CN112768051A - Immunization planning and vaccination management system - Google Patents
Immunization planning and vaccination management system Download PDFInfo
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- CN112768051A CN112768051A CN202110276333.7A CN202110276333A CN112768051A CN 112768051 A CN112768051 A CN 112768051A CN 202110276333 A CN202110276333 A CN 202110276333A CN 112768051 A CN112768051 A CN 112768051A
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- 238000011081 inoculation Methods 0.000 claims abstract description 185
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- 229960000190 bacillus calmette–guérin vaccine Drugs 0.000 claims description 5
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- 208000002672 hepatitis B Diseases 0.000 claims description 5
- 238000012216 screening Methods 0.000 claims description 3
- 230000003442 weekly effect Effects 0.000 claims description 3
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Abstract
The invention discloses an immunization planning and vaccination management system, which comprises: the identity uniqueness control verification module of the inoculator: an adult vaccinator reads in identity card information through an identity information recognition device and stores the identity card information, and a child vaccinator or a guardian verifies the identity through an inoculation card, then carries out face acquisition on an existing file through a face recognition device after confirming the identity, synchronously carries out face database comparison, and compares the face information and the stored pictures; identity validity verification module at each vaccination: carrying out identity validity verification during subsequent inoculation; a business process management and control module: managing each terminal and system flow; a database module: storing the identity information, the inoculation information and the process information; the invention solves the technical problems that the accuracy of vaccination of an inoculator, the accuracy of vaccination time, repeated information input of a newborn inoculator and the like can not be ensured in the immunization and preventive vaccination process in the prior art.
Description
Technical Field
The invention belongs to the technical field of preventive vaccination management and control, and particularly relates to an immunization planning and preventive vaccination management system.
Background
Immune planning and child vaccination relate to the healthy growth of the next generation, and relate to thousands of households, the child vaccination can effectively improve the immunity of human bodies, reduce the incidence of diseases and protect children from diseases, and the informatization management of the immune planning is an important means for implementing the important strategy. The existing immunization planning and vaccination information system management method cannot identify the uniqueness of the vaccination identity of a vaccinator (guardian), only inquires the identity through a paper vaccination certificate by a worker for confirmation, does not encrypt the stored data, has no operation log record for all modification and deletion, cannot trace the data, cannot execute a standard process of the whole province, unify vaccination rules and emigration rules, draw a supervision red line and clear up responsibility to ensure the requirement of supervision of the vaccination service of the whole province, and cannot ensure the accuracy of vaccination management of the vaccinator (guardian);
for the inoculation time, the prior art writes the result to the vaccinator through manual calculation, and the vaccinator cannot actively remind the vaccinator to forget the inoculation time.
For the inoculation of the neonate, according to the requirement of preventive inoculation work, the neonate is inoculated with BCG vaccine and hepatitis B first needle on the day of birth, a hospital sets up a vaccination certificate of the neonate in a triple-union mode, parents register child information when arriving at an inoculation point for the first time and present the vaccination certificate of the neonate set up by the hospital when receiving the preventive vaccination certificate of the child, and the vaccination records of the child are registered after being verified by a worker at the inoculation point; the method for acquiring the parent information, the information and the inoculation record of the newborn baby in the newborn department of the hospital is more accurate and more comprehensive than other approaches, but the basic information and the inoculation record of the newborn baby are repeatedly recorded in the hospital and the inoculation point.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the immune planning and vaccination management system is provided to solve the technical problems that the accuracy of vaccination of a vaccinator, the accuracy of vaccination time, the repeated input of information of a newborn vaccinator and the like cannot be guaranteed in the immune and vaccination processes in the prior art.
The technical scheme of the invention is as follows:
an immune planning and vaccination management system comprising:
the identity uniqueness control verification module of the inoculator: an adult vaccinator reads in identity card information through an identity information recognition device and stores the identity card information, and a child vaccinator or a guardian verifies the identity through an inoculation card, then carries out face acquisition on an existing file through a face recognition device after confirming the identity, synchronously carries out face database comparison, and compares the face information and the stored pictures;
identity validity verification module at each vaccination: carrying out identity validity verification during subsequent inoculation;
a business process management and control module: managing each terminal and system flow;
a database module: and storing the identity information, the inoculation information and the process information.
An immunization schedule and vaccination management system, further comprising:
an inoculation time calculation function module: calculating the next inoculation time automatically according to the vaccination program, the history inoculation record of children, the vaccine substitution rule, the combined vaccine rule and the inoculation day information of the inoculation point;
the inoculation time reminding function module: the system sends inoculation time information to the terminal user to remind an inoculator of the inoculation time.
An immunization schedule and vaccination management system, further comprising: neonate vaccinates information input module: each terminal accesses the system through a mobile terminal and inputs neonatal inoculation information; the neonatal vaccination information includes birth date, birth weight, parent information, home address, administrative area to which it belongs, and vaccination record.
The realization method of the identity validity verification module during each vaccination comprises the following steps:
step 1, carrying out face identification verification on an inoculator post-guardian, comparing and identifying the face, storing the identified face in a system database, and binding and associating the inoculator or guardian with an inoculated child;
step 2, the inoculator or guardian performs face recognition through a binocular face recognition device, and prints an inoculation registration sequence number of the day;
and 3, in the registration, inoculation and observation links, the inoculator or the guardian also performs identity verification by using face recognition for registration, inoculation and observation, automatically stores the face recognition photos of the inoculator or the guardian in the information record of the inoculation process in each link, stores the face recognition photos in a database system, encrypts the stored data, and deletes all modifications through operation log records.
When the face recognition is carried out, the system cannot modify the face recognition picture without the consent of the inoculator or the guardian, if the modification is needed, the inoculator or the guardian agrees the modification through the operation of the mobile terminal, and the vaccination is carried out only when the face recognition state is changed into the non-modifiable state after the re-storage and the non-modifiable state are achieved after the modification is completed.
The implementation method of the business process control module comprises the following steps:
step 1, an inoculation terminal reports a startup application to a system, information of the inoculation terminal is initialized after the approval of a system administrator, and after the inoculation terminal inputs a mechanism code, the system automatically synchronizes the business process of the attributive inoculation terminal, the inoculation rule, the emigration rule, the vaccine warehouse-in and warehouse-out information, and the distribution and management of personnel authority; after the synchronization is completed, the inoculation terminal performs normal business work;
step 2, the system controls the inoculation terminal to automatically upgrade the software without manual operation, and the inoculation terminal which is not upgraded successfully can not carry out the development of business work and is in a locked state;
and 3, the vaccinator or the guardian adjusts the state of the personal face data stored in the system face recognition database into a modifiable state through the mobile terminal, so that the vaccinator or the guardian can modify the state, cannot perform vaccination when in the modified state, and can perform vaccination when in the successfully modified state.
The inoculation terminal cannot change and adjust the service flow, the information of the vaccine in and out of the warehouse and the inoculation rule; if the adjustment is needed, the system administrator must agree and adjust the system, and the inoculation terminal updates the change information synchronously again.
The implementation method of the inoculation time calculation function module comprises the following steps:
step 1, calculating an inoculation working day, wherein the working day of an inoculation point is divided into: three types of monthly inoculation, weekly inoculation and daily inoculation; calculating the initial date of the next legal inoculation of the children according to the working day type of the inoculation point and the existing inoculation record of the children;
step 2, determining the next legal inoculation date and the number of vaccines and doses of the strains of the children again according to the vaccination program; the vaccination program appoints the vaccination rules of different vaccines, and the vaccination rules comprise the age of each dose of each vaccine in the vaccination month and the interval period between doses; recording the last vaccination and dose of the child in the vaccination record, and correcting the next legal vaccination date and the number of the vaccine and dose of the strain of the child by combining the vaccination program and the initial date of the next legal vaccination of the child;
step 3, substitution relation exists among vaccines, and a certain vaccine which is applied according to a standard vaccination program can be replaced by the certain vaccine; whether vaccination is due to a standard vaccination program or replacement vaccination, the vaccination rules specified in the vaccination program are followed; according to the replacement condition of the vaccination in the children vaccination record, correcting the next legal vaccination date and the number of doses of the vaccine to be vaccinated again;
step 4, the inoculation rule of the combined vaccine is specified in the inoculation program, and the next legal inoculation date and the number of vaccine doses of the strain of the child are corrected again by combining the condition of using the combined vaccine in the child inoculation record;
step 5, calculating a vaccine and dose list of the next legal inoculation date and the corresponding strains of the children through the steps, wherein the list may contain various vaccine and dose times for the corresponding strains and the corresponding strains dates; because the age of the vaccine in the vaccination program is different, the calculated date of each vaccine in the list is different; screening the list according to the calculated planting date, only keeping the planting date which is the nearest to the current date and the corresponding vaccine, and if the difference value between the planting dates of the vaccine is within a week, combining the planting dates into the same day according to the inoculation date of the inoculation point;
step 6, listing the vaccine and the dose number of the vaccine to be inoculated according to the next legal inoculation date and the dose list of the vaccine and the dose number of the vaccine to be inoculated of the child, wherein the vaccine to be inoculated in the list is the main class of the vaccine to which the vaccine belongs, combining with the inoculated vaccine code in the inoculation record of the child, and converting the vaccine to be inoculated in the list into the vaccine code and the vaccine name;
and 7, converting the next legal inoculation date and the vaccine and agent list of the strain of the child into a result set mode.
The implementation method of the newborn inoculation information input module comprises the following steps:
step 1, a hospital newborn pediatric acquisition personnel logs in a terminal to acquire the basic information of a newborn, wherein the basic information comprises birth date, birth weight, parent information, a family address and an administrative region to which the newborn is affiliated;
step 2, collecting inoculation records of the BCG vaccine and hepatitis B head needle of the newborn;
step 3, transferring the collected basic information of the newborn and the inoculation record to a uniform cache region for storage; opening a uniform cache region for query;
and 3, when the user registers child information and receives a child vaccination certificate to the vaccination point for the first time, the vaccination point staff inquire and position the newborn information from the uniform cache region, and download the newborn basic information and the vaccination record positioned in the uniform cache region to the child vaccination database of the vaccination point after verification.
The invention has the beneficial effects that:
(1) compared with the prior art, the identity card information and the face biological information are used for identification and input, information uniqueness comparison is carried out on the identity card information and the face biological information and a database in an existing face data system, the serious problem that vaccinations are wrong due to identity authentication errors of an vaccinator (guardian) is effectively avoided, the picture of the vaccinator (guardian) stored by on-site face identification is adopted, evidence storage after later-stage related disputes occur is facilitated, the stored data are encrypted, and operation log records are recorded for all modification and deletion, so that data tracing is facilitated.
(2) The invention improves the efficiency and accuracy of on-line reservation and on-site identity verification of the inoculation of an inoculator (guardian) through face recognition, reduces the on-site waiting time, ensures that the inoculation work is more efficient, ensures that the inoculator (guardian) obtains more comprehensive service, and effectively reduces the working intensity of the inoculation staff.
(3) The system flow management and control mode executes a flow, a management standard and a set of management rules in the whole province by effectively managing the business flow, the inoculation rules and the like, draws a supervision red line, clears up responsibility, effectively ensures the consistency, the standardability and the seriousness of vaccination work in the whole province, and ensures that the work related to life safety has higher reliability.
(4) The operation process, the face recognition, the inoculation rule, the emigration rule and the like are uniformly set and managed, the seriousness of the vaccination operation is strengthened, one ruler is used for the end, and medical accidents and safety accidents caused by artificial principles are avoided. And the condition that the inoculation rule is inconsistent with the emigration rule is avoided, and the examination and the fake behavior are effectively controlled.
(5) The unified management of the system for upgrading and updating the business process and the inoculation unit system reduces the daily maintenance workload of the inoculation unit, ensures the consistency of the vaccination outpatient management system of the whole province, and ensures that the deviation caused by the inconsistency of the system is not found.
(6) Compared with a manual calculation mode, the inoculation time calculation method can quickly and accurately calculate the next inoculation content of the children;
(7) the method avoids the problems that the manual calculation mode is easy to make mistakes and the work experience requirements on the seed-planting point workers are high;
(8) and under the condition of avoiding manual calculation, the inoculation point workers do not strictly follow the inoculation program and advance or delay the seed-answering date in the next inoculation content.
(9) The invention provides the acquisition terminal for the newborn pediatrics of the hospital, and the advantages of the newborn pediatrics of the hospital that the acquisition of the basic information of the newborn is accurate and the acquisition of the inoculation record is timely are fully exerted;
(10) the acquired basic information and the inoculation records of the newborn are uniformly stored in a background database in real time, and a disease control department acquires the basic information and the inoculation records of the newborn from the background database in real time, so that original hospital making triple lists are simplified to a certain extent, the disease control department collects the work flow of one of the triple lists from each hospital every month, and the efficiency of exchanging the newborn information between the hospital and the disease control department is greatly improved;
(11) parents register children information and receive children's preventive vaccination certificates at the inoculation point for the first time, and inoculation point staff access the background database through the interface to download children's basic information and inoculation records, so that repeated input work is avoided, the accuracy of the information is guaranteed, and the on-site reception and processing efficiency of the inoculation point is improved.
In conclusion, the invention solves the technical problems that the accuracy of vaccination of an inoculator, the accuracy of vaccination time, repeated information input of a newborn inoculator and the like cannot be ensured in the immunization and preventive vaccination process in the prior art.
Drawings
FIG. 1 is a functional block diagram of the system of the present invention.
Detailed Description
The invention relates to an immunization planning and vaccination management system, which comprises:
the identity uniqueness control verification module of the inoculator: an adult vaccinator reads in identity card information through an identity information recognition device and stores the identity card information, and a child vaccinator or a guardian verifies the identity through an inoculation card, then carries out face acquisition on an existing file through a face recognition device after confirming the identity, synchronously carries out face database comparison, and compares the face information and the stored pictures;
(1) for the adult vaccinator, the identity card is identified and read in, the information on the identity card is read in through the identity information identification device, the software automatically compares with the built-in photo of the second generation identity card, and the obtained information is stored and used for identity identification comparison in the later period to ensure the adult vaccinator.
(2) After the child inoculator (guardian) confirms the identity of the child inoculator through inoculation certificate verification, the face of the existing file is collected through a face recognition device, face database comparison is synchronously carried out, and the picture is stored through comparison.
(3) And performing child association on the identification of the inoculator (guardian) after the face comparison is qualified so as to be beneficial to the development of face identification service in the whole inoculation process at the later stage.
Identity validity verification module at each vaccination: carrying out identity validity verification during subsequent inoculation;
the method comprises the following steps:
(4) and carrying out face identification verification on the inoculator (guardian), comparing and identifying the faces, storing the identified faces in a system database, and then binding and associating the inoculator (guardian) or the inoculator (guardian) with the inoculated children. The method is beneficial to automatically calling related information and inoculating business development by using face identity recognition in the inoculating process at the later stage.
(5) After the inoculator (guardian) arrives at the inoculation unit, the binocular face recognition device on the self-service registering machine prints the inoculation registration sequence number of the day according to the face recognition result.
(6) The inoculator (guardian) also uses face recognition to carry out identity verification to carry out registration, inoculation and watching in the links of registration, inoculation and watching, and automatically stores face recognition photos of the inoculator (guardian) in each link into the information record of the inoculation process, stores the face recognition photos into the plasma collecting information management data system, encrypts the stored data, and deletes all the modified and deleted operation log records so as to facilitate data tracing.
If the face verification is not qualified in the steps (4), (5) and (6), the file cannot be registered and built or the inoculation work cannot be carried out.
In the step (4), the stored face picture through face recognition is not approved by the vaccinator (guardian), the face picture cannot be modified in the vaccination digital outpatient service system, if the face picture needs to be modified, the vaccinator (guardian) needs to operate on the internet or the mobile phone APP to approve the modification, so that the vaccinator (guardian) can not carry out the modifiable state of face recognition temporarily, and once the face picture needs to be stored again successfully after modification, the face recognition state is changed into the non-modifiable state, so that the face recognition vaccination can be carried out, the uniqueness of face identification verification is facilitated, the normalized and controllable management is easy to realize, and the working efficiency and the data accuracy are improved.
A business process management and control module: managing each terminal and system flow, it includes:
(1) and the inoculation unit installs a unified system as a terminal, reports and opens related applications to a system administrator, initializes related information of the organization after the approval of the system administrator, and automatically and synchronously distributes and manages the business process, the inoculation rule, the emigration rule, the vaccine warehouse-in and warehouse-out information and the personnel authority of the organization to which the system belongs after the organization is input by the inoculation unit. After the synchronization is completed, the inoculation unit can perform normal business work.
(2) If the system needs to update the information of the subordinate inoculation mechanisms, and the like, after the system platform is uniformly set, each inoculation mechanism terminal can automatically update the software of the mechanism without manual operation, and the mechanism terminal is in a locking state when the upgrade update is unsuccessful and the business work cannot be carried out.
(3) The system manages the face recognition database uniformly, and the face recognition database is modified by
The inoculator (guardian) adjusts the state of the personal face data stored in the system face recognition database through the mobile terminal, the adjustment database can modify the state and can modify the state, the inoculator can not perform vaccination when processing the modified state, and the inoculator can perform vaccination when modifying the successful state.
In the step (1), if the system does not perform relevant setting on the information of the subordinate inoculation unit, the terminal of the inoculation unit cannot perform the development of business work, and the system is in a locked state.
In the step (2), the vaccination unit does not need to change or adjust the service flow, the information of the vaccine in and out of the warehouse, the vaccination rule and the like, and the adjustment is needed, the system administrator needs to agree, and the adjustment is carried out in the system, and the vaccination unit updates the change information synchronously again.
In the step (2), the inoculation unit cannot modify the face recognition photo of the inoculator (guardian) without the consent of the person.
The inoculator (guardian) carries out face recognition of the process through the face recognition equipment in the inoculation mechanism strictly according to the relevant business process, and carries out electronic signature through the electronic signature verification equipment, so that the uniqueness of the identity verification of the whole process is ensured.
The method comprises the following steps:
(1) after the inoculator (guardian) directly identifies the face at the registration desk, the system automatically calls the relevant basic information of inoculation and the vaccination, and after verification according to a verification system of the three-check seven, the inoculator (guardian) carries out electronic signature, photo taking and fingerprint keeping on the inoculation book on the electronic check equipment, and the system carries out PDF archiving on the electronically signed book.
(2) After the direct face recognition of the vaccinator (guardian) at the vaccination station, the system automatically calls the self registration information and the vaccination response, the intelligent refrigerator automatically pops up (for example, equipment) the vaccination response or manually takes out the vaccination response from the refrigerator, after verification, the double-screen verification system automatically pops up the vaccination confirmation book, the vaccinator (guardian) carries out electronic signature, photographing and fingerprint retention, and the system carries out PDF archiving on the electronically signed vaccination confirmation book, thereby ensuring the identity of the vaccinator (guardian) and the consistency of the vaccination response.
An immunization schedule and vaccination management system, further comprising:
an inoculation time calculation function module: calculating the next inoculation time automatically according to the vaccination program, the history inoculation record of children, the vaccine substitution rule, the combined vaccine rule and the inoculation day information of the inoculation point;
the inoculation time reminding function module: the system sends out inoculation time information and inoculation vaccine information to the end user to remind the inoculator.
Mainly comprises the next appointment of vaccine, dose and seed-setting date. And (3) storing the calculation elements such as the vaccination program, the child historical vaccination record, the vaccine substitution rule, the combined vaccine rule, the vaccination day setting of the vaccination point and the like in a database, and realizing the calculation method in the form of a storage process. The calculation method replaces a manual calculation mode of an inoculation point worker, returns a result set containing a list of the next inoculation contents of the children, provides an interface for child vaccination software and a smart phone APP child vaccination platform, generates a vaccination reservation list and inquires the next reservation inoculation contents. The method comprises the following steps:
(1) the working days of inoculation are calculated, and the working days of the inoculation points are generally divided into: three types of monthly inoculation, weekly inoculation and daily inoculation. And preliminarily calculating the next legal inoculation date of the children according to the working day type of the inoculation point and the existing inoculation records of the children.
(2) And determining the next legal inoculation date and the vaccine and dose number of the strain of the children again according to the vaccination program. The vaccination program specifies the vaccination rules for the different vaccines, including the age of the vaccination month and the interval between doses of each vaccine. The vaccination record records the last vaccination times and dosage times of the children, and combines the vaccination program to adjust the next legal vaccination date and dosage times of the children.
(3) There is an alternative relationship between vaccines, and a vaccine that is to be vaccinated according to standard vaccination procedures may be replaced by another vaccine. Whether it is a vaccine to be vaccinated against a standard vaccination program or a replacement vaccine, it is necessary to follow the vaccination rules specified in the vaccination program. And (4) correcting the next legal vaccination date and the number of vaccines and doses of the strain of the child again according to the vaccination substitution condition in the children vaccination record.
(4) When a certain vaccine can replace the efficacy of other vaccines at the same time, the vaccine is called a combined vaccine of other vaccines, and the combined vaccine are in an alternative relationship. The vaccination rule of the combined vaccine is specified in the vaccination program, and the next legal vaccination date and the number of vaccine and dose of the strain of the child are corrected again by combining the condition of using the combined vaccine in the vaccination record of the child.
(5) Through the steps, the next legal inoculation date and the list of the vaccines and the doses of the strains of the children are calculated, and the list may comprise a plurality of strains of the vaccines and the doses and the strains of the vaccines and the doses. The age of the vaccination month in the vaccination program is different, so the calculated date of each vaccination in the list is different. And screening the list according to the calculated planting date, only keeping the planting date which is the latest of the current date and the corresponding vaccine, removing the rest vaccines from the list, and if the difference value between the planting dates of the vaccines is within one week, combining the planting dates into the same day according to the inoculation date of the inoculation point.
(6) The next legal inoculation date and the list of the vaccines and the doses of the strains of the children list the vaccines and the doses of the strains, the vaccines of the strains in the list belong to the vaccine class, and the vaccines of the strains in the list are converted into the vaccine codes and the vaccine names by combining with the codes of the strains in the inoculation records of the children.
(7) And converting the next legal inoculation date and the list of the vaccine and the dose of the strain of the child into a result set mode.
The system further comprises: neonate vaccinates information input module: each terminal accesses the system through a mobile terminal and inputs neonatal inoculation information; the neonatal vaccination information includes birth date, birth weight, parent information, home address, administrative area to which it belongs, and vaccination record.
The acquisition interface for acquiring the basic information of the newborn in the newborn department of the hospital and the inoculation record is in a B/S mode, the acquisition interface is operated in a browser, and each newborn department of the hospital can log in the acquisition interface after opening a specific website in a terminal browser; the acquired basic neonatal information and the inoculation records are stored in a background database, and an interface is provided for inquiring, positioning and downloading the basic neonatal information and the inoculation records in the background database, and the interface is called by child vaccination software of each inoculation point. The method comprises the following steps:
(1) the collection personnel of the newborn pediatrics department of the hospital logs in the collection interface and collects the basic information of the newborn, including birth date, birth weight, parent information, family address, administrative region and the like.
(2) And collecting the inoculation records of the BCG vaccine and the hepatitis B head needle of the newborn.
(3) Transferring the collected basic information of the newborn and the inoculation record to a uniform cache area for storage. The unified cache region is open in the whole province range and can be inquired.
(4) When parents register child information and receive child vaccination certificates at a vaccination point for the first time, the personnel at the vaccination point inquire and position the information of the newborn from the uniform cache region, and download the information to the child vaccination database at the vaccination point after the basic information of the positioned newborn and the vaccination records in the uniform cache region are verified.
In the step (2), the basic information of the newborn is still collected under the condition that the newborn fails to be inoculated with BCG vaccine and hepatitis B first needle on the same day of birth or during hospitalization for reasons.
And (4) when the basic information of the newborn cannot be positioned in the unified cache region, recording the basic information and the inoculation record of the child by an inoculation point worker.
Claims (9)
1. An immune planning and vaccination management system comprising:
the identity uniqueness control verification module of the inoculator: an adult vaccinator reads in identity card information through an identity information recognition device and stores the identity card information, and a child vaccinator or a guardian verifies the identity through an inoculation card, then carries out face acquisition on an existing file through a face recognition device after confirming the identity, synchronously carries out face database comparison, and compares the face information and the stored pictures;
identity validity verification module at each vaccination: carrying out identity validity verification during subsequent inoculation;
a business process management and control module: managing each terminal and system flow;
a database module: and storing the identity information, the inoculation information and the process information.
2. An immune planning and vaccination management system according to claim 1, further comprising:
an inoculation time calculation function module: calculating the next inoculation time automatically according to the vaccination program, the history inoculation record of children, the vaccine substitution rule, the combined vaccine rule and the inoculation day information of the inoculation point;
the inoculation time reminding function module: the system sends inoculation time information to the terminal user to remind an inoculator of the inoculation time.
3. An immune planning and vaccination management system according to claim 1, further comprising: neonate vaccinates information input module: each terminal accesses the system through a mobile terminal and inputs neonatal inoculation information; the neonatal vaccination information includes birth date, birth weight, parent information, home address, administrative area to which it belongs, and vaccination record.
4. An immune planning and vaccination management system according to claim 1, wherein: the realization method of the identity validity verification module during each vaccination comprises the following steps:
step 1, carrying out face identification verification on an inoculator post-guardian, comparing and identifying the face, storing the identified face in a system database, and binding and associating the inoculator or guardian with an inoculated child;
step 2, the inoculator or guardian performs face recognition through a binocular face recognition device, and prints an inoculation registration sequence number of the day;
and 3, in the registration, inoculation and observation links, the inoculator or the guardian also performs identity verification by using face recognition for registration, inoculation and observation, automatically stores the face recognition photos of the inoculator or the guardian in the information record of the inoculation process in each link, stores the face recognition photos in a database system, encrypts the stored data, and deletes all modifications through operation log records.
5. An immune planning and vaccination management system according to claim 4, wherein: when the face recognition is carried out, the system cannot modify the face recognition picture without the consent of the inoculator or the guardian, if the modification is needed, the inoculator or the guardian agrees the modification through the operation of the mobile terminal, and the vaccination is carried out only when the face recognition state is changed into the non-modifiable state after the re-storage and the non-modifiable state are achieved after the modification is completed.
6. An immune planning and vaccination management system according to claim 1, wherein: the implementation method of the business process control module comprises the following steps:
step 1, an inoculation terminal reports a startup application to a system, information of the inoculation terminal is initialized after the approval of a system administrator, and after the inoculation terminal inputs a mechanism code, the system automatically synchronizes the business process of the attributive inoculation terminal, the inoculation rule, the emigration rule, the vaccine warehouse-in and warehouse-out information, and the distribution and management of personnel authority; after the synchronization is completed, the inoculation terminal performs normal business work;
step 2, the system controls the inoculation terminal to automatically upgrade the software without manual operation, and the inoculation terminal which is not upgraded successfully can not carry out the development of business work and is in a locked state;
and 3, the vaccinator or the guardian adjusts the state of the personal face data stored in the system face recognition database into a modifiable state through the mobile terminal, so that the vaccinator or the guardian can modify the state, cannot perform vaccination when in the modified state, and can perform vaccination when in the successfully modified state.
7. An immune planning and vaccination management system according to claim 6, wherein: the inoculation terminal cannot change and adjust the service flow, the information of the vaccine in and out of the warehouse and the inoculation rule; if the adjustment is needed, the system administrator must agree and adjust the system, and the inoculation terminal updates the change information synchronously again.
8. An immune planning and vaccination management system according to claim 2, wherein:
the implementation method of the inoculation time calculation function module comprises the following steps:
step 1, calculating an inoculation working day, wherein the working day of an inoculation point is divided into: three types of monthly inoculation, weekly inoculation and daily inoculation; calculating the initial date of the next legal inoculation of the children according to the working day type of the inoculation point and the existing inoculation record of the children;
step 2, determining the next legal inoculation date and the number of vaccines and doses of the strains of the children again according to the vaccination program; the vaccination program appoints the vaccination rules of different vaccines, and the vaccination rules comprise the age of each dose of each vaccine in the vaccination month and the interval period between doses; recording the last vaccination and dose of the child in the vaccination record, and correcting the next legal vaccination date and the number of the vaccine and dose of the strain of the child by combining the vaccination program and the initial date of the next legal vaccination of the child;
step 3, substitution relation exists among vaccines, and a certain vaccine which is applied according to a standard vaccination program can be replaced by the certain vaccine; whether vaccination is due to a standard vaccination program or replacement vaccination, the vaccination rules specified in the vaccination program are followed; according to the replacement condition of the vaccination in the children vaccination record, correcting the next legal vaccination date and the number of doses of the vaccine to be vaccinated again;
step 4, the inoculation rule of the combined vaccine is specified in the inoculation program, and the next legal inoculation date and the number of vaccine doses of the strain of the child are corrected again by combining the condition of using the combined vaccine in the child inoculation record;
step 5, calculating a vaccine and dose list of the next legal inoculation date and the corresponding strains of the children through the steps, wherein the list may contain various vaccine and dose times for the corresponding strains and the corresponding strains dates; because the age of the vaccine in the vaccination program is different, the calculated date of each vaccine in the list is different; screening the list according to the calculated planting date, only keeping the planting date which is the nearest to the current date and the corresponding vaccine, and if the difference value between the planting dates of the vaccine is within a week, combining the planting dates into the same day according to the inoculation date of the inoculation point;
step 6, listing the vaccine and the dose number of the vaccine to be inoculated according to the next legal inoculation date and the dose list of the vaccine and the dose number of the vaccine to be inoculated of the child, wherein the vaccine to be inoculated in the list is the main class of the vaccine to which the vaccine belongs, combining with the inoculated vaccine code in the inoculation record of the child, and converting the vaccine to be inoculated in the list into the vaccine code and the vaccine name;
and 7, converting the next legal inoculation date and the vaccine and agent list of the strain of the child into a result set mode.
9. An immunization planning and vaccination management system according to claim 1, wherein said neonatal vaccination information entry module is implemented by:
step 1, a hospital newborn pediatric acquisition personnel logs in a terminal to acquire the basic information of a newborn, wherein the basic information comprises birth date, birth weight, parent information, a family address and an administrative region to which the newborn is affiliated;
step 2, collecting inoculation records of the BCG vaccine and hepatitis B head needle of the newborn;
step 3, transferring the collected basic information of the newborn and the inoculation record to a uniform cache region for storage; opening a uniform cache region for query;
and 3, when the user registers child information and receives a child vaccination certificate to the vaccination point for the first time, the vaccination point staff inquire and position the newborn information from the uniform cache region, and download the newborn basic information and the vaccination record positioned in the uniform cache region to the child vaccination database of the vaccination point after verification.
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| CN113516457A (en) * | 2021-08-09 | 2021-10-19 | 南华大学 | Intelligent vaccination system and method for mobile vaccination vehicle |
| CN115730897A (en) * | 2021-08-27 | 2023-03-03 | 沈苏科技(苏州)股份有限公司 | Pre-vaccination health inquiry and sign-off method, device, equipment and readable medium |
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| CN113990438A (en) * | 2021-10-29 | 2022-01-28 | 重庆电子工程职业学院 | Cooperative robot-based vaccination system and method |
| CN113990438B (en) * | 2021-10-29 | 2024-05-28 | 重庆电子工程职业学院 | Vaccination system based on cooperative robot |
| CN114242221A (en) * | 2021-12-16 | 2022-03-25 | 青岛澳柯玛生物医疗有限公司 | Intelligent vaccine management center system |
| CN117474364A (en) * | 2023-12-12 | 2024-01-30 | 广东迈科医学科技股份有限公司 | Safety management method and system for vaccine storage and transportation |
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