Medical automatic transfusion monitoring and warning system

Abstract

The invention relates to a medical automatic transfusion monitoring and warning system, which mainly aims to realize that medicine surplus can be remotely and automatically monitored, a nurse can be reminded to change medicine for a patient in time and the patient can be reminded that the medicine is about to be transfused completely, and a plurality of defective problems in medical transfusion are solved. The system mainly comprises a signal collector and launcher, a signal receiving, enhancing and re-emitting device, a signal receiving and processing device I, a lighting and vibrating reminding device, a signal receiving and processing device II, a vibrating reminding device, a portable type terminal signal receiving and processing platform and a vibrating ring. The medical automatic transfusion monitoring and warning system has comprehensive functions, high signal strength, a wide signal receiving rang and high practicability, the monitoring and warning technical means is safe and reliable, and the system can be effectively used for medical service in a hospital.

Description

technical field [0001] The invention relates to a medical device, in particular to an automatic monitoring and alarm system for medical infusion. Background technique [0002] In medical services, infusion is the treatment method required for most diseases, and problems caused by infusion often appear, and may cause harm to patients. Due to the busy work of the nurses in the hospital and fatigue, they may not be able to monitor the patient's infusion situation well, which requires the patient himself or his family to pay attention to the infusion situation at any time, but this prevents the patient and the patient's family from getting a lot of benefits. A good rest, and the family also has to waste a lot of time monitoring the patient. Even in the case of someone nursing, the patient and the nursing staff are also very prone to fatigue during the long wait, and the dangerous situation of air entering the body after the drug is transfused is very easy to occur, which is inc...

AI Technical Summary

Problems solved by technology

Due to the busy work of the nurses in the hospital and fatigue, they may not be able to monitor the patient's infusion situation well, which requires the patient himself or his family to pay attention to the infusion situation at any time, but this prevents the patient and the patient's family from getting a lot of benefits. Good rest, and the family has to spend a lot of time monitoring the patient

Even in the case of someone nursing, the patient and the nursing staff are also very prone to fatigue during the long wait, and the dangerous situation of air entering the body after the drug is transfused is very easy to occur, which is inconvenient and very harmful to the patient's body. Adverse

At present, the medical infusion alarm system mainly adopts the method of uniformly summarizing the information of the patient's infusion situation in the nurse's station. The designed system has a single function, weak signal strength, small signal receiving range, and low reliability of monitoring and alarming; multi-person monitoring has not been realized. The purpose not only increases the workload of nurses (go back to the nurse station for inquiries), reduces work efficiency, and increases the operating cost of the hospital (the nurse station needs to be on duty for a long time)

For example, the existing patent No. 200620057772.X discloses an automatic alarm for medical infusion. Its main feature is to detect the level of the infusion liquid through relevant sensors, and transmit the signal to the controller in time to control the alarm with the controller to remind the nurse in time. However, first of all, this patent belongs to the connection of each unit by wired connection. The controller needs to be placed separately in the monitoring room, and a special person can check it. That is to say, the nurse must check the controller in the monitoring room to determine the relevant information of the infusion. , which greatly limits the working time and area of ​​the staff. In addition, most of the existing infusion-related sensors have complex structures, which not only have low detection accuracy, but also cannot be matched with existing equipment, and the cost of industrial production and application is high.

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