PICU digital ward system based on 5G mobile communication

Abstract

The invention relates to the technical field of medical informatization, and more specifically relates to a PICU digital ward system based on 5G mobile communication, and the system comprises a medical device which is used for obtaining the illness state information of a child patient; the fusion gateway is used for acquiring the illness state information from the medical equipment through at least one of multiple network communication interfaces fused by the fusion gateway, and the multiple network communication interfaces comprise communication network interfaces with different transmission distances; the edge gateway is used for acquiring the illness state information from the fusion gateway through a hospital private network; and the information interaction platform is used for acquiring the illness state information from the edge gateway and providing the illness state information to a plurality of digital sickrooms for application. The invention provides a PICU digital ward system based on 5G mobile communication. The PICU digital ward system is used for realizing integrated service of each digital scene of a PICU ward.

Description

technical field [0001] The present invention relates to the technical field of medical informatization, and more specifically, to a PICU digital ward system based on 5G mobile communication. Background technique [0002] With the continuous advancement of the construction process of smart hospitals, ward services, as the core link reflecting the level and quality of hospital medical services, are the top priority of smart hospital construction. However, the digitization of PICU (pediatric intensive care unit, Pediatric Intensive Care Unit) really extends to the patient's ward and bedside medical services. The data between various information subsystems is not well integrated and utilized, and the following problems exist: [0003] 1. The process of doctor's order from issuance to execution and analysis cannot be tracked in the whole process, and closed-loop management has not been realized. [0004] 2. Some important medical information cannot be collected and digitized in ...

AI Technical Summary

Problems solved by technology

[0003] 1. The process of doctor's order from issuance to execution and analysis cannot be tracked in the whole process, and closed-loop management has not been realized

[0004] 2. Some important medical information cannot be collected and digitized in time during actual implementation, which will cause problems in medical quality monitoring and patient cost tracking

[0005] 3. Doctors cannot obtain information such as clinical examinations, tests, doctor's orders, and medical records of patients anytime and anywhere. After consultation or doctor's orders are adjusted, they need to enter the system after returning to the office, which is cumbersome and difficult to avoid errors

[0006] 4. Patient medical data is scattered and not centralized. There are many medical devices in the PICU, and patient data is scattered in multiple systems, which is inconvenient to view uniformly

[0007] 5. Remote visitation of children in PICU, due to the special management of PICU, family members cannot accompany the children at all times, lack of emotional comfort and treatment for children

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