Automatic temperature-control detector of integrated type quantitative-sampling and reagent-filling device

Abstract

The invention discloses an automatic temperature-control detector of an integrated type quantitative-sampling and reagent-filling device. The automatic temperature-control detector comprises a detector shell, a supporting frame and a reagent detecting mechanism, wherein the supporting frame is arranged in the detector shell and is used for holding the integrated type quantitative-sampling and reagent-filling device; a rack is provided with a temperature-control device; the temperature-control device comprises a radiating block, a radiating fan, a heating piece and a temperature sensor; the radiating fan, the heating piece and the temperature sensor are arranged on the radiating block; the radiating fan is arranged at one side of the radiating block; the heating piece is in contact with the radiating block; the temperature sensor is arranged on the radiating block or in the detector shell; the radiating block is also provided with an air supplying pipe which is connected onto the radiating block in a sheathed manner; a radiating channel is also formed in the radiating block in a penetrating manner; and the direction of the radiating channel is consistent to the wind direction of the radiating fan. The automatic temperature-control detector disclosed by the invention has the advantages that the use is convenient, the safe and energy-saving effects are achieved, the occupied space is small, the heat efficiency is high, the heating is uniform, and temperature control can be carried out on the internal environment of the detector of the integrated type quantitative-sampling and reagent-filling device while detection.

Description

technical field [0001] The invention is suitable for biological monitoring and clinical medical sample optical detection and inspection equipment, and in particular relates to an automatic temperature-controlled integrated quantitative sampling and reagent detection instrument. Background technique [0002] Since the detection of sampling reagents requires a certain ambient temperature, and individual sampling reagents have very strict requirements on the ambient temperature, the existing sampling reagent testing equipment needs to install a constant temperature air conditioner indoors to adjust the indoor temperature, which is costly and inconvenient for testing instruments For mobile use, when the detection instrument is not in the room, the required ambient temperature cannot be maintained. If the sampling reagent is directly heated, sometimes it will cause local overheating, which will affect the quality of the reagent and affect the test results. Currently on the marke...

AI Technical Summary

Problems solved by technology

[0002] Since the detection of sampling reagents requires a certain ambient temperature, and individual sampling reagents have very strict requirements on the ambient temperature, the existing sampling reagent testing equipment needs to install a constant temperature air conditioner indoors to adjust the indoor temperature, which is costly and inconvenient for testing instruments For mobile use, when the detection instrument is not in the room, the required ambient temperature cannot be maintained

If the sampling reagent is directly heated, sometimes it will cause local overheating, which will affect the quality of the reagent and affect the test results.

Currently on the market, for the device containing sampling reagents described in the patent titled "An Integrated Quantitative Sampling and Reagent Device" (its patent number is: 201010539091.8), during use, it is also necessary to consider the The detection environment is temperature controlled, artificially mixed, mixed, and detected, and there is no detection instrument that can control the temperature internally, which brings great inconvenience to the detection of reagents, and because the temperature is not up to standard, it is easy to cause the detection result to be wrong. distortion

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