Implementation method for controlling to separate dynamic control of insulin pump from computing

Abstract

The invention relates to an implementation method for controlling to separate dynamic control of an insulin pump from computing. The method comprises the following steps of adopting an offline optimization method to store blood glucose values through a front-end insulin pump, and when building wireless communication between the front-end insulin pump and a rear-end computer, immediately uploading blood glucose data by the front-end insulin pump, and immediately emptying a storage space after data transmission is completed; after the rear-end computer receives the blood glucose values transmitted by the front-end insulin pump, carrying out data analysis and generating new control parameters, sending the new control parameters to the front-end insulin pump when wireless connection is built for the next time, and using the front-end insulin pump to carry out short-term data acquisition based on the new control parameters to verify the new control parameters. According to the implementation method for controlling to separate dynamic control of the insulin pump from computing, on one hand, the offline data storage capacity requirement of the front-end insulin pump is reduced, and on the other hand, the insulin control has better robustness.

Description

technical field [0001] The invention relates to a control technology in the field of medical equipment, in particular to a method for realizing dynamic control of an insulin pump that separates control and calculation. Background technique [0002] At present, there is no cure for diabetes in the medical field, and the treatment for diabetic patients in hospitals is limited to regular and quantitative injection of insulin before meals. Therefore, it is necessary and feasible to use medical equipment to replace or partially replace the blood sugar regulation function of pancreatic islets. choose. Therefore, the long-term dream of the medical community is to develop new portable medical devices that can replace the secretion of insulin in the human pancreas, so that blood sugar can reach an ideal level of regulation similar to physiological conditions. With the long-term efforts of the scientific community, many companies in the world have developed portable insulin pumps and...

AI Technical Summary

Problems solved by technology

Continuous blood glucose collection usually collects blood glucose data once a minute, and even the collection interval can be shorter. In this way, a large amount of blood glucose data will flow into the control module, and the control module cannot store these data at all.

[0006] 2) The amount of calculation is large, and the insulin pump control module cannot complete it in real time

However, this technology cannot realize the convenient storage of data. Although it involves the measurement of blood sugar level and the injection of insulin, it does not introduce how to store these data, and does not propose a solution to the problem of excessive data volume.

In addition, this technology is a measurement device for some important daily data of diabetic patients, and it cannot propose real-time control of insulin based on the patient's blood sugar data

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