SPACE CLEANING DEVICE

Organization Name

Panasonic Intellectual Property Management Co., Ltd.

Inventor(s)

SPACE CLEANING DEVICE - A simplified explanation of the abstract

This abstract first appeared for US patent application 18570752 titled 'SPACE CLEANING DEVICE

Simplified Explanation: The space cleaning device described in the patent application includes components such as an electrolysis tank, an electrolysis accelerator inputter, an electrolyzed water generator, a cleaner, an input instruction unit, an input detector, a non-input detection number counter, and an electric conduction setting determiner.

The device generates electrolyzed water for cleaning purposes.
It includes a mechanism to input an electrolysis accelerator.
The device can detect the input of the electrolysis accelerator.
It counts the number of times the input is not detected.
Based on this count, it determines the electric conduction setting for electrolysis in the water generator.

Potential Applications: 1. Household cleaning appliances. 2. Industrial cleaning equipment. 3. Spacecraft sanitation systems.

Problems Solved: 1. Efficient generation of electrolyzed water. 2. Monitoring and adjusting electric conduction settings. 3. Ensuring proper cleaning performance.

Benefits: 1. Improved cleaning efficiency. 2. Reduced manual intervention. 3. Enhanced sanitation levels.

Commercial Applications: The technology can be utilized in the development of advanced cleaning devices for both domestic and industrial use, potentially revolutionizing the cleaning industry.

Questions about Space Cleaning Device: 1. How does the device ensure the proper input of the electrolysis accelerator? 2. What are the advantages of using electrolyzed water for cleaning purposes?

Original Abstract Submitted

Space cleaning device () of the present disclosure includes: an electrolysis tank; electrolysis accelerator inputter () that inputs an electrolysis accelerator; electrolyzed water generator () that generates the electrolyzed water; a cleaner; input instruction unit () that instructs input of the electrolysis accelerator; input detector () that detects the input of the electrolysis accelerator; non-input detection number counter (); and electric conduction setting determiner (). Non-input detection number counter () counts the non-input detection number that is the number of times input detector () has not detected the input of the electrolysis accelerator even after input instruction unit () has instructed the input of the electrolysis accelerator. Electric conduction setting determiner () determines electric conduction setting for electrolysis in the electrolyzed water generator based on the non-input detection number counted by non-input detection number counter ().