A portable blood glucose meter and its control method

Abstract

The invention discloses a portable blood glucose meter and a control method thereof. It includes the body of the blood glucose meter, test paper, blood collection needle and finger cot. The needle seat for placing the blood collection needle and the guide channel for placing the test paper are provided on the side of the finger cot. The connection between the finger cot and the needle seat is provided There is a through hole, the guide channel communicates with the through hole, one end of the test paper is installed on the body of the blood glucose meter, the other end of the test paper is placed in the guide channel, the blood collection needle is placed in the needle holder, and the There is a SIM card port on the body of the blood glucose meter. The beneficial effects of the present invention are: automatic positioning and measurement operation can be realized, the measurement efficiency is greatly improved, the measurement accuracy is improved, and the operation is convenient; the remote control is realized through the short message SMS platform, which satisfies the need to dynamically modify the configuration information of the blood glucose meter or The requirements of various parameters meet the business use in some special application scenarios, and it is an efficient, convenient and safe remote information interaction technology.

Description

technical field [0001] The invention relates to the related technical field of blood glucose meters, in particular to a portable blood glucose meter and a control method thereof. Background technique [0002] First of all, the existing blood glucose meter includes three parts: the blood glucose meter itself, the test strip and the blood collection needle. When operating, the user usually uses the blood collection needle to draw blood from the finger, and then installs the test strip on the blood glucose meter itself. Take the blood glucose meter with test strips and place one end of the test strips on the blood collection point of the finger for measurement. The whole operation process requires the blood collection needle to be pointed at the finger and the test paper to be pointed at the finger, which is difficult for the generally older people to operate. [0003] Secondly, SMS platform technology is a very mature and stable system. The system is realized based on the sho...

AI Technical Summary

Problems solved by technology

[0004] Existing blood glucose meters are basically used in a non-network mode, and generally cannot be remotely set and modified. They are all fixed usage modes and usage scenarios. Simply put, they are used offline, that is, there is no operator integrated with the function of receiving SMS. communication card

This usage scenario can satisfy most applications, but cannot meet the applications in some special fields

[0005] With the rapid development of the Internet of Things technology, blood glucose meters also have online networking devices, but most of them only realize one-way upload of collected data, and cannot dynamically configure the blood glucose meter according to the actual use logic requirements during use. , or set some necessary parameters, the system command cannot be downloaded, resulting in the bidirectional execution of applications in some scenarios.

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