CN114911987B - Autonomous analysis method and system for detection reagent strip - Google Patents
Autonomous analysis method and system for detection reagent strip Download PDFInfo
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Abstract
The invention provides an autonomous analysis method and system for a detection reagent strip, which relate to the technical field of computer detection, wherein the system is in communication connection with a first data acquisition terminal and a second data acquisition terminal, and the method comprises the following steps: the acquisition terminal acquires information of a user to be detected; sending the information to a second data acquisition terminal as an information to-be-confirmed library; acquiring real-time user information; comparing the information to-be-confirmed library with the real-time user information, and outputting an information comparison result; the information is successfully compared, a reagent strip image detection model is input, and a reagent strip self-detection result is output; the self-checking is successful, the detection permission notification information is acquired, the detection permission notification information is sent to the mobile equipment, and the reagent detection result is uploaded; and generating and storing a detection record log. The technical problems that detection and analysis of the reagent strips cannot be performed autonomously, and detection and analysis efficiency is low due to complex user detection flow are solved, the technical effects of autonomously analyzing and detecting the reagent strips, optimizing the user detection flow and improving the detection and analysis efficiency are achieved.
Description
Technical Field
The invention relates to the technical field of computer detection, in particular to an autonomous analysis method and an autonomous analysis system for a detection reagent strip.
Background
The reagent strip is interpreted from a chemical perspective as a paper strip with a dry chemical reagent, can detect chemical components in biological or other liquid samples, is a common detection reagent, such as an AIDS detection test paper, an alcohol detection reagent strip and a staphylococcus identification reagent strip, and has different components of the dry chemical reagent on different detection reagent strips, and the detection function of the detection reagent corresponds to the components of the dry chemical reagent.
In the prior art, the processes of sampling, detecting and obtaining results mostly pass through off-line detection points, the detection time is long, the detection and analysis process is complex, the detection and analysis efficiency is low, the reliability of the user analysis results corresponding to the autonomous detection through the detection reagent strips is low, and the autonomous detection and analysis are difficult to popularize.
In the prior art, reagent strip detection cannot be performed for autonomous analysis, and the user detection flow is complex, so that the technical problem of low detection and analysis efficiency is caused.
Disclosure of Invention
The application provides the automatic analysis method and the system for the detection reagent strip, which solve the technical problems that the detection and the analysis of the reagent strip cannot be carried out automatically, the detection flow of a user is complex, and the detection and the analysis efficiency is low, achieve the automatic analysis of the detection reagent strip, reduce the probability of cross infection caused by the detection process, optimize the detection flow of the user and improve the detection and analysis efficiency.
In view of the foregoing, the present application provides an autonomous assay method and system for a test strip.
In a first aspect, the present application provides a method of autonomous analysis of a test strip, wherein the method is applied to an autonomous analysis system of a test strip, the system being in communication with a first data acquisition terminal and a second data acquisition terminal, the method comprising: acquiring information of a user to be detected through the first data acquisition terminal; the information of the user to be detected is sent to the second data acquisition terminal to be used as an information to-be-confirmed library; acquiring real-time user information acquired by the second data acquisition terminal; comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and outputting an information comparison result; if the information comparison result is that the information comparison is successful, uploading the reagent strip image information of the detection user, inputting the reagent strip image information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model; if the self-checking result of the reagent strip is that the self-checking is successful, acquiring detection permission notification information, sending the detection permission notification information to the mobile equipment of the user to be detected, and uploading a reagent detection result according to the user to be detected; and generating a detection record log according to the reagent detection result and storing the detection record log.
In a second aspect, the present application provides an autonomous assay system for detecting a reagent strip, wherein the system is in communication with a first data acquisition terminal and a second data acquisition terminal, the system comprising: the first data acquisition unit is used for acquiring information of a user to be detected through the first data acquisition terminal; the information sending unit is used for sending the information of the user to be detected to the second data acquisition terminal to serve as an information to-be-confirmed library; the second data acquisition unit is used for acquiring real-time user information acquired by the second data acquisition terminal; the information confirming unit is used for comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information and outputting an information comparison result; the information comparison and analysis unit is used for uploading the reagent strip image information of the detection user if the information comparison result is that the information comparison is successful, inputting the reagent strip image information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model; the information sending unit is used for obtaining detection permission notification information if the self-checking result of the reagent strip is that the self-checking is successful, sending the detection permission notification information to the mobile equipment of the user to be detected, and uploading a reagent detection result according to the user to be detected; and the information storage unit is used for generating a detection record log according to the reagent detection result and storing the detection record log.
One or more technical solutions provided in the present application have at least the following technical effects or advantages:
the information of the user to be detected is acquired through the first data acquisition terminal; the information of the user to be detected is sent to a second data acquisition terminal to be used as an information to-be-confirmed library; acquiring real-time user information acquired by a second data acquisition terminal; comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and outputting an information comparison result; if the information comparison result is that the information comparison is successful, uploading the reagent strip image information of the detection user, inputting the information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model; if the self-checking result of the reagent strip is that the self-checking is successful, acquiring detection permission notification information, sending the detection permission notification information to mobile equipment of a user to be detected, and uploading a reagent detection result; and generating a detection record log according to the reagent detection result and storing the detection record log. According to the embodiment of the application, the technical effects of autonomously analyzing the detection reagent strip, reducing the probability of cross infection caused by the detection process, optimizing the user detection flow and improving the detection analysis efficiency are achieved.
Drawings
FIG. 1 is a schematic flow chart of an autonomous assay method for a test strip of the present application;
FIG. 2 is a schematic flow chart of an autonomous analysis method of a detection reagent strip for reminding a user to be detected to upload a detection result of a reagent;
FIG. 3 is a schematic flow chart of the method for detecting color development and judging whether to perform color development adjustment according to the output of the method for autonomous analysis of the detection reagent strip;
FIG. 4 is a schematic diagram of an autonomous assay system for a test strip according to the present application.
Reference numerals illustrate: the system comprises a first data acquisition unit 11, an information transmission unit 12, a second data acquisition unit 13, an information confirmation unit 14, an information comparison and analysis unit 15, an information transmission unit 16 and an information storage unit 17.
Detailed Description
The application provides the automatic analysis method and the system for the detection reagent strip, which solve the technical problems that the detection and the analysis of the reagent strip cannot be carried out automatically, the detection flow of a user is complex, and the detection and the analysis efficiency is low, achieve the automatic analysis of the detection reagent strip, reduce the probability of cross infection caused by the detection process, optimize the detection flow of the user and improve the detection and analysis efficiency.
Example 1
As shown in fig. 1, the present application provides an autonomous analysis method of a test reagent strip, wherein the method is applied to an autonomous analysis system of a test reagent strip, the system being communicatively connected to a first data acquisition terminal and a second data acquisition terminal, the method comprising:
s100: acquiring information of a user to be detected through the first data acquisition terminal;
s200: the information of the user to be detected is sent to the second data acquisition terminal to be used as an information to-be-confirmed library;
specifically, the system is in communication connection with a first data acquisition terminal and a second data acquisition terminal, the communication connection is simply through signal transmission interaction, communication is formed between the system and the first data acquisition terminal and the second data acquisition terminal, the first data acquisition terminal is a user information acquisition device, generally, an identity card number, name information and contact information of a user to be detected or other related data information related to the user can be acquired, the first data acquisition terminal can be an IC magnetic card induction device, user identity recognition and acquisition are usually carried out through magnetic field induction, the identity card is an effective certificate tag of citizen, the information acquisition is carried out through the user identity card, the technical scheme is preferably obtained, implementation of an actual scheme is not limited, the information of the user to be detected is sent to the second data acquisition terminal through communication connection to be used as an information to-be-confirmed library, the second data acquisition terminal comprises the information to-be-confirmed library and other related data information units, the information to-be-confirmed library is determined, and data is provided for data analysis processing is carried out subsequently.
S300: acquiring real-time user information acquired by the second data acquisition terminal;
s400: comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and outputting an information comparison result;
specifically, the real-time user information includes user real-time position information or other relevant user real-time data information, the difference exists between the position information determined by the household registration information after the identity card and the position information corresponding to the user real-time position information, the specific data information is actually required to be subjected to data integration analysis, particularly, the user reagent detection result is abnormal, the user needs to perform isolation and medical treatment in combination with relevant department policies, real-time user analysis is obtained, effective data information is provided for subsequent data analysis, the information to be confirmed library in the second data acquisition terminal is compared with the real-time user information according to the comparison, namely identity authentication is simply performed, the first data acquisition terminal is consistent with the basic identity data information of the second data acquisition terminal, the detection user is screened through the information comparison result, a stable data basis is provided for subsequent data analysis, and the data analysis efficiency of the autonomous analysis system is ensured.
Further specifically, the identity data information of the basis of the first data acquisition terminal and the second data acquisition terminal is consistent, and the method is simple in that the user to be detected is three people, namely A, B and C, the information of the user to be detected is sent to an information to-be-confirmed library, the information to-be-confirmed library respectively records the data of the A, B and C through the data type, and in the detection process of the user A, the real-time information of the user A is compared with the information to-be-detected library, the user A is confirmed to be the user to be detected, in the detection process of the user B, the real-time information of the user B is compared with the information to-be-detected library, and the user B is confirmed to be the user not to be detected.
S500: if the information comparison result is that the information comparison is successful, uploading the reagent strip image information of the detection user, inputting the reagent strip image information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model;
s510: the method comprises the steps of constructing a reagent strip image detection model, wherein the reagent strip image detection model consists of a plurality of groups of detection index blocks, and a function execution layer comprises an image recognition layer, a data extraction layer and a data comparison layer;
s520: inputting the reagent strip image information into the reagent strip image detection model, carrying out image screening and identification on the uploaded reagent strip image information according to the image identification layer and each group of detection index blocks, and outputting an image identification result;
s530: the data extraction layer receives the image recognition result, performs data acquisition and extraction according to indexes corresponding to each group of detection index blocks, and outputs a data extraction result;
s540: and comparing the data extraction result with a data comparison library stored in the data comparison layer, outputting a data comparison result, and generating the reagent strip self-checking result based on the data comparison result.
Specifically, if the information comparison result is that the information comparison is successful, the user is the user to be detected, the image information of the reagent strip of the user to be detected is uploaded, whether the reagent strip is out of date, the reagent number, whether the damage exists or not is judged, generally, the reagent strip is out of date, the damage cannot guarantee the reliability of the reagent test result, the reagent number needs to be bound with the information of the user to be detected, the one-to-one correspondence between the reagent strip and the user to be detected is realized, and particularly, the reagent strip cannot be reused, the reagent strip cannot be used interchangeably, and the reagent strip cannot be discarded at will. Inputting the reagent strip image information into a reagent strip image detection model, carrying out reagent strip self-detection according to the reagent strip image detection model, and outputting a reagent strip self-detection result, wherein the reagent strip self-detection result successfully indicates that the reagent strip can be detected, and the reagent strip self-detection result failure indicates that the reagent strip can not be detected and needs to be replaced.
The method comprises the steps of constructing a reagent strip image detection model, constructing the reagent strip image detection model by taking a bp back propagation algorithm as a basis, wherein the reagent strip image detection model consists of a plurality of groups of detection index blocks, a function execution layer comprises an image recognition layer, a data extraction layer and a data comparison layer, a data analysis processing layer of the function execution layer pair is preferably obtained, and the type of the actually combined reagent strip is specifically determined; inputting the reagent strip image information into the reagent strip image detection model, carrying out image analysis on the uploaded reagent strip image information according to an image recognition layer, carrying out image screening and recognition according to each group of detection index blocks, outputting an image recognition result, and optimizing the data analysis sequence through logic and test of the data information in the process of model construction; the data extraction layer receives the image recognition result, performs data acquisition and extraction according to the indexes corresponding to each group of detection index blocks, and outputs a data extraction result; based on the data extraction result and the data comparison library stored in the data comparison layer, the data comparison library stored in the data comparison layer is a plurality of types of reagent strips with all normal indexes, the reagent strips can be determined to meet relevant detection indexes through information comparison, a data comparison result is output, a reagent strip self-checking result is generated based on the data comparison result, the data comprehensive analysis processing is carried out through the database and the model, the problem that the reagent strip self-checking result is unreliable due to inconsistency of other data information such as reagent strip batches and reagent strip types is avoided, and the reliability of the reagent strip self-checking result is guaranteed.
Further, as shown in fig. 2, the method further includes:
s550: acquiring reagent type information according to the reagent strip image information;
s560: analyzing according to the reagent type information, and obtaining the detection duration of the user to be detected for detecting the reagent, wherein the detection duration comprises an operation duration and a waiting duration;
s570: the reminding period of the user to be detected is configured by carrying out time node analysis on the detection duration;
s580: and storing the reminding period in the second data acquisition terminal according to the reminding period, and reminding the user to be detected to upload the reagent detection result.
Specifically, according to the image information of the reagent strip, reagent type information is obtained, the general reagent type corresponds to the dry chemical reagent type, and the reagent reacts with alcohol to change from orange red to green by using an exemplary sulfuric acid-acidified K2Cr2O7 solution corresponding to the alcohol detection reagent strip; analyzing according to the reagent type information, and acquiring the detection duration of the user to be detected for detecting the reagent, wherein the detection duration comprises an operation duration and a waiting duration, and in short, the operation duration is limited to ensure that the surface of the reagent strip is covered with enough biological sample liquid, and the waiting duration is limited to ensure that the reagent strip is fully contacted with the biological sample liquid; the method comprises the steps of carrying out time node analysis on the detection duration, configuring a reminding period of a user to be detected, wherein the reminding period corresponds to the detection duration, and the actual operation process needs to ensure that the actual operation duration is not less than the operation duration in the detection duration and the actual waiting duration is not less than the waiting duration in the detection duration; and the reagent strip detection results are stored in the second data acquisition terminal according to the reminding period, and the to-be-detected user is reminded to upload the reagent detection results by combining with the information reminding device, so that the use time of the reagent strip of the user is reduced, the reagent strip detection results are unreliable, technical support is provided for the integrity of an autonomous analysis scheme for detecting the reagent strip, and theoretical support is provided for realizing the autonomous detection of the reagent strip.
Further, as shown in fig. 3, the method further includes:
s591: acquiring a real-time detection reagent strip of the user to be detected;
s592: the mapping relation between the reagent detection sample and the detection result is obtained by analyzing the detection result of the real-time detection reagent strip, and a detection result output template is generated;
s593: outputting a template according to the detection result to analyze the correlation between the detection display result and the color, and outputting the detection color rendering;
s594: if the detection color rendering property is larger than the preset color rendering requirement, inputting the reagent detection result into a detection result processing module for comparison enhancement and color reduction processing.
Specifically, acquiring a real-time detection reagent strip of the user to be detected, wherein the real-time detection reagent strip is real-time data information of a corresponding reagent strip in the actual waiting time; carrying out detection result analysis on a real-time detection reagent strip, wherein the analysis is generally carried out by combining the result of an actual strip, one line of a swab sample of the novel crown antigen detection reagent is negative, the two lines are positive, the non-control line is invalid detection result, red or purple mark lines are displayed at marks, the actual detection analysis needs to be specifically determined by combining the reaction change of the reagent strip, the mapping relation between a reagent detection sample and the detection result is obtained, a detection result output template is generated, and generally, different types of reagent strips are corresponding to different reagent strip templates; according to the correlation between the detection display result and the color of the template analysis output detection result, the correlation between the detection display result and the color is high, the color information is obviously changed when the detection display result is determined, the correlation between the color information and the reagent detection result is high, and the judgment influence of the color information on the reagent detection result is large; the correlation between the detection display result and the color is low, the color information is not obvious when the detection display result is determined to be changed, the correlation between the color information and the reagent detection result is low, the judgment influence of the color information on the reagent detection result is small, and the detection color rendering property is output; if the detection color rendering property is larger than the preset color rendering requirement, the judgment effect of the color information on the reagent detection result is large, the reagent detection result is input into a detection result processing module to be subjected to comparison enhancement and color reduction processing, and the contrast of the reagent strip image information is increased through the comparison enhancement and color reduction processing, so that the reagent strip image information is clearer, and the reliability of the identification detection result is improved.
Further, the method further comprises:
s595: the uploading of the reagent strip image information of the detection user and the uploading of the reagent detection result are performed through an image acquisition device, wherein a voice output module is embedded in the image acquisition device and is in communication connection with the second data acquisition terminal, and the voice output module is used for performing image acquisition voice guidance on the process of uploading the reagent strip image information of the detection user and uploading the reagent detection result.
Specifically, the image acquisition device is used for uploading the reagent strip image information and the reagent detection result of the detection user, the voice output module is embedded in the image acquisition device and comprises a voice intelligent synthesis device and a loudspeaker, the voice output module is in communication connection with the second data acquisition terminal and is used for carrying out image acquisition voice guidance on the process of uploading the reagent strip image information of the detection user and uploading the reagent detection result, specifically, the reminding period is stored in the second data acquisition terminal, the operation duration and the waiting duration are matched with a timer, the voice output module is used for carrying out voice reminding on the reminding period, and voice content can be intelligently matched and synthesized through the intelligent synthesis device, so that the implementation of the autonomous analysis step of detecting the reagent strip is further realized.
S600: if the self-checking result of the reagent strip is that the self-checking is successful, acquiring detection permission notification information, sending the detection permission notification information to the mobile equipment of the user to be detected, and uploading a reagent detection result according to the user to be detected;
s700: and generating a detection record log according to the reagent detection result and storing the detection record log.
Specifically, if the self-checking result of the reagent strip is that the self-checking is successful, the reagent strip is detected, a stable and effective reagent detection result can be obtained, detection permission notification information is obtained, the detection permission notification information is sent to mobile equipment of a user to be detected, the mobile equipment can be a mobile phone or other intelligent mobile terminals, and the reagent detection result is uploaded according to the user to be detected; and generating a detection record log according to the reagent detection result, and storing the detection time and the detection result in the detection record log, acquiring the reagent detection result and generating the detection record log, thereby providing technical support for optimizing a user detection flow.
Further, the method further comprises:
s810: constructing an antigen detection permission model, wherein the antigen detection permission model comprises body temperature detection, track detection and identity detection;
further, the method further comprises:
s811: if any one of the temperature detection result, the track detection result and the identity detection result does not reach the standard, carrying out identity marking on the user to be detected;
s812: connecting the Internet of things according to the identity marking result to track the user to be detected, and outputting track tracking information;
s813: and uploading the track tracking information to a track tracking management system of the identified crowd.
Specifically, if any one of the temperature detection result, the track detection result and the identity detection result does not reach the standard, carrying out identity marking on the user to be detected, wherein the corresponding detection frequency of the user with the identity marking is higher than that of other users; connecting the internet of things with a user travel record according to an identity marking result, tracking the track of the user to be detected, and outputting track tracking information, wherein the track tracking information comprises a user circulation position, user circulation time and a user circulation mode; based on the track tracking information uploaded to the track tracking management system of the identified crowd, for example, if the track tracking information is easily infected virus detection and analysis such as a new crown antigen, identity marking is carried out on users accompanied with the track tracking information in space, so that the autonomous analysis flow of the detection reagent strip is further perfected.
S820: acquiring temperature acquisition data, track acquisition data and identity acquisition data in a preset period by analyzing the information of the user to be detected;
s830: inputting the temperature acquisition data, the track acquisition data and the identity acquisition data which are in the preset period into the antigen detection permission model, and outputting a temperature detection result, a track detection result and an identity detection result according to the antigen detection permission model;
s840: outputting an antigen detection permission instruction based on the temperature detection result, the track detection result and the identity detection result;
s850: and activating the execution function of the second data acquisition terminal according to the antigen detection permission instruction.
Specifically, an antigen detection permission model is built, wherein the antigen detection permission model comprises body temperature detection, track detection and identity detection, and correspondingly, data support is provided for positioning and tracking whether a user generates heat, whether the user passes through high risk and whether a detection result user exists in the community; acquiring temperature acquisition data, track acquisition data and identity acquisition data in a preset period by analyzing information of a user to be detected, wherein the preset period is related to virus inactivation standards and virus transmission speeds, and the exemplary new coronavirus transmission speed block is used for tracking track information of seven days before a new coronavirus diagnosis patient is diagnosed, wherein the general period is seven days; inputting the temperature acquisition data, the track acquisition data and the identity acquisition data which are in a preset period into the antigen detection permission model, and outputting a temperature detection result, a track detection result and an identity detection result according to the antigen detection permission model; outputting an antigen detection permission instruction based on the temperature detection result, the track detection result and the identity detection result; according to the antigen detection permission instruction, the execution function of the second data acquisition terminal is activated, the correspondence between the autonomous analysis of the detection reagent strip and a user is improved, the autonomous detection analysis user of the reagent strip is screened, the detection analysis flow of the reagent strip is further refined, and the processing efficiency of the detection analysis data of the reagent strip is improved.
In summary, the autonomous analysis method and system for the detection reagent strip provided by the application have the following technical effects:
the information of the user to be detected is acquired through the first data acquisition terminal; the information of the user to be detected is sent to a second data acquisition terminal to be used as an information to-be-confirmed library; acquiring real-time user information acquired by a second data acquisition terminal; comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and outputting an information comparison result; if the information comparison result is that the information comparison is successful, uploading the reagent strip image information of the detection user, inputting the information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model; if the self-checking result of the reagent strip is that the self-checking is successful, acquiring detection permission notification information, sending the detection permission notification information to mobile equipment of a user to be detected, and uploading a reagent detection result; according to the reagent detection result, a detection record log is generated and stored, and the autonomous analysis method and system for detecting the reagent strip are provided, so that the autonomous analysis of the reagent strip is achieved, the probability of cross infection caused in the detection process is reduced, the user detection flow is optimized, and the technical effect of detection analysis efficiency is improved.
Example two
Based on the same inventive concept as the autonomous analysis method of a test strip in the foregoing embodiments, as shown in fig. 4, the present application provides an autonomous analysis system of a test strip, wherein the system is communicatively connected to a first data acquisition terminal and a second data acquisition terminal, the system comprising:
the first data acquisition unit 11 is used for acquiring information of a user to be detected through the first data acquisition terminal;
an information sending unit 12, where the information sending unit 12 is configured to send the information of the user to be detected to the second data acquisition terminal as an information to-be-confirmed library;
the second data acquisition unit 13 is used for acquiring real-time user information acquired by the second data acquisition terminal;
the information confirmation unit 14 is configured to compare the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and output an information comparison result;
the information comparison and analysis unit 15 is used for uploading the image information of the reagent strip of the detection user, inputting the image information into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model if the information comparison result is that the information comparison is successful;
the information sending unit 16 is configured to obtain detection permission notification information if the self-test result of the reagent strip is that the self-test is successful, send the detection permission notification information to the mobile device of the user to be detected, and upload a reagent detection result according to the user to be detected;
and an information storage unit 17, wherein the information storage unit 17 is used for generating and storing a detection record log according to the reagent detection result.
Further, the system includes:
the model building unit is used for building the reagent strip image detection model, wherein the reagent strip image detection model consists of a plurality of groups of detection index blocks, and the function execution layer comprises an image recognition layer, a data extraction layer and a data comparison layer;
the image screening unit is used for inputting the reagent strip image information into the reagent strip image detection model, carrying out image screening identification on the uploaded reagent strip image information according to the image identification layer and each group of detection index blocks, and outputting an image identification result;
the data acquisition unit is used for receiving the image recognition result by the data extraction layer, carrying out data acquisition and extraction according to indexes corresponding to each group of detection index blocks and outputting a data extraction result;
and the data comparison unit is used for comparing the data extraction result with a data comparison library stored in the data comparison layer, outputting a data comparison result and generating the reagent strip self-checking result based on the data comparison result.
Further, the system includes:
the information acquisition unit is used for acquiring reagent type information according to the reagent strip image information;
the data analysis unit is used for analyzing according to the reagent type information, and acquiring the detection duration of the user to be detected for detecting the reagent, wherein the detection duration comprises an operation duration and a waiting duration;
the analysis and configuration unit is used for configuring the reminding period of the user to be detected by carrying out time node analysis on the detection duration;
the storage and reminding unit is used for storing in the second data acquisition terminal according to the reminding period and reminding the user to be detected of uploading the reagent detection result.
Further, the system includes:
the data acquisition unit is used for acquiring the real-time detection reagent strips of the user to be detected;
the analysis and mapping unit is used for obtaining the mapping relation between the reagent detection sample and the detection result by analyzing the detection result of the real-time detection reagent strip and generating a detection result output template;
the data output unit is used for outputting a template analysis and detection display result and the correlation of the color according to the detection result and outputting a detection color rendering property;
and the information judging unit is used for inputting the reagent detection result into the detection result processing module for comparison enhancement and color reduction processing if the detection chromogenic property is larger than a preset chromogenic requirement.
Further, the system includes:
the function and connection unit is used for uploading the reagent strip image information of the detection user and uploading the reagent detection result through an image acquisition device, wherein a voice output module is embedded in the image acquisition device and is in communication connection with the second data acquisition terminal, and the voice output module is used for carrying out image acquisition voice guidance on the process of uploading the reagent strip image information of the detection user and uploading the reagent detection result.
Further, the system includes:
the model building unit is used for building an antigen detection permission model, wherein the antigen detection permission model comprises body temperature detection, track detection and identity detection;
the information acquisition unit is used for acquiring temperature acquisition data, track acquisition data and identity acquisition data in a preset period by analyzing the information of the user to be detected;
the data input unit is used for inputting the temperature acquisition data, the track acquisition data and the identity acquisition data which are in the preset period into the antigen detection permission model, and outputting a temperature detection result, a track detection result and an identity detection result according to the antigen detection permission model;
an instruction output unit configured to output an antigen detection permission instruction based on the temperature detection result, the trajectory detection result, and the identity detection result;
and the instruction activating unit is used for activating the execution function of the second data acquisition terminal according to the antigen detection permission instruction.
Further, the system includes:
the information marking unit is used for marking the identity of the user to be detected if any one of the temperature detection result, the track detection result and the identity detection result does not reach the standard;
the information tracking unit is used for tracking the track of the user to be detected according to the identity marking result and is connected with the Internet of things, and track tracking information is output;
and the information transmission unit is used for uploading the track tracking information to the identified crowd track tracking management system.
The specification and drawings are merely exemplary of the present application and various modifications and combinations may be made thereto without departing from the spirit and scope of the application. Such modifications and variations of the present application are intended to be included herein within the scope of the following claims and the equivalents thereof.
Claims (4)
1. An autonomous assay method for a test strip, the method being applied to an autonomous assay system for a test strip, the system being in communication with a first data acquisition terminal and a second data acquisition terminal, the method comprising:
acquiring information of a user to be detected through the first data acquisition terminal;
the information of the user to be detected is sent to the second data acquisition terminal to be used as an information to-be-confirmed library;
acquiring real-time user information acquired by the second data acquisition terminal;
comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information, and outputting an information comparison result;
if the information comparison result is that the information comparison is successful, uploading the reagent strip image information of the detection user, wherein the reagent strip image information comprises: inputting the production date, the reagent number and the reagent type of the reagent strip into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model, wherein the reagent strip self-detection result successfully indicates that the reagent strip can be detected, and the reagent strip self-detection result failure indicates that the reagent strip cannot be detected and needs to be replaced;
if the self-checking result of the reagent strip is that the self-checking is successful, acquiring detection permission notification information, sending the detection permission notification information to the mobile equipment of the user to be detected, and uploading a reagent detection result according to the user to be detected;
generating a detection record log according to the reagent detection result and storing the detection record log;
the method comprises the steps of constructing a reagent strip image detection model, wherein the reagent strip image detection model consists of a plurality of groups of detection index blocks, and a function execution layer comprises an image recognition layer, a data extraction layer and a data comparison layer;
inputting the reagent strip image information into the reagent strip image detection model, carrying out image screening and identification on the uploaded reagent strip image information according to the image identification layer and each group of detection index blocks, and outputting an image identification result;
the data extraction layer receives the image recognition result, performs data acquisition and extraction according to indexes corresponding to each group of detection index blocks, and outputs a data extraction result;
comparing the data extraction result with a data comparison library stored in the data comparison layer, outputting a data comparison result, and generating the reagent strip self-checking result based on the data comparison result;
acquiring a real-time detection reagent strip of the user to be detected, wherein the real-time detection reagent strip is real-time data information of a corresponding reagent strip in the actual waiting time;
the mapping relation between the reagent detection sample and the detection result is obtained by analyzing the detection result of the real-time detection reagent strip, and a detection result output template is generated;
outputting a template according to the detection result to analyze the correlation between the detection display result and the color, and outputting the detection color rendering;
if the detection color rendering property is greater than a preset color rendering requirement, inputting the reagent detection result into a detection result processing module for comparison enhancement and color reduction treatment;
acquiring reagent type information according to the reagent strip image information;
analyzing according to the reagent type information, and obtaining the detection duration of the user to be detected for detecting the reagent, wherein the detection duration comprises an operation duration and a waiting duration;
the reminding period of the user to be detected is configured by carrying out time node analysis on the detection duration;
the reagent detection result is stored in the second data acquisition terminal according to the reminding period and is used for reminding the user to be detected of uploading the reagent detection result;
the uploading of the reagent strip image information of the detection user and the uploading of the reagent detection result are performed through an image acquisition device, wherein a voice output module is embedded in the image acquisition device and is in communication connection with the second data acquisition terminal, and the voice output module is used for performing image acquisition voice guidance on the process of uploading the reagent strip image information of the detection user and uploading the reagent detection result.
2. The method of claim 1, wherein the method further comprises:
constructing an antigen detection permission model, wherein the antigen detection permission model comprises body temperature detection, track detection and identity detection;
acquiring temperature acquisition data, track acquisition data and identity acquisition data in a preset period by analyzing the information of the user to be detected;
inputting the temperature acquisition data, the track acquisition data and the identity acquisition data which are in the preset period into the antigen detection permission model, and outputting a temperature detection result, a track detection result and an identity detection result according to the antigen detection permission model;
outputting an antigen detection permission instruction based on the temperature detection result, the track detection result and the identity detection result;
and activating the execution function of the second data acquisition terminal according to the antigen detection permission instruction.
3. The method of claim 2, wherein the method further comprises:
if any one of the temperature detection result, the track detection result and the identity detection result does not reach the standard, carrying out identity marking on the user to be detected;
connecting the Internet of things according to the identity marking result to track the user to be detected, and outputting track tracking information;
and uploading the track tracking information to a track tracking management system of the identified crowd.
4. An autonomous assay system for detecting a reagent strip, the system being in communication with a first data acquisition terminal and a second data acquisition terminal, the system comprising:
the first data acquisition unit is used for acquiring information of a user to be detected through the first data acquisition terminal;
the information sending unit is used for sending the information of the user to be detected to the second data acquisition terminal to serve as an information to-be-confirmed library;
the second data acquisition unit is used for acquiring real-time user information acquired by the second data acquisition terminal;
the information confirming unit is used for comparing the information to-be-confirmed library in the second data acquisition terminal with the real-time user information and outputting an information comparison result;
the information comparison and analysis unit is used for uploading the reagent strip image information of the detection user if the information comparison result is that the information comparison is successful, and the reagent strip image information comprises: inputting the production date, the reagent number and the reagent type of the reagent strip into a reagent strip image detection model, and outputting a reagent strip self-detection result according to the reagent strip image detection model, wherein the reagent strip self-detection result successfully indicates that the reagent strip can be detected, and the reagent strip self-detection result failure indicates that the reagent strip cannot be detected and needs to be replaced;
the information sending unit is used for obtaining detection permission notification information if the self-checking result of the reagent strip is that the self-checking is successful, sending the detection permission notification information to the mobile equipment of the user to be detected, and uploading a reagent detection result according to the user to be detected;
the information storage unit is used for generating a detection record log according to the reagent detection result and storing the detection record log;
the model building unit is used for building the reagent strip image detection model, wherein the reagent strip image detection model consists of a plurality of groups of detection index blocks, and the function execution layer comprises an image recognition layer, a data extraction layer and a data comparison layer;
the image screening unit is used for inputting the reagent strip image information into the reagent strip image detection model, carrying out image screening identification on the uploaded reagent strip image information according to the image identification layer and each group of detection index blocks, and outputting an image identification result;
the data acquisition unit is used for receiving the image recognition result by the data extraction layer, carrying out data acquisition and extraction according to indexes corresponding to each group of detection index blocks and outputting a data extraction result;
the data comparison unit is used for comparing the data extraction result with a data comparison library stored in the data comparison layer, outputting a data comparison result and generating the reagent strip self-checking result based on the data comparison result;
the data acquisition unit is used for acquiring the real-time detection reagent strips of the user to be detected, wherein the real-time detection reagent strips are real-time data information of the corresponding reagent strips in the actual waiting time;
the analysis and mapping unit is used for obtaining the mapping relation between the reagent detection sample and the detection result by analyzing the detection result of the real-time detection reagent strip and generating a detection result output template;
the data output unit is used for outputting a template analysis and detection display result and the correlation of the color according to the detection result and outputting a detection color rendering property;
and the information judging unit is used for inputting the reagent detection result into the detection result processing module for comparison enhancement and color reduction processing if the detection chromogenic property is larger than a preset chromogenic requirement.
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