CN113934773A - Intelligent registration method and system for nucleic acid sampling - Google Patents
Intelligent registration method and system for nucleic acid sampling Download PDFInfo
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Abstract
The invention relates to a nucleic acid sampling technology, and provides an intelligent registration method and system for nucleic acid sampling, wherein the system comprises: the pre-registration module is used for acquiring personal information of the examinee and performing real-name authentication on the examinee to complete pre-registration; the binding module is used for scanning the sampling tube bar code of the sampling tube and binding the personal information of the detected person with the sampling tube bar code after confirming that the sampling tube bar code is correct; the input result module is used for inputting the detection result of the detection mechanism after the detection mechanism performs nucleic acid detection on the sample of the detected person; the query module is used for receiving input query detection result information and displaying a detection result; the generation is touched soon and is used for according to the corresponding two-dimensional code of testing result generation, and both accessible person under examined like this can accomplish the detection registration at the system initiative fast, also can assist the registration through the collector, only needs a small amount of staff can accomplish, and is quick high-efficient, and is difficult to make mistakes.
Description
Technical Field
The invention relates to the technical field of nucleic acid sampling, in particular to an intelligent registration method and system for nucleic acid sampling.
Background
At present, a lot of infectious viruses exist in nature, for example, new coronavirus, after infecting a human body, the new coronavirus can be propagated in a respiratory tract system, whether the human body is infected with the viruses can be judged by detecting virus nucleic acid in sputum and nasopharyngeal swab, if the detected nucleic acid is positive, the fact that the new coronavirus exists in the body of a detected person can be proved, the nucleic acid detection is a common screening case mode at present, in order to prevent the viruses from being infected in a large scale, the nucleic acid detection is usually carried out by the whole people, but the existing nucleic acid detection registration needs a plurality of working personnel to operate, the process is complicated, the efficiency is too slow, and particularly, errors are easy for large-scale sampling of residents.
Disclosure of Invention
The invention mainly aims to provide an intelligent registration method and system for nucleic acid sampling with high efficiency.
In view of the above object, the present invention provides an intelligent registration system for nucleic acid sampling, comprising:
the pre-registration module is used for acquiring personal information of a detected person and performing real-name authentication on the detected person to finish pre-registration, wherein the personal information comprises a name, a contact mode, a certificate type, a certificate number and an address;
the binding module is used for scanning a sampling tube bar code of a sampling tube and binding the personal information of the detected person with the sampling tube bar code after confirming that the sampling tube bar code is correct;
the recording result module is used for recording the detection result of the detection mechanism after the detection mechanism carries out nucleic acid detection on the sample of the detected person, wherein the sample is the sample which is sampled and placed in the sampling tube after the detected person is detected;
the query module is used for receiving input query detection result information and displaying the detection result;
and the generating module is used for generating a corresponding two-dimensional code according to the detection result.
Further, the pre-registration module comprises a personal registration unit, a batch import unit and a registration query module;
the personal registration unit is used for generating an information registration page after scanning the sampling point exclusive two-dimensional code, performing real-name authentication on the examinee after the examinee submits the input personal information through the information registration page, and generating a personal exclusive registration code, wherein the sampling point exclusive two-dimensional code is generated based on the sampling point information;
the batch introduction unit is used for acquiring personal information of the examinees reserving nucleic acid detection in batches;
the registration inquiry unit is used for inquiring the personal information and verifying the personal information.
The system further comprises a statistic module, wherein the statistic module is used for collecting the detection result of each examined person in each region, acquiring a positive result from the detection result, counting the number of diagnosed cases and counting the distribution region of each diagnosed case.
Furthermore, the query module also comprises a travel query unit, a sampling point query unit and an isolation area query unit;
the journey inquiry unit is used for acquiring positioning data of the examinee in a specified period through a mobile terminal of the examinee, displaying a journey track of the examinee in a map page according to the positioning data, and obviously marking and displaying the track of the user to a risk passing area;
the sampling point query unit is used for acquiring position information and navigation information of all sampling points in a specified area, generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point, and jumping to a detail page of the specified sampling point after a user inputs information for querying the specified sampling point through a query page, wherein the detail page comprises the number of currently reserved nucleic acid detection persons of the specified sampling point, an address, navigation guidance and the sampling point exclusive two-dimensional code of the specified sampling point;
the isolation area query unit is used for acquiring the position information and the navigation information of all isolation areas in the designated area, jumping to a map page after receiving a query instruction input by a user through the query page, and displaying each isolation area in the map page in a labeling manner.
Further, the system also comprises a science popularization knowledge module, wherein the science popularization knowledge module comprises an epidemic prevention knowledge unit, a news unit and an illness splitting unit;
the epidemic prevention knowledge unit is used for collecting and/or updating epidemic prevention knowledge data and screening target data meeting conditions from the epidemic prevention knowledge data according to the input screening information of the examinee;
the news unit is used for collecting news information and displaying the news information in a picture-text and/or audio and/or video mode;
the splitting unit is used for collecting splitting information and issuing splitting information aiming at each splitting information.
The invention also provides an intelligent registration method for realizing nucleic acid sampling by using the system, which comprises the following steps:
s1: the system acquires sampling point information of each region, generates a sampling point exclusive two-dimensional code according to the sampling point information, and generates an information registration page after an examinee scans the sampling point exclusive two-dimensional code through a terminal application program;
s2: the system acquires personal information input by a subject through the information registration page, performs real-name authentication on the subject to complete pre-registration, acquires a sampling tube bar code obtained by scanning a sampling tube by the subject through a terminal application program, and binds the personal information of the subject with the sampling tube bar code after the subject submits and determines binding;
s3: after the detection mechanism detects the sample in the sampling tube, the detection result is recorded into the system for the query of the examinee;
s4: and the system generates a corresponding two-dimensional code according to the detection result.
Further, before step S1, the method includes:
s01: acquiring login information of a user;
s02: judging the identity of the user according to the login information, wherein the identity is a subject or a collector;
s03: when the user is judged to be the collector, authorizing the terminal application program to obtain the mobile phone number of the collector, and judging whether the mobile phone number is a preset mobile phone number or not;
s04: if so, opening corresponding acquisition permission so that the acquirer sets a sampling mode through an acquisition setting page of the system, wherein the sampling mode comprises single-person sampling and multi-person integrated sampling;
s05: and after receiving the input of the collector and submitting a binding instruction, acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube from the handheld equipment of the collector, binding the personal exclusive registration code with the sampling tube bar code, and scanning and acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube by the handheld equipment of the collector.
Further, in S04, the method further includes:
s041: acquiring identity information of the acquirer;
s042: and determining a target area to which the acquirer belongs according to the identity information of the acquirer, and opening nucleic acid detection data of the target area for the acquirer, wherein the nucleic acid detection data comprise the current day detection score, the current day detection positive number, the current day detection negative number and the current day to-be-detected number.
Further, the step S1 includes before the step of:
s11: receiving a query sampling point instruction input by the examinee;
s12: acquiring position information and navigation information of all sampling points in a specified area according to the sampling point query instruction;
s13: generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point;
s14: and after receiving the information of the specified sampling point input and inquired by the examinee through a query page, jumping to a detail page of the specified sampling point, wherein the detail page comprises the number of persons, addresses and navigation guidance for detecting the current reserved nucleic acid of the specified sampling point and a special two-dimensional code of the specified sampling point.
The invention has the beneficial effects that: the personal information of an examinee is acquired through the pre-registration module 1, the personal information and the sampling tube bar code are bound through the binding module 2, the detection result is input into the system through the input result module 3 after sampling detection, the detection result can be inquired through the examinee inquiry module 4, corresponding two-dimensional codes are generated through the generation touch block 5, so that the detection registration can be completed through the examinee in the initiative of the system quickly, the registration can be assisted through a collector, the completion can be realized only through a small amount of workers, the method is quick and efficient, and the error is not easy to occur.
Drawings
FIG. 1 is a block diagram schematically illustrating the structure of an intelligent registration system for nucleic acid sampling according to an embodiment of the present invention;
FIG. 2 is a flow chart illustrating steps of a method for intelligent registration of nucleic acid samples according to an embodiment of the present invention.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1, the intelligent registration system for nucleic acid sampling in the present embodiment includes:
the pre-registration module 1 is used for acquiring personal information of a detected person and performing real-name authentication on the detected person to complete pre-registration, wherein the personal information comprises a name, a contact mode, a certificate type, a certificate number and an address;
the binding module 2 is used for scanning a sampling tube bar code of a sampling tube and binding the personal information of the detected person with the sampling tube bar code after confirming that the sampling tube bar code is correct;
the recording result module 3 is used for recording the detection result of the detection mechanism after the detection mechanism performs nucleic acid detection on the sample of the examinee, wherein the sample is the sample which is sampled and placed in the sampling tube after the examinee is detected;
the query module 4 is used for receiving input query detection result information and displaying the detection result;
and the generating module 5 is used for generating a corresponding two-dimensional code according to the detection result.
In this embodiment, the intelligent registration system for nucleic acid sampling includes a pre-registration module 1, a binding module 2, an entry result module 3, an inquiry module 4, and a generation module 5, which can be implemented specifically based on hardware devices such as a sampling working end, a terminal of a subject, a detection mechanism terminal, and a server, and can be implemented by a nucleic acid intelligent registration application program developed autonomously on software, the sampling working end can include a smart phone, a mobile handheld device, a code scanning gun, an identity card reader, and a computer, and the terminal of the subject can be a smart phone. The detection mechanism is a medical mechanism capable of detecting nucleic acid based on a nucleic acid sample of a subject. The sampling tube bar code is a bar code printed in a unified and standard mode.
The pre-registration module 1 can collect personal information actively input by a subject through a terminal, or directly acquire personal information of reserved subjects in batch after the subject reserves nucleic acid detection in the system in advance, and in one embodiment, the pre-registration module comprises a personal registration unit, a batch import unit, a registration inquiry module, a person-substitute registration unit and the like;
the personal registration unit is used for scanning the exclusive two-dimensional code of the sampling point to generate an information registration page, after an examinee submits input personal information through the information registration page, real-name authentication is conducted on the examinee, the exclusive registration code of the person is generated, the exclusive two-dimensional code of the sampling point is generated based on the information of the sampling point, the information of the sampling point comprises the address of the sampling point, the number of reserved detection people of the sampling point and the like, the information registration page can be generated by scanning the exclusive two-dimensional code of the sampling point through a terminal application program of the examinee, or an interface preset by an intelligent registration application program is clicked to enter, and the terminal application program can be an application program such as WeChat, Paibao and the like, and can also be an intelligent registration application program.
The batch introduction unit is used for acquiring personal information of the examinees reserving nucleic acid detection in batches; the method can be specifically completed through the operation of staff at the sampling point, for example, the batch entry is carried out on a computer by an acquirer. After the batch input, a corresponding personal exclusive registration code is generated according to each piece of personal information, and the personal exclusive registration codes are distributed to corresponding examinees according to the contact ways in the personal information so that the examinees can use the registration codes during sampling.
The person-substitute registration unit is used for allowing the examinee to register personal information of other people on behalf of other people, for example, after the personal information of other people is input through an information registration page, the person-substitute registration unit submits application authorization information, obtains other people contact numbers according to the application authorization information, sends the registration information to other people terminals according to the contact numbers, enables the other people terminals to click authorization and verify, and accordingly completes registration, and the person-substitute registration unit can verify through face recognition.
The registration inquiry unit is used for inquiring the personal information and verifying the personal information, and can return to an inquiry page of the intelligent registration application program to inquire the personal information and verify the personal information after the registration of the personal information is finished.
Like this through the acquisition person's personal information of check-in module 1 in advance, bind personal information and sampling pipe bar code through binding module 2, sampling detects the back and types the testing result into the system through typing in result module 3, the person's accessible inquiry module 4 inquires the testing result, touch fast 5 through the formation and generate corresponding two-dimensional code, both accessible person like this can accomplish the detection registration at the initiative of system is fast, also can assist the registration through the collector, only need a small amount of staff can accomplish, high efficiency, and be difficult to make mistakes.
In one embodiment, the system further comprises a statistical module, wherein the statistical module is used for collecting the detection result of each detected person in each area, acquiring a positive result from the detection result, counting the number of confirmed cases, counting the distribution area of each confirmed case, and displaying the number of confirmed cases, the number of suspected cases, and the distribution area of each confirmed case in a homepage of the intelligent registration application.
In one embodiment, the system further comprises a vaccination module for acquiring the vaccination information of the subject, including the vaccination stage and the vaccination category, time, etc., and displaying the vaccination information of the subject in the homepage of the intelligent registration application.
In one embodiment, the query module further includes a trip query unit, a sampling point query unit, and an isolation area query unit;
the system comprises a route inquiry unit, a route display unit and a risk area display unit, wherein the route inquiry unit is used for acquiring positioning data of a subject in a specified period through a mobile terminal of the subject, displaying a route track of the subject in a map page according to the positioning data, and obviously marking and displaying the track from a user to the risk area; for example, the method includes the steps of acquiring position information of a subject within 14 days through a positioning module of a mobile terminal, including addresses of the past and the left positioning information, displaying a travel track in a map page, generating the map information in a position information area in a preset database through the map page according to the position information, or jumping to a map application program, wherein the risk area refers to an area where a diagnosed case appears, and when the travel track of the subject passes through the areas, obviously marking and displaying, such as marking a more striking mark, in the map page.
The sampling point query unit is used for acquiring position information and navigation information of all sampling points in a specified area, generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point, and jumping to a detail page of the specified sampling point after a user inputs information for querying the specified sampling point through an intelligent registration application program query page, wherein the detail page comprises the number of currently reserved nucleic acid detection persons of the specified sampling point, an address, navigation guidance and the sampling point exclusive two-dimensional code of the specified sampling point; the subject may navigate to the address of the sampling point through the navigation directions.
The isolation area query unit is used for acquiring the position information and navigation information of all isolation areas in the designated area, skipping to a map page after receiving a query instruction input by a user through an intelligent registration application program query page, and displaying each isolation area in the map page in a labeling mode.
In one embodiment, the system further comprises a science popularization knowledge module, wherein the science popularization knowledge module comprises an epidemic prevention knowledge unit, a news unit and an adry splitting unit;
the epidemic prevention knowledge unit is used for collecting and/or updating epidemic prevention knowledge data and screening target data meeting conditions from the epidemic prevention knowledge data according to input screening information of a subject; the epidemic prevention knowledge data can be epidemic prevention cautionary matters or related epidemic prevention articles;
the news unit is used for collecting news information and displaying the news information in a corresponding page of the intelligent registration application program in a mode of image-text and/or audio and/or video;
the intelligent registration application program is used for setting a search box on a nursery rhyme page, and a user can input key words for searching to obtain corresponding nursery rhyme information and corresponding nursery rhyme information.
The invention also provides an intelligent registration method for realizing nucleic acid sampling by using the system, which comprises the following steps:
s1: the system acquires sampling point information of each region, generates a sampling point exclusive two-dimensional code according to the sampling point information, and generates an information registration page after an examinee scans the sampling point exclusive two-dimensional code through a terminal application program;
s2: the system acquires personal information input by a subject through the information registration page, performs real-name authentication on the subject to complete pre-registration, acquires a sampling tube bar code obtained by scanning a sampling tube by the subject through a terminal application program, and binds the personal information of the subject with the sampling tube bar code after the subject submits and determines binding;
s3: after the detection mechanism detects the sample in the sampling tube, the detection result is recorded into the system for the query of the examinee;
s4: and the system generates a corresponding two-dimensional code according to the detection result.
In this embodiment, the intelligent registration method for nucleic acid sampling is implemented by the system, each region may be provided with a plurality of sampling points, the sampling points are locations where nucleic acid samples of subjects to be detected are collected, for example, each city is divided into a plurality of regions, each region is provided with sampling points in different locations, and information of the sampling points includes information such as address positions and the number of persons who make reserved detections at the sampling points. And each sampling point can generate a dedicated two-dimensional code of the corresponding dedicated sampling point. The examinee can scan the exclusive two-dimensional code of the sampling point on site at the sampling point so as to fill in personal information on the information registration page and complete real-name authentication.
The collector of sampling point will wait to adorn the appearance and paste the sampling pipe of sampling pipe barcode and assign to the person being examined who accomplishes the preregistration, and the person being examined can pass through terminal application and scan this sampling pipe barcode and obtain the barcode of this sampling pipe, and this sampling pipe barcode includes only coding information. At the moment, the sampling tube bar code can be confirmed to be correct by a collector, then the detected person submits to confirm the binding, and the system binds the personal information of the detected person and the sampling tube bar code. The person being examined goes to sampling department and gathers nucleic acid sample before holding the sampling tube, then sends the sampling tube that finishes the sampling to detection mechanism, detection mechanism detects sample in the sampling tube, then with the testing result input system, in this embodiment, the aforesaid detects can be single sampling detection or many people unification sampling detection, also can be one person one pipe detection, also can many people one pipe detection, for example five people are a set of to examine thoughtlessly, ten people are a set of to examine thoughtlessly, the system generates corresponding two-dimensional code according to above-mentioned testing result, for example, the two-dimensional code of different colours.
In one embodiment, before step S1, the method includes:
s01: acquiring login information of a user;
s02: judging the identity of the user according to the login information, wherein the identity is a subject or a collector;
s03: when the user is judged to be the collector, authorizing the terminal application program to obtain the mobile phone number of the collector, and judging whether the mobile phone number is a preset mobile phone number or not;
s04: if so, opening corresponding acquisition permission so that the acquirer sets a sampling mode through an acquisition setting page of the system, wherein the sampling mode comprises single-person sampling and multi-person integrated sampling;
s05: and after receiving the input of the collector and submitting a binding instruction, acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube from the handheld equipment of the collector, binding the personal exclusive registration code with the sampling tube bar code, and scanning and acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube by the handheld equipment of the collector.
In this embodiment, the login information includes an account number and password information, the system acquires login information of a user, and then determines the identity of the user, the identity of the user may be a registered examinee or a collector, when the identity of the user is the collector, the different collectors have different permissions, in order to improve the security, the authorization terminal application program acquires the mobile phone number of the collector, or the collector actively inputs the mobile phone number to determine whether the mobile phone number is a preset mobile phone number, if so, corresponding collection permissions are opened according to the identity of the collector, so that the collector sets a sampling mode through a collection setting page of the system, the sampling mode includes single-person sampling and multi-person integrated sampling, for example, single detection, 5-person-to-1 mixed sampling, and 10-person-to-1 mixed sampling.
The collector scans the personal exclusive registration code of the detected person through the handheld device to obtain the detected personal information, the handheld device can be a smart phone, a code scanning gun, a mobile handheld device and the like, the sampling tube is scanned to obtain the sampling tube bar code, and after the collector inputs a binding instruction, the system binds the obtained personal information and the sampling tube bar code. The examinee takes the sampling tube and goes to the sampling department and gathers the nucleic acid sample, then sends the sampling tube that finishes sampling to detection mechanism, and detection mechanism detects sample in the sampling tube, then inputs the testing result into the system.
In one embodiment, in S04, the method further includes:
s041: acquiring identity information of the acquirer;
s042: and determining a target area to which the acquirer belongs according to the identity information of the acquirer, and opening nucleic acid detection data of the target area for the acquirer, wherein the nucleic acid detection data comprise the current day detection score, the current day detection positive number, the current day detection negative number and the current day to-be-detected number.
In this embodiment, the acquirers in different areas have different corresponding permissions and see different information through the intelligent registration application, and in step S04, when the user identity is determined to be the acquirer, the identity information is obtained, the target area to which the acquirer belongs is determined, and the nucleic acid detection data of the target area is opened for the acquirer, that is, the data of the target area is opened for the account of the acquirer by the system. The nucleic acid detection data can be displayed in a corresponding nucleic acid detection wish page of the intelligent registration application program in a text mode, a diagram mode and the like.
In one embodiment, the step S1 includes:
s11: receiving a query sampling point instruction input by the examinee;
s12: acquiring position information and navigation information of all sampling points in a specified area according to the sampling point query instruction;
s13: generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point;
s14: and after receiving the information of the specified sampling point input and inquired by the examinee through a query page, jumping to a detail page of the specified sampling point, wherein the detail page comprises the number of persons, addresses and navigation guidance for detecting the current reserved nucleic acid of the specified sampling point and a special two-dimensional code of the specified sampling point.
The embodiment provides a method for inquiring sampling points of an examinee, wherein an inquiry page of an intelligent registration application program comprises sampling point inquiry, travel inquiry and isolation area inquiry, when the examinee clicks the sampling point inquiry, an inquiry sampling point instruction is input, a system acquires position information and navigation information of all sampling points in a specified area, such as a city, or the area where the examinee is located according to the inquiry sampling point instruction, and then generates sampling point exclusive two-dimensional codes of all sampling points correspondingly.
When the examinee clicks the journey query, the system acquires the positioning data of the examinee in a specified period through the mobile terminal of the examinee, displays the journey track of the examinee in a map page according to the positioning data, and obviously marks and displays the track from the user to the risk area; when the examinee clicks the isolation region for query, the position information and navigation information of all isolation regions in the specified region are acquired, the map page is jumped to after a query instruction input by a user through the query page is received, and the isolation regions are marked and displayed in the map page.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (9)
1. An intelligent registration system for nucleic acid sampling, comprising:
the pre-registration module is used for acquiring personal information of a detected person and performing real-name authentication on the detected person to finish pre-registration, wherein the personal information comprises a name, a contact mode, a certificate type, a certificate number and an address;
the binding module is used for scanning a sampling tube bar code of a sampling tube and binding the personal information of the detected person with the sampling tube bar code after confirming that the sampling tube bar code is correct;
the recording result module is used for recording the detection result of the detection mechanism after the detection mechanism carries out nucleic acid detection on the sample of the detected person, wherein the sample is the sample which is sampled and placed in the sampling tube after the detected person is detected;
the query module is used for receiving input query detection result information and displaying the detection result;
and the generating module is used for generating a corresponding two-dimensional code according to the detection result.
2. The intelligent registration method for nucleic acid sampling according to claim 1, wherein the pre-registration module comprises a personal registration unit, a batch import unit, and a registration query module;
the personal registration unit is used for generating an information registration page after scanning the sampling point exclusive two-dimensional code, performing real-name authentication on the examinee after the examinee submits the input personal information through the information registration page, and generating a personal exclusive registration code, wherein the sampling point exclusive two-dimensional code is generated based on the sampling point information;
the batch introduction unit is used for acquiring personal information of the examinees reserving nucleic acid detection in batches;
the registration inquiry unit is used for inquiring the personal information and verifying the personal information.
3. The intelligent registration method for nucleic acid sampling according to claim 1, further comprising a statistical module for collecting the detection results of each subject in each region and obtaining positive results from the detection results to count the number of cases diagnosed and the distribution region of each case diagnosed.
4. The intelligent registration method for nucleic acid sampling according to claim 1, wherein the query module further comprises a trip query unit, a sampling point query unit, and an isolation region query unit;
the journey inquiry unit is used for acquiring positioning data of the examinee in a specified period through a mobile terminal of the examinee, displaying a journey track of the examinee in a map page according to the positioning data, and obviously marking and displaying the track of the user to a risk passing area;
the sampling point query unit is used for acquiring position information and navigation information of all sampling points in a specified area, generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point, and jumping to a detail page of the specified sampling point after a user inputs information for querying the specified sampling point through a query page, wherein the detail page comprises the number of currently reserved nucleic acid detection persons of the specified sampling point, an address, navigation guidance and the sampling point exclusive two-dimensional code of the specified sampling point;
the isolation area query unit is used for acquiring the position information and the navigation information of all isolation areas in the designated area, jumping to a map page after receiving a query instruction input by a user through the query page, and displaying each isolation area in the map page in a labeling manner.
5. The intelligent registration method for nucleic acid sampling according to claim 1, further comprising a science popularization knowledge module, wherein the science popularization knowledge module comprises an epidemic prevention knowledge unit, a news unit and an illness-seeking unit;
the epidemic prevention knowledge unit is used for collecting and/or updating epidemic prevention knowledge data and screening target data meeting conditions from the epidemic prevention knowledge data according to the input screening information of the examinee;
the news unit is used for collecting news information and displaying the news information in a picture-text and/or audio and/or video mode;
the splitting unit is used for collecting splitting information and issuing splitting information aiming at each splitting information.
6. A method for intelligent enrollment of nucleic acid samples using the system of any of claims 1-5, comprising:
s1: the system acquires sampling point information of each region, generates a sampling point exclusive two-dimensional code according to the sampling point information, and generates an information registration page after an examinee scans the sampling point exclusive two-dimensional code through a terminal application program;
s2: the system acquires personal information input by a subject through the information registration page, performs real-name authentication on the subject to complete pre-registration, acquires a sampling tube bar code obtained by scanning a sampling tube by the subject through a terminal application program, and binds the personal information of the subject with the sampling tube bar code after the subject submits and determines binding;
s3: after the detection mechanism detects the sample in the sampling tube, the detection result is recorded into the system for the query of the examinee;
s4: and the system generates a corresponding two-dimensional code according to the detection result.
7. The intelligent registration method for nucleic acid sampling according to claim 6, wherein, before step S1, the method comprises:
s01: acquiring login information of a user;
s02: judging the identity of the user according to the login information, wherein the identity is a subject or a collector;
s03: when the user is judged to be the collector, authorizing the terminal application program to obtain the mobile phone number of the collector, and judging whether the mobile phone number is a preset mobile phone number or not;
s04: if so, opening corresponding acquisition permission so that the acquirer sets a sampling mode through an acquisition setting page of the system, wherein the sampling mode comprises single-person sampling and multi-person integrated sampling;
s05: and after receiving the input of the collector and submitting a binding instruction, acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube from the handheld equipment of the collector, binding the personal exclusive registration code with the sampling tube bar code, and scanning and acquiring the personal exclusive registration code of the detected person and the sampling tube bar code of the sampling tube by the handheld equipment of the collector.
8. The intelligent registration method for nucleic acid sampling according to claim 7, further comprising, in S04:
s041: acquiring identity information of the acquirer;
s042: and determining a target area to which the acquirer belongs according to the identity information of the acquirer, and opening nucleic acid detection data of the target area for the acquirer, wherein the nucleic acid detection data comprise the current day detection score, the current day detection positive number, the current day detection negative number and the current day to-be-detected number.
9. The intelligent registration method for nucleic acid sampling according to claim 6, wherein the step S1 is preceded by:
s11: receiving a query sampling point instruction input by the examinee;
s12: acquiring position information and navigation information of all sampling points in a specified area according to the sampling point query instruction;
s13: generating a corresponding sampling point exclusive two-dimensional code according to the position information of each sampling point;
s14: and after receiving the information of the specified sampling point input and inquired by the examinee through a query page, jumping to a detail page of the specified sampling point, wherein the detail page comprises the number of persons, addresses and navigation guidance for detecting the current reserved nucleic acid of the specified sampling point and a special two-dimensional code of the specified sampling point.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114694273A (en) * | 2022-05-16 | 2022-07-01 | 安徽奇瑞瑞弗特种车辆技术有限公司 | Electronic control system applied to nucleic acid detection mobile equipment and control method thereof |
| CN114994341A (en) * | 2022-05-25 | 2022-09-02 | 未来链上(北京)数字科技有限公司 | National epidemic prevention system based on neocoronal antigen self-testing |
| CN115083057A (en) * | 2022-07-19 | 2022-09-20 | 奇痕网络科技(上海)有限公司 | Method for quickly processing registration information of registration nucleic acid code photo |
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2021
- 2021-10-25 CN CN202111239839.7A patent/CN113934773A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114694273A (en) * | 2022-05-16 | 2022-07-01 | 安徽奇瑞瑞弗特种车辆技术有限公司 | Electronic control system applied to nucleic acid detection mobile equipment and control method thereof |
| CN114994341A (en) * | 2022-05-25 | 2022-09-02 | 未来链上(北京)数字科技有限公司 | National epidemic prevention system based on neocoronal antigen self-testing |
| CN115083057A (en) * | 2022-07-19 | 2022-09-20 | 奇痕网络科技(上海)有限公司 | Method for quickly processing registration information of registration nucleic acid code photo |
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