Infusion flow control method based on mobile phone APP platform

Abstract

The invention relates to an infusion flow control method based on a mobile phone APP platform. A smart phone or a PAD is used as a carrier, an intelligent device is arranged on an infusion bottle, so the intelligent device is connected with the APP platform, and conditions of the infusion device are dynamically observed and determined from the APP platform on the mobile phone or the PAD. The implementation method comprises: (1) according to different induction principles of infrared on water and air density, using infrared to monitor liquid volume in an infusion bottle and adjusting drop number; (2) when infusion is completed, an infusion alarm apparatus automatically blocking an infusion pipe, and meanwhile broadcasting that number XX, infusion is completed to the APP platform through voice; (3) installing the intelligent device, through the device, infrared monitoring and alarm conditions being reflected to the APP platform; (4) establishing an APP from a mobile development platform, and entering an internet of things mode, to realize thing-thing connection. The infusion system makes probability of medical treatment accident in an infusion process in hospital reduced, and reduces workload of clinical nurses, and is beneficial for liberating nurses.

Description

technical field [0001] The invention relates to an infusion flow control method based on a mobile APP platform, and belongs to the technical field of infusion flow control. Background technique [0002] Intravenous infusion is an important treatment method in clinical medicine. During the infusion process, if the liquid medicine is nearly finished or the infusion rate is too high or too low due to some accident, medical personnel need to deal with it in time. At present, due to the lack of economical and effective automatic detection device, the patient needs a special person to accompany the patient during infusion, which increases the patient's ideological burden and nursing costs. [0003] As the disadvantages of traditional intravenous infusion methods become more and more prominent, some people have begun to explore new intravenous infusion methods in the last century. After unremitting efforts and a large number of experiments, products for intravenous infusion have al...

AI Technical Summary

Problems solved by technology

[0009] There are many studies on infrared remote control controllers in China, and there is still a gap in the design of infrared remote control infusion controllers for medical devices.