Auxiliary intelligent infusion control system

Abstract

The invention relates to an auxiliary intelligent infusion control system comprising an alarm device, a counting control device and a heating device. The alarm device comprises a music manifold block integrated circuit (IC), an alarm lamp, wireless transmitting and receiving modules, a photoelectric liquid level detection module, an LCD (liquid crystal display) module and a voice call module, wherein the photoelectric liquid level detection module is used for detecting the liquid level in an infusion bottle; and when the liquid level descends to an assigned height, the alarm lamp and the music manifold block IC are triggered to work, and simultaneously, the wireless transmitting module is used for transmitting information to the wireless receiving module in a duty room. The counting control device comprises a photoelectric drop speed detection module, a matrix keyboard and the LCD module, wherein the photoelectric drop speed detection module is used for comparing a detected drop flow rate with a set flow rate and displaying the comparison result on an LCD screen, thereby facilitating the regulation of the drop flow rate by medical staff. The heating device consists of a drive module and a heater. The auxiliary intelligent infusion control system has the advantages of simple structure, low manufacturing cost and relatively high precision.

Description

technical field [0001] The invention relates to an infusion auxiliary system with alarm, counting and heating as the core, in particular to an infusion auxiliary intelligent control system. Background technique [0002] Intravenous infusion is the most important and effective treatment in clinical work. At present, there are three main problems in the intravenous infusion process: First, the monitoring of the intravenous infusion in the hospital is mainly done manually. The medical staff must keep observing the infusion situation in each ward to avoid medical accidents. Secondly, the conventional intravenous infusion rate is controlled by the visual inspection of the medical staff, and the misjudgment of the medical staff often reduces the therapeutic effect. Again, during infusion in winter, the temperature of the medicinal solution is lower than the blood temperature of the human body, which will cause the patient to feel uncomfortable during the infusion. Although exis...

AI Technical Summary

Problems solved by technology

At present, there are three main problems in the process of intravenous infusion: First, the monitoring of intravenous infusion in hospitals is mainly done manually

[0004] b) Use the characteristics of the weak electricity of the liquid to detect the height of the liquid medicine, but this kind of alarm is extremely inconvenient during use, it is easy to cause the liquid medicine to be infected with bacteria, and it is easy to change the properties of the medicine

[0005] c) The speed is adjusted through the traditional flow regulator composed of rollers and leather tube grooves. Since this regulator only changes the flow rate by changing the gap of the pimp cavity, medical personnel can only judge it through subjective observation and cannot quantify it.

[0006] d) Heating with a hot water bag, although it has a certain effect, but it is very inconvenient to use, and sometimes the hot water bag overheats and scalds the patient.

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