comparison and analysis are inconvenient, and therefore, the software reading, identification and analysis technology based on the colloidal gold test paper color development principle is very necessary in the current stage.

Disclosure of Invention

The invention aims to provide a software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle, so as to solve the problems of manual analysis and detection and incapability of storing records in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme: a software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle comprises the steps of firstly, registering and logging; secondly, identifying by test paper; thirdly, scanning the test paper; step four, analyzing results; step five, recording results;

in the first step, before a new user uses the main functions of the software, account registration is required, the account registration uses a mobile phone number to perform registration application, short message verification code verification is performed on the registered account, after the validity of the mobile phone number is verified and verified, the user sets a new account password, and after the registration, the user logs in through a login module for use; resetting a new password for a user who logs in again and forgets the password by clicking a password resetting module of a login page, inputting a registration account number, a short message verification code and setting the new password by the user in the process of retrieving the password by the password resetting module, and logging in by the user with the new password after the operation is successful;

in the second step, after the user logs in the software, the detection scanning module is clicked on a home page of the software, the software calls a mobile phone camera, a bar code scanning page is started, and bar code information on the test paper is automatically identified through the automatic identification module; the software compares the acquired bar code information with the server side information and judges whether the bar code information is correct or not; if the test paper information is wrong, popping up an error prompt box, and automatically quitting the scanning program; if the test paper information is matched, pushing the test paper scanning parameters to an APP user side, and calling the SDK function of the scanning test paper;

in the third step, a user clicks the scanning analysis module, C, T lines which are colored on the colloidal gold test paper are scanned and identified through a mobile phone camera, the position of the C line is preferentially searched, the position with higher gray scale is searched according to the pre-estimated C line range, the C line is judged as the C line, the position of the pre-estimated T line is searched according to the position of the C line, the position with higher scanning gray scale is judged as the T line, a result ratio is obtained according to the T/C gray scale ratio, data are displayed and stored, and the software automatically calculates the ratio of C, T line color; accurately obtaining the colorimetric values of each reaction T line and the standard reference C line; when the test paper only displays one line C, the line T does not display, the T/C ratio is 0, and after the scanning is successful, the scanning result and related information are pushed to a server;

in the fourth step, after obtaining the result of the chromatic value scanned by the test paper, the server calculates and analyzes the chromatic ratio according to different calculation rules of corresponding test paper types and the algorithm of the test paper batch-to-batch difference, and after successfully calculating the corresponding result value of the test paper, the server returns the scanning result to the APP terminal and displays the scanning result to the user;

in the fifth step, the user can check the scanning result and the related analysis information at the APP terminal, the scanning result and the related analysis information comprise auxiliary information such as scanning time, scanning result, result analysis and next detection time suggestion, the user manually clicks the storage module to store the result, and the result stored by the user is synchronously stored at the server terminal.

Preferably, in the first step, the newly registered user must check the user protocol module to complete valid registration.

Preferably, in the second step, the detection scanning module can realize the identification of the barcode and the two-dimensional CODE, the barcode includes a CODE128 CODE and an EAN commodity CODE, and the barcode data is transmitted and updated with the server through the interface and is stored in the server.

Preferably, in the second step, the test paper is one of a strip test paper, a card-type test paper and a pen-type test paper.

Preferably, in the second step, in the process of identifying the test paper, the test paper is firstly placed on a flat desktop without light reflection, a user submits information and parameters of the test paper product by scanning a bar code or a two-dimensional code on the test paper, a software background stores corresponding brands, product shapes and product types, and the correctness of the information is determined by comparison.

Preferably, in the third step, the software forcibly starts the flash lamp to keep on long during scanning the test paper, and the flash lamp of the mobile phone provides illumination to reduce the interference of an external light source.

Preferably, in the fifth step, for the detection information saved by the user, the user may log in the same account, may query the detection record at different terminals, and may perform deletion management on the detection record through the deletion module.

Compared with the prior art, the invention has the beneficial effects that: the method is safe and reliable, and by matching information scanning, data storage and analysis of the colloidal gold test paper with software digitization, intellectualization and relying on big data and cloud storage technology, more convenient, more accurate and more scientific family self-service medical detection is provided for users; through cloud storage technology, the storage of the detection data of being convenient for, convenience of customers later stage is looked over, is managed, facilitates the use, and this software reading discernment analysis technique based on colloidal gold test paper colour development principle is comparatively simple, comprehensive, convenient to popularize and use.

Drawings

FIG. 1 is a schematic diagram of the test strip identification of the present invention;

FIG. 2 is a schematic diagram of the test strip scanning of the present invention;

FIG. 3 is a block flow diagram of the present invention;

FIG. 4 is a flow chart of the method of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-4, an embodiment of the present invention is shown: a software reading, identifying and analyzing technology based on a colloidal gold test paper color development principle comprises the steps of firstly, registering and logging; secondly, identifying by test paper; thirdly, scanning the test paper; step four, analyzing results; step five, recording results;

in the first step, before using the main functions of the software, a new user needs to register an account, the account registration uses a mobile phone number to perform registration application, short message verification code verification is performed on the registered account, after the validity of the mobile phone number is verified and verified, the user sets a new account password and selects a user protocol module to complete valid registration, and after the registration, the user logs in through a login module for use; resetting a new password for a user who logs in again and forgets the password by clicking a password resetting module of a login page, inputting a registration account number, a short message verification code and setting the new password by the user in the process of retrieving the password by the password resetting module, and logging in by the user with the new password after the operation is successful;

in the second step, after the user logs in the software, the detection scanning module is clicked on a home page of the software, the software calls a mobile phone camera to start a bar CODE scanning page, bar CODE information on test paper is automatically identified through the automatic identification module, the test paper is one of bar test paper, card type test paper and pen type test paper, the detection scanning module can identify a bar CODE and a two-dimensional CODE, the bar CODE comprises a CODE128 CODE and an EAN commodity CODE, and the bar CODE data is transmitted and updated with the server through an interface and is stored in the server; the software compares the acquired bar code information with the server side information and judges whether the bar code information is correct or not; if the test paper information is wrong, popping up an error prompt box, and automatically quitting the scanning program; if the test paper information is matched, pushing the test paper scanning parameters to an APP user side, and calling the SDK function of the scanning test paper; in the process of identifying the test paper, firstly, the test paper is placed on a flat desktop without light reflection, a user submits information and parameters of a test paper product by scanning a bar code or a two-dimensional code on the test paper, a software background stores corresponding brands, product shapes and product types, and the correctness of the information is determined by comparison;

in the third step, a user clicks the scanning analysis module, C, T lines which are colored on the colloidal gold test paper are scanned and identified through a mobile phone camera, the position of the C line is preferentially searched, the position with higher gray scale is searched according to the pre-estimated C line range, the C line is judged as the C line, the position of the pre-estimated T line is searched according to the position of the C line, the position with higher scanning gray scale is judged as the T line, a result ratio is obtained according to the T/C gray scale ratio, data are displayed and stored, and the software automatically calculates the ratio of C, T line color; accurately obtaining the colorimetric values of each reaction T line and the standard reference C line; when the test paper only displays one line C, the line T does not display, the T/C ratio is 0, and after the scanning is successful, the scanning result and related information are pushed to a server; the software forcibly starts the flash lamp to keep on long during scanning the test paper, and the flash lamp of the mobile phone provides illumination to reduce the interference of an external light source;

in the fourth step, after obtaining the result of the chromatic value scanned by the test paper, the server calculates and analyzes the chromatic ratio according to different calculation rules of corresponding test paper types and the algorithm of the test paper batch-to-batch difference, and after successfully calculating the corresponding result value of the test paper, the server returns the scanning result to the APP terminal and displays the scanning result to the user;

in the fifth step, the user can check the scanning result and the related analysis information at the APP terminal, wherein the scanning result and the related analysis information comprise auxiliary information such as scanning time, scanning result, result analysis, next detection time suggestion and the like, the user manually clicks the storage module to store the result, and the result stored by the user is synchronously stored in the server terminal; for the detection information stored by the user, the user can log in the same account, can inquire detection records at different terminals, and can delete and manage the detection records through a deletion module.

Based on the above, the invention has the advantages that the information scanning, data storage and analysis of the colloidal gold test paper and software digitization and intellectualization are adopted, and the cooperation of big data and cloud storage technology is adopted, so that a more convenient, more accurate and more scientific family self-service medical detection technology is provided for users, and the use is convenient; the software is matched with the cloud storage technology, so that data storage after repeated detection by a user is facilitated, the user can conveniently check and manage the software, and the software is simple and comprehensive and is convenient to popularize and use.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.