Integrated digital transfusion apparatus and transfusion monitoring and management method thereof

Abstract

The invention discloses an integrated digital transfusion apparatus and a transfusion monitoring and management method thereof. The integrated digital transfusion apparatus is mainly structurally characterized in that a shell of devices including a control system, a display and the like and a transfusion tube clip and device shell are respectively fixed onto an integrated transfusion support and device shell. A touch display, a microprocessor, a microphone/speaker, a scanner, a wireless network connection device, a miniprinter, a transfusion tube, a Murphy dripper clamping groove, a finger peristaltic pump, a photoelectric droplet detection device, a pressure detector and an ultrasonic bubble detector are mounted on the integrated digital transfusion apparatus. Data acquired by different parts in the transfusion apparatus are used for mutual comparison of transfusion parameters. Software computation and simulation techniques are used during transfusion, and nurses can well know detailed transfusion conditions of each patient in transfusion by directly observing simulated transfusion bottles/bags and tubes and simulated transfusion apparatuses on software of the transfusion apparatuses and software on external computers, setting operation of various transfusion parameters, setting alarm thresholds of the various transfusion parameters and the like.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a combination of data detected by infusion tools and computer software calculation and simulation technology to realize infusion safety monitoring for single-machine operation of infusion tools, and to build one or more infusion tools with an external computer Local area network infusion safety and remote infusion safety monitoring. Background technique [0002] Infusion is one of the means of treatment that directly enters the human body as a drug, and its safety is crucial to protecting the lives of patients. In China, various types of infusion alarms emerge in an endless stream in the infusion rooms of ordinary small hospitals. The outpatient infusion rooms of large hospitals mostly adopt the method of checking patient information with hand-held PDA / EDA. Patients who need to strictly control the drip rate of infusion use infusion pumps for infusion. Most of the patients who are...

AI Technical Summary

Problems solved by technology

Carefully observe and analyze the infusion process, and find that the existing infusion products, whether they are simple infusion alarms, handheld PDA / EDA infusion systems, or intelligent infusion pumps, all have hidden dangers in the process of infusion safety:

[0003] 1. No matter what kind of principle the existing various infusion alarms adopt, their purpose is to automatically alarm when the infusion is completed, to remind nurses and patients that the infusion has been completed, and to monitor and control various parameters of the infusion process.

[0004] 2. The hand-held PDA / EDA system actually only realizes the function of checking the information of the infusion drug and the patient, and cannot monitor and control the parameters of the infusion itself, nor can it automatically alarm the nurse and the patient after the infusion Manual button to call the nurse)

[0006] 4. In today's digitalized and networked hospitals, there is a lack of a software that uses software to calculate and simulate various parameters in the infusion set, and a software that performs networked monitoring and management of the parameters and operating status of all infusion sets.

[0007] The various types of infusion tools used above cannot completely eliminate the safety hazards caused by infusion technically. No matter whether these hidden dangers are large or small, once they occur, it is a medical accident.

Images