Detection strip supplying mechanism and detection analyzer thereof

Abstract

The invention provides a detection strip supplying mechanism. The detection strip supplying mechanism can be used for storing a plurality of types of detection strip plates without shells, selecting and identifying the corresponding detection strip plates according to requirements of different detection projects and automatically loading the detection strips. The detection strip supplying mechanism only occupies a relatively small storage space of the detection strips and realizes a miniaturized design of a detection analyzer; and the invention further provides a full-automatic detection analyzer comprising the detection strip supplying mechanism.

Description

technical field [0001] The invention relates to a testing strip supply mechanism used in a full-automatic testing analyzer in the field of quick testing (Point-of-CareTest) and a testing analyzer using the testing strip supply mechanism. Background technique [0002] Most of the existing detection analyzers used for rapid detection are semi-automatic types, which require manual sampling and loading of test strips. For different test items, the sample reaction time of the test strips is different, and manual control is required. If a large number of samples are tested , it requires a lot of manpower to complete the detection, the detection speed is slow, and it will increase the risk of manual operation errors. Therefore, for the development of a fully automatic detection analyzer, the key is to solve the problem of storage and automatic loading of test strips. At present, fully automatic detection analyzers that can automatically load test strips have appeared on the market....

AI Technical Summary

Problems solved by technology

[0002] Most of the existing detection analyzers used for rapid detection are semi-automatic types, which require manual sampling and loading of test strips. For different test items, the sample reaction time of the test strips is different, and manual control is required. If a large number of samples are tested , it requires a lot of manpower to complete the detection, the detection speed is slow, and will increase the risk of manual operation errors. Therefore, for the development of fully automatic detection analyzers, the key is to solve the problem of storage and automatic loading of test strips

At present, fully automatic detection analyzers that can automatically load test strips have appeared on the market. These automatic detection analyzers can realize automatic loading of test strips and reduce manual operations. However, the test strips used in this type of automatic detection analyzers are all The test strips with jammed shells are expensive to prepare and take up a lot of space, which is not conducive to the miniaturization of automatic detection analyzers. Realize simultaneous detection of multiple projects

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