Intelligent monitoring system and method applied to clinical infusion nursing

Abstract

The invention discloses an intelligent monitoring system applied to clinical infusion nursing. The intelligent monitoring system comprises an intelligent infusion monitoring device, a cloud server, amobile terminal provided with an intelligent monitoring application program, and a PC terminal provided with an intelligent monitoring application program. The intelligent infusion monitoring device comprises an automatic liquid stopping device, a liquid medicine detection sensor and a main controller. The liquid medicine detection sensor is installed on an infusion tube and used for collecting information about whether liquid medicine exists in the infusion tube or not and sending the information about whether the liquid medicine exists or not to the main controller. The automatic liquid stopping device is used for receiving a forward rotation control signal output by the main controller according to the information of no liquid medicine to clamp and close the infusion tube and prohibiting venous blood of the patient from flowing back to the infusion tube. According to the invention, remote alarm, automatic clamping and closing, medicine infusion and patient information display are integrated, the unnecessary manual infusion detection burden of patients and accompanying personnel is greatly reduced, and the liquid change efficiency of medical personnel is improved.

Description

Technical field [0001] The invention relates to the field of intelligent medical equipment, in particular to an intelligent monitoring system and method applied to clinical infusion nursing. Background technique [0002] Intravenous fluid therapy is one of the most common routes of administration in medical procedures. At present, hospitals at all levels use manual monitoring of the infusion situation and reminders to change the fluid. At present, the pressure of the escort is high. The escort often neglects to check the infusion situation in time due to certain things. It is difficult to monitor at night. It is difficult for the medical staff to clamp the infusion tube in time due to the heavy workload. It has caused great distress to both doctors and patients, and there are even hidden medical safety risks. [0003] Some infusion monitors that appear at present can only monitor the infusion situation through the sound and light alarm device, that is, the LED lights and buzzers ...

AI Technical Summary

Problems solved by technology

At present, the accompanying pressure is high, and the accompanying staff often neglect to check the infusion situation in time due to certain things. It is difficult to monitor at night, and it is difficult for the medical staff to clamp the infusion tube in time due to the heavy workload. It has brought great troubles to both doctors and patients, and even has hidden dangers in medical safety.

[0003] Some infusion monitors that appear at present can only monitor the infusion situation through sound and light alarm devices, that is, through LED lights and buzzers to send out prompt lights and sounds to remind patients and accompanying staff, and do not have wireless transmission and communication with the nurse station. However, it is limited by relying on patients or their escorts to manually monitor the infusion situation, and cannot realize automatic clamping of the infusion tube, which does not fundamentally alleviate the burden on patients and escorts, solve the existing hidden dangers of infusion safety, and increase the economic burden

It can be seen that there is a lack of a simple, convenient, intelligent, and highly accurate infusion monitoring system in the prior art

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