Biochemical detector

Abstract

The invention discloses a biochemical detector. The biochemical detector comprises a shell body, a sensor socket, a detection assembly, a heating assembly and a circuit board assembly, wherein the sensor socket is provided with an inserting slot for allowing a biochemical detection sensor to insert; the detection assembly is electrically connected with the circuit board assembly; the detection assembly is used for detecting a biochemical signal of the biochemical detection sensor inserted into the inserting slot; the heating assembly is electrically connected with the circuit board assembly; the heating assembly is used for heating a sample in the biochemical detection sensor inserted into the inserting slot. According to the biochemical detector disclosed by the invention, the heating assembly is arranged in the shell body and can be used for pre-heating the inside of the shell body before the biochemical detection sensor is inserted; after the biochemical detection sensor is inserted, a sample in the biochemical detection sensor can be heated and also can be subjected to heat preservation, so that different environment temperature conditions can be adapted and the practicabilityis high. The biochemical detector is not easily influenced by the environment in a detection process; compared with a traditional detecting instrument, the accuracy and the consistency of a detectionresult are easy to improve.

Description

technical field [0001] The invention relates to a biochemical detector. Background technique [0002] Biochemical detectors are widely used in various medical and household situations, such as commonly used handheld blood glucose meters and lactate meters, etc. are widely used in various occasions that need to detect blood sugar or lactic acid indicators. Biochemical detectors generally use test strips to detect physiological fluids (such as blood, urine, saliva, etc.). The tested physiological fluid is often stored in the test strip and discarded together with the test strip. [0003] Traditional biochemical detectors are greatly affected by environmental factors during detection. For example, most biochemical detectors have strict requirements on the ambient temperature. It is required to control the ambient temperature within a certain range during detection, and it is required to load samples as quickly as possible to avoid environmental pollution. temperature effect. ...

AI Technical Summary

Problems solved by technology

[0003] Traditional biochemical detectors are greatly affected by environmental factors during detection. For example, most biochemical detectors have strict requirements on the ambient temperature. It is required to control the ambient temperature within a certain range during detection, and it is required to load samples as quickly as possible to avoid environmental pollution. temperature effect

This leads to the limited application of traditional biochemical detectors, and it is very easy to cause inaccurate and poor consistency of test results.

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