The technical principle of automatic cleaning of hand-free mops

The technical principle of the self-cleaning hand-free mop mainly relies on mechanisms such as clean and dirty separation, centrifugal force dehydration, and physical squeezing and scraping, as follows:

Clean and dirty separation technology: The mop bucket is designed with independent clean water area and sewage area. When cleaning, clean water is washed over the surface of the mop through a specific device (such as a nozzle or turbine), flushing stains and dust into the dirty water area and preventing the mop from being repeatedly soaked in dirty water. This design ensures that relatively clean water is used each time the mop is cleaned, improving the cleaning efficiency.

Centrifugal force dehydration technology: During the dehydration process, the mop head is placed in the dehydration zone of the mop bucket. The centrifugal device (such as a rotating gear or turbine) is activated by a pedal or a hand pressure rod, causing the mop head to rotate at high speed. The water on the mop is flung out under the action of centrifugal force and enters the sewage area, thus achieving dehydration. This dehydration method is highly efficient and fast, avoiding direct contact of users with sewage.

Physical squeezing and scraping technology: Some mops use squeezing plates or scraping devices to remove moisture and stains from the mop cloth through physical squeezing and scraping effects. The user only needs to push and pull the mop head back and forth on the squeezing plate or the scraping device to complete the cleaning and dehydration process. This design is simple and easy to use, suitable for the cleaning needs of various floor materials.