Medical test tube intelligent blending device with auxiliary heating system

Abstract

The invention relates to a medical test tube intelligent blending device with an auxiliary heating system. Blending work of one or more test tubes can be realized through devices including a control device, an auxiliary heating coil, a vibration device, an elastic device, a test tube clamping platform, a test tube clamping platform bracket and the like; meanwhile, the test tube clamping platform can be spliced and combined according to the quantity of test tubes needing to be blended, so that the quantity of the blended test tubes is controlled to the greatest extent; furthermore, an auxiliaryheating device can be used for carrying out auxiliary heating on test tubes to be blended and the blending effect is improved; the blending speed of the test tubes is also improved to a certain extent, so that blending operation on a solution in one or more test tubes is realized through mechanical high-frequency vibration and the auxiliary heating device, and the blending reliability is extremely improved.

Description

technical field [0001] The invention relates to a test tube mixing device, in particular to a medical test tube intelligent mixing device with an auxiliary heating system, which belongs to the field of medical equipment. Background technique [0002] The test tube is a commonly used instrument for experiments, which plays an indispensable and important role in the experimental research process in the fields of chemistry, materials, energy, etc. As a solution reaction instrument, it often plays an important role in solution mixing and solute dissolution during the test process. Role. In order to achieve uniform mixing of the solution in the test tube, the test tube needs to be shaken. The existing methods mostly use manual or mechanical shaking, and the efficiency of manual mixing is extremely low, especially when there are a large number of test tubes. Mechanical shaking may shake out the mixture in the test tube, so shaking the solution evenly is not the best choice. Con...

AI Technical Summary

Problems solved by technology

In order to achieve uniform mixing of the solution in the test tube, the test tube needs to be shaken. The existing methods mostly use manual or mechanical shaking, and the efficiency of manual mixing is extremely low, especially when there are a large number of test tubes. Mechanical shaking may shake out the mixture in the test tube, so shaking the solution is not the best choice

Images