Anti-infection portable glucometer

Abstract

The invention provides an anti-infection portable glucometer. The anti-infection portable glucometer comprises a shell; a test paper pushing channel, a test paper groove and a test paper storage mechanism are arranged in the shell; the test paper groove is located below the test paper pushing channel and communicated with the test paper pushing channel; the middle of the test paper pushing channel is communicated with the test paper storage mechanism; and a test paper pushing mechanism is arranged in the test paper pushing channel. According to the anti-infection portable glucometer of the invention, a plurality of pieces of test paper are loaded into the test paper storage mechanism at one time, so that the test paper is prevented from being directly touched and taken by hands during blood glucose detection, the test paper is prevented from being polluted, the determination accuracy is improved, and the probability of cross infection is reduced. As test paper loading and detection are not carried out simultaneously, the test paper can be loaded in advance or by other people, so that the test paper can be conveniently used by medical personnel during determination, the workload of the medical personnel during detection is reduced, and the convenience is improved.

Description

technical field [0001] The invention relates to the technical field of blood glucose meters, in particular to a portable blood glucose meter for preventing infection. Background technique [0002] A blood glucose meter is an instrument used to detect blood sugar. The blood glucose meter commonly used in the market now needs to take the blood glucose test paper from the test paper box and the middle, insert the test paper into the test paper slot of the blood glucose meter, and then drop or dip the blood on the test paper to perform the blood sugar test. ; After the test is completed, pull out the blood glucose test strip from the test strip slot and discard it. There will inevitably be sweat, microorganisms, etc. on the hands. When taking the test paper, the hand is in direct contact with the test paper, and the test paper is often piled up in a mess in the test paper box. The test paper will cause certain pollution. When taking blood, the test paper will be in contact wit...

AI Technical Summary

Problems solved by technology

There will inevitably be sweat, microorganisms, etc. on the hands. When taking the test paper, the hand is in direct contact with the test paper, and the test paper is often piled up in a mess in the test paper box. The test paper will cause certain pollution. When taking blood, the test paper will be in contact with the wound of the tested person, which will not only affect the accuracy of the measurement, but also easily cause cross-infection

When the test paper is pulled out after the measurement, the hands will be in direct contact with the contaminated test paper again, which further increases the chance of cross-infection and germ transmission

Moreover, the time interval between installing the test paper and measuring blood sugar is very close, and must be completed by the same person. When the medical staff is measuring multiple tested persons, they must repeatedly perform the work of installing and pulling out the test paper, which increases the workload of the medical staff and affects the blood sugar level. work efficiency

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