The working mechanism of waterwheel water-carrying mop without hand washing

The working mechanism of the waterwheel water-carrying hand-washing mop mainly revolves around three core links: spraying water, cleaning and dehydration, as follows:

Water spraying mechanism: The mop is equipped with a hidden water tank. By pressing, the water in the tank can be sprayed out in the form of fine water mist. The water spray structure is usually set on a flat plate or mop rod. The water mist sprayed out can evenly cover the ground, providing a moist environment for subsequent cleaning and avoiding incomplete cleaning caused by directly using clean water to mop the floor.

Cleaning mechanism: The mop head is made of highly adsorptive materials such as microfiber or bamboo fiber, which can quickly absorb dust and stains on the floor. After being moistened by spraying water, users can easily push the mop to complete the cleaning. Some mops are also equipped with auxiliary cleaning structures such as small brushes, which can further brush off the hair and dirt on the mop cloth to ensure the cleaning effect.

Dehydration mechanism: The dehydration process mainly utilizes the principle of centrifugal force. Users can make the device inside the mop bucket drive the mop to rotate at high speed by stepping on the pedal or pressing the mop handle, etc. During the rotation process, the water on the mop is flung out under the action of centrifugal force and enters the sewage area, thus achieving dehydration. The dehydrated mop remains relatively dry and will not leave water stains when mopping the floor.