CN112768051B - Immunization planning and vaccination management system - Google Patents
Immunization planning and vaccination management system Download PDFInfo
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- CN112768051B CN112768051B CN202110276333.7A CN202110276333A CN112768051B CN 112768051 B CN112768051 B CN 112768051B CN 202110276333 A CN202110276333 A CN 202110276333A CN 112768051 B CN112768051 B CN 112768051B
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- 238000002255 vaccination Methods 0.000 title claims abstract description 107
- 238000007726 management method Methods 0.000 title claims abstract description 33
- 238000013439 planning Methods 0.000 title claims abstract description 16
- 238000002649 immunization Methods 0.000 title claims abstract description 11
- 230000003053 immunization Effects 0.000 title claims abstract description 11
- 238000011081 inoculation Methods 0.000 claims abstract description 202
- 238000000034 method Methods 0.000 claims abstract description 33
- 238000012795 verification Methods 0.000 claims abstract description 23
- 230000008569 process Effects 0.000 claims abstract description 16
- 229960005486 vaccine Drugs 0.000 claims description 100
- 230000003449 preventive effect Effects 0.000 claims description 15
- 238000004364 calculation method Methods 0.000 claims description 14
- 230000007246 mechanism Effects 0.000 claims description 10
- 238000006467 substitution reaction Methods 0.000 claims description 9
- 238000012986 modification Methods 0.000 claims description 8
- 230000004048 modification Effects 0.000 claims description 8
- 230000008859 change Effects 0.000 claims description 6
- 229960000190 bacillus calmette–guérin vaccine Drugs 0.000 claims description 5
- 208000002672 hepatitis B Diseases 0.000 claims description 5
- 238000013508 migration Methods 0.000 claims description 5
- 230000005012 migration Effects 0.000 claims description 5
- 241000894007 species Species 0.000 claims description 4
- 238000012216 screening Methods 0.000 claims description 3
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- 230000009286 beneficial effect Effects 0.000 description 3
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- 230000037430 deletion Effects 0.000 description 3
- 230000001815 facial effect Effects 0.000 description 2
- 229960005030 other vaccine in atc Drugs 0.000 description 2
- 208000032481 Vaccination error Diseases 0.000 description 1
- 238000013459 approach Methods 0.000 description 1
- 230000003111 delayed effect Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000036039 immunity Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
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- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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Abstract
The invention discloses an immunization planning and vaccination management system, comprising: the inoculator identity uniqueness control verification module: the adult inoculator reads in the identity card information through the identity information recognition device and stores the identity card information, the child inoculator or guardian checks the identity card, after confirming that the identity card is the identity person, the face collection is carried out on the existing file through the face recognition device, the face database comparison is synchronously carried out, and the comparison is carried out, so that the photo is stored; identity validity verification module at each vaccination: verifying the identity validity in the subsequent inoculation; and the business process management and control module is used for: managing each terminal and system flow; a database module: storing identity information, inoculation information and flow information; the invention solves the technical problems that the accuracy of vaccination of the inoculator, the accuracy of the vaccination time, the repeated input of the information of the neonate and the like cannot be ensured in the immunization and the 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 immune planning and preventive vaccination management system.
Background
The immunization planning and the children's vaccination are related to the healthy growth of the next generation, and relate to thousands of households, the children's vaccination can effectively improve the immunity of human body, reduce the incidence of diseases, protect children from the trouble of diseases, and the informatization management of the immunization planning is an important means for realizing the important strategy. The existing immune planning and vaccination information system management method cannot realize the unique identification of the vaccination identity of the vaccinator (guardian), only the staff is used for inquiring the identity confirmation through the paper vaccination certificate, the stored data is not encrypted, no operation log record is deleted for all modification and deletion, the data cannot be traced, and the requirements of full-province vaccination business supervision can be ensured by marking out the supervision red line and clear responsibility, so that the accuracy of the vaccination management of the vaccinator (guardian) cannot be ensured;
for inoculation time, the prior art writes the inoculation time on the vaccine book after manual calculation, and plays a role in active reminding, so that an inoculator often forgets the inoculation time.
For the inoculation of the neonate, according to the requirement of the preventive inoculation work, the neonate is vaccinated with BCG vaccine and hepatitis B first needle on the same day as birth, the hospital opens the vaccinated evidence of the neonate in a triple mode, parents present the vaccinated evidence of the neonate opened by the hospital when the parents first register the information of the neonate to the inoculation point and get the preventive inoculation evidence of the neonate, and the staff at the inoculation point registers the vaccinated record of the neonate after checking; the neonate in the hospital collects the information of the parents of the neonate, the information of the neonate and the inoculation record of the neonate, which is more accurate and comprehensive than other approaches, but the basic information and the inoculation record of the neonate are repeatedly recorded in the hospital and the inoculation point.
Disclosure of Invention
The invention aims to solve the technical problems that: the immunization planning and vaccination management system is provided to solve the technical problems that the accuracy of vaccination of the vaccinators, the accuracy of the vaccination time, the repeated input of information of the vaccinators of the newborns and the like cannot be guaranteed in the immunization and vaccination process in the prior art.
The technical scheme of the invention is as follows:
an immune planning and vaccination management system, comprising:
the inoculator identity uniqueness control verification module: the adult inoculator reads in the identity card information through the identity information recognition device and stores the identity card information, the child inoculator or guardian checks the identity card, after confirming that the identity card is the identity person, the face collection is carried out on the existing file through the face recognition device, the face database comparison is synchronously carried out, and the comparison is carried out, so that the photo is stored;
identity validity verification module at each vaccination: verifying the identity validity in the subsequent inoculation;
and the business process management and control module is used for: managing each terminal and system flow;
a database module: and storing the identity information, the inoculation information and the flow information.
An immune planning and vaccination management system, further comprising:
inoculation time calculation function module: calculating the next inoculation time automatically through vaccination program, historical vaccination record of children, vaccination substitution rule, combined vaccination rule and vaccination point inoculation day information;
inoculation time reminding function module: the system sends inoculation time information to the terminal user to remind the inoculator of the inoculation time.
An immune planning and vaccination management system, further comprising: newborn inoculation information input module: each terminal is accessed into the system through the mobile terminal, and the newborn inoculation information is input; neonatal vaccination information includes date of birth, birth weight, parental information, home address, administrative area to which the neonate belongs, and vaccination record.
The method for realizing the identity validity verification module during each vaccination comprises the following steps:
step 1, carrying out face recognition verification on a guardian after the inoculation, carrying out comparison and recognition on the face, storing the recognized face into a system database, and binding and associating an inoculator or guardian with an inoculated child;
step 2, the inoculator or guardian performs face recognition through a binocular face recognition device, and the inoculation registration sequence number of the current day is printed;
and 3, in the registering, inoculating and viewing links, the inoculator or guardian also uses face recognition to carry out identity verification to register, inoculate and view, and the face recognition photo of the inoculator or guardian in each link is automatically stored in the information record of the inoculation process, stored in a database system, the stored data are encrypted, and the record passing through the operation log is deleted for all modification.
When the human face is identified, the human face identification photo cannot be modified by the system without the consent of the inoculator or guardian, if the human face identification photo needs to be modified, the human face identification photo needs to be modified by the inoculator or guardian through the mobile terminal operation consent, and the human face identification photo is vaccinated only after the human face identification photo is modified, is saved again and is set to be in an unmodified state, and the human face identification photo is changed to be in an unmodified state.
The implementation method of the business process control module comprises the following steps:
step 1, an inoculation terminal reports an opening application to a system, after the inoculation terminal agrees with a system administrator, information of the inoculation terminal is initialized, and after an input mechanism of the inoculation terminal codes, the system automatically synchronizes the business flow, inoculation rules, migration rules, vaccine delivery and storage information and personnel authority allocation and management of the inoculation terminal; after synchronization is completed, the inoculating terminal performs normal business work;
step 2, the system controls the inoculation terminal to automatically upgrade the software without manual operation, and business work cannot be carried out on the inoculation terminal which is not successfully upgraded, and the inoculation terminal is in a locking state;
and 3, the inoculator or guardian adjusts the state of the human face data stored in the human face recognition database of the system through the mobile terminal to be in a modifiable state, the vaccination can not be performed in the modifiable state, and the vaccination can be performed in the modifiable state.
The inoculation terminal cannot change and adjust the business process, the vaccine warehouse-in and warehouse-out information and the inoculation rule; the adjustment is needed, the system administrator agrees, the adjustment is carried out on the system, and the inoculation terminal synchronously updates the change information again.
The inoculation time calculation function module comprises the following implementation methods:
step 1, calculating the working days of inoculation, wherein the working days of inoculation points are divided into: three types of inoculation in month, zhou Jiechong and day; calculating the preliminary date of the next legal inoculation of the child according to the type of the working day of the inoculation point and the existing inoculation record of the child;
step 2, determining the next legal inoculation date of the child and the vaccine and dose of the strain again according to the vaccination program; the vaccination program specifies the vaccination rules of different vaccines, the vaccination rules comprising the age of the vaccination month and the interval between each dose of each vaccine; the last vaccinated vaccine and dose of the child are recorded in the vaccination record, and the next legal vaccinated date and the last vaccinated vaccine and dose of the child are corrected by combining the vaccination program and the next legal vaccinated preliminary date of the child;
step 3, there is a substitution relation between vaccines, and a certain vaccine which is applied according to a standard vaccination program can be replaced by a certain vaccine; whether it is a vaccine to be inoculated by a standard vaccination program or a replacement vaccine, the vaccination rules prescribed in the vaccination program are followed; correcting the next legal inoculation date of the child and the vaccinations and doses of the strain again according to the substitution condition of the vaccinations in the vaccination record of the child;
step 4, the inoculation program prescribes the rule of combined vaccine, and the next legal inoculation date of the children and the vaccinations and doses of the strains are corrected again by combining the condition of using the combined vaccine in the children inoculation record;
step 5, calculating a list of the next legal inoculation date and the vaccine and the dose of the strain of the child through the steps, wherein the list possibly comprises various kinds of vaccine and dose and the strain date of the vaccine and dose; since the ages of the species of the vaccines in the vaccination program are different, the date of the species of each vaccine in the list is also different; screening the list according to the calculated seed date, only retaining the seed date nearest to the current date and the corresponding vaccine, and combining the seed dates into the same day according to the inoculation date of the inoculation point if the difference value between the seed dates of the vaccine is within one week;
step 6, listing the strain vaccines and doses according to the next legal inoculation date of the child and the strain vaccine and dose list, wherein the strain vaccines in the list are the major class of the vaccines, and the strain vaccines in the list are converted into vaccine codes and vaccine names by combining the seed vaccine codes in the child inoculation record;
and 7, converting the next legal inoculation date of the child and the vaccine and dose list of the strain into a result set mode.
The implementation method of the neonate inoculation information input module comprises the following steps:
step 1, a hospital neonatal acquisition personnel logs in a terminal to acquire basic information of a neonate, wherein the basic information comprises birth date, birth weight, parental information, home address and administrative region;
step 2, collecting inoculation records of the newborn BCG vaccine and the hepatitis B first needle;
step 3, transferring the acquired neonatal basic information and inoculation record to a unified cache area for storage; the unified cache area is opened for inquiry;
and 3, when the user registers child information to the inoculation point for the first time and obtains the child preventive inoculation certificate, the worker at the inoculation point inquires and positions the child information from the unified cache area, and downloads the basic child information and the inoculation record positioned in the unified cache area to the child preventive inoculation database at the inoculation point after verification.
The invention has the beneficial effects that:
(1) Compared with the prior art, the invention utilizes the identification card information and the facial biological information to identify and input, performs information uniqueness comparison with a database in the existing facial data system, effectively avoids serious problems of vaccination errors caused by authentication errors of an inoculator (guardian), adopts photos of the inoculator (guardian) stored by field face recognition, facilitates the storage of evidence after later related disputes occur, encrypts the stored data, and has operation log records for all modification and deletion so as to facilitate data tracing.
(2) The invention improves the on-line reservation and on-site identity checking efficiency and accuracy of the inoculation of the inoculator (guardian) through face recognition, reduces 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 strength of inoculation staff.
(3) And the system flow management and control mode is used for executing one flow, one management standard and one set of management rules of the whole province through effective management of the business flow, the inoculation rules and the like, drawing out a supervision red line, managing and clearing responsibility, effectively ensuring the consistency, standardization and seriousness of vaccination work of the whole province, and ensuring that the work related to life safety is more reliable.
(4) The method has the advantages that the service flow, face recognition, inoculation rules, migration rules and the like are uniformly set and managed, the seriousness of vaccination work is enhanced, the quantity of the vaccine is equal, and medical accidents and safety accidents caused by the artificial principle are avoided. And the effective control of false behavior of examination due to inconsistent inoculation rule and migration rule is avoided.
(5) The unified management of the system to the business process and the upgrade and update of the inoculation unit system reduces the daily maintenance workload of the inoculation unit, ensures the consistency of the whole-province vaccination clinic management system, and ensures that the deviation caused by the inconsistent system is not found.
(6) Compared with a manual calculation mode, the method can quickly and accurately calculate the next inoculation content of the child;
(7) The method avoids the error easily caused by manual calculation and has high requirement on working experience of the personnel working at the seed planting point;
(8) In the manual calculation mode, the inoculation point staff does not strictly follow the inoculation program, and the inoculation date in the next inoculation content is advanced or delayed.
(9) The invention provides the acquisition terminal for the neonates in the hospital, and the advantages of accurate acquisition of the basic information of the neonates in the hospital and timely acquisition and inoculation records are fully exerted;
(10) The acquired neonate basic information and inoculation records are uniformly stored in a background database in real time, and the disease control department acquires the neonate basic information and inoculation records from the background database in real time, so that the work flow of the original hospital to make a triple is simplified to a certain extent, and the disease control department collects one of the triple from each hospital every month, thereby greatly improving the neonate information exchange efficiency of the hospital and the disease control department;
(11) When parents register child information at an inoculation point for the first time and pick up child preventive inoculation certificates, operators at the inoculation point access a background database through an interface to download child basic information and inoculation records, repeated input work is avoided, the accuracy of the information is ensured, 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 the vaccinators, the accuracy of the vaccination time, the repeated input of information of the vaccinators of the newborns and the like cannot be ensured in the immunization and vaccination process in the prior art.
Drawings
FIG. 1 is a schematic diagram of the functional components of the system of the present invention.
Detailed Description
The invention relates to an immunization planning and vaccination management system comprising:
the inoculator identity uniqueness control verification module: the adult inoculator reads in the identity card information through the identity information recognition device and stores the identity card information, the child inoculator or guardian checks the identity card, after confirming that the identity card is the identity person, the face collection is carried out on the existing file through the face recognition device, the face database comparison is synchronously carried out, and the comparison is carried out, so that the photo is stored;
(1) For an adult inoculator, the identity card is read in, the information on the identity card is read in through the identity card identification device, the software is automatically compared with the built-in photo of the second-generation identity card, and the acquired information is stored for later identity identification comparison to ensure that the person is the person.
(2) After the child inoculator (guardian) passes the inoculation certificate check and confirms that the child inoculator is the person, the face collection is carried out on the existing files through the face recognition device, the face database comparison is synchronously carried out, and the photos are stored after the comparison.
(3) And carrying out child association on the identification of the butt-jointed person (guardian) after the butt-jointed person is matched according to the face comparison, so as to be beneficial to the development of face recognition service in the whole inoculation process in the later period.
Identity validity verification module at each vaccination: verifying the identity validity in the subsequent inoculation;
the method comprises the following steps:
(4) The human face recognition verification is carried out on the inoculator (guardian), the human face is compared and identified, the human face is stored in a system database after the human face recognition is passed, and then binding and association work of the inoculator (guardian) or the inoculator (guardian) on the inoculated children are carried out. The method is beneficial to automatically retrieving related information and carrying out inoculation business by using face identification in the inoculation process in the later period.
(5) After the inoculator (guardian) arrives at the inoculation unit, the binocular face recognition device on the self-service registration machine prints the inoculation registration sequence number of the current day according to the face recognition result.
(6) The inoculator (guardian) performs identity verification to register, inoculate and leave the view in the registering, inoculation and leave the view links by using face recognition, and automatically saves face recognition photos of the inoculator (guardian) in all links into information records of the inoculation process, saves the photos into a pulp collection information management data system, encrypts the saved data, and has operation log records for all modification and deletion so as to trace the data.
If the face verification is not qualified in the steps (4), (5) and (6), the registration and the profiling or the inoculation work cannot be carried out.
In the step (4), the human face photo stored through face recognition is not agreed by an inoculator (guardian), the human face photo cannot be modified in the preventive inoculation digital outpatient system, if the human face photo needs to be modified, the inoculator (guardian) operates on the internet or a mobile phone APP to agree the modification, so that the inoculator (guardian) can temporarily fail to carry out the modifiable state of face recognition, and can carry out the face recognition vaccination after the modification is completed, and the face recognition state is changed into the non-modifiable state, thereby being convenient for the uniqueness of the face recognition verification, easy to realize standardized and controllable management, and improving the working efficiency and the data accuracy.
And the business process management and control module is used for: managing each terminal and system flow, it includes:
(1) And the inoculation unit is provided with a unified system as a terminal, and the system automatically synchronizes the business flow, the inoculation rule, the migration rule, the vaccine delivery and storage information and the distribution and management of personnel authority of the mechanism after reporting and opening related applications to a system administrator and initializing related information of the mechanism after agreeing with the system administrator and inputting the mechanism code by the inoculation unit. After the synchronization is completed, the inoculation unit can perform normal business work.
(2) If the system needs to update and upgrade the information of the subordinate inoculation mechanism, and the like, after being uniformly set by the system platform, each inoculation mechanism terminal can automatically update and upgrade the mechanism software without manual operation, and the mechanism terminal is in a locking state for the unsuccessful update and upgrade of the operation which can not be performed.
(3) The system performs unified management on the face recognition database, and the face recognition database is modified to the face recognition database according to the requirements
The inoculator (guardian) can adjust the state of the face data of the person stored in the face recognition database of the system through the mobile terminal, the adjustment library can modify the state, the vaccination can not be performed when the vaccination is processed in the modification state, and the vaccination can be performed when the vaccination is successfully modified.
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 service work, and the system is in a locking state.
In the step (2), the inoculation unit cannot change and adjust the business flow, the information of the vaccine in and out warehouse, the inoculation rule and the like, and the inoculation unit needs to be adjusted, and needs to be agreed by a system manager and adjusted in the system, and the inoculation unit synchronously updates the change information again.
In the step (2), the inoculation unit cannot modify the face recognition photograph of the inoculator (guardian) without the consent of the person.
The inoculator (guardian) strictly follows the relevant business flow in the inoculation mechanism, carries out face recognition of the flow through face recognition equipment, carries out electronic signature through electronic signature equipment, and ensures the uniqueness of the whole-flow identity authentication.
The method comprises the following steps:
(1) After the inoculator (guardian) directly faces the face at the registering station, the system automatically calls the relevant inoculation basic information and the vaccinated vaccine of the inoculator, and after verification, the inoculator (guardian) carries out electronic signature, photographing and fingerprint reserving on the notice book of the inoculation on the electronic notice device according to a three-check-in-seven-one verification system, and the system carries out PDF archiving on the notice book of the electronic signature.
(2) After the direct face recognition of an inoculating platform is carried out by an inoculator (guardian), the system automatically invokes the registration information of the inoculator and the vaccinated vaccine, the intelligent refrigerator automatically pops up (e.g. equips) the vaccinated vaccine or manually takes out the vaccinated vaccine from the refrigerator, after verification, the double-screen nuclear signature system automatically pops up the vaccinated vaccine confirmation, the inoculator (guardian) carries out electronic signature, photographs and leaves fingerprints, and the system carries out PDF archiving on the vaccinated vaccine confirmation of the electronic signature, so that the identity of the inoculator (guardian) and the consistency of the vaccinated vaccine are ensured.
An immune planning and vaccination management system, further comprising:
inoculation time calculation function module: calculating the next inoculation time automatically through vaccination program, historical vaccination record of children, vaccination substitution rule, combined vaccination rule and vaccination point inoculation day information;
inoculation time reminding function module: the system sends out inoculation time information and inoculation vaccine information to the terminal user to remind the inoculator.
Mainly comprises next vaccine reservation, dose and seed application date. The calculation elements such as vaccination programs, historical vaccination records of children, vaccine substitution rules, joint vaccine rules, vaccination date setting of vaccination points and the like are stored in a database, and the calculation method is realized in a storage process mode. The calculation method replaces the manual calculation mode of the inoculation point staff, returns a result set containing the next inoculation content list of the children, provides interfaces for the child preventive inoculation software and the intelligent mobile phone APP child preventive inoculation platform, generates an inoculation reservation list, and inquires the next reserved inoculation content. The method comprises the following steps:
(1) Day of inoculation calculation, the day of inoculation point is generally divided into: month inoculation, zhou Jiechong and day inoculation. And (5) primarily calculating the next legal inoculation date of the child according to the workday type of the inoculation point and the existing inoculation record of the child.
(2) Again, the next legal vaccination date and the vaccinations and doses of the children were determined according to the vaccination program. Vaccination programs specify vaccination rules for different vaccines, which include the age of the vaccination month and the interval between each dose of each vaccine. The last vaccinations and doses of the children are recorded in the vaccination record, and the next legal vaccination date and the last vaccinations and doses of the children are adjusted by combining the vaccination program.
(3) There is a substitution relationship between vaccines, and some vaccine that should be inoculated according to standard vaccination procedures may be replaced by some other vaccine. Whether it is the vaccine to be inoculated or the replacement vaccine to be inoculated by a standard vaccination program, it is necessary to follow the vaccination rules prescribed in the vaccination program. And correcting the next legal inoculation date of the child and the vaccinations and doses of the strain again according to the vaccination replacement condition in the vaccination record of the child.
(4) When a vaccine can replace the efficacy of other vaccines simultaneously, the vaccine is called a combined vaccine of other vaccines, and the combined vaccine are in a replacement relationship. The vaccination program defines the rule of combined vaccine, and the next legal vaccination date and the vaccinations and doses of the children are corrected again in combination with the situation of using the combined vaccine in the vaccination record of the children.
(5) The method calculates the next legal inoculation date and the vaccine and dose list of the strain of the child through the steps, wherein the list possibly contains various strain vaccines and doses and the strain date of the strain. Because the ages of the vaccinations in the vaccination program are different, the calculated dates of the vaccinations in the list are also different. Screening the list according to the calculated seed date, only retaining the seed date nearest to the current date and the corresponding vaccine, removing the rest vaccine from the list, and combining the seed dates into the same day according to the inoculation date of the inoculation point if the difference value between the seed dates of the vaccine is within one week.
(6) The next legal inoculation date of the children and the vaccines and dose list of the strains and doses are listed, the strains in the list are the major vaccines to which the vaccines belong, and the strains in the list are converted into vaccine codes and vaccine names by combining the vaccine codes in the children inoculation records.
(7) And converting the next legal inoculation date of the child and the vaccine and dose list of the strain into a result set mode.
The system further comprises: newborn inoculation information input module: each terminal is accessed into the system through the mobile terminal, and the newborn inoculation information is input; neonatal vaccination information includes date of birth, birth weight, parental information, home address, administrative area to which the neonate belongs, and vaccination record.
The acquisition interface for acquiring the basic information and the inoculation record of the neonates in the hospitals is in a B/S mode, and the acquisition interface can be logged in after the neonates in the hospitals run in a browser at a specific website in a terminal browser; the collected neonatal basic information and inoculation records are stored in a background database, an interface is provided for inquiring, positioning and downloading the neonatal basic information and inoculation records in the background database, and the interface is called by child preventive inoculation software of each inoculation point. The method comprises the following steps:
(1) The hospital neonate acquisition personnel logs in the acquisition interface to acquire basic information of the neonate, including birth date, birth weight, parental information, home address, administrative region and the like.
(2) Collecting inoculating records of the newborn BCG vaccine and the hepatitis B first needle.
(3) And transferring the acquired neonatal basic information and inoculation record to a unified cache area for storage. The unified cache area is open in the full province and can be queried.
(4) When parents register child information to an inoculation point for the first time and pick up child preventive inoculation certificates, an inoculation point worker inquires and positions neonate information from a unified cache area, and after the neonate basic information and inoculation records positioned in the unified cache area are verified, the neonate basic information and the inoculation records are downloaded to a child preventive inoculation database of the inoculation point.
In the step (2), the basic information of the neonate is still collected under the condition that the neonate fails to inoculate BCG vaccine and hepatitis B first needle on the birth day or in the hospitalization period due to reasons.
And (4) when the neonate basic information cannot be positioned in the unified cache area, the basic information and the inoculation record of the child are input by an inoculation point staff.
Claims (3)
1. An immune planning and vaccination management system comprising:
the inoculator identity uniqueness control verification module: the adult inoculator reads in the identity card information through the identity information recognition device and stores the identity card information, the child inoculator or guardian checks the identity card, after confirming that the identity card is the identity person, the face collection is carried out on the existing file through the face recognition device, the face database comparison is synchronously carried out, and the comparison is carried out, so that the photo is stored;
identity validity verification module at each vaccination: verifying the identity validity in the subsequent inoculation;
and the business process management and control module is used for: managing each terminal and system flow;
a database module: storing identity information, inoculation information and flow information;
the method for realizing the identity validity verification module during each vaccination comprises the following steps:
step 1, carrying out face recognition verification on a guardian after the inoculation, carrying out comparison and recognition on the face, storing the recognized face into a system database, and binding and associating an inoculator or guardian with an inoculated child;
step 2, the inoculator or guardian performs face recognition through a binocular face recognition device, and the inoculation registration sequence number of the current day is printed;
step 3, in the registering, inoculating and viewing links, the inoculator or guardian also uses face recognition to carry out identity verification to register, inoculate and view, and the face recognition photo of the inoculator or guardian in each link is automatically stored in the information record of the inoculation process, and stored in a database system, the stored data is encrypted, and the record passing through the operation log is deleted for all modification;
when the human face is identified, the human face identification photo cannot be modified by the system without the consent of the inoculator or guardian, if the human face identification photo needs to be modified, the human face identification photo needs to be modified by the operation of the mobile terminal, and the human face identification photo is vaccinated only after the human face identification photo is modified, is saved again and is set to be in an unmodified state;
the implementation method of the business process control module comprises the following steps:
step 1, an inoculation terminal reports an opening application to a system, after the inoculation terminal agrees with a system administrator, information of the inoculation terminal is initialized, and after an input mechanism of the inoculation terminal codes, the system automatically synchronizes the business flow, inoculation rules, migration rules, vaccine delivery and storage information and personnel authority allocation and management of the inoculation terminal; after synchronization is completed, the inoculating terminal performs normal business work;
step 2, the system controls the inoculation terminal to automatically upgrade the software without manual operation, and business work cannot be carried out on the inoculation terminal which is not successfully upgraded, and the inoculation terminal is in a locking state;
step 3, the inoculator or guardian adjusts the state of the face data of the person stored in the face recognition database of the system through the mobile terminal, the face data can be adjusted to be in a modifiable state, vaccination can not be performed in the modifiable state, and the vaccinated person can be vaccinated in the modifiable state;
the inoculation terminal cannot change and adjust the business process, the vaccine warehouse-in and warehouse-out information and the inoculation rule; the adjustment is needed, the system administrator agrees and adjusts the system, and the inoculation terminal synchronously updates the change information again;
inoculation time calculation function module: calculating the next inoculation time automatically through vaccination program, historical vaccination record of children, vaccination substitution rule, combined vaccination rule and vaccination point inoculation day information;
inoculation time reminding function module: the system sends inoculation time information to the terminal user to remind the inoculator of the inoculation time;
the inoculation time calculation function module comprises the following implementation methods:
step 1, calculating the working days of inoculation, wherein the working days of inoculation points are divided into: three types of inoculation in month, zhou Jiechong and day; calculating the preliminary date of the next legal inoculation of the child according to the type of the working day of the inoculation point and the existing inoculation record of the child;
step 2, determining the next legal inoculation date of the child and the vaccine and dose of the strain again according to the vaccination program; the vaccination program specifies the vaccination rules of different vaccines, the vaccination rules comprising the age of the vaccination month and the interval between each dose of each vaccine; the last vaccinated vaccine and dose of the child are recorded in the vaccination record, and the next legal vaccinated date and the last vaccinated vaccine and dose of the child are corrected by combining the vaccination program and the next legal vaccinated preliminary date of the child;
step 3, there is a substitution relation between vaccines, and a certain vaccine which is applied according to a standard vaccination program can be replaced by a certain vaccine; whether it is a vaccine to be inoculated by a standard vaccination program or a replacement vaccine, the vaccination rules prescribed in the vaccination program are followed; correcting the next legal inoculation date of the child and the vaccinations and doses of the strain again according to the substitution condition of the vaccinations in the vaccination record of the child;
step 4, the inoculation program prescribes the rule of combined vaccine, and the next legal inoculation date of the children and the vaccinations and doses of the strains are corrected again by combining the condition of using the combined vaccine in the children inoculation record;
step 5, calculating a list of the next legal inoculation date and the vaccine and the dose of the strain of the child through the steps, wherein the list possibly comprises various kinds of vaccine and dose and the strain date of the vaccine and dose; since the ages of the species of the vaccines in the vaccination program are different, the date of the species of each vaccine in the list is also different; screening the list according to the calculated seed date, only retaining the seed date nearest to the current date and the corresponding vaccine, and combining the seed dates into the same day according to the inoculation date of the inoculation point if the difference value between the seed dates of the vaccine is within one week;
step 6, listing the strain vaccines and doses according to the next legal inoculation date of the child and the strain vaccine and dose list, wherein the strain vaccines in the list are the major class of the vaccines, and the strain vaccines in the list are converted into vaccine codes and vaccine names by combining the seed vaccine codes in the child inoculation record;
and 7, converting the next legal inoculation date of the child and the vaccine and dose list of the strain into a result set mode.
2. An immune planning and vaccination management system according to claim 1, further comprising: newborn inoculation information input module: each terminal is accessed into the system through the mobile terminal, and the newborn inoculation information is input; neonatal vaccination information includes date of birth, birth weight, parental information, home address, administrative area to which the neonate belongs, and vaccination record.
3. The immunization planning and vaccination management system according to claim 2, wherein the neonatal vaccination information input module is implemented by:
step 1, a hospital neonatal acquisition personnel logs in a terminal to acquire basic information of a neonate, wherein the basic information comprises birth date, birth weight, parental information, home address and administrative region;
step 2, collecting inoculation records of the newborn BCG vaccine and the hepatitis B first needle;
step 3, transferring the acquired neonatal basic information and inoculation record to a unified cache area for storage; the unified cache area is opened for inquiry;
and 3, when the user registers child information to the inoculation point for the first time and obtains the child preventive inoculation certificate, the worker at the inoculation point inquires and positions the child information from the unified cache area, and downloads the basic child information and the inoculation record positioned in the unified cache area to the child preventive inoculation database at the inoculation 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 |
| CN115730897B (en) * | 2021-08-27 | 2023-12-08 | 沈苏科技(苏州)股份有限公司 | Pre-vaccination health inquiry and sign-on method, device, apparatus and readable medium |
| CN113517062B (en) * | 2021-09-14 | 2021-12-10 | 青岛未来移动医疗科技有限公司 | Intelligent vaccine atomization system and use method |
| CN113886646A (en) * | 2021-09-17 | 2022-01-04 | 北京声智科技有限公司 | Data processing method and device, storage medium and terminal equipment |
| 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 |
| CN117474364B (en) * | 2023-12-12 | 2024-05-24 | 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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