A non-inverted glass test tube drying device

Abstract

The invention discloses a non-inverting glass test tube drying device, which belongs to the field of glass test tube drying devices. By putting the test tube into a balance net cover, the balance net cover provides a certain free space for the test tube while surrounding the protective test tube. During the drying process, through the hot air force, the balance net cover carrying the test tube is in a state of continuous tilting, shaking and not falling down. On the one hand, it drives the test tube to tilt and shake synchronously, which promotes the outflow and drop of water inside the test tube and accelerates the inner wall of the test tube. Drying rate, on the other hand, the test tube moves to a certain extent inside the balance net due to inertia, which changes the contact point between the test tube and the balance net. The test tubes are fully and fluidly contacted to achieve an all-round, blind-spot-free and efficient drying process for the test tubes.

Description

technical field [0001] The invention relates to the field of glass test tube drying devices, in particular to a non-inverting glass test tube drying device. Background technique [0002] Test tubes are commonly used instruments in chemical laboratories and medical experiments, and are used as reaction containers for small amounts of reagents. [0003] The test tube is generally a glass test tube, which is a fragile item. In the prior art, in order to avoid collisions and breakage during drying, the test tube is generally fixed and then dried by hot air. [0004] In the existing drying process, static drying is generally used for test tubes, that is, the test tubes are in a fixed and static state. On the one hand, the drying efficiency is low due to the slow air flow inside the test tubes. On the other hand, the fixed and static test tubes cannot be fully dried. In contact with hot air, the fixed position of the surface is prone to dry blind spots, which also affects the dry...

AI Technical Summary

Problems solved by technology

[0004] In the existing drying process, static drying is generally used for test tubes, that is, the test tubes are in a fixed and static state. On the one hand, the drying efficiency is low due to the slow air flow inside the test tubes. On the other hand, the fixed and static test tubes cannot be fully dried. In contact with hot air, the fixed position of the surface is prone to dry blind spots, which also affects the drying efficiency of test tubes

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