Medical information platform based electronic label application and integration system

[0017] The present invention will be further described below in conjunction with specific drawings and embodiments.

[0018] Such as figure 1 Shown:

[0019] An electronic label application and integration system based on a medical information platform, including a medical information platform 10, a medical cartoon Internet of Things integration platform 20, and an electronic label business system 30; the medical information platform 10, medical cartoon Internet of Things integration platform 20, and electronic The label service system 30 is interconnected through a network;

[0020] The electronic label business system 30 includes but is not limited to a hospital card system 301 and a medical RFID application system 302. The hospital all-in-one card system 301 includes, but is not limited to, a hospital access control system, a hospital parking lot system, and a hospital consumption system. The medical RFID application system 302 includes but is not limited to a medical cold chain management system, a medical equipment management system, a patient management system, and the like.

[0021] The medical information platform 10 stores medical staff information, patient information, and patient electronic medical records;

[0022] The medical cartoon IoT integration platform 20 includes an information interaction module 201, an electronic label business management module 202, a resource storage module 203, and a human resource management module 204;

[0023] The information interaction module 201 performs data interaction with the medical information platform 10 and the electronic label business system 30, and is used to obtain medical staff information and patient information and extract human resource data from them, obtain patient electronic medical records and extract medical order information from them, and It is used to collect equipment management information, application data and reports from the electronic label business system 30. The information interaction module 201 meets the goal of sharing and coordinating various medical information, personnel information, etc., and collects various data and information.

[0024] The human resource management module 204 is used to perform numerical monitoring on the acquired human resource data in the medical information platform 10, so that the human resource data in the medical information platform 10 is synchronized to the medical cartoon Internet of Things integration platform 20; human resource management module 204 may also perform format conversion on the acquired human resource data in the medical information platform 10 to meet the format of the medical cartoon Internet of Things integration platform 20.

[0025] The most typical hardware application feature of the electronic label business system 30 is the large number of applications of electronic labels. The electronic label business management module 202 is used to bind the human resource data with the electronic labels in the electronic label business system 30, that is, personal The human resource data of the individual forms a binding relationship with one or more electronic tags related to the individual; based on the above binding relationship, the information interaction module 201 will obtain data and information from the medical information platform 10 in accordance with the electronic tag business system 30 It needs to be sent to the electronic label business system 30. For example, human resource data can be sent to each subsystem in the electronic label business system 30. The electronic label business system 30 does not need to input human resource data by itself, and can keep the synchronization of personnel information. Once the data in the medical information information platform 10 is modified, the corresponding data attributes in the subsystems of each electronic label business system 30 can be synchronously modified through the medical cartoon IoT integration platform 20.

[0026] After the application data related to the electronic label generated in the electronic label business system 30 is sent to the medical cartoon Internet of Things integration platform 20, the electronic label business management module 202 matches the electronic label corresponding to the application data Personnel identities are then respectively stored in the corresponding medical staff information records and patient information records in the resource storage module 203, and are used by the medical information platform 10;

[0027] The resource storage module 203 is also used to store equipment management information collected from the electronic label service system 30 for the medical information platform 10 to call; and used to store data and information obtained from the medical information platform 10.

[0028] Further, the medical cartoon Internet of Things integration platform 20 may also include:

[0029] The unified authentication module 205 is used for user authentication and login management of the medical cartoon Internet of Things integration platform 20; the unified identity allows the user to log in to the system only once, and then authorize access to other associated systems without logging in again.

[0030] The medical information portal 206 is used to provide query and browse of various data and information stored in the medical cartoon Internet of Things integration platform 20, and a link to the electronic label business system 30. The medical information portal 206 may include a management personnel portal, which displays the information that senior managers are concerned about in a concise and vivid form; it may also include a medical personnel portal, which provides relevant medical information, patient information, patient electronic medical records, Application data related to electronic tags, etc. Various data and information across platforms and systems can be queried on the medical information portal 206, realizing an intuitive display of information sharing.

[0031] Taking the hospital access control system in the hospital card system 301 as an example, each medical staff can be equipped with a permanent electronic label, and each admitted patient can be equipped with a temporary electronic label. When medical staff or patients enter the restricted area, they must swipe the electronic tag, so that the hospital access control system will record the specific doctor or patient's access records, including identity, access time, and restricted access locations. However, due to the temporary characteristics of patients, the original isolated access control system generally does not configure electronic tags for patients. Even if it is configured, it will not be linked to patient information. At the same time, the application data generated is only stored in the access control system. With the solution of the present invention, the issuance and cancellation of cards for temporary personnel (patients) is very simple, and there is no need to enter patient information in the hospital access control system. The human resources in the patient information obtained from the medical information platform 10 The data will be sent to the hospital access control system by the information interaction module 201, and only the patient's access rights need to be allocated in the hospital access control system. These personnel entry and exit records will be sent to the medical cartoon Internet of Things integration platform 20. The identity information of the entry and exit personnel is matched on the medical cartoon Internet of Things integration platform 20, and then stored in the corresponding medical staff information records and patient information in the resource storage module 203 In the record. When required by the medical information platform 10, these personnel entry and exit records can be called from the medical cartoon Internet of Things integration platform 20 at any time. After logging in to the medical information portal 206 of the medical cartoon Internet of Things integration platform 20, the management personnel can also easily query the entry and exit records of these personnel.

[0032] Take the hospital consumption system of the hospital card system 301 as an example. The system usually includes the hospital's employee consumption system and the patient nutrition ordering system, but the two systems are independent of each other and have nothing to do with the medical information platform 10. With the solution of the present invention, when a patient is ordering nutrition, through the medical cartoon Internet of Things integration platform 20, the medical order information in the electronic medical record corresponding to the patient in the medical information platform 10 can be transmitted to the patient nutrition ordering system , And then displayed on the handset of the orderer to remind the patient of precautions for meals. After the patient orders a meal, consumption information is generated. The consumption information can be matched with the identity of the ordering patient on the medical cartoon Internet of Things integration platform 20, and then stored in the corresponding patient information record in the resource storage module 203, and patient consumption information can also be further uploaded To the medical information platform 10, the medical information platform 10 learns the patient's consumption amount in the electronic tag subsystem, and synchronizes with the patient's hospital admission payment, reducing the phenomenon of secondary charges. According to the same principle, the consumption information of medical staff in the staff consumption system of the hospital can also be transmitted to the medical cartoon Internet of Things integration platform 20 and stored according to the identity of the staff, and can be further uploaded to the medical information platform 10. Due to the integration effect of the medical cartoon IoT integration platform 20, the patient nutrition ordering system and the employee consumption system that are not related to each other are linked together, so that the management of the canteen is unified, and the management of dishes and cost is scientific.

[0033] Take the medical equipment management system in the medical RFID application system 302 as an example. The medical equipment management information in the medical equipment management system was originally limited to a small area. The medical cartoon IoT integrated platform 20 can perform unified management of medical equipment. Medical equipment information, such as equipment operation information, equipment maintenance information, equipment maintenance cycle information, etc. can be collected by the medical cartoon Internet of Things integration platform 20, and management personnel can grasp the above information in time to take various maintenance or update measures in time to ensure The equipment is operating normally.

[0034] Finally, take the patient management system in the medical RFID application system 302 as an example. The patient information in the patient management system was originally limited to the manual collection of medical equipment and nurses. The medical cartoon IoT integrated platform 20 can perform unified management of the patient's physical sign tags. Patient information, such as patient identity information, physical sign information, location information, etc. can be collected by the medical cartoon Internet of Things integration platform 20, and management personnel can grasp the above information in time to take various treatment measures in time to ensure the implementation of remote monitoring of patients .