Water and oxygen automatic adjustment method for glove box

Abstract

The invention discloses an automatic water and oxygen adjustment method for a glove box. The method includes the following steps that (1) a sensor unit detects the water index and the oxygen index in a glove box body and sends the water index and the oxygen index to a control unit; (2) the control unit compares the water index and the oxygen index with the set value, if the water detection value and / or the oxygen content detection value are / is larger than the set value, step (3) is executed, and if the water detection value and / or the oxygen content detection value are / is smaller than the set value, step (4) is executed; (3) the control unit controls a deaerating plant and / or a dewatering device to be opened and controls the deaerating plant and / or the dewatering device to stop working when the water content detection value and / or the oxygen content detection value reach(es) the set value; (4) the control unit controls an oxygen supplementing device and / or a water supplementing device to be opened and controls the oxygen supplementing device and / or the water supplementing device to stop working when the water content detection value and / or the oxygen content detection value reach(es) the set value. Compared with the prior art, more precise control over the water content and the oxygen content can be achieved.

Description

technical field [0001] The invention relates to the field of glove box boxes, in particular to a method for automatically adjusting water and oxygen in a glove box. Background technique [0002] Glove boxes are widely used in various industries such as lithium batteries, nuclear energy, medicine, and chemical engineering. These industries often involve some process steps that are sensitive to water and oxygen. Some of the process steps require as little water and oxygen as possible. It is hoped that the water and oxygen indicators can be the lowest, but some studies are sensitive to water and oxygen. It cannot be true that there is no water and oxygen, because a small amount of water and oxygen has a certain promotion effect, but it is better, but too much water and oxygen are not beneficial. [0003] The currently used glove box body can only meet some of the requirements due to the limitation of its use function, such as the situation where water and oxygen are not requir...

AI Technical Summary

Problems solved by technology

These industries often involve some process steps that are sensitive to water and oxygen. Some of the process steps require as little water and oxygen as possible. It is hoped that the water and oxygen indicators can be the lowest, but some studies are sensitive to water and oxygen. It cannot really be without water and oxygen, because a small amount of water and oxygen has a certain promoting effect, but it is better, but too much water and oxygen are not beneficial

[0003] The currently used glove box body can only meet some of the requirements due to the limitation of its use function, such as the situation where water and oxygen are not required or the situation that requires water and oxygen, but it is obviously impossible to meet all the requirements

Therefore, the current glove box body obviously still has the shortcomings of limited use range and inability to accurately control the amount of water and oxygen.

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