阅读说明：本技术 智慧疫苗接种管理系统 (Intelligent vaccination management system ) 是由 刘占杰 巩燚 张祥成 李春静 滕培坤 纪栋斌 陈海涛 于 2018-08-08 设计创作，主要内容包括：本发明公开了一种智慧疫苗接种管理系统，包括仓储管理终端、接种管理终端、数据中心及接种系统。仓储管理终端和接种管理终端分别对疫苗进行分类存储、实现扫码入库和扫码出库接种，并将疫苗的数量和存储温度进行记录、更新及数据上传至数据中心，从而实现疫苗的全流程追溯、无需医护人员手动盘点，提高工作效率。在接种台，接种管理终端根据接种儿童在登记台的登记信息，自动弹出需要注射的疫苗所在的抽屉，无需医护人员人为寻找疫苗，提高接种准确性。(The invention discloses an intelligent vaccination management system which comprises a storage management terminal, a vaccination management terminal, a data center and a vaccination system. The warehousing management terminal and the inoculation management terminal respectively store the vaccines in a classified mode, realize scanning the code for warehousing and scanning the code for ex-warehouse inoculation, record and update the quantity and the storage temperature of the vaccines and upload the data to a data center, so that the whole process of the vaccines is traced back, the manual checking of medical staff is not needed, and the working efficiency is improved. At the inoculation platform, the inoculation management terminal automatically pops out the drawer where the vaccine to be injected is located according to the registration information of the inoculated children at the registration platform, so that medical personnel do not need to manually find the vaccine, and the inoculation accuracy is improved.)

1. An intelligent vaccination management system is characterized by comprising a storage management terminal, a vaccination management terminal, a data center and a vaccination system;

the warehousing management terminal stores the newly issued vaccines in a classified manner, scans codes for warehousing and scans codes for ex-warehouse, records and updates the quantity and storage temperature of the vaccines and uploads the data to the data center;

the inoculation management terminal is applied to an inoculation table, and is used for classifying and storing the vaccines transferred from the warehousing management terminal, scanning the codes for warehousing and scanning the codes for inoculation, recording and updating the quantity, the storage temperature and the inoculation information of the vaccines and uploading data to the data center;

the data center is in two-way communication with the inoculation system, the inoculation system transmits the inoculation information of the children registered on the registration desk to the data center, and the data center transmits the number, the storage temperature and the inoculation information of the vaccines of the storage management terminal and the inoculation management terminal to the inoculation system.

2. The intelligent vaccination management system of claim 1,

the vaccine warehousing process of the warehousing management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) selecting a refrigerating box to be put in storage; (3) scanning and warehousing newly issued vaccines;

the vaccine ex-warehouse process of the warehousing management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) taking out the vaccine; (3) and (5) scanning the vaccine to be delivered out of the warehouse.

3. The intelligent vaccination management system of claim 2,

the vaccine warehousing process (2) of the warehousing management terminal further comprises the following steps: confirming warehousing;

the vaccine delivery process (3) of the warehousing management terminal further comprises the following steps: and (5) ex-warehouse confirmation.

4. The intelligent vaccination management system of claim 2 or 3, wherein the warehouse management terminal is provided with an alarm module I, and when the quantity of vaccines and the storage temperature in the warehouse management terminal exceed set values, the alarm module I automatically alarms.

5. The intelligent vaccination management system of claim 2 or 3, wherein the newly delivered vaccine is put into storage by means of minimum package of code scanning.

6. The intelligent vaccination management system of claim 1,

the vaccine warehousing process of the inoculation management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) clicking and selecting 'warehousing' in an operation area of the inoculation management terminal; (3) scanning a code of the vaccine to be put in storage; (4) the drawer in the inoculation management terminal automatically pops up; (5) warehousing the vaccine into a corresponding drawer;

the vaccination process of the vaccination management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) clicking 'inoculation' in an operation area of the inoculation management terminal; (3) selecting the name of the child needing inoculation, and clicking 'call'; (4) after the vaccination book is scanned or 'vaccine taking out' is clicked, the corresponding drawer is automatically popped up to take out the vaccine; (5) scanning the extracted vaccine; (6) the inoculation sites were selected and inoculation was confirmed.

7. The intelligent vaccination management system of claim 6, wherein the vaccination management terminal is provided with an alarm module II, and when the number of vaccines and the storage temperature in the vaccination management terminal exceed set values, the alarm module II automatically alarms.

8. The intelligent vaccination management system of claim 2, 3 or 6, wherein the medical personnel identification means is fingerprint recognition, face recognition, voice recognition or account password recognition.

Technical Field

The invention relates to the technical field of vaccine storage and management, in particular to an intelligent vaccination management system.

Background

In the decision of the state department on modifying the "regulations on vaccine circulation and vaccination management", traceability requirements are put forward in addition to strengthening the cold chain and standardizing the process, and specifically, the second part of the twenty-five items is modified into: the medical and health personnel should inoculate the inoculation-eligible recipient and record the identification information, validity period, inoculation time, medical and health personnel for implementing the inoculation, the recipient and the like of the vaccine according to the regulations of the health administration department of the state department. The inoculation record has a preservation time of not less than 5 years.

At present, health service centers in various regions manage the whole process of vaccine injection and basically rely on paper file records. When the newly issued vaccine reaches a health service center, a worker manually checks the vaccine and counts a vaccine flow table through a paper file; when a child comes to a health service center for injecting a vaccine, the child vaccination manual made of paper needs to be checked, and manual registration is carried out on the vaccination manual; after the work is finished every day, the worker needs to manually count and record the vaccines. In the whole process, the storage temperature of the vaccine cannot be traced back in the whole process, the injection object of the vaccine cannot be traced back in the whole process, and the use nurse of the vaccine cannot be traced back in the whole process. Moreover, the accuracy of vaccination completely depends on nurses, manual registration of vaccination manuals is inefficient, inventory is time-consuming and labor-consuming, and is not accurate.

Disclosure of Invention

The invention provides an intelligent vaccination management system aiming at the technical problems, so that the whole process of a vaccine in a vaccination station can be traced, and the digital management of the vaccine and the vaccination accuracy of the vaccine are realized.

The technical scheme provided by the invention is that the intelligent vaccination management system comprises a storage management terminal, a vaccination management terminal, a data center and a vaccination system; the warehousing management terminal stores the newly issued vaccines in a classified manner, scans codes for warehousing and scans codes for ex-warehouse, records and updates the quantity and storage temperature of the vaccines and uploads the data to the data center; the inoculation management terminal is applied to an inoculation table, and is used for classifying and storing the vaccines transferred from the warehousing management terminal, scanning the codes for warehousing and scanning the codes for inoculation, recording and updating the quantity, the storage temperature and the inoculation information of the vaccines and uploading data to the data center; the data center is in two-way communication with the inoculation system, the inoculation system transmits the inoculation information of the children registered on the registration desk to the data center, and the data center transmits the number, the storage temperature and the inoculation information of the vaccines of the storage management terminal and the inoculation management terminal to the inoculation system.

Further, the vaccine warehousing process of the warehousing management terminal is as follows: (1) the medical personnel identity is confirmed and logged in; (2) selecting a refrigerating box to be put in storage; (3) scanning and warehousing newly issued vaccines;

the vaccine ex-warehouse process of the warehousing management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) taking out the vaccine; (3) and (5) scanning the vaccine to be delivered out of the warehouse.

Further, the vaccine warehousing process (2) of the warehousing management terminal further comprises the following processes: confirming warehousing;

the vaccine delivery process (3) of the warehousing management terminal further comprises the following steps: and (5) ex-warehouse confirmation.

Furthermore, the warehouse management terminal is provided with an alarm module I, and when the quantity and the storage temperature of vaccines in the warehouse management terminal exceed set values, the alarm module I automatically alarms.

Further, the newly issued vaccine is put in storage in a code scanning minimum packaging mode.

Further, the vaccination process of the vaccination management terminal is as follows: (1) the medical personnel identity is confirmed and logged in; (2) clicking and selecting 'warehousing' in an operation area of the inoculation management terminal; (3) scanning a code of the vaccine to be put in storage; (4) the drawer in the inoculation management terminal automatically pops up; (5) warehousing the vaccine into a corresponding drawer;

the vaccination process of the vaccination management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) clicking 'inoculation' in an operation area of the inoculation management terminal; (3) selecting the name of the child needing inoculation, and clicking 'call'; (4) after the vaccination book is scanned or 'vaccine taking out' is clicked, the corresponding drawer is automatically popped up to take out the vaccine; (5) scanning the extracted vaccine; (6) the inoculation sites were selected and inoculation was confirmed.

Furthermore, the inoculation management terminal is provided with an alarm module II, and when the quantity and the storage temperature of the vaccines in the inoculation management terminal exceed set values, the alarm module II automatically alarms.

Furthermore, the identity confirmation mode of the medical staff is fingerprint identification, face identification, voice identification or account password identification.

Compared with the prior art, the invention has the advantages and positive effects that:

1. the warehousing management terminal and the inoculation management terminal respectively store the vaccines in a classified mode, realize scanning the code for warehousing and scanning the code for ex-warehouse inoculation, record and update the quantity and the storage temperature of the vaccines and upload the data to a data center, so that the whole process of the vaccines is traced back, the manual checking of medical staff is not needed, and the working efficiency is improved.

2. At the inoculation platform, the inoculation management terminal automatically pops out the drawer where the vaccine to be injected is located according to the registration information of the inoculated children at the registration platform, so that medical personnel do not need to manually find the vaccine, and the inoculation accuracy is improved.

3. The storage management terminal and the inoculation management terminal are respectively provided with an alarm module, which is beneficial to improving the storage quality and reliability of the vaccine so as to ensure the safety of the vaccine.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic structural diagram of an intelligent vaccination management system according to an embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The invention provides an intelligent vaccination management system, and particularly relates to a structural schematic diagram shown in fig. 1. The storage management terminal is applied to the vaccine storage area and used for storing the newly issued vaccine. The vaccination management terminal is applied to a vaccination station for storing vaccines transferred from the warehouse management terminal. The data center is in two-way communication with the inoculation system, and real-time transmission of information in the system is achieved. The data center is used for receiving and managing the number of vaccines uploaded from the storage management terminal and the vaccination management terminal and the data of the storage temperature, and transmitting the related data to the vaccination system, so that the real-time monitoring of the vaccines of the storage management terminal and the vaccination management terminal is realized. The inoculation system is used for receiving and managing the inoculation information (including child name, inoculation information and the like) of the inoculated children uploaded from the registration desk and transmitting the inoculation information to the data center.

The storage management terminal comprises a scanning area I and a storage area I, a plurality of storage areas used for storing vaccines are arranged in the storage area I, and each storage area can store one vaccine or a plurality of vaccines according to system setting, so that the classified storage of the vaccines is realized. When storing multiple bacterins, the setting of bacterin kind so that medical personnel takes corresponding bacterin fast as the standard, so the kind of the storage bacterin of every storage interval should not be too much. And the scanning area I scans the minimum package of the vaccine, so that the scanning storage and the scanning discharge of the vaccine are realized, and the quantity and the storage temperature of the vaccine are recorded, updated and data are uploaded to a data center in real time.

The vaccine warehousing process of the warehousing management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) selecting a refrigerating box to be put in storage; (3) the newly issued vaccine is put in storage in a code scanning minimum packaging mode; (4) and (7) warehousing and confirming.

The vaccine delivery process of the warehousing management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) taking out the vaccine; (3) scanning the vaccine code and discharging the vaccine from the warehouse; (4) and (5) ex-warehouse confirmation.

Furthermore, the storage management terminal is provided with an alarm module I, and when the quantity and the storage temperature of vaccines in the storage management terminal exceed set values, the alarm module I automatically alarms.

The vaccination management terminal comprises a scanning area II, a storage area II and an operation area, a plurality of drawers for storing vaccines are arranged in the storage area II, and each drawer can store one or more vaccines according to system setting, so that the classified storage of the vaccines is realized. When storing multiple bacterins, the setting of bacterin kind so that medical personnel takes corresponding bacterin fast as the standard, so the kind of the storage bacterin in each drawer should not be too much. And the vaccination management terminal performs code scanning and warehousing and code scanning and ex-warehouse on the vaccine transferred from the warehousing management terminal, and records, updates and uploads the quantity and storage temperature of the vaccine to the data center in real time.

The vaccine warehousing process of the inoculation management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) clicking and selecting 'warehousing' in an operation area of the inoculation management terminal; (3) selecting a drawer to be put in storage; (4) scanning a code of the vaccine to be put in storage; (5) the drawer in the inoculation management terminal automatically pops up; (6) and warehousing the vaccine into a corresponding drawer.

The vaccination process of the vaccination management terminal comprises the following steps: (1) the medical personnel identity is confirmed and logged in; (2) clicking 'inoculation' in an operation area of an inoculation management terminal; (3) selecting the name of the child needing inoculation, and clicking 'call'; (4) after the vaccination book is scanned or 'vaccine taking out' is clicked, the corresponding drawer is automatically popped up to take out the vaccine; (5) scanning the extracted vaccine; (6) the inoculation sites were selected and inoculation was confirmed.

Furthermore, the inoculation management terminal is provided with an alarm module II, and when the quantity and the storage temperature of vaccines in the inoculation management terminal exceed set values, the alarm module II automatically alarms.

The identity confirmation mode of the medical staff is fingerprint identification, face identification, voice identification or account password identification, and the preferred embodiment is account password identification.

And in each working day, the medical staff scans the corresponding vaccines from the storage management terminal to be delivered out of the storage according to the required amount of the target vaccination in the current day, and transfers and scans the corresponding vaccines to be stored in the storage management terminal. And the storage management terminal and the inoculation management terminal upload the stock of the vaccine to the data center in real time, so that the vaccine is monitored in real time.

When a child comes to be inoculated, the inoculated child is registered on a registration desk, and the registration desk transmits information such as the name of the inoculated child, the inoculated vaccine and the like to an inoculation system; the inoculation system transmits information such as names of inoculated children and inoculated vaccines to a data center; inoculating children to an inoculating table, scanning the inoculated certificate of the inoculated children in a scanning area II of an inoculating management terminal by medical personnel, automatically popping up a drawer storing the corresponding inoculated vaccine, taking out the inoculated vaccine and scanning the code by the medical personnel to complete the inoculation of the inoculated children; and the vaccination management terminal transmits the data of the real-time stock quantity and the storage temperature of the vaccine to the data center, so as to realize the real-time monitoring of the vaccine.

The storage management terminal and the inoculation management terminal respectively store the vaccines in a classified manner, realize code scanning storage and code scanning ex-warehouse inoculation, and record, update and upload the data of the quantity and the storage temperature of the vaccines to the data center, so that the whole-process tracing of the vaccines is realized, the manual checking of medical staff is not needed, and the working efficiency is improved. At the inoculation platform, the inoculation management terminal automatically pops out the drawer where the vaccine to be injected is located according to the registration information of the inoculated children at the registration platform, so that medical personnel do not need to manually find the vaccine, and the inoculation accuracy is improved. The storage management terminal and the inoculation management terminal are respectively provided with an alarm module, which is beneficial to improving the storage quality and reliability of the vaccine so as to ensure the safety of the vaccine.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.