Intelligent infusion control system

Abstract

The invention belongs to the field of intelligent control systems, and relates to an intelligent infusion control system. The intelligent infusion control system comprises a dripping speed measuring module, a dripping speed control module, a motor control module, a power module, a liquid level detection and alarm module, a temperature monitoring and managing module and a human-computer interaction management module, and the core of the system works around a single chip microcomputer. Data detected by the dripping speed measuring module is analyzed by the single chip microcomputer and then sent to the motor control module; the human-computer interaction management module comprises a keyboard and nixie tube display module, a data and voice communication module and a Bluetooth signal receiving and sending module; the liquid level detection and alarm module completes detection of liquid level and alarm according to a comparison of an actual liquid level and an early-warning liquid level; the temperature monitoring and managing module transmits temperature data to the single chip microcomputer, and differences between a preset temperature value and the actual temperature are compared. A temperature heating device is additionally arranged on the periphery of the infusion system to regulate and control damage caused due to the fact that the surrounding environment temperature is low during the infusion process, and the drug efficacy problem caused by directly heating liquid drug is improved.

Description

technical field [0001] The invention relates to the field of intelligent control systems, in particular to an intelligent infusion control system. Background technique [0002] Intravenous infusion therapy is an indispensable key method in clinical medicine. Most diseases need to be cured by infusion. However, most of the infusion methods currently used are still the traditional manual monitoring mode. Adjusting the infusion status and predicting the infusion time will bring a lot of inconvenience to the treatment. If the monitoring is not timely, it may cause medical accidents. [0003] At this stage, the common defect of most infusion systems is that the infusion temperature cannot be accurately controlled, especially in cold weather, the infusion can easily affect the patient's absorption of the liquid medicine. Hot water bags and hot towels are used to apply heat to the infusion site and heat up the infusion tube, which not only cannot meet the different needs of differ...

AI Technical Summary

Problems solved by technology

[0002] Intravenous infusion therapy is an indispensable key method in clinical medicine. Most diseases need to be cured by infusion. However, most of the infusion methods currently used are still the traditional manual monitoring mode. Adjust the infusion status and predict the infusion time, which will bring a lot of inconvenience to the treatment. If the monitoring is not timely, it may cause medical accidents

[0003] At this stage, the common defect of most infusion systems is that the infusion temperature cannot be accurately controlled, especially in cold weather, the infusion can easily affect the patient's absorption of the liquid medicine. Warm water bags and hot towels to apply heat to the infusion site, heat up the infusion tube, etc., not only cannot meet the different needs of different patients for the infusion environment, but also some excessive heating may affect the efficacy of the medicine, which is difficult and inconvenient to implement

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