Data integration and transmission system for pediatric critical disease pre-hospital safety transfer vehicle

Abstract

The invention belongs to the field of medical technology and in particular to a data integration and transmission system for a pediatric critical disease pre-hospital safety transfer vehicle. The system includes a plurality of medical monitoring devices, video acquisition devices, LoRa modules, and a data storage module. The monitoring devices are disposed on the transfer vehicle and configured tomonitor the physiological data of a critically ill child. The video acquisition devices are configured to capture the real-time pictures on the transfer vehicle. The LoRa modules correspond to the medical monitoring devices and the video acquisition devices one to one. The data storage module collects the data acquired by each medical monitoring device and video acquisition device through the LoRa modules, saves the data, adds a timestamp, and uploads the data to a cloud platform through a 4G communication network. The data integration and transmission system prevents each medical monitoringdevice and each video acquisition device from uploading data through network transmission equipment separately, thereby reducing the pressure of a data network and ensuring the orderly and stable datauploading.

Description

technical field [0001] The invention belongs to the field of medical technology, in particular to a data integration and transmission system of a pre-hospital safety transfer vehicle for critically ill children. Background technique [0002] With the rapid development of my country's medical information construction, medical institutions at all levels have improved the efficiency of the medical process through information and network construction and application. At this stage, due to the obvious gaps in the medical level of provinces, cities, and counties, critically ill children still need to be transported to obtain better medical treatment. Medical personnel and vehicles transport critically ill children to city and county hospitals. In order to monitor the physiological data of critically ill children in real time during the pre-hospital transfer process, and ensure that the medical staff of the target hospital can obtain the physiological data of critically ill childr...

AI Technical Summary

Problems solved by technology

[0003] However, in the actual application process, the monitoring data volume of multiple monitoring devices on the transfer vehicle is large. When the monitoring devices upload feedback separately, the data throughput is out of order, and the rational use of the data transmission network cannot be realized. The pressure of transmission is very high, which can easily cause slow data transmission, and it is difficult to achieve timely feedback of monitoring data on the transfer vehicle, which leads to unpredictable risks in the monitoring of physiological data of critically ill children

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