View source for 20240024933. CLEANING METHOD AND CLEANING TOOL FOR NEGATIVE-PRESSURE COMPONENT FOR BATTERY FORMATION simplified abstract (ZHUHAI TITANS NEW POWER ELECTRONICS CO., LTD)

=CLEANING METHOD AND CLEANING TOOL FOR NEGATIVE-PRESSURE COMPONENT FOR BATTERY FORMATION=


==Organization Name==

[[:Category:ZHUHAI TITANS NEW POWER ELECTRONICS CO., LTD|ZHUHAI TITANS NEW POWER ELECTRONICS CO., LTD]]


[[Category:ZHUHAI TITANS NEW POWER ELECTRONICS CO., LTD]]

==Inventor(s)==

[[:Category:Xijun He of Zhuhai (CN)|Xijun He of Zhuhai (CN)]][[Category:Xijun He of Zhuhai (CN)]]

[[:Category:Lixuan Wang of Zhuhai (CN)|Lixuan Wang of Zhuhai (CN)]][[Category:Lixuan Wang of Zhuhai (CN)]]

[[:Category:Zhenjiang Li of Zhuhai (CN)|Zhenjiang Li of Zhuhai (CN)]][[Category:Zhenjiang Li of Zhuhai (CN)]]

[[:Category:Jie Lu of Zhuhai (CN)|Jie Lu of Zhuhai (CN)]][[Category:Jie Lu of Zhuhai (CN)]]

[[:Category:Li Zhou of Zhuhai (CN)|Li Zhou of Zhuhai (CN)]][[Category:Li Zhou of Zhuhai (CN)]]

==CLEANING METHOD AND CLEANING TOOL FOR NEGATIVE-PRESSURE COMPONENT FOR BATTERY FORMATION - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240024933 titled 'CLEANING METHOD AND CLEANING TOOL FOR NEGATIVE-PRESSURE COMPONENT FOR BATTERY FORMATION

==Simplified Explanation==

The abstract describes a cleaning method and tool for a negative-pressure component used in battery formation. The cleaning tool consists of a liquid storage tank, a power member, a storage cup, and a liquid guide member. The storage cup is connected to the negative-pressure component through the guide member. The tool has a pipeline that allows the cleaning liquid from the storage tank to flow into the storage cup, powered by the power member. The cleaning liquid is then sucked into the negative-pressure component by the existing negative-pressure power source, mixing with the air sucked in.

* The cleaning tool includes a liquid storage tank, power member, storage cup, and liquid guide member.
* The storage cup is connected to the negative-pressure component through the guide member.
* A first pipeline allows the cleaning liquid to flow from the storage tank to the storage cup.
* The power member provides power for the flow of the cleaning liquid into the storage cup.
* The cleaning liquid is sucked into the negative-pressure component by the existing negative-pressure power source.
* Air sucked in by the negative-pressure power source mixes with the cleaning liquid in the negative-pressure component.

Potential Applications:
* Battery formation processes
* Cleaning negative-pressure components in various industries

Problems Solved:
* Efficient cleaning of negative-pressure components
* Removal of contaminants from the components
* Ensuring proper functioning of the negative-pressure component

Benefits:
* Improved cleanliness and performance of negative-pressure components
* Simplified and efficient cleaning process
* Cost-effective solution for maintaining and prolonging the lifespan of the components


==Original Abstract Submitted==

a cleaning method and a cleaning tool for a negative-pressure component for battery formation are provided. the cleaning tool includes a liquid storage tank for storing a cleaning liquid, a power member connected with the liquid storage tank, a storage cup, and a liquid guide member. the storage cup is communicated with the negative-pressure component through the guide member. the cleaning tool has a first pipeline defining a flow from the liquid storage tank to the storage cup. the power member provides power for the flow of the cleaning liquid in the first pipeline to inject the cleaning liquid in the liquid storage tank into the storage cup. the cleaning liquid is sucked into the negative-pressure component from the storage cup by an existing negative-pressure power source of the negative-pressure component. air sucked by the negative-pressure power source is mixed with the cleaning liquid in the negative-pressure component.



[[Category:B08B9/032]]