CN110706765A - Newborn health card handling method and system - Google Patents
Newborn health card handling method and system Download PDFInfo
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- CN110706765A CN110706765A CN201910816364.XA CN201910816364A CN110706765A CN 110706765 A CN110706765 A CN 110706765A CN 201910816364 A CN201910816364 A CN 201910816364A CN 110706765 A CN110706765 A CN 110706765A
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- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
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Abstract
The invention provides a newborn health card handling method and a newborn health card handling system, wherein the method comprises the following steps: acquiring birth information of a newborn; acquiring unique identification information of the guardian of the newborn; sending the birth information and the identity identification information to a card management platform, encrypting the birth information and the identity identification information by the card management platform to obtain a newborn temporary code, and sending the newborn temporary code to an application terminal; acquiring operation information based on the neonatal temporary code; and executing corresponding operation according to the operation information. The invention provides the newborn temporary code which can be universally used by all medical institutions for the newborn who has not transacted medical birth certificate or identity card temporarily, and is convenient for the newborn to see a doctor.
Description
Technical Field
The invention relates to the field of medical information, in particular to a newborn health card handling method and a newborn health card handling system.
Background
In order to facilitate the hospitalization of patients, each medical institution has a health card at present, and generally applies for the medical card according to identity card information in order to ensure the uniqueness of the medical card, but for newborns who have not transacted medical birth certificates or identity cards temporarily, each medical institution transacts health cards for the newborns according to own rules, the health cards are not related with identity information similar to the identity card information, can only be circulated and used in the self system of each issued medical institution, cannot be used across the medical institutions, cannot share and call medical data among the health cards, and can possibly cause the problems of file loss and the like if the newborns are treated across the medical institutions. Therefore, the invention provides a newborn health card transacting method and a newborn health card transacting system for solving the problems.
Disclosure of Invention
The invention aims to provide a newborn health card handling method and a newborn health card handling system, which are used for providing a newborn temporary code which can be universally used by all medical institutions for a newborn who has not handled medical birth certificates or identity cards temporarily, and are convenient for the newborn to see a doctor.
The technical scheme provided by the invention is as follows:
the invention provides a newborn health card handling method, which comprises the following steps:
acquiring birth information of a newborn;
acquiring unique identification information of the guardian of the newborn;
sending the birth information and the identity identification information to a card management platform, encrypting the birth information and the identity identification information by the card management platform to obtain a newborn temporary code, and sending the newborn temporary code to an application terminal;
acquiring operation information based on the neonatal temporary code;
and executing corresponding operation according to the operation information.
Further, after executing the corresponding operation according to the operation information, the method further includes:
generating corresponding medical data according to the operation;
sending the medical data to a database, and associating the medical data with the neonatal temporary code in the database.
Further, after executing the corresponding operation according to the operation information, the method further includes:
if the only neonate identity identification information of the neonate is obtained, the neonate identity identification information is sent to a card management platform, the card management platform encrypts the neonate identity identification information and the neonate temporary code to obtain a neonate formal code, and the neonate formal code is sent to an application terminal;
associating the neonatal temporary code with the neonatal official code, while associating the medical data with the neonatal official code in the database.
Further, the method also comprises the following steps:
if the application terminal is a medical institution terminal and the data connection between the medical institution terminal and the tube clamping platform is disconnected, the medical institution terminal generates a neonate offline card;
and when the medical institution terminal is in data connection with the card management platform again, the neonatal offline card is sent to the card management platform, and the card management platform encrypts the neonatal offline card to obtain a neonatal health card and sends the neonatal health card to the medical institution terminal.
Further, the method also comprises the following steps:
identifying age information of the neonate according to the neonate temporary code;
acquiring vaccine information according to the age information;
and when the newborn temporary code is called, generating prompt information according to the vaccine information for prompting.
The invention also provides a newborn health card handling method, which comprises an application terminal and a card management platform;
the application terminal comprises:
the birth information acquisition module is used for acquiring the birth information of the newborn;
the guardian identity acquisition module is used for acquiring the unique identification information of the guardian of the newborn;
the information sending module is used for sending the birth information acquired by the birth information acquisition module and the identity information acquired by the monitor identity acquisition module to a card management platform;
the tube clamping platform comprises:
the encryption module is used for encrypting the birth information and the identity identification information sent by the information sending module to obtain a newborn temporary code and sending the newborn temporary code to an application terminal;
the application terminal further comprises:
the newborn code receiving module receives the newborn temporary code sent by the temporary code sending module;
the operation information acquisition module is used for acquiring the operation information of the newborn temporary code obtained by the encryption module;
and the execution module executes corresponding operation according to the operation information acquired by the operation information acquisition module.
Further, the application terminal further includes:
the medical data generation module generates corresponding medical data according to the operation executed by the execution module;
and the processing module is used for sending the medical data generated by the medical data generation module to a database and associating the medical data with the newborn temporary code in the database.
Further, the application terminal further includes:
the newborn identity acquisition module is used for acquiring the unique newborn identity identification information of the newborn;
the information sending module is used for sending the identity identification information of the neonate acquired by the neonate identity acquisition module to a card management platform;
the tube clamping platform further comprises:
the encryption module encrypts the newborn identification information and the newborn temporary code sent by the information sending module to obtain a newborn formal code and sends the newborn formal code to the application terminal;
the application terminal further comprises:
the newborn code receiving module receives the newborn temporary code sent by the encryption module;
the processing module is used for correlating the newborn temporary code received by the newborn code receiving module with the newborn formal code and correlating the medical data with the newborn formal code in the database.
Further, if the application terminal is a medical institution terminal, the medical institution terminal includes:
the offline card generation module is used for generating a newborn offline card if the data connection between the medical institution terminal and the card tube platform is disconnected;
the offline card sending module is used for sending the neonatal offline card to the card and management platform when the medical institution terminal is in data connection with the card and management platform again;
the tube clamping platform comprises:
the encryption module encrypts the off-line card of the neonate sent by the off-line card sending module to obtain a health card of the neonate, and sends the health card of the neonate to a medical institution terminal.
Further, the application terminal further includes:
the age information acquisition module identifies the age information of the neonate according to the neonate temporary code received by the neonate code receiving module;
the vaccine information acquisition module acquires vaccine information according to the age information acquired by the age information acquisition module;
and the prompting module is used for generating prompting information according to the vaccine information to prompt when the neonatal temporary code received by the neonatal code receiving module is called.
The newborn health card handling method and the newborn health card handling system provided by the invention can bring at least one of the following beneficial effects:
(1) the newborn temporary card generated based on the identity identification information of the guardian and the initial self information is provided for the newborn, and the newborn temporary card is not required to be carried with an entity card, is simple and convenient and is low in cost.
(2) Based on the use characteristics of the mobile terminal and the medical institution terminal, the resident health cards with different confidentiality degrees are generated, and the confidentiality of the newborn temporary card is improved as much as possible under the condition that the use of a user is not influenced.
Drawings
The above features, technical features, advantages and implementations of a newborn health card transacting method and system will be further described in the following detailed description of preferred embodiments in a clearly understandable manner, in conjunction with the accompanying drawings.
FIG. 1 is a flow chart of a first embodiment of a newborn health card transacting method of the present invention;
FIG. 2 is a flow chart of a second embodiment of a newborn health card transacting method of the present invention;
FIG. 3 is a flow chart of a third embodiment of a newborn health card transacting method of the present invention;
fig. 4 and 5 are schematic structural views of a newborn health card handling system according to a fourth embodiment of the present invention.
Detailed Description
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following description will explain specific embodiments of the present invention with reference to the drawings of the specification. It is obvious that the drawings in the following description are only some examples of the invention, from which other drawings and embodiments can be derived by a person skilled in the art without inventive effort.
For the sake of simplicity, only the parts relevant to the present invention are schematically shown in the drawings, and they do not represent the actual structure as a product. In addition, in order to make the drawings concise and understandable, components having the same structure or function in some of the drawings are only schematically illustrated or only labeled. In this document, "one" means not only "only one" but also a case of "more than one".
A first embodiment of the present invention, as shown in fig. 1, is a newborn health card transacting method, including:
s100, acquiring birth information of a newborn;
specifically, the user can apply for the resident health card through the software obtaining the access authority on the mobile terminal, or apply for the resident health card through the medical institution terminal, wherein the medical institution terminal can be an independent terminal and operated by the user, and can also be a terminal of a manual window and operated by a worker.
The birth information of the neonate who does not acquire a valid certificate number (for example, identification information which can uniquely determine the identity of the neonate, such as an identification number, a medical birth number, a social security number and the like) is acquired through any application terminal, the birth information includes but is not limited to the weight, the time and the date, the sex and the like of the neonate at the time of birth, and the birth information should be capable of identifying the neonate of a mother-sibling as much as possible in the case of a plurality of births which may exist. The application terminal comprises the mobile terminal and the medical institution terminal.
S200, acquiring unique identification information of the guardian of the newborn;
specifically, the application terminal obtains unique identification information of a newborn guardian, wherein the newborn guardian includes but is not limited to parents, grandparents and the like, and the unique identification information refers to confidence that the identity of a user can be uniquely determined, such as an identification number, a passport number and the like. The unique identification information of one guardian can be selected, and the unique identification information of a plurality of guardians can also be selected and obtained.
Secondly, as the family personnel conditions of the neonates are various and the unique identification information of the guardians with fixed relationships provided by the users cannot be uniformly specified, a relationship mapping table of the guardians and the neonates can be preset, then the relationship between the guardians and the neonates is obtained, and the corresponding relationship codes are determined through the relationship mapping table. For example, the relationship code corresponding to the relationship between the newborn and the mother and child is 001, and the relationship code corresponding to the relationship between the newborn and the mother and child is 002, etc., and the above examples are only for easy understanding, and the reasonable relationship code and the relationship mapping table may be preset according to the possible relationship.
S300, sending the birth information and the identity identification information to a card management platform, encrypting the birth information and the identity identification information by the card management platform to obtain a newborn temporary code, and sending the newborn temporary code to an application terminal;
specifically, the application terminal sends the acquired birth information and the identification information to the card management platform, and if the relationship code between the guardian and the neonate is acquired, the relationship code is sent to the card management platform at the same time. The card management platform encrypts the acquired information to obtain a corresponding newborn temporary code and sends the newborn temporary code to the application terminal, wherein the information acquired by the card management platform comprises birth information, identity information and relationship codes.
S400, acquiring operation information based on the neonatal temporary code;
s500, corresponding operation is executed according to the operation information.
Specifically, if the application terminal is a mobile terminal, the card management platform generates a dynamic newborn temporary code with a timestamp, the mobile terminal directly displays the dynamic newborn temporary code during use after receiving the dynamic newborn temporary code, the medical staff terminal scans and identifies the newborn temporary code to generate corresponding operation information, and then the application terminal executes corresponding operation according to the operation information. If the application terminal is the medical institution terminal, what then the card pipe platform generated is the static neonate's temporary code that does not have the time stamp, and after the medical institution terminal was received, need print the neonate's temporary code, supply medical personnel terminal scanning discernment to generate corresponding operating information, then medical personnel terminal carries out corresponding operation according to operating information.
The dynamic newborn temporary code is added with a timestamp, the dynamic newborn temporary code is expired after a preset time, then the dynamic newborn temporary code needs to be applied for calling again, and the static newborn temporary code can be used all the time after being printed. Therefore, the confidentiality of the dynamic newborn temporary code is higher than that of the static newborn temporary code, so that the static newborn temporary code can only execute privacy-free operations such as registration, doctor seeing, inquiry of printed report payment lists and the like, which do not relate to privacy such as payment and medical history checking, and the dynamic newborn temporary code can not only execute the privacy-free operations based on the first operation information, but also execute privacy operations such as payment and medical history checking. Therefore, based on the usage scenario of the dynamic newborn temporary code, the dynamic newborn temporary code can also be associated with data such as a bank card according to the needs of the user.
In this embodiment, the unique information for determining the identity of the newborn is obtained based on the unique identification information of the newborn guardian and the birth information of the newborn, and then the newborn temporary codes are obtained by encryption, and the newborn temporary codes of any two newborns are different, which is beneficial to unifying the health cards used by each medical institution.
Preferably, after the S500 executes the corresponding operation according to the operation information, the method further includes: s600, generating corresponding medical data according to the operation; s650 sends the medical data to a database, and associates the medical data with the newborn temporary code in the database.
Specifically, all operations executed based on the neonatal temporary code generate corresponding medical data for recording, and send the medical database to a database, wherein the database can be a database shared by all medical institutions and can also be a medical database of each medical institution. However, regardless of the nature of the database, all medical data in the database need to be associated with the corresponding newborn temporary codes of the newborns, so that the user can conveniently retrieve and view the newborn temporary codes, for example, perform an operation of referring to medical records based on the newborn temporary codes.
In this embodiment, each neonate uses a unique neonate temporary code, and all medical data of the neonate can be associated based on the neonate temporary code, so that medical data exchange and sharing among medical institutions are facilitated, and medical care personnel can be facilitated to effectively treat the neonate based on medical data such as medical history.
Preferably, after the S500 executes the corresponding operation according to the operation information, the method further includes: s700, if the only neonate identity information of the neonate is obtained, the neonate identity information is sent to a card management platform, the card management platform encrypts the neonate identity information and a neonate temporary code to obtain a neonate formal code, and the neonate formal code is sent to an application terminal; s750 associating the neonatal temporary code with the neonatal official code, and simultaneously associating the medical data with the neonatal official code in the database.
Specifically, the generation of the newborn temporary code based on the identification information of the guardian of the newborn is also unique, but if the newborn health card can be associated with the identification information of the newborn, it is more beneficial to manage the medical data of the newborn.
Therefore, if the application terminal obtains the unique neonate identification information of the neonate, such as unique identification information of a medical birth certificate number, an identity card number and the like, the neonate identification information is sent to the card management platform, and the card management platform encrypts the neonate identification information and the neonate temporary code to obtain a neonate formal code and sends the neonate formal code to the application terminal.
In addition, in order to ensure traceability and certainty of the whole medical data record, after the newborn main code is obtained, the newborn temporary code is not used and is in an unrecognizable state, and the medical data fish-fighting newborn main code which is previously associated with the newborn temporary code is associated.
In this embodiment, a neonate temporary card is issued for a neonate who has not transacted medical birth certificates or identity cards temporarily based on the identity information of the guardian, but if the identity information of the neonate is acquired, a neonate formal card based on the identity information of the neonate is generated, and the relevance between the neonate formal card and the neonate is stronger, so that the management of medical data in the system is facilitated.
A second embodiment of the present invention is an optimized embodiment of the first embodiment, and as shown in fig. 2, compared with the first embodiment, the present embodiment is mainly improved in that the present embodiment further includes:
s800, if the application terminal is a medical institution terminal and the data connection between the medical institution terminal and the card tube platform is disconnected, the medical institution terminal generates a newborn off-line card;
specifically, if a user applies for a newborn health card through a medical structure terminal, the newborn health card comprises a newborn temporary code and a newborn formal code, but if the data connection between the medical structure terminal and a card management platform is disconnected, the medical structure terminal cannot send acquired related information to the card management platform, and the card management platform generates and manages a corresponding newborn health card, so that the medical structure terminal directly generates a corresponding newborn off-line card according to the acquired information, and the newborn off-line card comprises a newborn off-line temporary code and a newborn off-line formal code.
If the identity information of the guardian is input by the user, the medical institution terminal generates a newborn offline temporary code. If the user inputs the neonate identification information of the neonate, the medical institution terminal generates a neonate offline formal code. Therefore, the offline card for the newborn baby is also a static code in practice, and needs to be scanned and identified by the medical staff terminal after being printed.
And S850, when the medical institution terminal is in data connection with the card management platform again, sending the newborn offline card to the card management platform, encrypting the newborn offline card by the card management platform to obtain a newborn health card, and sending the newborn health card to the medical institution terminal.
Specifically, after the medical institution terminal and the card pipe platform reestablish the data connection, the medical institution automatically sends all the newborn off-line cards generated by the medical institution to the card pipe platform. The card pipe platform encrypts the off-line card of the newborn to obtain a corresponding health card of the newborn, and sends the health card to the medical institution terminal. And if the user who uses the newborn ionometer card before applies for the card again, the corresponding newborn health card is issued.
In this embodiment, for the case that the data connection between the medical institution terminal and the card management platform is disconnected, a measure of issuing a neonatal offline card is taken to ensure that the neonatal hospitalization behavior is performed normally, and then, after the data connection between the neonatal offline card and the card management platform is normal, the neonatal offline card generated during the disconnection period is uploaded to the card management platform, and corresponding encryption is performed to obtain the neonatal health card.
A third embodiment of the present invention is an optimized embodiment of the first embodiment, and as shown in fig. 3, compared with the first embodiment, the third embodiment of the present invention has the main improvements that the third embodiment further includes:
s900, identifying the age information of the neonate according to the neonate temporary code;
s910, vaccine information is obtained according to the age information;
s920, when the newborn temporary code is called, generating prompt information according to the vaccine information for prompting.
In particular, newborns need to be vaccinated at a particular age stage after birth, relative to adults. Therefore, the application terminal identifies the age information of the newborn based on the information in the newborn's temporal code, and then acquires vaccine information, for example, the type of vaccine that should be vaccinated at the current age, based on the age information. And then, when the newborn temporary code is called, generating prompt information according to the vaccine information to prompt, for example, prompting a user that the vaccine should be inoculated, recommending a medical institution for inoculating the vaccine, and marking the inoculated part after the newborn is inoculated with the corresponding vaccine to avoid repeated inoculation.
Secondly, the data such as physical examination after the birth of the newborn are all associated with the newborn temporary code, so that a complete health file is established for the newborn, and meanwhile, repeated medical treatment can be avoided. In addition, the embodiment can also perform corresponding operations based on the newborn formal codes.
In the embodiment, a complete health file is established for the neonate based on the neonate health card, so that on one hand, the missing of the best diagnosis and treatment opportunity caused by untimely treatment is avoided, on the other hand, all medical data can be traced, and the repeated medical treatment is avoided.
A fourth embodiment of the present invention, as shown in fig. 4 and 5, is a newborn health card transacting system, including an application terminal 100 and a card management platform 200;
the application terminal 100 includes:
a birth information acquiring module 110 for acquiring birth information of a newborn;
specifically, the user can apply for the resident health card through the software that obtains the access right on the mobile terminal, or apply for the resident health card through the medical institution terminal 300, wherein the medical institution terminal 300 may be an autonomous terminal, operated by the user himself, or a terminal of a manual window, operated by the staff.
The birth information of the neonate is obtained by any of the application terminals 100, and the birth information includes, but is not limited to, the weight, time and date, gender and the like of the neonate at the time of birth, and in case of a plurality of births which may exist, the birth information should identify the neonate of a mother sibling as much as possible. The application terminal 100 includes the above-described mobile terminal and medical institution terminal 300.
A monitor identity obtaining module 120 for obtaining the unique identification information of the monitor of the neonate;
specifically, the application terminal 100 obtains unique identification information of a newborn guardian, wherein the newborn guardian includes but is not limited to parents, grandparents, etc., and the unique identification information refers to confidence that the identity of the user can be uniquely determined, such as an identification number, a passport number, etc. The unique identification information of one guardian can be selected, and the unique identification information of a plurality of guardians can also be selected and obtained.
Secondly, as the family personnel conditions of the neonates are various and the unique identification information of the guardians with fixed relationships provided by the users cannot be uniformly specified, a relationship mapping table of the guardians and the neonates can be preset, then the relationship between the guardians and the neonates is obtained, and the corresponding relationship codes are determined through the relationship mapping table. For example, the relationship code corresponding to the relationship between the newborn and the mother and child is 001, and the relationship code corresponding to the relationship between the newborn and the mother and child is 002, etc., and the above examples are only for easy understanding, and the reasonable relationship code and the relationship mapping table may be preset according to the possible relationship.
An information sending module 130, configured to send the birth information acquired by the birth information acquiring module 110 and the identity information acquired by the monitor identity acquiring module 120 to a card managing platform 200;
specifically, the application terminal 100 sends the acquired birth information and the identification information to the card management platform 200, and if the relationship code between the guardian and the neonate is acquired, the relationship code is sent to the card management platform 200 at the same time.
The cartridge platform 200 includes:
the encryption module 210 encrypts the birth information and the identification information sent by the information sending module 130 to obtain a newborn temporary code, and sends the newborn temporary code to the application terminal 100;
specifically, the card management platform 200 encrypts the acquired information to obtain a corresponding newborn temporary code, and sends the newborn temporary code to the application terminal 100, where the information acquired by the card management platform 200 includes birth information, identification information, and a relationship code.
The application terminal 100 further includes:
a newborn code receiving module 140 for receiving the newborn temporary code sent by the temporary code sending module;
an operation information obtaining module 150, which obtains the operation information based on the neonatal temporary code obtained by the encryption module 210;
the executing module 160 executes corresponding operations according to the operation information acquired by the operation information acquiring module 150.
Specifically, if the application terminal 100 is a mobile terminal, the card management platform 200 generates a dynamic newborn temporary code with a timestamp, the mobile terminal directly displays the dynamic newborn temporary code during use after receiving the dynamic newborn temporary code, the medical staff terminal scans and identifies the newborn temporary code to generate corresponding operation information, and then the application terminal 100 executes corresponding operation according to the operation information. If the application terminal 100 is a medical institution terminal 300, the card management platform 200 generates a static newborn temporary code without a time stamp, after the medical institution terminal 300 receives the static newborn temporary code, the newborn temporary code needs to be printed, the medical staff terminal scans and identifies to generate corresponding operation information, and then the medical staff terminal executes corresponding operation according to the operation information.
The dynamic newborn temporary code is added with a timestamp, the dynamic newborn temporary code is expired after a preset time, then the dynamic newborn temporary code needs to be applied for calling again, and the static newborn temporary code can be used all the time after being printed. Therefore, the confidentiality of the dynamic newborn temporary code is higher than that of the static newborn temporary code, so that the static newborn temporary code can only execute privacy-free operations such as registration, doctor seeing, inquiry of printed report payment lists and the like, which do not relate to privacy such as payment and medical history checking, and the dynamic newborn temporary code can not only execute the privacy-free operations based on the first operation information, but also execute privacy operations such as payment and medical history checking. Therefore, based on the usage scenario of the dynamic newborn temporary code, the dynamic newborn temporary code can also be associated with data such as a bank card according to the needs of the user.
The method comprises the steps of obtaining unique information for determining the identity of a newborn based on unique identification information of a newborn guardian and birth information of the newborn, encrypting to obtain a newborn temporary code, wherein the newborn temporary codes of any two newborns are different, and the method is favorable for unifying health cards used by various medical institutions.
Preferably, the application terminal 100 further includes:
a medical data generating module 170 for generating corresponding medical data according to the operation executed by the executing module 160;
the processing module 180 sends the medical data generated by the medical data generating module 170 to a database, and associates the medical data with the newborn temporary code in the database.
Specifically, all operations executed based on the neonatal temporary code generate corresponding medical data for recording, and send the medical database to a database, wherein the database can be a database shared by all medical institutions and can also be a medical database of each medical institution. However, regardless of the nature of the database, all medical data in the database need to be associated with the corresponding newborn temporary codes of the newborns, so that the user can conveniently retrieve and view the newborn temporary codes, for example, perform an operation of referring to medical records based on the newborn temporary codes.
Each neonate uses a unique neonate temporary code, all medical data of the neonate can be associated based on the neonate temporary code, medical data exchange and sharing among medical institutions are facilitated, and meanwhile, medical staff can be facilitated to effectively treat the neonate based on medical data such as medical history.
Preferably, the application terminal 100 further includes:
a neonate identity acquisition module 185 for acquiring unique neonate identity information of the neonate;
the information sending module 130 sends the neonate identification information obtained by the neonate identification obtaining module 185 to a card management platform 200;
the tube-clamping platform 200 further comprises:
the encryption module 210 encrypts the newborn identification information and the newborn temporary code sent by the information sending module 130 to obtain a newborn formal code, and sends the newborn formal code to the application terminal 100;
the application terminal 100 further includes:
the newborn code receiving module 140 receives the newborn temporary code sent by the encryption module 210;
the processing module 180 associates the neonatal temporary code received by the neonatal code receiving module 140 with the neonatal official code, and associates the medical data with the neonatal official code in the database.
Specifically, the generation of the newborn temporary code based on the identification information of the guardian of the newborn is also unique, but if the newborn health card can be associated with the identification information of the newborn, it is more beneficial to manage the medical data of the newborn.
Therefore, if the application terminal 100 obtains the unique neonate identification information of the neonate, for example, the unique identification information such as the medical birth certificate number and the identification number, the neonate identification information is sent to the card management platform 200, and the card management platform 200 encrypts the neonate identification information and the neonate temporary code to obtain the neonate formal code and sends the neonate formal code to the application terminal 100.
In addition, in order to ensure traceability and certainty of the whole medical data record, after the newborn main code is obtained, the newborn temporary code is not used and is in an unrecognizable state, and the medical data fish-fighting newborn main code which is previously associated with the newborn temporary code is associated.
The method comprises the steps that a newborn temporary card is issued for a newborn who has not transacted medical birth certificate or identity card temporarily based on identity identification information of a guardian, but if the newborn identity identification information of the newborn is obtained, a newborn formal card based on the newborn identity identification information is generated, the correlation between the newborn formal card and the newborn is stronger, and management of medical data in a system is facilitated.
Preferably, if the application terminal 100 is a medical institution terminal 300, the medical institution terminal 300 includes:
an offline card generation module 310, which generates a neonatal offline card if the data connection between the medical institution terminal 300 and the card tube platform 200 is disconnected;
specifically, if a user applies for a newborn health card through a medical structure terminal, the newborn health card includes a newborn temporary code and a newborn formal code, but if the data connection between the medical structure terminal and the card management platform 200 is disconnected, the medical structure terminal cannot send the acquired related information to the card management platform 200, and the card management platform 200 generates and manages the corresponding newborn health card, so that the medical structure terminal directly generates the corresponding newborn offline card according to the acquired information, and the newborn offline card includes a newborn offline temporary code and a newborn offline formal code.
If the user inputs the guardian's identification information, the medical institution terminal 300 generates a newborn offline temporary code. If the user inputs the newborn identification information of the newborn, the medical institution terminal 300 generates a newborn off-line formal code. Therefore, the offline card for the newborn baby is also a static code in practice, and needs to be scanned and identified by the medical staff terminal after being printed.
An offline card sending module 320, configured to send the neonatal offline card to the card management platform 200 when the medical institution terminal 300 is in data connection with the card management platform 200 again;
specifically, after the medical institution terminal 300 reestablishes the data connection with the card tube platform 200, the medical institution automatically sends all the neonatal offline cards generated by the medical institution to the card tube platform 200.
The cartridge platform 200 includes:
the encryption module 210 encrypts the offline card of the newborn sent by the offline card sending module 320 to obtain a health card of the newborn, and sends the health card of the newborn to the medical institution terminal 300.
Specifically, the card management platform 200 encrypts the offline card of the newborn to obtain a corresponding health card of the newborn, and sends the health card to the medical institution terminal 300. And if the user who uses the newborn ionometer card before applies for the card again, the corresponding newborn health card is issued.
In this embodiment, for the case that the data connection between the medical institution terminal 300 and the card management platform 200 is disconnected, a measure of issuing a neonatal offline card is taken to ensure that the neonatal hospitalization behavior is performed normally, and then after the data connection between the neonatal offline card and the card management platform is normal, the neonatal offline card generated during the disconnection period is uploaded to the card management platform 200, and corresponding encryption is performed to obtain the neonatal health card.
Preferably, the application terminal 100 further includes:
an age information acquiring module 190 for identifying the age information of the neonate according to the neonate temporary code received by the neonate code receiving module 140;
a vaccine information obtaining module 191 for obtaining vaccine information according to the age information obtained by the age information obtaining module 190;
and the prompting module 192 generates prompting information according to the vaccine information for prompting when the neonatal temporary code received by the neonatal code receiving module 140 is called.
In particular, newborns need to be vaccinated at a particular age stage after birth, relative to adults. Therefore, the application terminal 100 identifies the age information of the newborn based on the information in the newborn's temporal code, and then acquires vaccine information, for example, a type of vaccine that the current age should be vaccinated, based on the age information. And then, when the newborn temporary code is called, generating prompt information according to the vaccine information to prompt, for example, prompting a user that the vaccine should be inoculated, recommending a medical institution for inoculating the vaccine, and marking the inoculated part after the newborn is inoculated with the corresponding vaccine to avoid repeated inoculation.
Secondly, the data such as physical examination after the birth of the newborn are all associated with the newborn temporary code, so that a complete health file is established for the newborn, and meanwhile, repeated medical treatment can be avoided. In addition, the embodiment can also perform corresponding operations based on the newborn formal codes.
The health card for the neonate establishes a complete health file for the neonate, so that on one hand, the condition that the best diagnosis and treatment opportunity is missed due to untimely treatment is avoided, on the other hand, all medical data can be traced, and on the other hand, repeated medical treatment is avoided.
It should be noted that the above embodiments can be freely combined as necessary. The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (10)
1. A newborn health card handling method, comprising:
acquiring birth information of a newborn;
acquiring unique identification information of the guardian of the newborn;
sending the birth information and the identity identification information to a card management platform, encrypting the birth information and the identity identification information by the card management platform to obtain a newborn temporary code, and sending the newborn temporary code to an application terminal;
acquiring operation information based on the neonatal temporary code;
and executing corresponding operation according to the operation information.
2. The newborn health card transacting method according to claim 1, wherein after performing the corresponding operation according to the operation information, further comprising:
generating corresponding medical data according to the operation;
sending the medical data to a database, and associating the medical data with the neonatal temporary code in the database.
3. The newborn health card transacting method according to claim 2, further comprising after performing corresponding operations according to the operation information:
if the only neonate identity identification information of the neonate is obtained, the neonate identity identification information is sent to a card management platform, the card management platform encrypts the neonate identity identification information and the neonate temporary code to obtain a neonate formal code, and the neonate formal code is sent to an application terminal;
associating the neonatal temporary code with the neonatal official code, while associating the medical data with the neonatal official code in the database.
4. The neonatal health card transacting method of claim 1, further comprising:
if the application terminal is a medical institution terminal and the data connection between the medical institution terminal and the tube clamping platform is disconnected, the medical institution terminal generates a neonate offline card;
when the medical institution terminal and the card management platform establish data connection again, the neonate offline card is sent to the card management platform, and the card management platform encrypts the neonate offline card to obtain a neonate health card and sends the neonate health card to the medical institution terminal.
5. The neonatal health card transacting method of claim 1, further comprising:
identifying age information of the neonate according to the neonate temporary code;
acquiring vaccine information according to the age information;
and when the newborn temporary code is called, generating prompt information according to the vaccine information for prompting.
6. A newborn health card handling system is characterized by comprising an application terminal and a card management platform;
the application terminal comprises:
the birth information acquisition module is used for acquiring the birth information of the newborn;
the guardian identity acquisition module is used for acquiring the unique identification information of the guardian of the newborn;
the information sending module is used for sending the birth information acquired by the birth information acquisition module and the identity information acquired by the monitor identity acquisition module to a card management platform;
the tube clamping platform comprises:
the encryption module is used for encrypting the birth information and the identity identification information sent by the information sending module to obtain a newborn temporary code and sending the newborn temporary code to an application terminal;
the application terminal further comprises:
the newborn code receiving module receives the newborn temporary code sent by the temporary code sending module;
the operation information acquisition module is used for acquiring the operation information of the newborn temporary code obtained by the encryption module;
and the execution module executes corresponding operation according to the operation information acquired by the operation information acquisition module.
7. The neonatal health card handling system of claim 6, wherein the application terminal further comprises:
the medical data generation module generates corresponding medical data according to the operation executed by the execution module;
and the processing module is used for sending the medical data generated by the medical data generation module to a database and associating the medical data with the newborn temporary code in the database.
8. The neonatal health card handling system of claim 7, wherein the application terminal further comprises:
the newborn identity acquisition module is used for acquiring the unique newborn identity identification information of the newborn;
the information sending module is used for sending the identity identification information of the neonate acquired by the neonate identity acquisition module to a card management platform;
the tube clamping platform further comprises:
the encryption module encrypts the newborn identification information and the newborn temporary code sent by the information sending module to obtain a newborn formal code and sends the newborn formal code to the application terminal;
the application terminal further comprises:
the newborn code receiving module receives the newborn temporary code sent by the encryption module;
the processing module is used for correlating the newborn temporary code received by the newborn code receiving module with the newborn formal code and correlating the medical data with the newborn formal code in the database.
9. The newborn health card handling system according to claim 6, wherein if the application terminal is a medical institution terminal, the medical institution terminal comprises:
the offline card generation module is used for generating a newborn offline card if the data connection between the medical institution terminal and the card tube platform is disconnected;
the offline card sending module is used for sending the neonatal offline card to the card and management platform when the medical institution terminal and the card and management platform establish data connection again;
the tube clamping platform comprises:
the encryption module encrypts the off-line card of the neonate sent by the off-line card sending module to obtain a health card of the neonate, and sends the health card of the neonate to a medical institution terminal.
10. The neonatal health card handling system of claim 6, wherein the application terminal further comprises:
the age information acquisition module identifies the age information of the neonate according to the neonate temporary code received by the neonate code receiving module;
the vaccine information acquisition module acquires vaccine information according to the age information acquired by the age information acquisition module;
and the prompting module is used for generating prompting information according to the vaccine information to prompt when the neonatal temporary code received by the neonatal code receiving module is called.
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Application publication date: 20200117 |