Insulin pump control system and insulin pump control method

Abstract

The embodiment of the invention discloses an insulin pump control system and an insulin pump control method. A communication module of insulin pump control equipment can receive a blood glucose signal sent by a blood glucose sensor implanted subcutaneously, and a man-machine interaction module can receive an insulin pump control instruction input by a user; and therefore, a control module can generate a target control signal according to the insulin pump control instruction input by the user and can also generate a target control signal according to the blood glucose signal, the target insulin pump injects insulin into the body of a patient based on the indication of the target control signal, and infusion control over the insulin pump is achieved. The insulin pump control equipment can be small-size wearable bellyband or a smart phone, and integrates a dynamic blood glucose monitoring function and an insulin pump control function, so that a user does not need to carry other control equipment for controlling the insulin pump and a scanning detector for scanning and reading blood glucose signals except for a frequently carried mobile phone, the number of equipment carried by the user is greatly reduced, and the burden of the user is relieved.

Description

technical field [0001] The embodiments of the present application relate to the field of medical devices, and in particular to an insulin pump control system and an insulin pump control method. Background technique [0002] The insulin pump is an insulin infusion system used to simulate the insulin secretion of the human pancreas. It continuously infuses a small amount of insulin into the human body through precise control, so that the insulin in the diabetic patient's body conforms to the normal physiological changes, so as to better Control the patient's daily blood sugar level, and save the patient from the pain of using a syringe to inject insulin. [0003] Insulin pumps currently on the market and clinically used by patients are roughly divided into two categories: one is the integrated design of the drug reservoir, injection mechanism and control display panel; the other is the separate design of the infusion pump and the controller. [0004] The drug storage device o...

AI Technical Summary

Problems solved by technology

[0008] The scanning detector reads the blood glucose data collected by the micro sensor through NFC technology, displays and records the blood glucose data. In order to grasp the latest blood glucose data, the patient must carry the scanning detector with him, which causes the patient to carry an additional mobile phone in addition to Scanning detectors increase the burden on users, and users have poor experience in using blood glucose testing products

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