Intelligent infusion device based on wireless network

Abstract

The invention discloses an intelligent infusion device based on a wireless network, comprising a dropping funnel (20), a flexible pipe (8), a dripping speed monitoring device (1), a display screen (2), a wireless transmit-receive device (3), a dripping speed controller (4), a microcontroller MCU (5) and a movable type infusion controller (6), wherein the flexible pipe (8) is communicated with both ends of the dropping funnel (20); the dripping speed monitoring device (1), the display screen (2) and the microcontroller MCU (5) are integrated on a circuit board (90), and the circuit board (90) is arranged on the dropping funnel (20); and the wireless transmit-receive device (3) and the dripping speed controller (4) are arranged on the flexible pipe (8) positioned below the dropping funnel (20) and are respectively connected with the microcontroller MCU (5) arranged on the circuit board (90) through lead wires. The invention realizes the whole-course intelligent control in the infusion process, so that medical workers can more conveniently and comprehensively know the information of patients in the treatment process.

Description

technical field [0001] The invention belongs to a medical instrument, in particular to a networked intelligent infusion control device for clinical infusion. Background technique [0002] The monitors of the existing medical infusion control systems on the market can only know the information of the infusion rate (drop / minute) of the infusion patient through the monitor located in the doctor's office or the hand-held monitor in the hands of the nurse, and cannot realize real-time control of the infusion In this case, when the patient's infusion rate (drop / minute) is too fast or too slow, doctors and nurses can only go to the patient to adjust the infusion rate (drop / minute) in order to achieve The speed required for treatment (drops / minute), thus increasing the work intensity of medical staff. Contents of the invention [0003] The problem to be solved by the present invention is to overcome the above-mentioned shortcomings, and provide a two-way infusion speed (drop / minu...

AI Technical Summary

Problems solved by technology

[0002] The monitors of the existing medical infusion control systems on the market can only know the information of the infusion rate (drop / minute) of the infusion patient through the monitor located in the doctor's office or the hand-held monitor in the hands of the nurse, and cannot realize real-time control of the infusion In this case, when the patient's infusion rate (drop / minute) is too fast or too slow, doctors and nurses can only go to the patient to adjust the infusion rate (drop / minute) in order to achieve The speed required for treatment (drops / minute), thus increasing the work intensity of medical staff

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