Newborn online real-name authentication system and method
Through the automatic processing of the tag information acquisition and information judgment module, data errors and audit delays caused by manual verification in online real-name authentication for newborns are solved, and fast and accurate identity authentication is achieved.
Patent Information
- Application Number
- CN202510450741.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-04-11
- Publication Date
- 2025-07-25
AI Technical Summary
There are problems of data errors and audit delays in online real-name authentication for newborns. The existing technology relies on manual verification of paper materials, resulting in information statistics errors and time-consuming review.
The tag information acquisition module obtains the current applicant's identity information, uses the authentication tag to calculate the information overlap, and combines the information judgment module to automatically determine whether the information overlap reaches the standard, so as to achieve fast and accurate identity authentication.
It reduces manual intervention, improves authentication efficiency and accuracy, avoids information statistics errors, and can obtain authentication results as soon as possible.
Smart Images
Figure CN120372058A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of information management, and particularly relates to a neonatal online real-name authentication system and method. Background Art
[0002] Neonatal online real-name authentication is the initial step for a neonate to establish their own identity information, and various subsequent materials are modified and added based on the authenticated information. Neonatal online real-name authentication is based on the materials of the Birth Medical Certificate issued for the first time to establish a neonatal identity information file. The Birth Medical Certificate is issued by the hospital: after the birth of a neonate, the delivering hospital shall issue the Birth Medical Certificate within 1 month, and materials such as the parents' ID cards and marriage certificates shall be provided, and information such as the neonate's name, gender, and birth time shall be filled in. Neonatal online real-name authentication can be handled online: in some areas, materials such as the neonate's name, birth certificate, parents' ID cards, and household register can be submitted online through an App or a government service network to complete household registration. Offline handling: It is necessary to carry the Birth Medical Certificate, parents' ID cards, and household register to the local police station where the household is registered for handling.
[0003] Difficulties and challenges in neonatal online real-name authentication. In some areas, neonatal online real-name authentication still relies on manual registration and then checks against the content of the paper Birth Medical Certificate, which is prone to data errors. Even when using computerized office work, the information still needs to be manually checked, resulting in delayed review: after submitting materials online, manual review is required, which takes 1 - 3 working days and may delay urgent needs. Manual review is prone to fatigue and cause information statistics errors. Summary of the Invention
[0004] To solve the above technical problems, the present invention provides a neonatal online real-name authentication system that can be used for neonatal online real-name authentication and statistics. The neonatal online real-name authentication system may include:
[0005] A label information acquisition module, configured to acquire the identity information of the current applicant and obtain the first identity information of the neonate to be authenticated through the authentication label provided by the current applicant. The identity information of the neonate to be authenticated includes first identity information and second identity information. The first identity information is the information material that has been bound to the neonate to be authenticated. The second identity information is the information that has not been bound and needs to be filled in during authentication.
[0006] A label information acquisition module, configured to obtain the third identity information and the second identity information of the neonate to be authenticated from the content filled in by the current applicant, compare the third identity information with the first identity information of the neonate to be authenticated, and calculate and obtain the information coincidence degree D.
[0007] An information judgment module is used to determine whether the third identity information corresponding to the information directory and the first identity information are exactly the same. If so, it will not be displayed. If not, the information directory with incomplete coincidence will be displayed. Specifically, the applicant can click to browse the filled information web page and display the information directory where the third identity information and the first identity information do not completely coincide, so as to facilitate the current applicant to conduct targeted inspections and avoid incorrect authentication. There can be options of whether to replace and return for modification on the web page. If the current applicant selects "no", they can return to modify. If the current applicant selects "yes", they can proceed to the next step. Determine whether the information coincidence degree D is greater than a preset standard coincidence degree D T , if so, it is determined that the authentication is passed, that is, the second identity information and the third identity information of the newborn to be authenticated filled in by the current applicant are qualified, and information entry is performed as the information basis of the newborn. If not, it is determined that the authentication fails. If the current applicant insists that the information directory with non - coincidence is filled correctly, a person with a small authentication coefficient Gc in the relationship needs to operate.
[0008] Preferably, the authentication label can include the name of the newborn to be authenticated, the birth medical certificate number, the names of the parents or the ID card numbers of the parents, etc.
[0009] Preferably, the authentication label provided by the current applicant is processed hierarchically to obtain a hierarchical authentication label.
[0010] Preferably, the authentication label is processed hierarchically to obtain authentication labels of each level, and then information directories corresponding to the authentication labels of each level pre - matched according to the relationship between the current applicant and the newborn are provided. Then, a dialog box is displayed according to the information directory for the current applicant to fill in the third identity information of the newborn to be authenticated.
[0011] Preferably, the authentication label is divided into three levels, namely, the basic label, the first - level label and the second - level label.
[0012] Preferably, obtain the filled relationship between the current applicant and the newborn to be authenticated, and obtain the queried relationship between the current applicant and the newborn to be authenticated by querying the family member relationship. Determine whether the filled relationship and the queried relationship are the same. If not, close the authentication permission of the current applicant. If so, obtain the authentication coefficient Gc through the relationship calculation, then obtain the level of the authentication label through the authentication coefficient Gc, and display it through the information directory corresponding to the level of the authentication label. The current applicant then fills in the third identity information of the newborn to be authenticated through the displayed information directory.
[0013] Preferably, the family member relationship includes the current family member relationship and the historical family member relationship.
[0014] Preferably, the authentication coefficient Gc is divided into three levels and corresponds to the authentication label.
[0015] Preferably, according to the provided authentication label, it is determined whether there is a parent-child relationship between the newborn to be authenticated and the current applicant. There are the names and ID numbers of the parents on the birth medical certificate. It is judged whether the name and ID number of the current applicant are the same as the parent information on the birth medical certificate. If so, the authentication coefficient Gc is 1. If not, it is judged whether the cohabitation relationship is a kinship relationship through the permanent population management system. If so, the authentication coefficient Gc is 2. If not, the authentication coefficient Gc is 3.
[0016] Preferably, the determination method of kinship can include: through the identity information of the father or mother of the newborn to be authenticated, searching for the identity information of the current applicant in the three associated household registers, and it can be determined as a kinship relationship.
[0017] Preferably, the information coincidence degree where i is the number of the information directory, and I is the total number of information directories in the first identity information corresponding to the current applicant. i = 1, 2,..., I. Among them, L i is the coincidence value of the third identity information and the first identity information corresponding to the information directory numbered i. This system can obtain it by comparing the third identity information and the first identity information corresponding to this information directory. It can be 1 for the same and 0 for different. Of course, other numerical settings are not excluded. R i is the modification coefficient of the information directory numbered i, and its value can be obtained according to experience. Generally, it can be calibrated to 1 for modification. It is calibrated to 0 for information that is fixed and cannot be modified. For information directories that can be modified but are very important, it can be calibrated to 0.5.
[0018] Preferably, the preset standard coincidence degree D T = αGc, where Gc is the authentication coefficient of the current applicant and can be obtained according to the cohabitation relationship between the current applicant and the newborn to be authenticated. ɑ is the coincidence adjustment coefficient, and its value can be 0.8 - 1.
[0019] A method for online real-name authentication of newborns can be used for online real-name authentication of newborns and statistics, including:
[0020] S1. Obtain the identity information of the current applicant, and obtain the first identity information of the newborn to be authenticated through the authentication label provided by the current applicant.
[0021] S2. Obtain the third identity information and the second identity information of the newborn to be authenticated from the content filled in by the current applicant.
[0022] S3. Compare the third identity information with the first identity information of the newborn to be authenticated, and calculate and obtain the information coincidence degree D.
[0023] S4. Determine whether the third identity information corresponding to the information directory and the first identity information completely coincide. If so, do not display and execute S6. If not, display the information directory with incomplete coincidence and execute S5.
[0024] S5. Determine whether the current applicant selects to revise. If so, execute S2. If not, execute S6.
[0025] S6. Determine whether the information coincidence degree D is greater than a preset standard coincidence degree D T , if so, determine that the authentication is passed. If not, determine that the authentication fails.
[0026] Technical effects and advantages of the present invention: By comparing the known first identity information with the filled third identity information, it is determined whether the filled content is qualified. The judgment is rapid and accurate, without the need for manual analysis and review, avoiding the subjectivity of manual operations, reducing the workload, improving work efficiency, and at the same time being able to improve the efficiency of newborn identity information authentication and obtain the authentication result in the first time. Description of the Drawings
[0027] Figure 1 It is a structural block diagram of a newborn online real-name authentication system proposed by the present invention.
[0028] Figure 2 It is a flowchart of a method for grading and processing authentication labels in a newborn online real-name authentication system proposed by the present invention.
[0029] Figure 3 It is a flowchart of a method for statistics of newborn online real-name authentication proposed by the present invention. Detailed Embodiments
[0030] The embodiments of the present disclosure will be described in detail below. The examples of the embodiments are shown in the drawings, where the same or similar reference numerals denote the same or similar elements or elements having the same or similar functions from beginning to end. The embodiments described below by referring to the drawings are exemplary and are only used to explain the present disclosure and should not be construed as a limitation of the present disclosure. On the contrary, the embodiments of the present disclosure include all changes, modifications, and equivalents falling within the spirit and scope of the appended claims.
[0031] Embodiment 1
[0032] Refer to Figure 1 , in this embodiment, a newborn online real-name authentication system is proposed, which can be used for online real-name authentication and statistics of newborns. The newborn online real-name authentication system may include:
[0033] The label information acquisition module is used to obtain the identity information of the current applicant and obtain the first identity information of the newborn to be authenticated through the authentication label provided by the current applicant. This system is a neonatal identity authentication system. Since newborns lack personal capabilities and are unable to operate and apply for authentication matters, the current applicant here can be the guardian of the newborn, or direct or collateral blood relatives within three generations, or other persons, etc. Among them, the guardian is preferred. When the guardian is absent or in special circumstances, direct or collateral blood relatives within three generations, or other persons, etc. can be the applicant for authentication. Specific details are not elaborated here. This system can enter the operation page through the web page, official account, app, application program or other methods of the operation terminal platform. The operation terminal can be a corresponding computer, terminal operation device, mobile phone or tablet computer, etc. When the operator is not the applicant, they can enter the relevant web page or application program through the agent and log in to the operation page, and the staff of the relevant department acts as the agent for operation. Here, the newborn identity information to be authenticated includes the first identity information and the second identity information. The first identity information is the information already bound to the newborn to be authenticated, such as the information on the birth medical certificate material, etc. The second identity information is the information that has not been bound and needs to be filled in or verified during authentication, such as address, place of household registration, ID number, etc. Specific details are not elaborated here. The operator can input the identity information of the current applicant into the designated position. The identity information of the current applicant can be the applicant's ID number, name, etc. At this time, it is required that the applicant has been authenticated by this system, that is, this system has obtained the basic information of the applicant. The basic information can include: name, ID number, date of birth, native place, gender, occupation, family members, work unit, etc. Specific details are not elaborated here. Then enter the newborn authentication interface and input the authentication label of the newborn provided by the current applicant at the designated position. The authentication label can be information such as the name of the newborn, the birth medical certificate number, etc., so as to obtain the first identity information of the newborn to be authenticated. This method of operating through the agent as the operator is suitable for operating on the terminal operation device in the service window or service hall of the relevant department, and is suitable for situations where there are no family members of the newborn who can operate independently or do not know how to operate. Here, the agent needs to be the staff of the relevant department and obtain access through the agent login entry opened by this system. Specific details are not elaborated here. Secondly, it can also be operated independently by the applicant. This system can also be completed by the applicant operating on their own. At this time, this system can be a web page, official account, app or application software, etc. At this time, the current applicant can log in by logging in to the account they previously registered in this system. The login method can be through account password, and of course, it can also be obtained through WeChat binding, face recognition and other methods. Specific details are not elaborated here.One can select the authentication column on the page, then enter the newborn authentication label and / or the relationship to the designated position, and then search for the pre-built newborn information database through the newborn authentication label. The newborn information database can be obtained by associating with the hospital management systems in this region or even across the country, which will not be elaborated here. Thus, the first identity information of the newborn to be authenticated can be obtained. The authentication label is the information that best indicates the identity in the first identity information, generally including the name, birth medical certificate number, parents' names and ID card numbers, etc. Of course, other information is not excluded. This is specific to the prior art and will not be elaborated here. In the newborn authentication, it is necessary to strictly control the newborn information. The information authenticated by the newborn at this time is the basis for handling various materials in the later stage, such as school registration visas, etc. Once there is an error, it will be very difficult to modify, so it needs to be extremely cautious. To avoid or reduce errors in the information of the newborn to be authenticated during authentication, the grading authentication label can be obtained according to the grading processing of the authentication label provided by the current applicant. Since the people who are closer to the newborn to be authenticated have a more accurate grasp of the information of the newborn to be authenticated, the possibility of reporting an error is very low, and at the same time, the possibility of authenticating other newborns is smaller. Therefore, the authentication label can be filled in hierarchically to meet the requirements of quick authentication while avoiding reporting errors targeted. The authentication label is graded and the authentication labels of each grade are obtained, and then the information directory corresponding to the authentication labels of each grade pre-matched according to the relationship between the current applicant and the newborn is provided, and then the dialog box is displayed according to the information directory, so that the current applicant fills in the third identity information of the newborn to be authenticated correspondingly. Specifically, we can divide the authentication label into three grades, namely the basic label, the first-level label and the second-level label. Of course, other grade settings are not excluded. The basic label can be the birth medical certificate number of the newborn, because the birth medical certificate number is unique within a predetermined time period or region. We can quickly determine the identity information of a newborn through the birth medical certificate number. Other information also needs to be authenticated during the newborn authentication. These information can include the birth time, parents' ID card numbers, delivery institution or / and health status, etc. These information have been recorded on the birth medical certificate, but this system needs this information to verify the accuracy of the information filled in by the current applicant. This system can obtain the relationship between the current applicant and the newborn to be authenticated through the relationship between the current applicant and the newborn to be authenticated filled in by the current applicant, and can also be obtained by searching the permanent population management system. The label information acquisition module of this system can be connected to systems such as hospitals and permanent population management, and can obtain the relevant information of the relevant newborns through the associated management systems. Thus, the relationship between the current applicant and the newborn to be authenticated can be obtained. Here, taking the hospital and the permanent population statistical management system as an example, this system can obtain the names and ID card numbers of the father and mother of the newborn through the birth medical certificate number, and then obtain the relationship with the current applicant through the family relationship of the father and mother.In this system, the information directory can appear simultaneously with the dialog box of the authentication label, or level authentication can be performed. Reference. Figure 2, the specific steps of the authentication label grading method include: obtaining the filled-in relationship between the current applicant and the newborn to be authenticated filled in by the current applicant, and obtaining the queried relationship between the current applicant and the newborn to be authenticated by querying the family member relationship, determining whether the filled-in relationship and the queried relationship are the same. If not, the authentication permission of the current applicant is closed. If so, the authentication coefficient Gc is obtained through the calculation of the relationship, and then the level of the authentication label is obtained through the authentication coefficient Gc, and the information directory corresponding to the level of the authentication label is displayed. The current applicant then fills in the third identity information of the newborn to be authenticated through the displayed information directory. Here, the current household information and historical household information need to be recorded in the permanent population management system, and each change of the household register in the historical household information should be recorded. The family member relationship includes the current family member relationship and the historical family member relationship. The family member relationship here refers to other members on the same household register. As time goes by, family members may move out or move in according to needs due to marriage, work, etc., and their place of household registration and household register will also change. Here, we consider other members on the same household register as family members, and the relationship between them is the family member relationship, which will not be elaborated here. The authentication coefficient Gc can be divided into three levels and corresponds to the authentication label. For example, this system can judge whether the newborn to be authenticated and the current applicant are parent-child relationship according to the provided authentication label, that is, the birth medical certificate number. The birth medical certificate has the names and ID numbers of the parents. Determine whether the name and ID number of the current applicant are the same as the parent information on the birth medical certificate. If so, the authentication coefficient Gc is 1. If not, judge whether the queried relationship is a kinship through the permanent population management system. If so, the authentication coefficient Gc is 2. If not, the authentication coefficient Gc is 3. The kinship here is to find the historical permanent population management system through the identity information of the father or mother, and find the current applicant's identity information in the associated household register three times, which can be determined as a kinship. Of course, other number settings are not excluded. Then determine whether the filled-in relationship and the queried relationship correspond. If so, the authentication permission of the current applicant can be granted. If not, the authentication permission of the current applicant is closed and marked. Through this method, it is possible to avoid authentication errors caused by the current applicant entering incorrect information, and at the same time, it can also determine the authentication permission of others, avoiding information modification errors caused by authentication errors, and avoiding the occurrence of authentication chaos, so as to ensure the accuracy of authentication information. Then, the information directory of the corresponding level can be pushed through the authentication coefficient Gc of the current applicant. The smaller the authentication coefficient Gc of the current applicant, the closer the relationship with the newborn to be authenticated. At this time, the less information directory can be pushed, so that the newborn can be quickly locked, and vice versa.For example, if the parents are the ones for authentication, the authentication coefficient Gc is 1, and only the medical birth certificate number of the newborn to be authenticated needs to be entered. If it is a relative relationship such as an uncle or an aunt, not only the medical birth certificate number of the newborn to be authenticated needs to be entered, but also the name or ID number of the father or mother needs to be entered. Because it is very likely that the authentication object of the parents is their own child, if it is a relative relationship, the scope of authentication will be expanded. By adding an authentication information catalog, the accuracy of the information can be ensured. If it is a non-relative relationship, not only the medical birth certificate number of the newborn to be authenticated needs to be filled in, but also the name and ID number of the father or mother need to be filled in, so as to ensure that the information of the newborn to be authenticated is not incorrect.
[0034] The label information acquisition module is used to obtain the third identity information and the second identity information of the newborn to be authenticated from the content filled in by the current applicant, compare the third identity information with the first identity information of the newborn to be authenticated, and calculate the information coincidence degree D. Here, the third identity information is the identity information of the newborn filled in by the current applicant according to the information catalog, which is in one-to-one correspondence with the first identity information according to the information catalog. Under normal circumstances, their content should be the same, but it does not rule out the situation of filling errors or changes during authentication. For example, when authenticating, some parents need to modify the name of the newborn to be authenticated. Of course, this is just a simple example and may not be universal. The second identity information is the information that has not been bound and needs to be filled in by the current applicant during authentication or extracted from the parental identity information. Details are not elaborated here. The information coincidence degree where i is the number of the information catalog, and I is the total number of information catalogs in the first identity information corresponding to the current applicant. i = 1, 2,..., I. Among them, L i is the coincidence value of the third identity information and the first identity information corresponding to the information catalog numbered i. This system can compare and obtain the third identity information and the first identity information corresponding to this information catalog, which can be 1 for the same and 0 for different. Of course, other numerical settings are not excluded. R iis the modification coefficient of the information directory numbered i, and its value can be obtained based on experience. Generally, it can be calibrated to 1 for modifiable information. For example, the address, etc. Information that is fixed and cannot be modified is calibrated to 0, such as the ID number, parents' names, etc. For information directories that can be modified but are very important, it can be calibrated to 0.5, such as the name of the newborn to be authenticated, etc. The modification coefficient can be graded according to the importance of the information directory. Except for some given information that cannot be changed, modifiable information can be classified according to importance. For example, the name of the newborn to be authenticated can be modified, but the modification should be rigorous and cautious. Of course, this is just a simple example and may not be universal, so it will not be elaborated here specifically. By calculating in this way, the modifiability and non-modifiability of each information directory can be distinguished. For non-modifiable information directories, the influence on the whole can be amplified through the information coincidence value, so that the information coincidence value can be quickly reduced and distinguished, thus enabling objective judgment.
[0035] The information judgment module is used to judge whether the third identity information corresponding to the information directory is exactly the same as the first identity information. If so, the information coincidence degree at this time is 1, and it can be not displayed. If not, the information coincidence degree is less than 1 or equal to 0 at this time, and the information directory with incomplete coincidence is displayed. Specifically, the information web page filled in can be browsed by clicking, and the information directory where the third identity information and the first identity information do not completely coincide is displayed, so as to facilitate the current applicant to check specifically and avoid incorrect authentication. There can be options of whether to replace and return for modification on the web page. If the current applicant selects no, they can return for modification. If the current applicant selects yes, they can proceed to the next step. Judge whether the information coincidence degree D is greater than a preset standard coincidence degree D T , if so, it is determined that the authentication is passed, that is, the second identity information and the third identity information of the newborn to be authenticated filled in by the current applicant are qualified, and information entry is performed as the information basis of the newborn. If not, it is determined that the authentication fails. If the current applicant insists that the information directory with non-coincidence is filled in correctly, a relative with a small authentication coefficient Gc needs to operate. By judging the third identity information in this way, it can be determined whether the filled content is qualified by comparing the filled identity information with the known information, and the filled content can be distinguished through the modification coefficient of the information directory, which can not only complete information change adoption but also avoid the randomness of information modification, improving the accuracy and efficiency of authentication information. The preset standard coincidence degree D T can be set according to experience. Of course, the standard coincidence degree D can also be obtained through calculation T= αGc, where Gc is the authentication coefficient of the current applicant, which can be obtained based on the relationship between the current applicant and the newborn to be authenticated, and the details are not elaborated here. ɑ is the coincidence adjustment coefficient, and its value can be 0.8 - 1. Of course, other settings are not excluded, and the details are not elaborated here. Through this method, the system can compare the information coincidence degree calculated by the current applicant with different relationships and the relationship of the authentication coefficient, play the role of opening different permissions, and thus can complete the authentication of identity information for each relationship, improving the flexible adjustment ability of the system.
[0036] Embodiment 2
[0037] Reference Figure 3 , a method for online real-name authentication of newborns, which is applied to a system for online real-name authentication of newborns described in Embodiment 1. The method for online real-name authentication of newborns includes the following steps:
[0038] S1. Obtain the identity information of the current applicant, and obtain the first identity information of the newborn to be authenticated through the authentication label provided by the current applicant.
[0039] S2. Obtain the third identity information and the second identity information of the newborn to be authenticated from the content filled in by the current applicant.
[0040] S3. Compare the third identity information with the first identity information of the newborn to be authenticated, and calculate the obtained information coincidence degree D.
[0041] S4. Determine whether the third identity information and the first identity information corresponding to the information directory are completely coincident. If so, do not display and execute S6. If not, display the information directory with incomplete coincidence, and then execute S5.
[0042] S5. Determine whether the current applicant chooses to revise. If so, execute S2. If not, execute S6.
[0043] S6. Determine whether the information coincidence degree D is greater than a preset standard coincidence degree D T . If so, determine that the authentication is passed. If not, determine that the authentication fails.
[0044] It should be understood that various forms of processes shown above can be used, reordering, adding or deleting steps. For example, the steps described in this disclosure can be executed in parallel, sequentially, or in a different order, as long as the desired results of the technical solutions disclosed in this disclosure can be achieved, and no limitations are imposed herein.
[0045] The above specific embodiments do not constitute a limitation on the protection scope of the present disclosure. Those skilled in the art should understand that various modifications, combinations, sub - combinations and substitutions can be made according to design requirements and other factors. Any modifications, equivalent substitutions and improvements made within the spirit and principle of the present disclosure should be included within the protection scope of the present disclosure.
Claims
1. An online real-name authentication system for newborns, characterized in that, The online real-name authentication system for newborns includes: A label information acquisition module, which is used to acquire the identity information of the current applicant and obtain the first identity information of the newborn to be authenticated through the authentication label provided by the current applicant; A label information acquisition module, which is used to obtain the third identity information and the second identity information of the newborn to be authenticated from the content filled in by the current applicant, compare the third identity information with the first identity information of the newborn to be authenticated, and calculate the information coincidence degree D; An information judgment module, which is used to determine whether the third identity information corresponding to the information directory is exactly the same as the first identity information. If so, it is not displayed. If not, the information directory with incomplete coincidence is displayed; determine whether the current applicant selects to revise. If so, return the revision. If not, determine whether the information coincidence degree D is greater than a preset standard coincidence degree D T , if so, it is determined that the authentication is passed; if not, it is determined that the authentication is not passed.
2. The neonatal online real-name authentication system according to claim 1, wherein The authentication label includes the name of the newborn to be authenticated, the birth medical certificate number, the names of the parents or the ID card numbers of the parents.
3. The neonatal online real-name authentication system according to claim 1, characterized in that, Perform hierarchical processing on the authentication label provided by the current applicant to obtain a hierarchical authentication label.
4. The neonatal online real-name authentication system according to claim 3, characterized in that, The authentication label hierarchical processing method includes: performing hierarchical processing on the authentication label to obtain authentication labels of each level, then providing a pre-matched information directory corresponding to each level of authentication label according to the relationship between the current applicant and the newborn, and then displaying a dialog box according to the information directory for the current applicant to fill in the third identity information of the newborn to be authenticated correspondingly.
5. The online real-name authentication system for newborns according to claim 3, characterized in that, The authentication label is divided into three levels, namely the basic label, the first-level label and the second-level label.
6. The online real-name authentication system for newborns according to claim 3, wherein, The authentication label hierarchical processing method includes: obtaining the filled relationship between the current applicant and the newborn to be authenticated filled in by the current applicant, and obtaining the queried relationship between the current applicant and the newborn to be authenticated by querying the family member relationship, judging whether the filled relationship is the same as the queried relationship, if not, closing the authentication permission of the current applicant, if so, calculating the authentication coefficient Gc through the relationship, then obtaining the level of the authentication label through the authentication coefficient Gc, and displaying through the information directory corresponding to the level of the authentication label, and the current applicant then fills in the third identity information of the newborn to be authenticated through the displayed information directory.
7. The neonatal online real-name authentication system according to claim 6, wherein The family member relationship includes the current family member relationship and the historical family member relationship.
8. The neonatal online real-name authentication system according to claim 6, characterized in that, The authentication coefficient Gc is divided into three levels and corresponds to the authentication label.
9. The neonatal online real-name authentication system according to claim 8, characterized in that, The authentication coefficient grading method includes: judging whether the name and ID card number of the current applicant are the same as the parent information on the birth medical certificate, if so, the authentication coefficient Gc is 1, if not, judging whether the queried relationship is a kinship through the permanent population management system, if so, the authentication coefficient Gc is 2, if not, the authentication coefficient Gc is 3.
10. A neonatal online real-name authentication method, characterized in that, The online real-name authentication method for newborns includes: S1. Acquire the identity information of the current applicant and obtain the first identity information of the newborn to be authenticated through the authentication label provided by the current applicant; S2. Obtain the third identity information and the second identity information of the newborn to be authenticated from the content filled in by the current applicant; S3. Compare the third identity information with the first identity information of the newborn to be authenticated and calculate the information coincidence degree D; S4. Judge whether the third identity information and the first identity information corresponding to the information directory are completely coincident. If so, do not display and execute S6. If not, display the information directory with incomplete coincidence and execute S5; S5. Judge whether the current applicant chooses to revise. If so, execute S2. If not, execute S6; S6. Determine whether the information overlap degree D is greater than a preset standard overlap degree D T , if so, determine that the authentication is passed; if not, determine that the authentication is not passed.